Image not available
Illustrative purposes only
538926
P.BE-VTSA-44-IT DESCRIPTION
⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.
- Manufacturer: FESTO
- Product type: Controller Accessories
- SVHC: No SVHC (25-Jun-2020)
| Delivery and price | |
|---|---|
| Units per pack | 1 |
| Price | 57.36 € |
| Current stock | 10+ |
| Lead time | 30 days |
Datasheet
# **Valve Manifolds Type 44 VTSA, Type 45 VTSA-F**
**==> picture [220 x 89] intentionally omitted <==**
## Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
- Modular multi-functional valve manifold for up to 32 valves: – Type 44 VTSA, ISO 15407-2/ISO 5599-2 – Type 45 VTSA-F with optimized flow
- Different valve sizes on one valve manifold:
- 18 mm (ISO 02)
- 26 mm (ISO 01)
- 42 mm (IS0 1), type 44 VTSA only
- Flow rate: up to 1,500 l/min
- Design suitable for electrical peripherals CPX
||Product Range Overview||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||Electrical connection|Valve types|||||||||||||||||
|||5/2-way valve, single solenoid|with pneumatic spring return<br>5/2-way valve, single solenoid<br>with spring return<br>5/2-way valve, double<br>solenoid<br>5/2-way valve, double solenoid|dominant switching|2x 3/2-way valve,|normally open|2x 3/2-way valve,<br>normally closed<br>2x 3/2-way valve: 1x normally<br>open, 1x normally closed<br>5/3-way valve,<br>mid-position pressurised|5/3-way valve,|mid-position closed|5/3-way valve,||mid-position exhausted|2x 3/2-way valve, normally<br>open, reverse operation<br>2x 3/2-way valve, normally<br>closed, reverse operation|2x 3/2-way valve:|1x normally open, 1x normally|closed, reverse operation|Blanking plate for vacant|position|
|||M<br>O<br>J<br>D|||N||K<br>H<br>B|G|||E||P<br>Q||R|||L|
||Electrical multi-pin plug connection,||||||||||||||||||
||CageClamp||||||||||||||||||
||Electrical multi-pin plug connection,||||||||||||||||||
||Sub-D (37-pin)||||||||||||||||||
|Fieldbus connection/control block<br>~~ee ee~~||~~ee OO~~|||||||||||||||||
||Features||||||||||||Contents||||||
|Flexible|Flexible|•|Ethernet: Modbus/TCP, EtherNet/IP,||||• Manual override available, with||||||Features and Benefits||||>|2|
|•|• Easy modification and expansion due||TCP/IP via CPX terminal||||momentary, locking, or hidden||||||Overview||||>|3|
||to high degree of modularity. Fast|•|Full complement of CPX I/O modules|Full complement of CPX I/O modules|||(non-accessible) options.||||||Pneumatic Components||||>|17|
||connection of the subbases by means|•|Expandable up to 32 solenoid coils||||||||||Electrical Components||||>|35|
||of four screws.|•|Integration of a wide range of|Integration of a wide range of|||Installation and maintenance||||||Installation and Operation||||>|40|
|•|• Fully modular system allows the||function modules possible||||• Ready-to-install unit,||||||Technical Data||||>|44|
||combination of 18 mm (Size 02),|•|Supply plates permit a flexible air||||preassembled and tested||||||Dimensional Drawings||||||
||26 mm (Size 01) and 42 mm (Size 1)||supply and variable pressure zones||||• Durable, low cost identification||||||– Type 44 VTSA||||>|51|
|•|valves on the same manifold without<br>the need for any transition/adapter<br>plate.<br>• Change direction of working ports|Comprehensive<br>• High-performance valves in a<br>sturdy metal housing<br>• Com**p**lete ran**g**e of vertical||High-performance valves in a|||by label holder on the valve or label<br>holder on the subbase.<br>• Secure wall mounting or DIN rail<br>mounting||||||– Type 45 VTSA-F<br>Ordering Data<br>– Type 44 VTSA<br>– Type 45 VTSA-F<br>Accessories||||><br>><br>><br>>|64<br>71<br>81<br>93|
## Features Flexible • Ethernet: Modbus/TCP, EtherNet/IP, • Easy modification and expansion due TCP/IP via CPX terminal
- Easy modification and expansion due TCP/IP via CPX terminal to high degree of modularity. Fast • Full complement of CPX I/O modules connection of the subbases by means • Expandable up to 32 solenoid coils of four screws. • Integration of a wide range of
- • function modules possible
- Fully modular system allows the combination of 18 mm (Size 02), • 26 mm (Size 01) and 42 mm (Size 1) valves on the same manifold without Comprehensive
- the need for any transition/adapter • plate.
- Change direction of working ports **with easy** - **to** - **install angle plate** .
- • **Fi** e **ldb** us va ve **l t** erm na **i l** su **it** a **bl** e **f** or CPX electrical peripherals.
- Com **p** lete ran **g** e of vertical sandwich com **p** onents such as pressure regulators, flow control valve, individual pressure supply, shutoff plate (hot swap).
- **Fast troubleshooting thanks to LEDs** on **th** e va ves an **l d di** agnos s v a **i i** fieldbus.
www.festo.com/catalog/vtsa
www.festo.com/catalog/vtsa-f
- Reliability of service thanks to valves that can be replaced easily and quickly.
## Easily integrated
- Standard air qualities:
- • Fieldbus nodes: Interbus, DeviceNet, 40 micron filtration grade. Can be Profibus DP, CANopen, CC-Link via used with lubricated or nonCPX terminal lubricated air, and inert gases.
- Easy fault identification using CPX-MMI handheld diagnostic unit.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
1
## Features and Benefits
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
**==> picture [341 x 196] intentionally omitted <==**
**----- Start of picture text -----**<br>
4<br>ae: , Ml . 8 ;<br>© an 0Kea o ao| =|")= ie#7, 1 a be?® do |<br>= re) 3 i ge €<br>* ‘ ae PTT it Ts<br>as 2s is -.- wa)<br>alo<br>2<br>**----- End of picture text -----**<br>
## 1 Combination of sizes
The flexible combination of different valve sizes on a single valve terminal (18 mm, 26 mm and 42 mm) allows adaptation to different flow requirements. For greater freedom and optimized applications.
## 2 Operating efficiency
Adjustment of regulators without tools. And with the standardized operating direction from above for regulators and valves, this terminal offers the solution to just about every requirement in terms of functionality.
## 3 Connection to CPX
What about fieldbus and modular I/Os? Connection to the modern CPX terminal is an added benefit. This level of freedom, modularity, and versatility is unmatched in any valve manifold solution.
## 4 Decentralized intelligence
The CPX-MMI-1 hand-held device explains errors in plain text and helps expedite troubleshooting, reducing downtimes. Remote maintenance via Ethernet/Internet eliminates the need for servicing at night and over long distances, which can often be very expensive. The on-site intelligence permits CMS (Condition Monitoring Systems) for each valve and statistical error logging with history and timestamp.
## A higher degree of modularity
- Valve manifold type 44 VTSA complies to ISO 15407-2 in width 18 and 26 mm and with ISO 5599-2 in width 42 mm. The VTSA terminal can be used for all applications
- Simple connection of pneumatic and electrical components
- Flow rate up to 1,500 l/min
- 5/2-way, 2x 3/2-way and 5/3-way valve functions
- Voltage options: 24 V DC or 110 V AC
- IP65 rated
- Modular and flexible
- Easy diagnostics and maintenance
- Reliable and durable
- Competitive pricing
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
2
## Overview – Key Features
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
- Valve Manifold Reduced downtimes: LED diagnosis on the spot Width 18 mm, 26 mm and 42 mm can be combined on a single manifold without adapter Pneumatic interface to CPX Straightforward electrical connections – Fieldbus connection via CPX – Multi-pin plug connection with pre-assembled cable or manifold strip (Cage Clamp)
**==> picture [228 x 161] intentionally omitted <==**
- Control block via CPX
- – Individual connection CPX diagnostic interface for handheld devices (channel-oriented diagnosis down to the individual valve) Quick mounting: Direct mounting using screws or DIN H-rail
Reliable operation: Manual override: pushing/detented or with covr
Flexible:
- 32 valve positions/32 solenoid coils
- One valve series for a wide range of flow rates
Functional: Large ports, flow-optimized ducts, robust metal thread or pre-assembled QS connections
Modular:
Supply plates facilitate the creation of multiple pressure zones as well as numerous additional exhaust and supply ports Comprehensive valve functions Practical: Large inscription labels
Secure:
Valves, outputs and logic voltage can be switched off separately
## Valve Functions
- 2x 3/2-way valve, single solenoid
- 5/2-way valve
- Single solenoid valve, pneumatic/spring return
- – Double solenoid valve
- Normally open
- Normally open, reversible
- Normally closed
- Normally closed, reversible
- Double solenoid valve with –
- dominant signal 1x normally open,
- 5/3-way valve
- Mid-position pressurized
- Mid-position closed
- – Mid-position exhausted
- 1x normally closed
- 1x normally open,
- 1x normally closed, reversible
## Special Features
## Multi-pin plug manifold
- Max. 32 valve positions/ max. 32 solenoid coils
- Parallel modular valve linking
- Any compressed air supply
- Any number of pressure zones
## Fieldbus manifold/control block
- Max. 32 valve positions/ max. 32 solenoid coils
- Any compressed air supply
- Any number of pressure zones
## Individual valve
- Electrical connection via standardized 4-pin M12 plug or via 4-pin clamped manifold connection for configuration by the user
- Available with internal/external pilot air supply
## Combinable
- Width 18 mm:
- valve flow rate up to 700 l/min
- Width 26 mm:
- valve flow rate up to 1,400 l/min
- Width 42 mm:
- valve flow rate up to 1,500 l/min
- Width 42 mm, 26 mm and 18 mm can be combined on a single valve manifold
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
3
## Overview – Electrical Connections
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
Individual Connection Valves on individual subbases can be used for actuators further away from the valve manifold.
The electrical connection is established using a standard 4-pin M12 plug 24 V DC (EN 61076-2-101)
or it can be configured by the user with a 4-pin clamped manifold connection 24 V DC or 110 V AC.
## Manifold Connection
An individual connecting cable carries the control signal between the controller and the valve manifold.
The valve manifolds can be fitted with max. 20 valves and max. 20 solenoid coils.
The electrical connection is established via a 5-pin M12 plug 24 V DC
## Multi-pin Plug Connection
Control signals from the controller to the valve manifold are transmitted via a pre-assembled multi-core cable or a self-assembled multi-pin plug connection (Cage Clamp), which substantially reduces installation time.
The valve manifolds can be fitted with max. 32 valves and max. 32 solenoid coils.
## Variants
- Multi-pin plug connection with manifold strip (Cage Clamp) 24 V DC or 110 V AC
- Pre-assembled connecting cable 24 V DC
- Sub-D plug connector for fitting by users, 37-pin
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
4
## Overview – Electrical Connections
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
Fieldbus Connection via the CPX System An integrated fieldbus node manages the communication connection to a higher-order PLC. This enables a space-saving pneumatic and electronic solution.
Valve manifolds with fieldbus interfaces can be configured with up to 16 manifold subbases. With 2 solenoid coils per connection, up to 32 solenoid coils can thus be actuated.
## Variants
- Profibus-DP
- Interbus
- DeviceNet
- CANopen
- CC-Link
- Ethernet/IP
- CPX manifold
www.festo.com/catalog/cpx
## Control Block Connection via the CPX System
Controllers integrated in the Festo valve manifolds permit the construction of stand-alone control units to IP65, without control cabinets.
Using the slave operation mode, these valve manifolds can be used for intelligent pre-processing and are therefore ideal modules for designing decentralised intelligence.
In the master operation mode, manifold groups can be designed with many options and functions, which can autonomously control a medium-sized machine/system.
- CPX manifold
www.festo.com/catalog/cpx
## CP String Extension
The optional string extension allows additional valve manifolds and I/O modules to be connected to the fieldbus node of the CPX manifold. Different input and output modules as well as CPV-SC, CPV and CPA valve manifolds can be connected. The maximum length of the CP string extension is 10 metres, which means that the extension modules can be mounted directly on site. All of the required electrical signals are transmitted via the CP cable, which in turn means that no further installation is needed on the extension module.
The CP string interface offers:
- 32 input signals
- 32 output signals for output modules 24 V DC or solenoid coils
- Logic and sensor supply for the input modules
- Load voltage supply for the valve manifolds
- Logic supply for the output modules
www.festo.com/catalog/cpi
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
5
## Overview – Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Modular Pneumatic Components
The modular design of the VTSA/ VTSA-F facilitates maximum flexibility right from the planning stage and offers maximum ease of service in operation.
## Modularity in the basic system
The system consists of manifold subbases and valves. The manifold subbases are screwed together and thus form the support system for the valves.
Inside, the manifold subbases contain the connection ducts for supplying compressed air to and venting from the valve manifold as well as the working ports for the pneumatic cylinders from each valve.
## Modularity in the valves
Each manifold subbase is connected to the next using four screws.
Individual manifold sections can be isolated and further blocks inserted by loosening these screws. This ensures that the valve manifold can be rapidly and reliably expanded.
## Modularity in the vertical stacking
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
6
## Overview – Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Modular Electrical Peripherals
The manner in which the valves are actuated differs according to whether you are using a multi-pin manifold or fieldbus manifold.
The VTSA/-VTSA-F with CPX interface is based on the internal bus system of the CPX and uses this communication system for all solenoid coils and a range of electrical input and output functions.
Parallel linking facilitates the following:
- Transmission of switching information
- High valve density
- Compact design
- Separate voltage supply for valves
- Flexible conversion without address shifting
- Transmission of status, parameter and diagnostic data
- Position-based diagnosis
## VTSA with electrical peripherals CPX
**==> picture [127 x 8] intentionally omitted <==**
**----- Start of picture text -----**<br>
Modularity with electrical peripherals CPX<br>**----- End of picture text -----**<br>
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
7
## Overview – Multi-pin Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Valve Manifold with Multi-pin Plug Connection
## Order code:
- 44E for the electrical components
- 44P for the pneumatic components
- 45P… for the pneumatic components. High flow rate with optimized manifold subbases.
Valve manifolds with multi-pin plug connection can be expanded with up to 32 valves with max. 32 solenoid coils. The manifold subbases width 18 and 26 mm are prepared for:
- 2 single solenoid valves
- 2 double solenoid valves
- The manifold subbases width 42 mm are prepared for:
- Double solenoid valve positions can be equipped with any valve or a blanking plate.
- The following multi-pin plug connections to IP65 are available:
- blanking plate. • 37-pin Sub-D connection (24 V DC):
- • Single solenoid valve positions can The connecting cable can be ordered only be equipped with single solenoid in lengths of 2.5 m, 5 m and 10 m for valves or a blanking plate. max. 8, 22 or 32 solenoid coils.
- Manifold strip (24 V DC or 110 V AC)
- 1 single solenoid valve
- 1 double solenoid valve
- depending on the size.
**==> picture [428 x 403] intentionally omitted <==**
**----- Start of picture text -----**<br>
aB aC aD aE<br>bJ bA bB<br>aI<br>aH<br>| aG aE NN<br>on aC 2 we <<br>6<br>5<br>aF<br>bC<br>4<br>3 5 eC 5 y SJR<br>aA<br>2<br>aJ<br>1 9<br>Sa SS. G ag<br>bA<br>7<br>8<br>bD<br>7 bE<br>~ om bF<br>k a | aa<br>bB<br>Baa &> a<br>~~ RES XG<br>bB<br>bF<br>bG<br>bB<br>bH<br>bB<br>bI<br>bF<br>bB<br>cJ<br>cB cA<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
8
## Overview – Multi-pin Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Valve Manifold with Multi-pin Plug Connection|Valve Manifold with Multi-pin Plug Connection||
|---|---|---|
||Brief description|�Page|
|1<br>Inscription labels|Large, for multi-pin plug connection|–|
|2<br>Multi-core cable||98|
|3<br>Exhaust plate|Ports 3 and 5 separated|95|
|4<br>Fittings|For supply plate|99|
|5<br>Silencer|For supply plate|99|
|6<br>Exhaust port cover|For ducted exhaust air (ports 3 and 5 combined)|95|
|7<br>Duct separation/seal||95|
|8<br>Manifold subbase|For valves with a width of 26 mm|95|
|9<br>Flow control plate||97|
|aJ<br>Vertical supply plate||95|
|aA<br>Vertical shut-off plate||97|
|aB<br>Pressure regulator plate||96|
|aC<br>Cover cap|For manual override, pushing, covered|99|
|aD<br>Valve|Width 26 mm|91|
|aE<br>Inscription label holder|For valve|99|
|aF<br>Blanking plate|For unused valve position (vacant position)|99|
|aG<br>Valve|Width 18 mm|91|
|aH<br>Valve|Width 42 mm (type 44 only)|91|
|aI<br>Right-hand end plate||93|
|bJ<br>Silencer|For end plate|99|
|bA<br>Blanking plugs||100|
|bB<br>Fittings||99|
|bC<br>End plate with pilot air selector||93|
|bD<br>Manifold subbase|For valves with a width of 42 mm (type 44 only)|93|
|bE<br>Manifold subbase|For valves with a width of 18 mm|93|
|bF<br>Inscription label holder|For supply plate, subbase, 90° connection plate|99|
|bG<br>90° connection plate||95|
|bH<br>Seals||95|
|bI<br>Silencer||99|
|cJ<br>Supply plate||95|
|cA<br>Multi-pin plug connection|Via manifold strip (CageClamp) 24 V DC or 110 V AC|97|
|cB<br>Multi-pinplug connection|With multi-core cable 24 V DC|97|
## Note
The choice of silencer to be used Exhaust port cover 6 with metal depends on the type of vertical exhaust air silencer type U-½-B – stacking of the valve positions to the P pressure regulator plate – left and the right of the supply plate. B pressure regulator plate – AB pressure regulator plate – Exhaust port cover 6 with plastic Vertical shut-off plate exhaust air silencer type U-½ – Vertical supply plate – – A pressure regulator plate Flow control plate
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
9
## Overview – Fieldbus Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Valve Manifold with Fieldbus Connection, Control Block (Electrical Peripherals CPX)
## Order code:
- 50E-… for the electrical peripherals
- 44P for the pneumatic components
- 45P… for the pneumatic components. High flow rate with optimized manifold subbases.
Valve manifolds with fieldbus interface can be expanded with up to 32 valves with max. 32 solenoid coils. Each valve position can be fitted with any valve or a blanking plate.
The rules for CPX apply to the equipment that can be used in combination with the electrical peripherals CPX.
In general:
- Max. 10 electrical modules
- Digital inputs/outputs
- Analogue inputs/outputs
- Parameterisation of inputs and outputs
- Integrated feature-rich diagnostic system
- Preventive maintenance concepts
**==> picture [429 x 402] intentionally omitted <==**
**----- Start of picture text -----**<br>
aA aB aC aD<br>aI bJ bA<br>ha<br>aH<br>5<br>OR aG <P<br>Q<br>aD<br>ey | aB aF Ne<br>5<br>4 aE<br>bB<br>3<br>2<br>aJ<br>9<br>1 8<br>ie | ie Nios<br>( REN, | A EX KEIR<br>bJ<br>6<br>7 bC<br>| 6 || ole4 ca F Se bD<br>bE<br>bA<br>| a | ox ge?<br>RS RS a eo<br>bA<br>a SS ee? 2 |<br>bE<br>bF<br>bA<br>bG<br>bA<br>bH<br>bF<br>bA<br>cA cJ 6 bI<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
10
## Overview – Fieldbus Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Valve Manifold with Fieldbus Connection, Control Block (Electrical Peripherals CPX)|Valve Manifold with Fieldbus Connection, Control Block (Electrical Peripherals CPX)||
|---|---|---|
||Brief description|�Page|
|1<br>Inscription labels|Large, for pneumatic interface CPX|–|
|2<br>Exhaust plate|Ports 3 and 5 separated|95|
|3<br>Fittings|For supply plate|99|
|4<br>Silencer|For supply plate|99|
|5<br>Exhaust port cover|For ducted exhaust air (ports 3 and 5 combined)|95|
|6<br>Duct separation/seal||95|
|7<br>Manifold subbase|For valves with a width of 26 mm|93|
|8<br>Flow control plate||97|
|9<br>Vertical supply plate||95|
|aJ<br>Vertical shut-off plate||97|
|aA<br>Pressure regulator plate||96|
|aB<br>Cover cap|For manual override, pushing, covered|99|
|aC<br>Valve|Width 26 mm|91|
|aD<br>Inscription label holder|For valve|99|
|aE<br>Blanking plate|For unused valve position (vacant position)|99|
|aF<br>Valve|Width 18 mm|91|
|aG<br>Valve|Width 42 mm (type 44 only)|91|
|aH<br>Right-hand end plate||93|
|aI<br>Silencer|For end plate|99|
|bJ<br>Blanking plugs||100|
|bA<br>Fittings||99|
|bB<br>End plate with pilot air selector||93|
|bC<br>Manifold subbase|For valves with a width of 42 mm (type 44 only)|93|
|bD<br>Manifold subbase|For valves with a width of 18 mm|93|
|bE<br>Inscription label holder|For supply plate/subbase/90° connection plate|99|
|bF<br>90° connection plate||95|
|bG<br>Seals||95|
|bH<br>Silencer||99|
|bI<br>Supply plate||95|
|cJ<br>Pneumatic interface||97|
|cA<br>Fieldbus interface||–|
|Note||
|---|---|
|The choice of silencer to be used|Exhaust port cover5with metal|
|depends on the type of vertical|exhaust air silencer type U-½-B|
|stacking of the valve positions to the|– P pressure regulator plate|
|left and the right of the supply plate.|– B pressure regulator plate|
||– AB pressure regulator plate|
|Exhaust port cover5with plastic|– Vertical shut-off plate|
|exhaust air silencer type U-½|– Vertical supply plate|
|– A pressure regulator plate|– Flow control plate|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
11
## Overview – Single Subbases
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
Individual Subbase Order code: Individual subbases can be equipped • Using individual part numbers with any valve.
The electrical connection is established configured by the user with a 4-pin using a standard 4-pin M12 plug clamped manifold connection/open (EN 61076-2-101) or it can be cable end.
Width 18 mm with M12 plug Width 26 mm with M12 plug 7 7 6 5 —e 6 ~~*~~ 5 4 8 aC 8 3 9 3 2 ~~Si~~ aJ ~~Be~~ 9 1 aB aJ aA Brief description Page 1 Fitting Gx for supply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 2 Silencer Gx for supply/exhaust ports (1, 3, 5) 99 3 Electrical connection M12[1)] 4-pin – 4 VSVA valve Width 18 mm 91 5 Manual override Non-detenting/detenting, per solenoid coil – 6 Cover cap For manual override, pushing 99 7 Cover cap For manual override, covered 99 8 Inscription label holder For valves 99 9 Individual subbase For valve VSVA 94 aJ Inscription label holder For manifold blocks 99 aA Fitting G¼ for supply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 aB Silencer G¼ for supply/exhaust ports (1, 3, 5) 99 aC VSVA valve Width 26 mm 91 ~~eZ~~ 1) Only with 24 V DC
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
12
## Overview – Single Subbases
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
Individual Subbase Width 18 mm with clamped manifold connection Width 26 mm with clamped manifold connection 7 7 6 ~~e~~ —__ ~~_~~ 6 ~~Qe —~~ 5 —— ~~'~~ 5 4 8 aC 8 3 3 9 6° ~~25~~ 2 aJ 9 1 aB « ~~9~~ ae™~ ~~—~~ — Se ~~i~~ aJ aA Brief description Page 1 Fitting Gx for aupply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 2 Silencer Gx for supply/exhaust ports (1, 3, 5) 99 3 Manifold connection[1)] 4-pin, configured by the user – 4 VSVA valve Width 18 mm 91 5 Manual override By pushing/detenting, per solenoid coil – 6 Cover cap For manual override, pushing 99 7 Cover cap For manual override, covered 99 8 Inscription label holder For valves 99 9 Individual subbase For valve VSVA 94 aJ Inscription label holder For manifold blocks 99 aA Fitting G¼ for supply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 aB Silencer G¼ for supply/exhaust ports (1, 3, 5) 99 aC VSVA valve Width 26 mm 91 ~~aaa~~ 1) 24 V DC or 110 V AC
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
13
## Overview – Single Subbases
Valve Manifolds Type 44 VTSA – Metric Series
Individual Subbase Width 42 mm with spring-loaded manifold/open end Width 42 mm with M12 plug 7 7 6 6 5 8 5 8 4 4 ~~O~~ r ~~e -~~ , S ~~i~~ S ~~i~~ j 3 aA . ee 2 ~~e~~ y Neb >» BS ~~)~~ A cl ~~SSO~~ 9 S ~~e~~ a ~~,~~ 9 2 S ~~a~~ aJ 2 ~~R~~ one? aJ 1 1 Brief description Page 1 Fitting Gy for supply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 2 Silencer Gy for supply/exhaust ports (1, 3, 5) 99 – 3 Clamped manifold connection/open end[1)] 4-pin, configured by the user 4 VSVA valve Width 42 mm 91 5 Manual override Pushing/detenting, per solenoid coil – 6 Cover cap For manual override, pushing 99 7 Cover cap For manual override, covered 99 8 Inscription label holder For valves 99 9 Individual subbase For valve VSVA 94 aJ Inscription label holder For manifold blocks 99 aA Electrical connection M12[2)] 4-pin – ~~==~~ 1) 24 V DC or 110 V AC 2) Only for 24 V DC
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
14
## Overview – Individual Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Valve Manifold with Individual Connection
Order code:
- 44E for the electrical components
- 45E for the electrical components
- 44P for the pneumatic components
- 45P for the pneumatic components
Valve manifolds with individual connection can be expanded with up to 20 valves with max. 20 solenoid coils. The manifold subbases width 18 and 26 mm are either prepared for:
- 2 single solenoid valves
- Double solenoid valve positions can The electrical connection is established be fitted with any valve or a blanking via a 5-pin M12 plug. plate.
- Single solenoid valve positions can only be fitted with single solenoid valves or a blanking plate.
- 2 double solenoid valves
- The manifold subbases width 42 mm are prepared for:
- 1 single solenoid valve
- 1 double solenoid valve
- depending on the size.
**==> picture [446 x 463] intentionally omitted <==**
**----- Start of picture text -----**<br>
bA<br>bJ<br>aA aB aC aD<br>aI<br>aH<br>aG<br>NUale |<br>| aD _ Ss<br>|| || aB aF we—~< a e , 25<br>aE<br>bB<br>5 WlNg HeesSONY lan Noa4 || SHfe > .~ Se. S Ss<br>en | AK | mn Xe <<<br>4 aJ<br>3 9<br>2<br>1 (ot © 8 aAmkK || | || <Pees. > & )i 9<br>VW > NSS MRS 3 S24<br>9<br>Pa iS “A SC NEL Oe? SEN 6<br>bC<br>7<br>| | AO ONE NN<br>| boo -<br>. 6 LAI LT<br>S23,3S }||| zxPBAasa IKO [PPS]<br>bD<br>bE<br>bA<br>CS~ CR : s<br><< SSB IE KS>._ , bA<br>_ XE B — SZ, ! bE<br>a . | bF<br>bA<br>bG<br>bA<br>bH<br>bE<br>bA<br>cJ bI<br>**----- End of picture text -----**<br>
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
15
## Overview – Individual Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Valve Manifold with Individual Connection|||
|---|---|---|
||Brief description|�Page|
|1<br>Cover|For individual connection|97|
|2<br>Exhaust plate|Ports 3 and 5 separated|95|
|3<br>Fittings|For supply plate|99|
|4<br>Silencer|For supply plate|99|
|5<br>Exhaust port cover|For ducted exhaust air (ports 3 and 5 combined)|95|
|6<br>Duct separation/seal||95|
|7<br>Manifold subbase|For valves with a width of 26 mm|93|
|8<br>Flow control plate||97|
|9<br>Vertical supply plate||95|
|aJ<br>Vertical shut-off plate||97|
|aA<br>Pressure regulator plate||96|
|aB<br>Cover cap|For manual override, pushing, covered|99|
|aC<br>Valve|Width 26 mm|91|
|aD<br>Inscription label holder|For valve|99|
|aE<br>Blanking plate|For unused valve position (vacant position)|99|
|aF<br>Valve|Width 18 mm|91|
|aG<br>Valve|Width 42 mm (type 44 only)|93|
|aH<br>Right-hand end plate||93|
|aI<br>Silencer|For end plate|99|
|bJ<br>Blanking plugs||100|
|bA<br>Fittings||99|
|bB<br>End plate with pilot air selector||93|
|bC<br>Manifold subbase|For valves with a width of 42 mm (type 44 only)|93|
|bD<br>Manifold subbase|For valves with a width of 18 mm|93|
|bE<br>Inscription label holder|For supply plate, subbase, 90° connection plate|99|
|bF<br>90° connection plate||95|
|bG<br>Seals||95|
|bH<br>Silencer||99|
|bI<br>Supply plate||95|
|cJ<br>Multi-pin plug connection|Individual connection with M12, 10-way or 6-way (including cover)|97|
## Note
The choice of silencer to be used Exhaust port cover 5 with metal depends on the type of vertical exhaust air silencer type U-½-B – stacking of the valve positions to the P pressure regulator plate – left and the right of the supply plate. B pressure regulator plate – AB pressure regulator plate – Exhaust port cover 5 with plastic Vertical shut-off plate exhaust air silencer type U-½ – Vertical supply plate – – A pressure regulator plate Flow control plate
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
16
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Subbase Valve
**==> picture [114 x 56] intentionally omitted <==**
VTSA/VTSA-F offers a comprehensive range of valve functions. All valves are equipped with piston spool and patented sealing system which facilitate efficient sealing, a broad pressure range and long service life.
Subbase valves can be quickly replaced since the tubing connections remain on the subbase.
Irrespective of the valve function there are subbase valves with one solenoid coil (single solenoid) or with two solenoid coils for double solenoid or double valve functions.
Reverse operation Select reverse operation (code Z) if you wish to operate an actuator (cylinder) with different pressures for the forward and return stroke. It must be noted here that these valves must be operated via a separate pressure zone.
## Blanking Plate
**==> picture [58 x 48] intentionally omitted <==**
Plate without valve function for reserving valve positions on a valve manifold.
Valves and blanking plates are attached to the manifold subbase using two screws.
|Valve Function||||||||
|---|---|---|---|---|---|---|---|
|Code<br>Circuit s**y**m|bol|||Width|||Descri**p**tion|
|||||18 mm|26 mm|42 mm||
|M||||�|�|�|5/2-way valve, single solenoid<br>• Pneumatic spring return|
|O||||�|�|�|5/2-way valve, single solenoid<br>• Spring return|
|J||||�|�|�|5/2-way valve, double solenoid|
|D||||�|�|�|5/2-way valve, double solenoid<br>• Dominant signal with port 14 on the control side|
|N||||�|�|�|2x 3/2-way valve, single solenoid<br>• Normally open<br>• Pneumatic spring return|
|||||||||
|||||||||
|K||||�|�|�|2x 3/2-way valve, single solenoid<br>• Normally closed<br>• Pneumatic spring return|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
17
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Valve Function|||||||
|---|---|---|---|---|---|---|
|Code<br>Circuit s**y**mbol|||Width|||Descri**p**tion|
||||18 mm|26 mm|42 mm||
|H|||�|�|�|2x 3/2-way valve, single solenoid<br>• Normal position<br>– 1x closed<br>– 1x open<br>• Pneumatic spring return<br>• Operatingpressure>3 bar|
||||||||
||||||||
|B|||�|�|�|5/3-way valve<br>• Mid-position pressurized1)<br>• Spring force return|
|G|||�|�|�|5/3-way valve<br>• Mid-position closed1)<br>• Spring force return|
|E|||�|�|�|5/3-way valve<br>• Mid-position exhausted1)<br>• Spring force return|
|P|||�|�|�|2x 3/2-way valve, single solenoid<br>• Reverse operation<br>• Normally open<br>• Pneumatic spring return|
||||||||
||||||||
|Q|||�|�|�|2x 3/2-way valve, single solenoid<br>• Reverse operation<br>• Normally closed<br>• Pneumatic spring return|
||||||||
||||||||
|R|||�|�|�|2x 3/2-way valve, single solenoid<br>• Reverse operation<br>• Normal position<br>– 1x closed<br>– 1x open<br>• Pneumatic spring return|
|L|||�|�|�|For valve manifold only:<br>Blanking plate for vacant valve position|
1) If neither solenoid coil is energized, the valve moves to its mid-position by means of spring force. If both coils are energized at the same time, the valve remains in the previously assumed switching position.
## Design
Valve replacement
The valves are attached to the metal manifold subbase using two screws. This means that they can be easily
replaced. The high-quality of the manifold subbase guarantees good long-term sealing tightness.
## Expansion
Vacant positions can be equipped with valves at a later date. The dimensions, mounting points and existing pneumatic installations remain
unchanged during this process. The order code VSVA-… is located on the front of the valve beneath the manual override.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
18
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Vertical Stacking
**==> picture [100 x 113] intentionally omitted <==**
Additional function units can be added to each valve position between the subbase and the valve. These functions, designated as vertical stacking, facilitate special functioning or control
of the respective individual valve position. Combinations of several valve sizes on one valve manifold are possible.
## Note
The operation of the components should be checked when combining multiple vertical stacking components.
The following combination of reversible valve manifolds with vertical stacking components is not permitted:
- Reversible pressure regulating plates
– Throttle plates
- Vertical isolating plates
- – Vertical supply plates
## Vertical stacking components
**==> picture [127 x 354] intentionally omitted <==**
**==> picture [117 x 274] intentionally omitted <==**
**----- Start of picture text -----**<br>
1<br>2<br>3<br>4<br>5<br>6<br>**----- End of picture text -----**<br>
The following component sequence is recommended for valve positions with vertical stacking:
- 1 ISO valve
- 2 Pressure regulator plate
- 3 Flow control plate
- 4 Vertical shut-off plate
- 5 Vertical supply plate
- 6 Manifold subbase
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
19
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
**==> picture [511 x 543] intentionally omitted <==**
**----- Start of picture text -----**<br>
Vertical Stacking<br>Pressure regulator plate<br>An adjustable pressure regulator can This pressure regulating valve Standard version:<br>be installed between the subbase and maintains an essentially constant – Standard port pattern to<br>the valve in order to control the force of output pressure (secondary side) ISO 15407-2 or ISO 5599-2<br>the respective actuator. independent of pressure fluctuations (type 44 only)<br>–<br>(primary side) and air consumption. For supply pressure up to 6 bar<br>or up to 10 bar<br>–<br>Without pressure gauge (optional)<br>–<br>Regulator knob with 3 positions<br>(locked, reference position,<br>free running)<br>Mode of operation of the pressure regulating plate (P regulation) for port 1; code: ZA, ZF<br>This pressure regulator regulates the During venting, the exhaust flow in<br>pressure before the valve in duct 1. the valve is from duct 2 to duct 3 and<br>Ducts 2 and 4 thus have the same from duct 4 to duct 5.<br>regulated pressure.<br>Port 2<br>Port 4<br>1 Duct 3 (exhaust)<br>2 Duct 1 (supply air)<br>1 2 3 3 Duct 5 (exhaust)<br>Advantages Application examples<br>– – –<br>The pressure regulator is not affected The pressure regulator can always be An equal working pressure is than the operating pressure present<br>by venting, as the pressure is adjusted, as the pressure from the required at working ports 2 and 4 on the valve manifold (e.g. 8 bar) is<br>–<br>regulated before the valve. valve manifold is always present. A lower working pressure (e.g. 3 bar) required.<br>Mode of operation of the pressure regulating plate (A/B regulation) for ports 2 and 4; code: ZD, ZI<br>This pressure regulator regulates the Example with the following switching<br>pressure in ducts 2 and 4 after the position:<br>pressure medium flows through the The supply air flows from duct 1 of the<br>valve. During venting, the exhaust flow manifold subbase via the valve to duct<br>in the valve is from duct 2 to duct 3 and 2, it is then regulated and made<br>from duct 4 to duct 5 via the pressure available at port 2 of the manifold<br>regulator. subbase. At the same time, venting<br>Port 2 takes place via duct 4 of the manifold<br>Port 4 subbase, via the regulator and via the<br>valve into duct 5 of the manifold<br>subbase.<br>1 Duct 3 (exhaust)<br>2 Duct 1 (supply air)<br>1 2 3 3 Duct 5 (exhaust)<br>Restrictions Application examples<br>**----- End of picture text -----**<br>
- The pressure regulator cannot be the valve is pressurized in the adjusted in the exhaust position. switching position from duct 1 to For example, the pressure regulator duct 2 and exhausted from duct 4 to for duct 4 cannot be adjusted when duct 5.
- When two different working pressures are required instead of the valve manifold operating pressure at ports 2 and 4.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
20
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
Vertical Stacking Mode of operation of the pressure regulating plate (A/B regulation, reversible) for ports 2 and 4, reversible; code: ZE, ZJ With this pressure regulator, the supply air (duct 1) is split and routed directly to both pressure regulators. The regulated compressed air is present in ducts 3 and 5 on the valve. The valve is thus operated in reversible mode. This means Port 2 – Duct 3 routes the working pressure Port 4 to port 2 – Duct 5 routes the working pressure to port 4 1 Duct 3 (exhaust) 2 Duct 1 (supply air) 1 2 3 3 Duct 5 (exhaust) Application examples – – When two different pressures are When fast exhaust performance required in ducts 2 and 4 instead of is required. Note – – the operating pressure. When the pressure regulator must Reversible pressure regulating plates always be adjustable. may only be combined with valves
Example with the following switching position:
The supply air in duct 1 is split among ducts 3 and 5 in the regulator and flows from here to the valve. In the valve, the supply air is routed to port 2 of the manifold subbase. The exhaust air is simultaneously routed via duct 4 of the manifold subbase and via the valve to regulator duct 1, where it is split between ducts 3 and 5 and then drawn off via the manifold subbase.
- –
- Reversible pressure regulating plates The following combination of may only be combined with valves reversible valve manifolds with that can be operated in reversible vertical stacking components is not mode. permitted:
- – – Valves in valve positions with Reversible pressure regulating vertical shut-off plates are operated plates –
- with internal pilot air supply, even Flow control plates –
- when the valve manifold is operated Vertical shut-off plates –
- with external pilot air supply. Vertical supply plates
- Advantages Disadvantages
- – – – – Fast cycle times. Operating pressure is always present 2x 3/2-way valves (code N, K, H) No practical combination with a
- – 50% higher exhaust flow rate, as air at the pressure regulator, as the not used, as pressure is present at flow control plate possible. is not exhausted via the pressure pressure is regulated before the ports 3 and 5. regulator. The load on the pressure valve, i.e. the regulator can always regulator is also reduced. be adjusted.
- – No quick exhaust valves are required.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
21
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Vertical Stacking – P|ressure Regulating Plate|ressure Regulating Plate|||||||
|---|---|---|---|---|---|---|---|---|
|Code||T**yp**e|Width|||Supply pressure||Descri**p**tion|
||||18 mm|26 mm|42 mm|6 bar|10 bar||
|Pressure regulating|plate for port 1 (P regulator)||||||||
|ZA<br>ZF||VABF-S4-…-R1C2-C-10|�|�|�|–|�|• Regulates the operating pressure<br>in duct 1 before the directional<br>control valve|
|||VABF-S4-…-R1C2-C-6|�|�|�|�|–||
|Pressure regulating|plate for port 2 (B regulator)||||||||
|ZC<br>ZH||VABF-S4-…-R2C2-C-10|�|�|�|–|�|• Regulates the operating pressure<br>in duct 2 after the directional<br>control valve|
|||VABF-S4-…-R2C2-C-6|�|�|�|�|–||
|Pressure regulating|plate for port 4 (A regulator)||||||||
|ZB<br>ZG||VABF-S4-…-R3C2-C-10|�|�|�|–|�|• Regulates the operating pressure<br>in duct 4 after the directional<br>control valve|
|||VABF-S4-…-R3C2-C-6|�|�|�|�|–||
|Pressure regulating|plate for ports 2 and 4 (AB regulator)||||||||
|ZD<br>ZI||VABF-S4-…-R4C2-C-10|�|�|�|–|�|• Regulates the operating pressure<br>in ducts 2 and 4 after the<br>directional control valve|
|||VABF-S4-…-R4C2-C-6|�|�|�|�|–|Note<br>These pressure regulating plates<br>cannot be combined with reversible<br>2x 3/2-way valves (code P, Q, R).|
|Pressure regulating|plate for port 2, reversible (B regulator)||||||||
|ZL<br>ZN||VABF-S4-…-R6C2-C-10|�|�|�|–|�|• Reversible pressure regulator<br>for port 2|
|||VABF-S4-…-R6C2-C-6|�|�|�|�|–||
|Pressure regulating|plate for port 4, reversible (A regulator)||||||||
|ZK<br>ZM||VABF-S4-…-R7C2-C-10|�|�|�|–|�|• Reversible pressure regulator<br>for port 4|
|||VABF-S4-…-R7C2-C-6|�|�|�|�|–||
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
22
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Vertical S|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Code||||||||||T**yp**e|Width|||Supply pressure||Descri**p**tion|
||||||||||||18 mm|26 mm|42 mm|6 bar|10 bar||
|Pressure|regulating||plate for ports 2 and 4, reversible (AB regulator)||||||||||||||
|ZE||||||||||VABF-S4-…-R5C2-C-10|�|�|�|–|�|• Reversible pressure regulator for<br>ports 2 and 4<br>• Pressure regulation before the<br>valve<br>• Redirects the operating pressure<br>from duct 1 to ducts 3 and 5<br>• Routes the exhaust air from duct<br>1 to ducts 3 and 5|
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
|ZJ||||||||||VABF-S4-…-R5C2-C-6|�|�|�|�|–|Note<br>This pressure regulating plate<br>cannot be combined with standard<br>2x 3/2-way valves (code N, K, H).<br>Reversible 2x 3/2-way valves (code<br>P, Q, R) must not be operated in a<br>separate pressure zone in<br>combination with these pressure<br>regulators.|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
23
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Vertical Stacking|Vertical Stacking|– Flow Control Plate|– Flow Control Plate|– Flow Control Plate||||
|---|---|---|---|---|---|---|---|
|||This plate is used for exhaust air flow<br>control in ducts 3 and 5 of a valve in<br>order to adjust the speed of the<br>actuator.|||Ducts 3 and 5 can be adjusted<br>independently of each other.<br>Note<br>On reversible valve manifolds, supply<br>air flow control takes place in ducts 3<br>and 5 before the valve.|||
|Code|||T**yp**e|Width|||Descri**p**tion|
|||||18 mm|26 mm|42 mm||
|X|||VABF-S4-…F1B1-C|�|�|�|• Controls the flow of exhaust air after the valve<br>to ducts 3 and 5|
## Vertical Stacking – Vertical Shut-off Plate
||||||Following activation of the shut-off,<br>the exhaust air/return air from<br>the cylinder is drawn off via the<br>M5 threaded connection.<br>Note<br>It must be ensured that the operating<br>pressure of the valve manifold lies<br>within the range of the required pilot<br>pressure (i.e. min. 3 bar).|Following activation of the shut-off,<br>the exhaust air/return air from<br>the cylinder is drawn off via the<br>M5 threaded connection.<br>Note<br>It must be ensured that the operating<br>pressure of the valve manifold lies<br>within the range of the required pilot<br>pressure (i.e. min. 3 bar).|Following activation of the shut-off,<br>the exhaust air/return air from<br>the cylinder is drawn off via the<br>M5 threaded connection.<br>Note<br>It must be ensured that the operating<br>pressure of the valve manifold lies<br>within the range of the required pilot<br>pressure (i.e. min. 3 bar).|
|---|---|---|---|---|---|---|---|
|||||||||
|Code|||T**yp**e|Width|||Descri**p**tion|
|||||18 mm|26 mm|42 mm||
|ZT|||VABF-S4-…L1D1-C|�|�|�|• 2/2-way valve for shutting off the operating pressure<br>at the valve position<br>• Blocks ducts 12 and 14 for the valve position<br>• Supplies the valve position with internal pilot air|
## Vertical Stacking – Vertical Supply Plate
**==> picture [87 x 68] intentionally omitted <==**
With this plate a valve can be supplied with individual operating pressure independently of the operating pressure of the manifold.
|Code||T**yp**e|Width|||Descri**p**tion|
|---|---|---|---|---|---|---|
||||18 mm|26 mm|42 mm||
|ZU||VABF-S4-…P1A3-…|�|�|�|• Plate with port 11 for supplying an individual<br>operating pressure for a valve position|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
24
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
Manifold Subbase VTSA/VTSA-F is based on a modular valves on the manifold as well as the system which consists of manifold The manifold subbase contains a working lines for the pneumatic subbases and valves. Manifold ducting seal and electrical linking. They cylinders for each valve. subbases are available for valve width can be freely mixed within a valve Each manifold subbase is connected to 18 mm and width 26 mm in a double manifold. The manifold subbases are the next using four screws. Individual grid, i.e. two valves per manifold screwed together and thus form the manifold sections can be isolated and subbase. For width 42 mm (type 44 support system for the valves. further manifold subbases inserted only) there are manifold subbases for Inside the manifold blocks are the by loosening these screws. This ensures one valve per subbase . connection channels for supplying that the valve manifold can be rapidly compressed air to and venting from the and reliably expanded.
|Port Patterns on the Manifold Subbase|Port Patterns on the Manifold Subbase||||
|---|---|---|---|---|
|Type 44 VTSA|||Type 45 VTSA-F||
|Width 18 mm|Width 26 mm|Width 42 mm|Width 18 mm|Width 26 mm|
**==> picture [38 x 201] intentionally omitted <==**
**==> picture [60 x 201] intentionally omitted <==**
**==> picture [37 x 201] intentionally omitted <==**
|90° Connection Plate for Working Ports (2, 4) of the Manifold Subbases|90° Connection Plate for Working Ports (2, 4) of the Manifold Subbases|90° Connection Plate for Working Ports (2, 4) of the Manifold Subbases||||||
|---|---|---|---|---|---|---|---|
|Code||T**yp**e|Width|||Ports|Workin**g** **p**orts**(**2**,**4**)**|
||||18 mm|26 mm|42 mm||in the 90° connection plate|
|P||Threaded connection:<br>VABF-S4-…-A2G2-G…|�|�|�|2 and 4|Outlet at bottom<br>• Connection size for 18 mm width:<br>Gx<br>• Connection size for 26 mm width:<br>G¼<br>• Connection size for 42 mm width:<br>Gy|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
25
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Manifold|Subbase Variants – Type 44 VTSA|Subbase Variants – Type 44 VTSA|||||||
|---|---|---|---|---|---|---|---|---|
|Code|||Type|Width|||No. of valve<br>**p**ositions**/**soleno|Working ports (2, 4) on<br>manifold subbase|
|||||18 mm|26 mm|42 mm|id coils||
|Manifold s|ubbase for|multi-pin plug/fieldbus connection for double solenoid valves|||||||
|A<br>AK<br>B<br>BK<br>C<br>CK|||Threaded connection:<br>VABV-S4-2S-G18-2T2|�|–|–|2/4|• Connection sizes for 18 mm width:<br>Gx, QS-Gx-8, QS-Gx-6|
||||Threaded connection:<br>VABV-S4-1S-G14-2T2|–|�|–|2/4|• Connection sizes for 26 mm width:<br>G¼, QS-G¼-10, QS-G¼-8|
||||Threaded connection:<br>VABV-S2-1S-G38-2T2|–|–|�|2/4|• Connection sizes for 42 mm width:<br>GyQS-Gy-12, QS-Gy-10|
|Manifold s|ubbase for|multi-pin plug/fieldbus connection for single solenoid||valves|||||
|E<br>EK<br>F<br>FK<br>G<br>GK|||Threaded connection:<br>VABV-S4-2S-G18-2T1|�|–|–|2/2|• Connection sizes for 18 mm width:<br>Gx, QS-Gx-8, QS-Gx-6|
||||Threaded connection:<br>VABV-S4-1S-G14-2T1|–|�|–|2/2|• Connection sizes for 26 mm width:<br>G¼, QS-G¼-10, QS-G¼-8|
||||Threaded connection:<br>VABV-S2-1S-G38-2T1|–|–|�|2/2|• Connection sizes for 42 mm width:<br>GyQS-Gy-12, QS-Gy-10|
|Manifold|Subbase Variants – Type 45 VTSA-F|Subbase Variants – Type 45 VTSA-F|Subbase Variants – Type 45 VTSA-F|||||
|---|---|---|---|---|---|---|---|
|Code|||Type|Width||No. of valve<br>**p**ositions**/**|Working ports (2, 4) on manifold subbase|
|||||18 mm|26 mm|solenoid coils||
|Manifold s|ubbase for|multi-pin plug/fieldbus connection for double solenoid valves||||||
|A<br>AK<br>B<br>BK|||Threaded connection:<br>VABV-S4-2HS-G18-2T2|�|–|2/4|• Connection sizes for 18 mm width:<br>Gx, QS-Gx-8, QS-Gx-6|
||||Threaded connection:<br>VABV-S4-1HS-G14-2T2|–|�|2/4|• Connection sizes for 26 mm width:<br>G¼, QS-G¼-10, QS-G¼-8|
|Manifold s|ubbase for|multi-pin plug/fieldbus connection for single solenoid||valves||||
|E<br>EK<br>F<br>FK|||Threaded connection:<br>VABV-S4-2HS-G18-2T1|�|–|2/2|• Connection sizes for 18 mm width:<br>Gx, QS-Gx-8, QS-Gx-6|
||||Threaded connection:<br>VABV-S4-1HS-G14-2T1|–|�|2/2|• Connection sizes for 26 mm width:<br>G¼, QS-G¼-10, QS-G¼-8|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
26
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Compressed Air Supply and Venting
Right-hand end plate Right-hand end plate – Code V – Code X Port configuration for supply plates Port configuration for supply plates Exhaust air 3/5 separated Exhaust port 3/5 common – Code K – Code L
**==> picture [61 x 68] intentionally omitted <==**
**==> picture [57 x 70] intentionally omitted <==**
End plate with pilot air selector – Code Y, U, Z, W
**==> picture [61 x 61] intentionally omitted <==**
The valve manifold VTSA/VTSA-F can be supplied with compressed air at one or more points. This is a reliable way of ensuring that all functional components of the manifold will always offer good performance, even with large-scale expansions. The valve manifold is supplied via supply plates (max. 16 per manifold) or via an end plate. Venting is performed either using silencers or ports for ducted exhaust air on the supply plates and/or on the right-hand end plate. There are two types of supply plates:
- Exhaust port 3/5 common
- Exhaust 3/5 port separated
## Pilot air supply
The port for the pneumatic supply is Internal pilot air supply located on the supply plates or the Internal pilot air supply can be selected right-hand end plate. if the required working pressure is The ports differ for the following types between 3 and 10 bar. of pilot air supply: The pilot air supply is then branched • Internal from the compressed air supply 1 using • External an internal connection. Port 14 on the right-hand end plate is sealed with a blanking plug.
## External pilot air supply
If the supply pressure is less than 3 bar, Note you must operate your valve manifold If a gradual pressure build-up in the using external pilot air supply. The pilot system using a pressurized on-off air supply is supplied via port 14 on the valve is required, external pilot supply right-hand end plate to this end. This is air where the control pressure applied the case even if the valve manifold is during switch-on is already very high operated with different pressure zones. should be selected.
## Right-hand End Plate
Different right-hand end plates are For end plates with pilot air selector, available. the outgoing direction of the ports is to the front face of the valve manifold. With the following two end plates, the This means that all of the ports on the outgoing direction of the ports is manifold can be combined in one aligned with the horizontal stacking outgoing direction. direction. The special feature of the end plates Right-hand end plates with supply with pilot air selector is the selector **air/exhaust air switch itself, which has four settings** – Internal pilot air supply: Code V for different pilot air supply/pilot – External pilot air supply: Code X exhaust air.
- End plates with pilot air selector switch set at the factory for: Note – Internal pilot air supply: Code Y The end plate with pilot air selector
- – External pilot air supply: Code Z must be used in combination with a – Internal pilot air supply, ducted pilot supply plate. exhaust air: Code U The reversible 3/2-way valves
- – External pilot air supply, ducted pilot (code P, Q, R) must only be operated in exhaust air: Code W selector position 1 or 2 (code Z, Y).
|nd End Plate with Coding Cap|nd End Plate with Coding Cap||
|---|---|---|
|||Selectorposition|
|||1|
|||2|
|||3|
|||4|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
27
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|||||
|---|---|---|---|---|---|---|---|---|---|---|
|Code<br>T**y**|**p**e of com**p**ressed air su**pp**l**y**and**p**ilot air su**pp**l**y**||||||Width|||Description|
||||||||18 mm|26 mm|42 mm||
|R|ight-hand end|plate|||||||||
|V|||||||�|�|�|Supply air/exhaust air, internal pilot air supply, silencer<br>• Pilot air supply is branched internally from port 1<br>• Port 14 is sealed with a blanking plug<br>• Exhaust 3/5 via silencer<br>• For operating pressure in the range 3 … 10 bar<br>• Pilot exhaust1)|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|X|||||||�|�|�|Supply air/exhaust air, external pilot air supply, silencer<br>• Pilot air supply between 2 and 10 bar is connected at<br>port 14<br>• Exhaust 3/5 via silencer<br>• For operating pressure in the range –0.9 … 10 bar<br>(suitable for vacuum)<br>• Pilot exhaust1)|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|Code2)<br>E|nd plate with|pilot air selector|||||||||
|Y (2)|||||||�|�|�|Internal pilot air supply<br>• Pilot air supply is branched internally from port 1<br>• Ports 1/12/14 are internally connected<br>• Ports 12/14 are sealed with blanking plugs<br>• Pilot exhaust air is vented via valve housing|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|U (4)|||||||�|�|�|Internal pilot supply air, ducted exhaust air<br>• Pilot air supply is branched internally from port 1<br>• Ports 1/14 are internally connected<br>• Port 14 is sealed with a blanking plug<br>• Pilot exhaust via port 12 with silencer1)|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|Z (1)|||||||�|�|�|External pilot air supply<br>• Pilot air supply is connected at port 14<br>• Port 12 is sealed with a blanking plug<br>• Ports 12/14 are internally connected<br>• Pilot exhaust air is vented via valve housing|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|W (3)|||||||�|�|�|External pilot supply air, ducted exhaust air<br>• Pilot air supply is connected at port 14<br>• Pilot exhaust via port 12 with silencer1)|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
- 1) Ducted pilot exhaust air is only possible with turned seals on the valve
- 2) Selector position in brackets
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
28
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Compressed Air Supply/Duct Separation
-
- Additional supply plates can be used Depending on your order, the exhaust If a duct separation is required, there Supply plate with duct separation on for larger manifolds or to create air ducts are either ducted or vented via are three different options: the left-hand side: pressure zones. silencers. – Duct separation 1, 3, 5: Code S Code SU, TU, RU – –
- These can be selected at any point Duct separation 1: Code T Supply plate with duct separation on before or after manifold subbases. VTSA/VTSA-F with ducted exhaust air – Duct separation 3, 5: Code R the right-hand side: With ducted exhaust air, venting can be Code US, UT, UR –
- Supply plates contain the ports: performed via a supply plate or a If a combination of duct separation 2 supply plates with intermediate • Compressed air supply port (1) right-hand end plate (code V or X). (S, T or R) and one or two supply plates duct separation: • Exhaust port (3/5) common or is required, the following variants can Code USU, UTU, URU be selected:
- Exhaust port (3/5) common or separated
|Supply Plates|||||||
|---|---|---|---|---|---|---|
|Code||T**yp**e|Width|||Descri**p**tion|
||||18 mm|26 mm|42 mm||
|U||• Exhaust port 3/5 common<br>For threaded connection:<br>VABF-S6-10-P1A7-G12<br>• Exhaust air 3/5 separated<br>For threaded connection:<br>VABF-S6-10-P1A6-G12|�|�|�|Supply plate without duct separation<br>(no R, S or T selected)|
|SU<br>TU<br>RU|||�|�|�|Supply plate with duct separation on left,<br>if R, S or T selected|
|US<br>UT<br>UR|||�|�|�|Supply plate with duct separation on right,<br>if R, S or T selected|
|USU<br>UTU<br>URU|||�|�|�|2 supply plates with duct separation in centre,<br>if R, S or T selected|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
29
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Configuration of All|Configuration of All|Pneumatic Threaded Connections|Pneumatic Threaded Connections|Pneumatic Threaded Connections|Pneumatic Threaded Connections|Pneumatic Threaded Connections|Pneumatic Threaded Connections|Pneumatic Threaded Connections|Pneumatic Threaded Connections|||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Code1)||||||||||Connection|Designation|Code M<br>Push-in connector<br>large|Code N<br>Push-in connector<br>small|
|V<br>X||||||–||||Right-hand end plate, internal pilot air supply, silencer||||
|||||||||||1<br>Compressed air/<br>vacuum supply|Push-in fitting|QS-G½-16|QS-G½-12|
|||||||||||3/5<br>Exhaust air|Via silencer|U-½-B|U-½-B|
|||||||||||14<br>Pilot air supply|Blanking plug|B-¼|B-¼|
|||||||||||Right-hand end plate, external pilot air supply, silencer||||
|||||||||||1<br>Compressed air/<br>vacuum supply|Push-in fitting|QS-G½-16|QS-G½-12|
|||||||||||3/5<br>Exhaust air|Via silencer|U-½-B|U-½-B|
|||||||||||12<br>Pilot exhaust air|Via silencer|U-¼|U-¼|
|||||||||||14<br>Pilot air supply|Push-in fitting|QS-G¼-10|QS-G¼-8|
|Y (2)||||||||||End plate with pilot air selector, internal pilot air supply||||
|||||||||||||||
|||||||||||||||
|||||||||||12/14<br>Pilot air supply/<br>pilot exhaust air|Blanking plug/push-in fitting|B-¼/ QS-G¼-10|B-¼/ QS-G¼-8|
|||||||||||||||
|||||||||||||||
|U (4)||||||||||End plate with pilot air selector, internal pilot air supply, ducted exhaust air||||
|||||||||||||||
|||||||||||||||
|||||||||||12/14<br>Pilot air supply/<br>pilot exhaust air|Blanking plug/blanking plug|B-¼/ B-¼|B-¼/ B-¼|
|||||||||||||||
|||||||||||||||
|Z (1)||||||||||End plate with pilot air selector, external pilot air supply<br><br> <br> <br> <br>||||
|||||||||||||||
|||||||||||||||
|||||||||||12/14<br>Pilot air supply/<br>pilot exhaust air|Push-in fitting or<br>silencer/push-in fitting|QS-G¼-10 or<br>U-¼/ QS-G¼-10|QS-G¼-8 or U-¼<br>/ QS-G¼-8|
|||||||||||||||
|||||||||||||||
|W (3)||||||||||End plate with pilot air selector, external pilot air supply, ducted exhaust air||||
|||||||||||||||
|||||||||||||||
|||||||||||12/14<br>Pilot air supply/<br>pilot exhaust air|Push-in fitting or<br>silencer/blanking plug|QS-G¼-10 or<br>U-¼/ B-¼|QS-G¼-8 or<br>U-¼/ B-¼|
|||||||||||||||
|||||||||||||||
1) Selector position in brackets
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
30
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Creation of Pressure Zones and Separation of Exhaust Air
The valve manifold VTSA/VTSA-F offers a number of options for creating pressure zones if different working pressures are required.
Pressure zones are created by isolating the internal supply ducts between the manifold subbases using an appropriate duct separation.
Compressed air is supplied and vented by using a supply plate.
The position of the supply plates and duct separations can be freely selected for VTSA/VTSA-F.
Duct separations are integrated ex-works as per your order. Duct order and separations can be distinguished by their coding, even when the valve manifold is assembled.
**==> picture [117 x 88] intentionally omitted <==**
|Creating Pressure Zones|Creating Pressure Zones|Creating Pressure Zones|Creating Pressure Zones|||||||
|---|---|---|---|---|---|---|---|---|---|
|Code<br>|Separating seal|||||Width|||Descri**p**tion|
||Pictorial examples||||Coding|18 mm|26 mm|42 mm||
|T|||||||||Duct 1 separated|
|S||||||�<br>�|�<br>�|�<br>�|Duct 1 and 3/5 separated|
|||||||||||
|R||||||�|�|�|Duct 3/5 separated|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
31
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Examples: Compressed Air Supply and Pilot Air Supply, Right-hand End Pla|Examples: Compressed Air Supply and Pilot Air Supply, Right-hand End Pla|Examples: Compressed Air Supply and Pilot Air Supply, Right-hand End Pla|Examples: Compressed Air Supply and Pilot Air Supply, Right-hand End Pla|te|te|te|||||
|---|---|---|---|---|---|---|---|---|---|---|
|Internal pilot air supply, silencer/ducted exhaust air|||||||||||
|Right-hand end plate<br>Code V<br>The diagram opposite shows an<br>example for the configuration and<br>connection of the compressed air<br>supply with internal pilot supply air.<br>Port 14 on the right-hand end plate is<br>tightly sealed. Exhaust air 3/5 is drawn<br>off via the silencer.<br>Duct separations can be used<br>optionally to create pressure zones.||||Optional<br>duct separation|||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|External pilot air supply, silencer/ducted exhaust air|External pilot air supply, silencer/ducted exhaust air|External pilot air supply, silencer/ducted exhaust air||||||||
|---|---|---|---|---|---|---|---|---|---|
|Right-hand end plate<br>Code X<br>The diagram opposite shows an<br>example for the configuration and<br>connection of the compressed air<br>supply with external pilot supply air.<br>Port 14 on the right-hand end plate is<br>equipped with a fitting for this.<br>Exhaust air 3/5 is drawn off via the<br>silencer.<br>Duct separations can be used<br>optionally to create pressure zones.|||Optional<br>duct separation|||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
32
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Pilot Air Selector|Pilot Air Selector|Pilot Air Selector|Pilot Air Selector|Pilot Air Selector|Pilot Air Selector||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Internal pilot air supply, ducted exhaust air/silencer||||||||||||||
|Right-hand end plate<br>Code Y, U – code U shown<br>The diagram opposite shows an<br>example for the configuration and<br>connection of the compressed air<br>supply with internal pilot supply air.<br>Port 14 on the right-hand end plate is<br>tightly sealed. Exhaust air 3/5 is ducted<br>or drawn off via the silencer.<br>Duct separations can be used<br>optionally to create pressure zones.||||||Optional<br>duct separation||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|External pilot air supply, ducted exhaust air/silencer|External pilot air supply, ducted exhaust air/silencer|External pilot air supply, ducted exhaust air/silencer|||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Right-hand end plate<br>Code Z, W – code Z shown<br>The diagram opposite shows an<br>example for the configuration and<br>connection of the compressed air<br>supply with external pilot supply air.<br>Port 14 on the right-hand end plate is<br>equipped with a fitting for this.<br>Exhaust air 3/5 is ducted or drawn off<br>via the silencer.<br>Duct separations can be used<br>optionally to create pressure zones.||||||||Optional<br>duct separation|||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
33
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Examples: Creation of Pressure Zones
VTSA/VTSA-F with CPX manifold connection
VTSA/VTSA-F allows the creation of up to 16 pressure zones (32 pressure zones if only size 1 (42 mm), ISO 5599-2, is fitted). The diagram shows an example for the configuration and connection of three pressure zones using duct separations – with internal pilot air supply.
**==> picture [376 x 179] intentionally omitted <==**
**----- Start of picture text -----**<br>
Zone 1 Zone 2 Zone 3<br>P1 P2 P3<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
34
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Protective Circuit
Each VTSA/VTSA-F solenoid coil is protected with a spark arresting protective circuit as well as against reverse-polarity protection.
## 24 V DC version
## 110 V AC version
## Individual Valve
Valves can also be used on individual • Electrical M12 connector, 4 pin subbases for actuators further away from 24 V DC the valve manifold.
- Screw terminal connection for configuration by the user 24 V DC or 110 V AC
## Electrical Connection, Individual Valve 24 V DC
**==> picture [234 x 123] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Connector plug M12x1, male,<br>1<br>4-pin to EN 61076-2-101<br>**----- End of picture text -----**<br>
Pin allocation M12 on individual valve to ISO 20401 With positive logic: With negative logic: Pin1 – Not allocated Pin1 – Not allocated Pin2 – 24 V DC for coil 12 Pin2 – 0 V for coil 12 Pin3 – 0 V for coil 12 and 14 or Pin3 – 24 V DC for coil 12 and 14 Pin4 – 24 V DC for coil 14 Pin4 – 0 V for coil 14
## Electrical Connection, Individual Valve, 24 V DC or 110 V AC
**==> picture [114 x 114] intentionally omitted <==**
**==> picture [44 x 61] intentionally omitted <==**
- Terminal allocation for assembly by the user With positive logic: 1 – Unused (with 110 V AC connection for earthing)
- 2 – 24 V DC for coil 12 3 – 0 V for coil 12 and 14 4 – 24 V DC for coil 14
With negative logic:
- 1 – Unused 2 – 0 V for coil 12
- 3 – 24 V DC for coil 12 and 14
- 4 – 0 V for coil 14
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
35
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
- Fieldbus Connection/Control Block
- All functions and features of the • The valves and electrical outputs • The valves are supplied and Note
- electrical peripherals CPX are permitted are supplied via the operating voltage switched independently via a Further information can be found in
- in connection with the CPX interface. connection of the CPX. separate port on the CPX. � www.festo.com/catalog/cpx
- This means: Electrical Multi-pin Plug Connection
- The following multi-pin plug connection activated. The manifold is available Each pin on the Sub-D multi-pin plug variants are offered for the valve with up to 32 single solenoid valves, or terminal box can activate exactly a Note manifold VTSA: 16 double solenoid valves, or a single solenoid coil. Use the following 37-pin connecting • Individual electrical connection M12 combination of up to 32 solenoids. If the maximum configurable number cables from Festo to connect the valve (5-pin M12 for 24 V DC): • Terminal box (cage clamp terminal of valve positions is 32, this means that manifold with Sub-D multi-pin plug 6 or 10 M12 connectors allowing for strip for 24 V DC or 110 V AC): 32 valves can be addressed via a single connection: 2 solenoids to be activated per A maximum of 32 solenoids can be solenoid coil. – NEBV-S1W37-…-LE10 connection. activated. The manifold is available With 16 or less valve positions, for max. 8 solenoid coils
- • Sub-D multi-pin plug connection with up to 32 single solenoid valves, 2 valve solenoid coils per valve can be – NEBV-S1W37-…-LE26 (37-pin for 24 V DC): 16 double solenoid valves, or a addressed. for max. 22 solenoid coils A maximum of 32 solenoids can be combination of up to 32 solenoids. – NEBV-S1W37-…-LE37 for max. 32 solenoid coils
- – NECV-S1W37 pre-assembled plug connector
**==> picture [511 x 129] intentionally omitted <==**
**----- Start of picture text -----**<br>
Individual Electrical Connection, 6-way Code MP2, or 10-way Code MP3, 24 V DC<br>1 Pin allocation M12<br>Pin1 – Unused<br>Pin2 – 24 V DC for coil 12<br>Pin3 – 0 V for coil 12 and 14<br>Pin4 – 24 V DC for coil 14<br>Pin5 – Functional earth<br>1 Connector plug M12x1, male,<br>5-pin<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
36
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||||||||Manifold|Coil/address|Manifold|Coil/address|
|Each solenoid coil must be assi**g**ned to a s**p**ecific terminal on the<br>terminal stri**p**in order for actuation of the valves to take**p**lace.<br>Coil 0<br>Coil 19<br>**0** **V1)**<br>**C** **il** **20**<br>**C** **il** **31**<br>o<br>o||||||||||||||||||||1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9<br>10<br>11<br>12<br>13<br>14<br>15<br>16|0<br>1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9<br>10<br>11<br>12<br>13<br>14<br>15|17<br>18<br>19<br>20<br>21<br>22<br>23<br>24<br>25<br>26<br>27<br>28<br>29<br>30<br>31<br>32|16<br>17<br>18<br>19<br>20<br>21<br>22<br>23<br>24<br>25<br>26<br>27<br>28<br>29<br>30<br>31|
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
||**0** **V1)**|||||||||||||||||||||||
|Note||||||||||||||||||||Conductor||||
|The drawin**g**shows the view onto the terminal stri**p**||||||||||||||||||||33|0 V|35|0 V|
|(CageClamp).||||||||||||||||||||34|0 V|36|0 V|
1) 0 V for positive switching control signals; connect 24 V for negative switching control signals; mixed operation is not permitted.
|Sub-D plug, 24 V DC; Electrical Connection Code MP1|Sub-D plug, 24 V DC; Electrical Connection Code MP1|||||
|---|---|---|---|---|---|
|T**yp**e|Sheath|Length|Wire x mm2|Cable∅|Part No.|
|||[m]|[mm2]|[mm]||
|NEBV-S1W37-E2,5-LE10|Pol**y**urethane<br>**(**PUR**)**|2.5|10 x 0.**3**4|**7**.**7**|539240|
|NEBV-S1W37-E5-LE10||5|||539241|
|NEBV-S1W37-E10-LE10||10|||539242|
|NEBV-S1W37-E2,5-LE26||2.5|26 x 0.**3**4|11.**5**|539243|
|NEBV-S1W37-E5-LE26||5|||539244|
|NEBV-S1W37-E10-LE26||10|||539245|
|NEBV-S1W37-K2,5-LE37||2.5|**37**x 0.**3**4|1**3**|539246|
|NEBV-S1W37-K5-LE37||5|||539247|
|NEBV-S1W37-K10-LE37||10|||539248|
|NEBV-S1W37-KM-2,5-LE10|Pol**y**vin**y**l chloride<br>**(**PVC**)**|2.5|10 x 0.**3**4|**7**.**7**|543271|
|NEBV-S1W37-KM-5-LE10||5|||543272|
|NEBV-S1W37-KM-10-LE10||10|||543273|
|NEBV-S1W37-KM-2,5-LE27||2.5|2**7**x 0.**3**4|11.**5**|543274|
|NEBV-S1W37-KM-5-LE27||5|||543275|
|NEBV-S1W37-KM-10-LE27||10|||543276|
|NEBV-S1W37-KM-2,5-LE37||2.5|**37**x 0.**3**4|1**3**|543277|
|NEBV-S1W37-KM-5-LE37||5|||543278|
|NEBV-S1W37-KM-10-LE37||10|||543279|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
37
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Pin Allocation –|Pin Allocation –|Pin Allocation –|Pin Allocation –|Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|
|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||Pin2)|Address/coil|Core color1)|Pin2)|Address/coil|Core color1)|
|||||||1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9<br>10<br>11<br>12<br>13<br>14<br>15<br>16|0<br>1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9<br>10<br>11<br>12<br>13<br>14<br>15|WH<br>BN<br>GN<br>YE<br>GY<br>PK<br>BU<br>RD<br>GY PK<br>RD BU<br>WH GN<br>BN GN<br>WH YE<br>YE BN<br>WH GY<br>GY BN|17<br>18<br>19<br>20<br>21<br>22<br>23<br>24<br>25<br>26<br>27<br>28<br>29<br>30<br>31<br>32|16<br>17<br>18<br>19<br>20<br>21<br>22<br>23<br>24<br>25<br>26<br>27<br>28<br>29<br>30<br>31|WH PK<br>PK BN<br>WH BU<br>BN BU<br>WH RD<br>BN RD<br>GY GN<br>YE GY<br>PK GN<br>YE PK<br>GN BU<br>YE BU<br>GN RD<br>YE RD<br>GN BK<br>GY BU|
|||||||||||||
|||||||||||||
|**Note**||||||Conductor||||||
|**Thedrawinshowstheviewontothe**||||||33|0 V3)|YE BK|35|0 V3)|BN BK|
|**g** <br>**Sub-Dplugsocketatthemulti-corecable**||||||34|0 V3)|WH BK|36|0 V3)|BK|
|<br>**NEBV-S1W37-**||||||Earthing||||||
|….||||||37|FE (earth)|VT|–|–|–|
- 1) To IEC 757
- 2) Pin 9 … 35: Not available with cable NEBV-S1-W37-…-10 Pin 23 … 33: Not available with cable NEBV-S1-W37-…-26
- 3) 0 V for positive switching control signals; connect 24 V for negative switching control signals; mixed operation is not permitted.
**==> picture [94 x 21] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [4)]<br>Multi-pin cable NEBV-S1W37-…<br>**----- End of picture text -----**<br>
**==> picture [103 x 9] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Cable conduit fitting M20x1.5<br>**----- End of picture text -----**<br>
- Download CAD Data � www.festo.com/us/cad The wire colors refer to the following pre-assembled multi-core cables from Festo: • NEBV-S1W37-…-10 for valve manifold with max. 8 solenoid coils
- • NEBV-S1W37-…-26 for valve manifold with max. 22 solenoid coils
- • NEBV-S1W37-…-37 for valve manifold with max. 32 solenoid coils
- 4) Dimensions are in millimeters, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
38
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|rical Connection Technology|rical Connection Technology|rical Connection Technology|||
|---|---|---|---|---|
||Electrical connection|Type of mounting/cable length|Type|Part No.|
|or plug/socket for inputs/outputs|||||
||Straight plug, 4-pin, screw manifold|Threaded connector M12|SEA-GS-7|18666|
||||SEA-GS-9|18778|
||||SEA-GS-11-DUO|18779|
||Plug socket, angled, 4-pin, screw manifold|Union nut M12|SEA-M12-4WD-PG7|185498|
||Straight plug, 4-pin, screw manifold|Threaded connector M12|SEA-4GS-7-2,5|192008|
|socket with cable for connecting individual valves or sensors|||||
||Straight socket, 4-pin, M12|5 m|SIM-M12-4GD-5-PU|164259|
||Angled socket, 4-pin, M12|5 m|SIM-M12-4WD-5-PU|164258|
||Modular system for connecting cables|–|NEBU-…<br>�www.festo.com/catalog/nebu|–|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
39
## Installation and Operation
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
**==> picture [511 x 594] intentionally omitted <==**
**----- Start of picture text -----**<br>
Valve Manifold Assembly<br>Sturdy manifold attachment thanks to:<br>• Four through-holes for wall • Additional mounting bracket<br>mounting • H-rail mounting<br>Wall mounting<br>1 1 The VTSA/VTSA-F valve manifold is The fieldbus version additionally<br>screwed onto the mounting surface provides a bracket for wall mounting<br>using M6 screws. The mounting holes (Part No. 665983).<br>are located at the following points: The mounting brackets can be used<br>• Multi-pin plug (4 pieces): with very long valve manifolds<br>1 1 2 each at the multi-pin connection (6 manifold subbases or more) to<br>block and the right-hand end plate improve load capacity during vibration<br>• Fieldbus (4 pieces): or shocks.<br>2 each at the left-hand (CPX) and<br>right-hand (VTSA/VTSA-F) end plate.<br>1 1 2 The pneumatic interface additionally<br>provides further mounting holes as<br>well as optional mounting brackets.<br>1<br>1<br>1<br>1<br>1 Hole for M6 screw<br>2 Hole for M5 screw<br>1 1 3 3 Hole for DIN H-rail mounting<br>DIN H-rail mounting<br>The VTSA/VTSA-F valve manifold is For DIN H-rail mounting of the valve<br>A hooked onto the DIN H-rail (see manifold you will need the following<br>arrow A). VTSA/VTSA-F mounting kit:<br>It is then swivelled about the DIN H-rail, • With multi-pin plug:<br>then swung into place and secured with CPA-BG-NRH<br>B<br>the clamping shim (see arrow B). • With fieldbus:<br>CPX-CPA-BG-NRH<br>This permits mounting of the valve<br>manifold on a DIN H-rail to EN 60715.<br>Individual Valve Assembly<br>1 Vertical mounting holes The individual manifold block is<br>designed for wall mounting for<br>integration into a system or machine.<br>It is mounted vertically.<br>1<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
40
## Installation and Operation
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Display and Operation
Each solenoid coil is allocated an LED which indicates its switching status.
- Indicator 12 shows the switching status of the pilot control for output 2
- Indicator 14 shows the switching status of the pilot control for output 4
## Manual override
Alternatives:
- The manual override allows the valve to • A cover cap (accessory code N) can be be switched when in the electrically fitted over the manual override to non-activated or de-energized status. prevent it from being turned. The The valve is actuated by pushing the valve can then only be actuated by manual override. The set switching pressing it. status can also be secured by turning • A cover cap (accessory code V) can the manual override. be fitted over the manual override to prevent it from being accidentally actuated.
**==> picture [237 x 393] intentionally omitted <==**
**----- Start of picture text -----**<br>
Pneumatic connection and control elements<br>1 2 3 4 5 6 7 8<br>9<br>aJ<br>8<br>aA<br>aB aB aA<br>Electrical connection and display components<br>1 2<br>7<br>6<br>5<br>4<br>3<br>**----- End of picture text -----**<br>
- 1 Pressure gauge (optional) 9 Pilot ports 12 and 14 for 2 Adjusting knob of optional supplying the external pilot air pressure regulating plate supply
- 3 Manual override (for each pilot solenoid coil, pushing or pushing/detenting)
- aJ Inscription label holder for manifold block
- aA Supply port 1 (operating pressure)
- 4 Optional cover cap for manual (operating pressure) override (inhibits manual override) aB Working ports 2 and 4,
- 5 Optional cover for manual override for each valve position w **ith** non- **d** e en **t ti** ng pus **hi** ng Note function
- A manually actuated valve (manual override) cannot be reset electrically. Conversely, an electrically actuated valve cannot be reset using the mechanical manual override.
- 6 Inscription label holder for valve
- 7 Adjusting screw of optional flow control plate
- 8 Exhaust ports (valves) (3/5)
- 1 Inscription area and cover for DIN H-rail mounting
- 2 Yellow LEDs: Signal status display for pilot solenoid coils
- 3 Voltage supply connection
- 4 Earth manifold
- 5 Fieldbus connection (bus-specific)
- 6 Service interface for handheld unit, etc.
- 7 Red LED: Common fault display for valves
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
41
## Installation and Operation
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
Manual Override (MO) Manual override with automatic return (pushing) Manual override set via turning (covered)
**==> picture [479 x 100] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Press in the stem of the manual 1 Press in the stem of the manual<br>1 2 1 2<br>override using a pin or screwdriver. override using a pin or screwdriver<br>Valve is then actuated. until the valve switches and then<br>2 Remove the screwdriver. turn the stem clockwise by 90°<br>Spring force pushes the stem of until the stop is reached.<br>the manual override back. Valve remains actuated.<br>Valve returns to the initial position 2 Turn the stem anti-clockwise by<br>(not with double solenoid valve 90° until the stop is reached and<br>code J). then remove the screwdriver.<br>**----- End of picture text -----**<br>
- 2 Turn the stem anti-clockwise by 90° until the stop is reached and then remove the screwdriver. Spring force pushes the stem of the manual override back. Valve returns to the initial position (not with double solenoid valve code J and D).
**==> picture [379 x 214] intentionally omitted <==**
**----- Start of picture text -----**<br>
Inscription System<br>Inscription Inscription label Inscription label holders can be applied<br>area approx. holder for valve to the valves and subbases to identify<br>20 x 45 mm ASCF-T-S6 them. These inscription label holders<br>| ee 17 x 12.5 mm can be ordered by entering the code B or<br>T in the order code for accessories.<br>Scope of delivery: Inscription label<br>o N ——_<br>holder including inscription label.<br>The following inscription labels can be<br>ij O o B ra he used as spares:<br>Inscription label<br>holder for manifold<br>subbase<br>ASCF-M-S6<br>26.4 x 34.2 mm<br>**----- End of picture text -----**<br>
- Inscription label holder for valve type ASCF-T-S6: Part No. 540888
- Inscription label holder for manifold subbase type ASCF-M-S6: Part No. 540889
Large inscription labels can be attached to the pneumatic interface as an alternative or in addition to the smaller labels.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
42
## Instructions for Use
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
Operate your equipment with unlubricated compressed air if possible. Festo valves and cylinders are designed for operation under normal use without any additional lubrication and still have a long service life. The quality of compressed air downstream from the compressor must correspond to that of unlubricated compressed air. If possible, do not operate all of your equipment with lubricated compressed air. The lubricators should, where possible, always be installed directly upstream of the actuator used.
Unsuitable additional oil and an excessive oil content in the compressed air reduce the service life of the valve manifold.
Use Festo special oil OFSW-32 or the alternatives listed in the Festo catalog (as specified in DIN 51524 HLP32; basic oil viscosity 32 CST at 40 °C).
## Bio-oils
When using bio-oils (oils which are based upon synthetic or native ester, e.g. rapeseed oil methyl ester), the maximum residual oil content of 0.1 mg/m[3] must not be exceeded (see ISO 8573-1 Class 2).
## Mineral oils
When using mineral oils (e.g. HLP oils to DIN 51524, parts 1 through 3) or similar oils based on poly-alpha-olefins (PAO), the maximum residual oil content of 5 mg/m[3] must not be exceeded (see ISO 8573-1 Class 4). A higher residual oil content irrespective of the compressor oil cannot be permitted, as the basic lubricant would be flushed out over time.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
43
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Flow rate
- Width 18 mm: Up to 700 l/min
- Width 26 mm: Up to 1,400 l/min
- Width 42 mm: Up to 1,500 l/min
## Valve width
- 02: 18 mm
- 01: 26 mm
- 1: 42 mm
## Voltage
- 24 V DC
- 110 V AC
|General Technical Data<br>Width<br>18 mm<br>26 mm<br>42 mm (type 44 VTSA only)|General Technical Data<br>Width<br>18 mm<br>26 mm<br>42 mm (type 44 VTSA only)|General Technical Data<br>Width<br>18 mm<br>26 mm<br>42 mm (type 44 VTSA only)|General Technical Data<br>Width<br>18 mm<br>26 mm<br>42 mm (type 44 VTSA only)|
|---|---|---|---|
|Design|Electromagnetically actuated piston spool valve|||
|Lubrication|Lubrication for life|||
|T**yp**e of mountin**g**|Wall mounting|||
||On DIN H-rail to EN 60715|||
|Mounting position|Any|||
|Manual override|Pushing, pushing/detenting, covered|||
|Pneumatic connections|Threaded connection|Threaded connection|Threaded connection|
|Pneumatic connection|Via manifold subbase|||
|Supply port<br>1|G½,<br>QS-G½-12,<br>QS-G½-16|G½,<br>QS-G½-12,<br>QS-G½-16|G½,<br>QS-G½-12,<br>QS-G½-16|
|Exhaust port<br>3/5|G½,<br>QS-G½-12,<br>QS-G½-16|G½,<br>QS-G½-12,<br>QS-G½-16|G½,<br>QS-G½-12,<br>QS-G½-16|
|Working ports<br>2/4|Gx,<br>QS-Gx-6,<br>QS-Gx-8|G¼,<br>QS-G¼-8,<br>QS-G¼-10|Gy,<br>QS-Gy-12,<br>QS-Gy-10|
|Port for external pilot<br>supply air<br>14|G¼|G¼|G¼|
|Pilot exhaust air port<br>12|G¼|G¼|G¼|
|Certification|—|||
Note: This product conforms with the ISO 1179-1 standard and the ISO 228-1 standard.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
44
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Standard Nominal Flow Rate [l/min] – Type 44 VTSA||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Valve function order code|M|O|J|D|N|K|H|B|G|E|P|Q|R|
|Width 18 mm||||||||||||||
|Flow rate of valve|750||||600|||7001)<br>4302)|||600|||
|Flow rate of valve on individual subbase|600||||500|||5501)<br>3602)|||500|||
|Flow rate of valve on valve manifold|550||||400|||4501)<br>3002)|||400|||
|Width 26 mm||||||||||||||
|Flow rate of valve|1 400||||1 250|||1 4001)<br>1 0002)|||1 250|||
|Flow rate of valve on individual subbase|1 200||||1 100|||1 2001)<br>8502)|||1 000|||
|Flow rate of valve on valve manifold|1 100||||900|||1 0001)<br>7002)|||900|||
|Width 42 mm||||||||||||||
|Flow rate of valve|1 800||||1 400|||1 7001)<br>7502)|||1 400|||
|Flow rate of valve on individual subbase|1 300||||1 200|||1 2001)<br>8002)|||1 200|||
|Flow rate of valve on valve manifold|1 500||||1 200|||1 4001)<br>8002)|||1 200|||
- 1) Switching position
- 2) Mid-position
|Standard Nominal Flow Rate [l/min] – Type 45 VTSA-F||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Valve function order code|M|O|J|D|N|K|H|B|G|E|P|Q|R|
|Width 18 mm||||||||||||||
|Flow rate of valve|750||||600|||5001)<br>3302)|||600|||
|Flow rate of valve on valve manifold|700||||550|||5001)<br>3302)|||550|||
|Width 26 mm||||||||||||||
|Flow rate of valve|1 400||||1 250|||1 4001)<br>7002)|||1 250|||
|Flow rate of valve on valve manifold|1 350||||1 150|||1 3501)<br>7002)|||1 150|||
- 1) Switching position
- 2) Mid-position
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
45
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Operating and Environmental Conditions|Operating and Environmental Conditions||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Valve function order code||M|O|J|D|N|K|H|B|G|E|P|Q|R|
|Operating medium||Filtered compressed air, lubricated or unlubricated, inert gases|||||||||||||
|Grade of filtration|[µm]|40 (average pore size)|||||||||||||
|O**p**eratin**g** **p**ressure|Pilot pressure<br>[bar]|3 … 10|||||||||||||
||With internal pilot air<br>[bar]|3 … 10|||||||||||||
||With external pilot air<br>[bar]|–0.9 … +10||||3 … 10|||–0.9 … +10||||||
|Ambient temperature|[°C]|–5 … +50|||||||||||||
|Temperature of medium|[°C]|–5 … +50|||||||||||||
|Storage temperature1)|[°C]|–20 … +40|||||||||||||
|Relative air humidity|[%]|90|||||||||||||
1) Long-term storage
**==> picture [511 x 195] intentionally omitted <==**
**----- Start of picture text -----**<br>
Pilot Pressure p12/14 as a Function of Operating Pressure p1<br>For 3/2-way valves<br>1 Operating range for valves with<br>p1 [bar]<br>external pilot air supply<br>p12/14 [bar]<br>**----- End of picture text -----**<br>
|Valve Response Times [ms]|||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Valve function order code||M|O|J|D|N|K|H|B|G|E|P|Q|R|
|18 mm|||||||||||||||
|Res**p**onse times|on|22|12|–|–|12|12|12|15|15|15|25|25|25|
||off|28|38|–|–|30|30|30|44|44|44|12|12|12|
||changeo<br>ver|–|–|11|11|–|–|–|22|22|22|–|–|–|
|26 mm|||||||||||||||
|Res**p**onse times|on|25|20|–|–|20|20|20|22|22|22|32|32|32|
||off|45|65|–|–|38|38|38|65|65|65|30|30|30|
||changeo<br>ver|–|–|18|18|–|–|–|33|33|33|–|–|–|
|42 mm (type 44 VTSA only)|||||||||||||||
|Res**p**onse times|on|27|22|–|–|20|20|20|22|22|22|34|34|34|
||off|45|60|–|–|38|38|38|65|65|65|28|28|28|
||changeo<br>ver|–|–|16|16|–|–|–|–|–|–|–|–|–|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
46
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
**==> picture [511 x 480] intentionally omitted <==**
**----- Start of picture text -----**<br>
Flow Rate qn as a Function of Output Pressure p2 with Pressure Regulator Plates (P Regulator Plate) for Port 1<br>Width 18 mm Width 26 mm<br>qn [l/min] qn [l/min]<br>6 bar 6 bar<br>10 bar 10 bar<br>Flow Rate qn as a Function of Output Pressure p2 with Pressure Regulator Plates (AB Regulator Plates) for Port 2, 4 or Ports 4/2<br>Width 18 mm Width 26 mm<br>qn [l/min] qn [l/min]<br>6 bar 6 bar<br>10 bar 10 bar<br>p2 [bar] p2 [bar]<br>p2 [bar]<br>p2 [bar]<br>**----- End of picture text -----**<br>
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
47
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
**==> picture [511 x 230] intentionally omitted <==**
**----- Start of picture text -----**<br>
Flow Rate qn as a Function of Output Pressure p2 with Pressure Regulator Plates (AB Regulator Plates, Rev.) for Ports 4/2, Reversible<br>Width 18 mm Width 26 mm<br>qn [l/min] qn [l/min]<br>6 bar 6 bar<br>10 bar 10 bar<br>p2 [bar] p2 [bar]<br>**----- End of picture text -----**<br>
## Flow Rate qn as a Function of Flow Control
**==> picture [244 x 169] intentionally omitted <==**
- 1 Width 18 mm
- 2 Width 26 mm
n Revolutions of the adjusting screw
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
48
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Electrical Data – VTSA/VTSA-F with CPX Manifold|Electrical Data – VTSA/VTSA-F with CPX Manifold|Electrical Data – VTSA/VTSA-F with CPX Manifold|Electrical Data – VTSA/VTSA-F with CPX Manifold|
|---|---|---|---|
||18 mm|26 mm|42 mm (type 44 only)|
|Voltage supply for electronics/sensors (pin 1)||||
|Operating voltage<br>[V]|24 DC ±10%|||
|Steady state current consumption at<br>24 V DC<br>[mA]|20|||
|Duty cycle|100%|||
|Load voltage supply for valves (pin 2)||||
|Operating voltage<br>[V]|24 DC ±10%|||
|Diagnostic message undervoltage VOFF,<br>load voltage outside function range<br>[V]|21.6 … 21.5|||
|Protection class to EN 60529|IP65 (for all types of signal transmission in assembled state)|||
|Power consumption at 24 V DC||||
|2x 3/2-way valve<br>[W]|1.3|||
|5/2-way valve, 5/3-way valve<br>[W]|1.6|||
|Electrical Data – VTSA/VTSA-F with Multi-pin Plug Connection|Electrical Data – VTSA/VTSA-F with Multi-pin Plug Connection|Electrical Data – VTSA/VTSA-F with Multi-pin Plug Connection|Electrical Data – VTSA/VTSA-F with Multi-pin Plug Connection|
|---|---|---|---|
||18 mm|26 mm|42 mm|
|Load voltage supply for valves||||
|Operating voltage<br>[V]|24 DC ±10%<br>110 AC ±10% (50 … 60 Hz)|||
|Duty cycle|100%|||
|Protection class to EN 60529|IP65 (for all types of signal transmission in assembled state), NEMA 4|||
|Power consumption at 24 V DC||||
|2x 3/2-way valve<br>[W]|1.3|||
|5/2-way valve, 5/3-way valve<br>[W]|1.6|||
|Power consumption at 110 V AC||||
|2x 3/2-way valve<br>[VA]|1|||
|5/2-way valve, 5/3-way valve<br>[VA]|1.6|||
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
49
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Materials||||
|---|---|---|---|
||18 mm|26 mm|42 mm|
|Manifold subbase|Die-cast aluminum|||
|Valve|Die-cast aluminum, reinforced polyamide|||
|Seals|Nitrile rubber, elastomer (support made of steel)|||
|Supply plate|Die-cast aluminum|||
|Right-hand end plate|Die-cast aluminum|||
|Left-hand pneumatic interface|Die-cast aluminum|||
|Flow control plate|Die-cast aluminum|||
|Pressure regulator plate|Die-cast aluminum, reinforced polyamide|||
|Multi-pin connection block|Die-cast aluminum|||
|Cover for thepneumatic interface and multi-pinplug connection|Wellamid, reinforcedpolyamide|||
|Product Weight [g]||||
|---|---|---|---|
||18 mm|26 mm|42 mm (type 44 only)|
|Sub-D multi-pin interface module or manifold strip1)|550|||
|Interface module CPX1)|1,470|||
|Supply plate2)<br>• Exhaust plate with 3 and 5 common<br>• Exhaust port cover with 3 and 5 separated|617<br>597|||
|Right-hand end plate3)<br>• Axial<br>• Selector|339<br>281|||
|Manifold subbase4)|447|634|340|
|90° connection plate3)|170|230|176|
|Pressure regulator plate<br>for port 1<br>for port 4 or 2<br>for ports 4/2|350<br>367<br>611|402<br>448<br>692|640<br>640<br>920|
|Flow control plate|228|320|220|
|Vertical supply plate3)|140|191|340|
|Vertical shut-off plate|209|273|600|
|Valves<br>• 5/3-way valve (code B, G, E)<br>• 5/2-way valve, single solenoid (code M, O)<br>• 5/2-way valve, double solenoid (code J, D)<br>• 2x 3/2-way valve (code N, K, H, P, Q, R)|191<br>163<br>172<br>190|320<br>293<br>276<br>335|456<br>426<br>439<br>442|
|Blankingplate|34.4|73.3|68|
|||||
1) With thin metal seal, printed circuit board
2) With thin metal seal and electrical manifold module
3) With screws
- 4) With thin metal seal, electrical manifold module, inscription label holder, 4 screws
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
50
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|mensions1)|mensions1)|mensions1)|mensions1)|mensions1)|mensions1)|||||||||Download CAD|Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|ividual su|bbase with M12 plug, width 18 m|||||m||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|||||||||||||||||
|Plug to|EN 61076-2-101|||||||||||||||
|||||||||||||||||
|e||||D1||||D2||||||D3|D4|
|ernal pilot air supply, M12 plug||||||||||||||||
|BS-S4-2S-G18-R3<br>||||Gx||||M5||||||M5|M12|
|ernal pilot air supply, M12 plug||||||||||||||||
|BS-S4-2S-G18-B-R3<br>||||Gx||||M5||||||–|M12|
1) Dimensions are in millimeters, unless otherwise noted.
Note: This product conforms with the ISO 1179-1 standard and the ISO 228-1 standard.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
51
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|ensions1)|ensions1)||||||||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|ividual su|bbase wit|h cable|manifolds,||width 18|mm|||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
|e||||D1|||D2||||D3|D4|
|ernal pilot|air supply, cable||manifolds||||||||||
|S-S4-2S-G18-K2||||Gx|||M5||||M5|M20x1.5|
|ernal pilot air supply, cable manifolds|||||||||||||
|S-S4-2S-G18-B-K2<br>||||Gx|||M5||||–|M20x1.5|
||||||||||||||
1) Dimensions are in millimeters, unless otherwise noted.
Note: This product conforms with the ISO 1179-1 standard and the ISO 228-1 standard.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
52
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|mensions1)|mensions1)||||||||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|ividual subbase wit||h M12 plug, width 26 mm|||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
|Plug to EN|61076-2-101||||||||||||
||||||||||||||
|e|||||D1||D2||||D3|D4|
|ernal pilot air supply, M12 plug|||||||||||||
|BS-S4-1S-G14-R3<br>|||||G¼||Gx||||Gx|M12|
|ernal pilot air supply, M12 plug|||||||||||||
|BS-S4-1S-G14-B-R3<br>|||||G¼||Gx||||–|M12|
||||||||||||||
1) Dimensions are in millimeters, unless otherwise noted.
Note: This product conforms with the ISO 1179-1 standard and the ISO 228-1 standard.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
53
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|ensions1)||||||||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|---|
|ividual sub|base with cable manifolds, width 26 mm|||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|e||||D1|||D2|||D3|D4|
|ernal pilot a|ir supply, cable manifolds|||||||||||
|S-S4-1S-G14-K2<br>||||G¼|||Gx|||Gx|M20x1.5|
|rnal pilot air supply, cable manifolds||||||||||||
|S-S4-1S-G14-B-K2<br>||||G¼|||Gx|||–|M20x1.5|
|||||||||||||
1) Dimensions are in millimeters, unless otherwise noted.
Note: This product conforms with the ISO 1179-1 standard and the ISO 228-1 standard.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
54
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|ensions1)||||||||||||Download CAD|Download CAD|Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|ividual subbas|e with spring-loaded manifold (C1) or for s||||||elf-assembly||(K1), width 42 mm||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
|e|||||D1|||D|2|||D3||D4|
|ernal pilot air s|upply||||||||||||||
|BS-S2-1S-G38-K|1(C1)||||Gy|||G|x|||Gx||M20x1.5|
|ernal pilot air s|upply||||||||||||||
|BS-S2-1S-G14-B-K1(C1)|||||Gy|||G|x|||–||M20x1.5|
||||||||||||||||
1) Dimensions are in millimeters, unless otherwise noted.
Note: This product conforms with the ISO 1179-1 standard and the ISO 228-1 standard.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
55
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|ensions1)|||||||||||||Download CAD|Download CAD|Download CAD|Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|ividual subbas|e with M12|plug,||width 42|||mm||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
|e|||||D1||||D|2|||D3|||D4|
|ernal pilot air s|upply||||||||||||||||
|BS-S2-1S-G38-R|3||||Gy||||G|x|||Gx|||M20x1.5|
|ernal pilot air s|upply||||||||||||||||
|BS-S2-1S-G14-B|-R3||||Gy||||G|x|||–|||M20x1.5|
1) Dimensions are in millimeters, unless otherwise noted.
Note: This product conforms with the ISO 1179-1 standard and the ISO 228-1 standard.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
56
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
**==> picture [512 x 534] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)] Download CAD Data � www.festo.com/us/cad<br>Valve manifold with individual electrical connection<br>1 Solenoid valve 18 mm 7 Threaded connection G¼ aC Inscription label holder n02 Number of manifold<br>2 Solenoid valve 26 mm 8 Threaded connection Gx aD Individual connection subbases 18 mm<br>3 Solenoid valve 42 mm 9 DIN H-rail aE End plate n01 Number of manifold<br>4 Cover cap/manual override aJ DIN H-rail mounting kit aF 90° connection plate subbases 26 mm<br>5 Threaded connection G½ aA Mounting hole width 42 mm, Gy n1 Number of manifold<br>6 Threaded connection Gy aB Additional mounting bracket aG 90° connection plate subbases 42 mm<br>width 18 mm, Gx n Number of supply plates<br>width 26 mm, G¼ (only with end plate with pilot<br>aH M12 plug, 5-pin (6-way or air selector)<br>10-way)<br>Width L1<br>18 mm 71.3 + n02 x 38 + n x 38 + 37.3<br>26 mm 71.3 + n01 x 54 + n x 38 + 37.3<br>42 mm 71.3 + n1 x 43 + n x 38 + 37.3<br>Mixture of 18 mm, 26 mm and 42 mm 71.3 + n02 x 38 + n01 x 54 + n1 x 43 + n x 38 + 37.3<br>**----- End of picture text -----**<br>
1) Dimensions are in millimeters, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
57
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|
||||||
||||||
||||||
||||||
||||||
||||||
|Threaded connection G½<br> Threaded connection Gy<br> Threaded connection G¼<br> Threaded connection Gx<br> DIN H-rail<br> DIN H-rail mounting kit<br>aA Mounting hole<br>aB Additional mounting br<br>aC Inscription label holder<br>aD Multi-pin plug connecti<br>aE End plate<br>aF 90° connection plate<br>width 42 mm, Gy<br>aG 90° connection plate<br>width 18 mm, Gx<br>width 26 mm, G¼|||acket<br>on|n02<br>Number of manifold<br>subbases 18 mm<br>n01<br>Number of manifold<br>subbases 26 mm<br>n1<br>Number of manifold<br>subbases 42 mm<br>n<br>Number of supply plates|
||||||
|L1|||||
|71.3 + n02 x 38 + n x 38 + 37.3|||||
|71.3 + n01 x 54 + n x 38 + 37.3|||||
|71.3 + n1 x 43 + n x 38 + 37.3|||||
|71.3 + n02 x 38 + n01 x 54 + n1 x 43 + n x 38 + 37.3|||||
||||||
Supply plate with silencer
**==> picture [262 x 96] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Supply plate<br>2 Exhaust port cover<br>3 Silencer U-½-B<br>**----- End of picture text -----**<br>
**==> picture [250 x 96] intentionally omitted <==**
1) Dimensions are in millimeters, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
58
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|mensions1)|mensions1)|mensions1)|mensions1)|mensions1)|mensions1)||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|
|lti-pin, manifold strip (CageClamp)|||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
1) Dimensions are in millimeters, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
59
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|ensions1)|||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|
|e manifold with fieldbus connection||||||||
|||||||||
|||||||||
|||||||||
|||||||||
|Solenoid valve 18 mm<br> Solenoid valve 26 mm<br> Solenoid valve 42 mm<br> Cover cap/manual override<br> Threaded connection G½<br> Threaded connection Gy<br>7 Threaded<br>8 Threaded<br>9 DIN H-ra<br>aJ DIN H-ra<br>aA Mountin<br>aB Addition<br>aC Inscripti|connection G¼<br>connection Gx<br>il<br>il mounting kit<br>g hole<br>al mounting bracket<br>on label holder<br>aD Pneumatic interface CP<br>aE End plate<br>aF CPX module/fieldbus n<br>aG 90° connection plate w<br>42 mm, Gy<br>aH 90° connection plate<br>width 18 mm, Gx<br>width 26 mm, G¼||X<br>ode<br>idth||n02<br> <br> <br>n01<br> <br> <br>n1<br> <br> <br>n<br> <br>(<br> <br>m<br>|Number of manifold<br>subbases 18 mm<br>Number of manifold<br>subbases 26 mm<br>Number of manifold<br>subbases 42 mm<br>Number of supply plates<br>only with end plate with pilot<br>air selector)<br>Number of CPX modules||
|||||||||
|th<br>L1||||||||
|mm<br>30.|4 + m x 50.1 + 50 + n02 x 38 + n x 38 + 37.3|||||||
|mm<br>30.|4 + m x 50.1 + 50 + n01 x 54 + n x 38 + 37.3|||||||
|mm<br>30.|4 + m x 50.1 + 50 + n1 x 43 + n x 38 + 37.3|||||||
|ture of 18 mm, 26 mm and 42 mm<br>30.|4 + m x 50.1 + 50 + n02 x 38 + n01 x 54 + n1 x 43 + n x 38 + 37.3|||||||
|||||||||
Supply plate with silencer 1 Supply plate 2 Exhaust port cover 3 Silencer U-½-B
1) Dimensions are in millimeters, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
60
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|
|idth 18 mm|||||
||||||
|3 Flow control plate<br>4 Vertical shut-off plate<br>5 Vertical supply plate<br>6 Manifold subbase<br>7 90° connection plate|||||
||||||
||||||
||||||
||||||
||||||
||||||
|3 Flow control plate<br>4 Vertical shut-off plate<br>6 Manifold subbase<br>7 90° connection plate<br>8 Pressure gauge,<br>freely positionable|||||
||||||
|L1||||L2|
|348.2||||268.6|
|365.7||||286.1|
1) Dimensions are in millimeters, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
61
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
|nsions1)|||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|
|cal stacking compon|ents||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|Solenoid valve<br> Pressure regulator|plate|3 Flo<br>6 Ma|w control plate<br>nifold subbase||7 90° connection plate<br>8 Pressure gauge,<br>freely positionable<br>9 Standard rotary knob<br>aJ Lockable rotary knob||||||
||||||||||||
|h|L1|||||||||L2|
|m|34|8.2||||||||268.6|
|m|36|5.7||||||||286.1|
|m|41|0.3||||||||311.6|
1) Dimensions are in millimeters, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
62
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Metric Series
**==> picture [250 x 325] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)]<br>Right-hand end plate<br>**----- End of picture text -----**<br>
|Type|D1|D2|D3|
|---|---|---|---|
|VABE-S6-1R-G12|**G½**|**G¼**|**G¼**|
|VABE-S6-1RZ-G12||||
**==> picture [251 x 324] intentionally omitted <==**
**----- Start of picture text -----**<br>
Download CAD Data � www.festo.com/us/cad<br>Right-hand end plate with pilot air selector<br>**----- End of picture text -----**<br>
|Type|D1|
|---|---|
|VABE-S6-1RZ-G-B1|G**¼**|
1) Dimensions are in millimeters, unless otherwise noted.
Note: This product conforms with the ISO 1179-1 standard and the ISO 228-1 standard.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
63
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Metric Series
**==> picture [512 x 441] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)] Download CAD Data � www.festo.com/us/cad<br>Valve manifold with individual electrical connection<br>1 Solenoid valve 18 mm 4 Threaded connection G½ aJ Additional mounting bracket n02 Number of manifold subbases<br>2 Solenoid valve 26 mm 5 Threaded connection G¼ aA Inscription label holder 18 mm<br>3 Cover cap/manual override 6 Threaded connection Gx aB Individual connection n01 Number of manifold subbases<br>7 DIN H-rail aC End plate 26 mm<br>8 DIN H-rail mounting kit aD 90° connection plate n Number of supply plates<br>9 Mounting hole aE M12 plug, 5-pin (6-way or<br>10-way)<br>Width L1<br>18 mm 71.3 + n02 x 38 + n x 38 + 37.3<br>26 mm 71.3 + n01 x 54 + n x 38 + 37.3<br>Mixture of 18 mm and 26 mm 71.3 + n02 x 38 + n01 x 54 + n x 38 + 37.3<br>**----- End of picture text -----**<br>
1) Dimensions are in millimeters, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
64
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Metric Series
|imensions1)|||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|
|alve manifold with multi-pin plug connection|||||
||||||
||||||
||||||
||||||
|1 Solenoid valve 18 mm<br>2 Solenoid valve 26 mm<br>3 Cover cap/manual override<br>4 <br>5 <br>6 <br>7|Threaded connection G½<br> Threaded connection G¼<br> Threaded connection Gx<br> DIN H-rail<br><br><br><br><br><br><br>|8 DIN H-rail mounting kit<br>9 Mounting hole<br>aJ Additional mounting bracket<br>aA Inscription label holder<br>aB Multi-pin plug connection<br>aC End plate<br>aD 90° connection plate<br>n02<br>Number of manifold subbases<br>18 mm<br>n01<br>Number of manifold subbases<br>26 mm<br>n<br>Number of supply plates|||
||||||
|Width|L1||||
|8 mm|71.3 + n02 x 38 + n x 38 + 37.3||||
|6 mm|71.3 + n01 x 54 + n x 38 + 37.3||||
|Mixture of 18 mm and 26 mm|71.3 + n02 x 38 + n01 x 54 + n x 38 + 37.3||||
||||||
Supply plate with silencer 1 Supply plate 2 Exhaust port cover 3 Silencer U-½-B
- 1) Dimensions are in millimeters, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
65
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Metric Series
Dimensions[1)] Multi-pin, manifold strip (CageClamp)
Download CAD Data � www.festo.com/us/cad
**==> picture [511 x 278] intentionally omitted <==**
1) Dimensions are in millimeters, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
66
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Metric Series
**==> picture [512 x 441] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)] Download CAD Data � www.festo.com/us/cad<br>Valve manifold with fieldbus connection<br>1 Solenoid valve 18 mm 4 Threaded connection G½ aJ Additional mounting bracket n02 Number of manifold subbases<br>2 Solenoid valve 26 mm 5 Threaded connection G¼ aA Inscription label holder 18 mm<br>3 Cover cap/manual override 6 Threaded connection Gx aB Pneumatic interface CPX n01 Number of manifold subbases<br>7 DIN H-rail aC End plate 26 mm<br>8 DIN H-rail mounting kit aD CPX module/fieldbus node n Number of supply plates<br>9 Mounting hole aE 90° connection plate m Number of CPX modules<br>width 18 mm, Gx<br>width 26 mm, G¼<br>Width L1<br>18 mm 30.4 + m x 50.1 + 50 + n02 x 38 + n x 38 + 37.3<br>26 mm 30.4 + m x 50.1 + 50 + n01 x 54 + n x 38 + 37.3<br>Mixture of 18 mm and 26 mm 30.4 + m x 50.1 + 50 + n02 x 38 + n01 x 54 + n x 38 + 37.3<br>**----- End of picture text -----**<br>
Supply plate with silencer
**==> picture [131 x 104] intentionally omitted <==**
**==> picture [381 x 101] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Supply plate<br>2 Exhaust port cover<br>3 Silencer U-½-B<br>**----- End of picture text -----**<br>
1) Dimensions are in millimeters, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
67
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Metric Series
|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|
|idth 18 mm|||||
||||||
|3 Flow control plate<br>4 Vertical shut-off plate<br>5 Vertical supply plate<br>6 Manifold subbase<br>7 90° connection plate|||||
||||||
||||||
||||||
||||||
||||||
||||||
|3 Flow control plate<br>4 Vertical shut-off plate<br>6 Manifold subbase<br>7 90° connection plate<br>8 Pressure gauge,<br>freely positionable|||||
||||||
|L1||||L2|
|348.2||||268.6|
|365.7||||286.1|
1) Dimensions are in millimeters, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
68
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Metric Series
**==> picture [250 x 325] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)]<br>Right-hand end plate<br>**----- End of picture text -----**<br>
|Type|D1|D2|D3|
|---|---|---|---|
|VABE-S6-1R-G12|**G½**|**G¼**|**G¼**|
|VABE-S6-1RZ-G12||||
**==> picture [251 x 324] intentionally omitted <==**
**----- Start of picture text -----**<br>
Download CAD Data � www.festo.com/us/cad<br>Right-hand end plate with pilot air selector<br>**----- End of picture text -----**<br>
|Type|D1|
|---|---|
|VABE-S6-1RZ-G-B1|G**¼**|
1) Dimensions are in millimeters, unless otherwise noted.
Note: This product conforms with the ISO 1179-1 standard and the ISO 228-1 standard.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
69
## Online Product Configurator
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
## Configuring VTSA Valve Manifolds
Available via our online catalog at www.festo.com/catalog/vtsa
A product configurator is available to help you configure a VTSA valve manifold that best fits your needs.
The valve manifolds are fully assembled according to your order specifications and are individually tested. This reduces the amount of assembly and installation time required to a minimum.
Valve terminals are ordered using an order code.
Ordering data for type 44 > 71 Ordering data for type 45 > 81 Ordering data for CPX > www.festo.com/catalog/cpx
The illustration provides an example of a valve manifold configuration.
The following steps give a brief explanation of how to use the on-line Festo product configurator to determine an order code
From the Festo Industrial Automation home page www.festo.com/usa select the “Catalog” link from the “Products” menu at the top of the page; this will bring you directly to the home page for the Pneumatic Catalog.
From this location you may now use the search box, located above the Product Tree on the left hand side of the page, to perform a text based search for your product. Valid search criteria are “Part No.’s” (e.g. 539215, 547963, etc.), “Type” (e.g. VTSA, Type 44/45), or “Article Type” (e.g. valve manifold). You may also visually navigate the catalog by using the product tree on the left or the product images off to the right.
Once you’ve located the style of VTSA (type 44 or 45, NPT or ISO, etc.) you want, click on the blue shopping basket icon (this does not initiate an order). Confirm the quantity required in the pop-up window and click Ok. You must now view your shopping basket to configure your manifold; click on the “Basket” link on the far-right side of the page and then on the configuration symbol. You can then configure the valve terminal step by step (from the top down) according to your requirements.
If you already have a complete order code, you may easily input it using the “Insert” button (upper right). The first order code (beginning with 44E or 45E) will specify your electrical configuration and options. The second part of the order code (beginning with 44P or 45P) will specify your pneumatic configuration and options.
As you make selections the product configurator will assist you by showing you various indicators along the way. Incompatible selections are indicated by a red box with an X in it. Incomplete “required” selections are indicated by a light green box. Incomplete “optional” selections are indicated by an empty box. Completed selections are indicated by a light blue box with a check mark in it.
Once you have selected all required components, look for the “Configuration Complete” indicator in the upper-right corner of the page. Press the “Complete” button to add the configured manifold to your basket for on-line order. On-line order is not required; you may also copy down your order code for future reference or phone/fax order.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
70
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread for Multi-pin Plug – Electrical Part
|0<br>M|MandatoryData|MandatoryData|MandatoryData||||||Options<br>0<br>O|||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||
|Module No.|||Valve manifold,||Electrical||Voltage||Connecting cable||User’s manual||DIN H-rail|
||||electrical part||connection||||for multi-pin plug||||mounting|
||||||||||connection|||||
|539215|||44E||T, MP1, MP2, MP3||P, Q||GA, GB, GC, GD, GE, GF,||D, E, F, I, S, V||H|
||||||||||GG, GH ,GI, GK, GL, GM,|||||
||||||||||GN, GO, GP, GQ, GR, GS|||||
|Order example||||||||||||||
|539215|||44E|–|MP1|–|P|+|GE|–|D|–||
|1|||2||3||4||5||6||7|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||
|---|---|---|---|---|---|---|---|---|
||||||Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.||539215|||||
||2|Valve manifold, electrical part||Valve manifold type 44, VTSA, electrical multi-pin plug connection/manifold box||44E|||
||3|Electrical connection||Multi-pin plug, CageClamp|1|-T|||
|||||Electrical multi-pin plug connection, Sub-D (37-pin)|1|-MP1|||
|||||Electrical multi-pin plug connection, individual connection with M12, 6-way|2|-MP2|||
|||||Electrical multi-pin plug connection, individual connection with M12, 10-way|3|-MP3|||
||4|Volta**g**e||24 V DC||-P|||
|||||110 V AC|5|-Q|||
|0<br>O|5|Electrical accessories||||+||+|
|||Connectin**g**cable for|Pol**y**urethan|Connecting cable for Sub-D, 2.5 m, 10-core, 8 solenoid coils|6|GA|||
|||multi-**p**in**p**lu**g**|e|Connecting cable for Sub-D, 5 m, 10-core, 8 solenoid coils|6|GB|||
|||connection**,**||Connecting cable for Sub-D, 10 m, 10-core, 8 solenoid coils|6|GC|||
|||**p**re-assembled**,**||Connecting cable for Sub-D, 2.5 m, 26-core, 22 solenoid coils|6|GD|||
|||su**pp**lied loose||Connecting cable for Sub-D, 5 m, 26-core, 22 solenoid coils|6|GE|||
|||||Connecting cable for Sub-D, 10 m, 26-core, 22 solenoid coils|6|GF|||
|||||Connecting cable for Sub-D, 2.5 m, 37-core, 32 solenoid coils|6|GG|||
|||||Connecting cable for Sub-D, 5 m, 37-core, 32 solenoid coils|6|GH|||
|||||Connecting cable for Sub-D, 10 m, 37-core, 32 solenoid coils|6|GI|||
||||Pol**y**vin**y**l|Connecting cable for Sub-D, 2.5 m, 10-core, 8 solenoid coils|6|GK|||
||||chloride|Connecting cable for Sub-D, 5 m, 10-core, 8 solenoid coils|6|GL|||
|||||Connecting cable for Sub-D, 10 m, 10-core, 8 solenoid coils|6|GM|||
|||||Connecting cable for Sub-D, 2.5 m, 27-core, 22 solenoid coils|6|GN|||
|||||Connecting cable for Sub-D, 5 m, 27-core, 22 solenoid coils|6|GO|||
|||||Connecting cable for Sub-D, 10 m, 27-core, 22 solenoid coils|6|GP|||
|||||Connecting cable for Sub-D, 2.5 m, 37-core, 32 solenoid coils|6|GQ|||
|||||Connecting cable for Sub-D, 5 m, 37-core, 32 solenoid coils|6|GR|||
|||||Connecting cable for Sub-D, 10 m, 37-core, 32 solenoid coils|6|GS|||
||6|User’s manual||German||-D|||
|||||English||-E|||
|||||French||-F|||
|||||Italian||-I|||
|||||Spanish||-S|||
|||||Swedish||-V|||
||7|DIN H-rail mounting||1||-H|||
1 T, MP1 Max. 32 addresses can be selected
2 MP2 Max. 12 addresses can be selected
5 Q Only with electrical connection (3) T (multi-pin plug, CageClamp) 6 G… Not with electrical connection (3) T, MP2, MP3 and MP4
3 MP3 Max. 20 addresses can be selected
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
71
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread for Multi-pin Plug – Pneumatic Part
|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M||||||0<br>O|Options||||||�|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||||
|Module No.||Valve||Manual||Right-h||Port|configuration|Pneumatic supply|Configuration of|Outgoing|Left-hand|Reverse||
|||manifold,||overrid||and||for supply plates||to valve manifold|all pneumatic|direction of all|supply|operation||
|||pneumatic||e||end|||||connections|working lines|plate|||
|||part||||plate||||||||||
|**539**21**5**||44P||N, R, V||V, X, Y,||K, L||S, V|M, N, G|P|X|Z||
|||||||U, Z, W||||||||||
|Order||||||||||||||||
|example||||||||||||||||
|539215||44P|–|R|–|V|–|K||S|M|P|X|||
|1||2||3||4||5||6|7|8|9|10||
|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|
|Width|||18 mm|26 mm|42 mm|Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.|539215|539215|539215|||||
||2|Valve manifold, pneumatic part|Valve manifold type 44, VTSA, modular subbase valves to ISO 15407-2,<br>pneumatic connections with G thread||||44P|||
||3|Manual override|Pushing (non-detenting)||||-N|||
||||Pushing/detenting||||-R|||
||||Covered||||-V|||
||4|Ri**g**ht-hand end**p**late|Right-hand end plate, with supply air/exhaust air, internal pilot air supply||||-V|||
||||Right-hand end plate with supply air/exhaust air, external pilot air supply||||-X|||
||||End plate with pilot air selector, internal pilot air supply|||1|-Y|||
||||End plate with pilot air selector, internal pilot air supply, ducted pilot exhaust air|||1|-U|||
||||End plate with pilot air selector, external pilot air supply|||1|-Z|||
||||End plate with pilot air selector, external pilot air supply, ducted pilot exhaust air|||1|-W|||
|0<br>O|5|Port confi**g**uration for su**pp**l**y** **p**lates|Normal operation: Supply port 1, exhaust port 3/5 separated|||**2**|-K|||
||||Reverse operation: Exhaust port 1, supply port 3/5 separated|||||||
||||Normal operation: Supply port 1, exhaust port 3/5 common|||**2**|-L|||
||||Reverse operation: Exhaust port 1, supply port 3/5 common|||||||
||6|Pneumatic valve manifold su**pp**l**y**|Silencer and QS push-in fittings||||S|||
|||(standard: threaded connection)|QS push-in fittings||||V|||
||7|Confi**g**uration of all**p**neumatic|QS push-in fittings, large|||3|M|||
|||connections|QS push-in fittings, small|||3|N|||
||||QS push-in fittings, large and small mixed|||3|G|||
||8|Outgoing direction of all working lines<br>(standard outlet at front)|90° connection plate, outlet at bottom||||P|||
||9|Left-hand supply plate|Left-hand supply plate in front of manifold subbase 00||||X|||
|�|10|Reverse operation|Reverse operation as of valve position 00|||4|Z|||
- 1 Y, U, Z, W At least one left-hand supply plate (9) X or one compressed air supply/duct separation
- (12) U, SU, TU, RU, USU, UTU or URU must be selected
- 2 K, L Must be selected if left-hand supply plate (9) X or one compressed air supply/duct separation (12) (S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU) was selected
- 3 M, N, G Must be selected if pneumatic valve manifold supply (6) S or V was selected 4 Z A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U (internal pilot air supply)
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
72
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread for Multi-pin Plug – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic manifold subbases 00…15<br>11 Type of interlinking block:A, B, C, E, F, G, AK, BK, CK, EK, FK, GK<br>12 Compressed air supply/duct separation:S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU<br>13 Reverse operation:Z<br>Module position<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>A<br>B<br>B<br>B S<br>B<br>11 + 12 + 13|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Width||||18 mm|26 mm|42 mm|Condit<br>ions|Code||Enter<br>code|
|�|11|Pneumatic manifold subbases|||||5|-||-|
|0<br>O||T**yp**e of interlinkin**g**|Manifold|2 valve positions, 4 addresses|–|–||A||Enter the|
|||block 00 … 15|subbase|–|2 valve positions, 4 addresses|–||B||e**q**ui**p**me|
|||||–|–|1 valve position, 2 addresses||C||nt|
|||||2 valve positions, 2 addresses|–|–|6|E||selected|
|||||–|2 valve positions, 2 addresses|–|6|F||in the|
|||||–|–|1 valve position, 1 address|6|G||order|
||||Manifold|2 valve positions, 4 addresses|–|–|7|AK||code|
||||subbase with|–|2 valve positions, 4 addresses|–|7|BK|||
||||**Q**S**p**ush-in|–|–|1 valve position, 2 addresses|7|CK|||
||||fittin**g**s**,**small|2 valve positions, 2 addresses|–|–|8|EK|||
|||||–|2 valve positions, 2 addresses|–|8|FK|||
|||||–|–|1 valve position, 1 address|8|GK|||
||12|Com**p**ressed air su**pp**l**y/**duct||Duct separation 1, 3, 5|||9 aJ|S|||
|||se**p**aration 00 … 15||Duct separation 1|||9 aJ|T|||
|||||Duct separation 3, 5|||9 aJ|R|||
|||||Supply plate||||U|||
|||||Supply plate with duct separation 1, 3, 5 at left|||9|SU|||
|||||Supply plate with duct separation 1, 3, 5 at right|||9|US|||
|||||Supply plate with duct separation 1 at left|||9|TU|||
|||||Supply plate with duct separation 1 at right|||9|UT|||
|||||Supply plate with duct separation 3, 5 at left|||9|RU|||
|||||Supply plate with duct separation 3, 5 at right|||9|UR|||
|||||2 supply plates with duct separation 1, 3, 5 in centre||||USU|||
|||||2 supply plates with duct separation 1 in centre||||UTU|||
|||||2 supply plates with duct separation 3, 5 in centre||||URU|||
|�|13|Reverse operation 00 … 15||Subsequent valve positions permitted for reverse operation|||aA|Z|||
- 5 Manifold subbases must be fitted throughout without any gaps 6 E, F, G Only with valves (14) M, O and L 7 AK, BK, CK Only with configuration of all pneumatic connections (7) N or G 8 EK, FK, GK Only with configuration of all pneumatic connections (7) N or G. Only with valves (14) M, O and L
9 S, T, R, SU, US, TU, UT, RU, UR
- No pressure-free zones may be created
aJ S, T, R Cannot be selected on last manifold subbase aA Z Only with compressed air supply/duct separation (12) S, SU, US or USU. A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
73
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread for Multi-pin Plug – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic valve positions 00…31<br>14 Valve position 00…31:M, O, J, D, N, K, H, B, G, E, P, Q, R, L<br>15 Pressure regulator for position 00…31:ZA, ZB, ZC, ZD, ZE, ZK, ZL, ZF, ZG, ZH, ZI, ZJ, ZM, ZN<br>16 Pressure indicator for position 00…31:T, U<br>17 Flow control valve position 00…31:X<br>18 Vertical pressure isolating plate for position 00…31:ZT<br>Valve position<br>19 Vertical supply plate for position 00…31:ZU<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>16<br>17<br>18<br>19<br>20<br>…<br>30<br>31<br>M<br>M<br>M<br>O<br>O<br>O<br>J<br>J<br>E<br>E<br>…<br>14 + 15 + 16 + 17 + 18 + 19|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Width||||18 mm|26 mm|42 mm|Condition<br>s|Code||Enter<br>code|
|�|14|Pneumatic valve positions 00 … 31||||||-||-|
|0<br>O||Valve**p**osition 00 …**3**1||5/2-way valve, single solenoid with pneumatic spring return||||M||Enter|
|||||5/2-way valve, single solenoid with spring return||||O||e**q**ui**p**me|
|||||5/2-way valve, double solenoid||||J||nt|
|||||5/2-way valve, double solenoid with dominant signal||||D||selection|
|||||2x 3/2-way valve, normally open|||aB|N||for valve|
|||||2x 3/2-way valve, normally closed|||aB|K||**p**osition|
|||||2x 3/2-way valve, 1x normally closed, 1x normally open|||aB|H||s in|
|||||5/3-way valve, mid-position pressurised||||B||order|
|||||5/3-way valve, mid-position closed||||G||code|
|||||5/3-way valve, mid-position exhausted||||E|||
|||||2x 3/2-way valve, normally open, reverse operation|||aC|P|||
|||||2x 3/2-way valve, normally closed, reverse operation|||aC|Q|||
|||||2x 3/2-way valve, 1x normally closed, 1x normally open, reverse operation|||aC|R|||
|||||Vacant position||||L|||
||15|Pressure re**g**ulator for|In**p**ut**p**ressure|Pressure regulator plate for port 1|||aD|ZA|||
|||valve**p**osition 00 … 31|10 bar|Pressure regulator plate for port 4||||ZB|||
|||||Pressure regulator plate for port 2||||ZC|||
|||||Pressure regulator plate for port 4/2||||ZD|||
|||||Pressure regulator plate for port 4/2, reversible|||aE|ZE|||
|||||Pressure regulator plate for port 4, reversible|||aE|ZK|||
|||||Pressure regulator plate for port 2, reversible|||aE|ZL|||
||||In**p**ut**p**ressure|Pressure regulator plate for port 1|||aD|ZF|||
||||6 bar|Pressure regulator plate for port 4||||ZG|||
|||||Pressure regulator plate for port 2||||ZH|||
|||||Pressure regulator plate for port 4/2||||ZI|||
|||||Pressure regulator plate for port 4/2, reversible|||aE|ZJ|||
|||||Pressure regulator plate for port 4, reversible|||aE|ZM|||
|�||||Pressure regulator plate for port 2, reversible|||aE|ZN|||
- aB N, K, H Not permitted in zones with reverse operation. Not with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate)
- aC P, Q, R Only permissible in zones with reverse operation or with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate). Pilot pressure required on duct 12 (ducted exhaust air not possible). Not with right-hand end plate (4) Y, Z
- aD ZA, ZF Not permitted in zones with reverse operation
- aE ZE, ZK, ZL, ZJ, ZM, ZN
- Not permitted in zones with reverse operation. Not with 2x 3/2-way valves (14) N, K, H
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
74
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread for Multi-pin Plug – Pneumatic Part
� 0O Options
Pneumatic accessories
U, …B, …T, …N, …V
+ 10N 20
|Ordering table|Ordering table|Ordering table||||||||
|---|---|---|---|---|---|---|---|---|---|
|Width|||18 mm|26 mm|42 mm|Condition<br>s|Code||Enter<br>code|
|�|16|Pressure indicator for valve**p**osition|Pressure gauge, 10 bar|||aF|T||Enter<br><br><br>|
|0<br>O||00 … 31|Pressure gauge, 6 bar|||aG|U||**i**<br>**t**<br>equ pmen<br>**selection**|
||17|Flow control valve for valve position<br>00 … 31|Flow control plate|||aH|X||for valve<br>positions in<br>**order** **code**|
||18|Vertical isolating plate for valve<br>position 00 … 31|Pressure separator plate on valve assembly|||aI|ZT|||
||19|Vertical supply plate for valve position<br>00 … 31|Compressed air supply on valve|||aH|ZU|||
||20|Pneumatic accessories|||||+||+|
|||Mounting brackets (pack of 5)|Supplied separately|||bJ|U|||
|||Inscription label holder for valves|5 … 50||||…B|||
|||Inscription label holder for manifold<br>subbases|5 … 50||||…T|||
|||Cover cap for manual override, pushing|10 … 90||||…N|||
|||Cover cap for manual override, covered|10 … 90||||…V|||
||aF<br>T<br>Only with pressure regulator (15) ZA, ZB, ZC, ZD, ZE<br>aG<br>U<br>Only with pressure regulator (15) ZF, ZG, ZH, ZI, ZJ<br>aH<br>X, ZU<br>Not with valves with reverse operation (14) P, Q, R<br>aI<br>ZT<br>Not with right-hand end plate (4) Y, Z<br>bJ<br>U<br>Can only be selected if there are more|||||than 9 valve positions||||
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
75
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread for CPX – Pneumatic Part
|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M||||||0<br>O|Options||||||�|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||||
|Module No.||Valve||Manual||Right-h||Port|configuration|Pneumatic supply|Configuration of|Outgoing|Left-hand|Reverse||
|||manifold,||overrid||and||for supply plates||to valve manifold|all pneumatic|direction of all|supply|operation||
|||pneumatic||e||end|||||connections|working lines|plate|||
|||part||||plate||||||||||
|**539**21**7**||44P||N, R, V||V, X, Y,||K, L||S, V|M, N, G|P|X|Z||
|||||||U, Z, W||||||||||
|Order||||||||||||||||
|example||||||||||||||||
|539217||44P|–|R|–|V|–|K||S|M|P|X|||
|1||2||3||4||5||6|7|8|9|10||
|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|
|Width|||18 mm|26 mm|42 mm|Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.|539217|539217|539217|||||
||2|Valve manifold, pneumatic part|Valve manifold type 44, VTSA, modular subbase valves to ISO 15407-2,<br>pneumatic connections with G thread||||44P|||
||3|Manual override|Pushing (non-detenting)||||-N|||
||||Pushing/detenting||||-R|||
||||Covered||||-V|||
||4|Ri**g**ht-hand end**p**late|Right-hand end plate, with supply air/exhaust air, internal pilot air supply||||-V|||
||||Right-hand end plate with supply air/exhaust air, external pilot air supply||||-X|||
||||End plate with pilot air selector, internal pilot air supply|||1|-Y|||
||||End plate with pilot air selector, internal pilot air supply, ducted pilot exhaust air|||1|-U|||
||||End plate with pilot air selector, external pilot air supply|||1|-Z|||
||||End plate with pilot air selector, external pilot air supply, ducted pilot exhaust air|||1|-W|||
|0<br>O|5|Port confi**g**uration for su**pp**l**y** **p**lates|Normal operation: Supply port 1, exhaust port 3/5 separated|||**2**|-K|||
||||Reverse operation: Exhaust port 1, supply port 3/5 separated|||||||
||||Normal operation: Supply port 1, exhaust port 3/5 common|||**2**|-L|||
||||Reverse operation: Exhaust port 1, supply port 3/5 common|||||||
||6|Pneumatic valve manifold su**pp**l**y**|Silencer and QS push-in fittings||||S|||
|||(standard: threaded connection)|QS push-in fittings||||V|||
||7|Confi**g**uration of all**p**neumatic|QS push-in fittings, large|||3|M|||
|||connections|QS push-in fittings, small|||3|N|||
||||QS push-in fittings, large and small mixed|||3|G|||
||8|Outgoing direction of all working lines<br>(standard outlet at front)|90° connection plate, outlet at bottom||||P|||
||9|Left-hand supply plate|Left-hand supply plate in front of manifold subbase 00||||X|||
|�|10|Reverse operation|Reverse operation as of valve position 00|||4|Z|||
- 1 Y, U, Z, W At least one left-hand supply plate (9) X or one compressed air supply/duct separation
- (12) U, SU, TU, RU, USU, UTU or URU must be selected
- 2 K, L Must be selected if left-hand supply plate (9) X or one compressed air supply/duct separation (12) (S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU) was selected
- 3 M, N, G Must be selected if pneumatic valve manifold supply (6) S or V was selected 4 Z A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U (internal pilot air supply)
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
76
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread for CPX – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic manifold subbases 00…15<br>11 Type of interlinking block:A, B, C, E, F, G, AK, BK, CK, EK, FK, GK<br>12 Compressed air supply/duct separation:S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU<br>13 Reverse operation:Z<br>Module position<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>A<br>B<br>B<br>B S<br>B<br>11 + 12 + 13|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Width||||18 mm|26 mm|42 mm|Condit<br>ions|Code||Enter<br>code|
|�|11|Pneumatic manifold subbases|||||5|-||-|
|0<br>O||T**yp**e of interlinkin**g**|Manifold|2 valve positions, 4 addresses|–|–||A||Enter the|
|||block 00 … 15|subbase|–|2 valve positions, 4 addresses|–||B||e**q**ui**p**me|
|||||–|–|1 valve position, 2 addresses||C||nt|
|||||2 valve positions, 2 addresses|–|–|6|E||selected|
|||||–|2 valve positions, 2 addresses|–|6|F||in the|
|||||–|–|1 valve position, 1 address|6|G||order|
||||Manifold|2 valve positions, 4 addresses|–|–|7|AK||code|
||||subbase with|–|2 valve positions, 4 addresses|–|7|BK|||
||||**Q**S**p**ush-in|–|–|1 valve position, 2 addresses|7|CK|||
||||fittin**g**s**,**small|2 valve positions, 2 addresses|–|–|8|EK|||
|||||–|2 valve positions, 2 addresses|–|8|FK|||
|||||–|–|1 valve position, 1 address|8|GK|||
||12|Com**p**ressed air su**pp**l**y/**duct||Duct separation 1, 3, 5|||9 aJ|S|||
|||se**p**aration 00 … 15||Duct separation 1|||9 aJ|T|||
|||||Duct separation 3, 5|||9 aJ|R|||
|||||Supply plate||||U|||
|||||Supply plate with duct separation 1, 3, 5 at left|||9|SU|||
|||||Supply plate with duct separation 1, 3, 5 at right|||9|US|||
|||||Supply plate with duct separation 1 at left|||9|TU|||
|||||Supply plate with duct separation 1 at right|||9|UT|||
|||||Supply plate with duct separation 3, 5 at left|||9|RU|||
|||||Supply plate with duct separation 3, 5 at right|||9|UR|||
|||||2 supply plates with duct separation 1, 3, 5 in centre||||USU|||
|||||2 supply plates with duct separation 1 in centre||||UTU|||
|||||2 supply plates with duct separation 3, 5 in centre||||URU|||
|�|13|Reverse operation 00 … 15||Subsequent valve positions permitted for reverse operation|||aA|Z|||
- 5 Manifold subbases must be fitted throughout without any gaps 6 E, F, G Only with valves (14) M, O and L 7 AK, BK, CK Only with configuration of all pneumatic connections (7) N or G 8 EK, FK, GK Only with configuration of all pneumatic connections (7) N or G. Only with valves (14) M, O and L
9 S, T, R, SU, US, TU, UT, RU, UR
No pressure-free zones may be created
aJ S, T, R Cannot be selected on last manifold subbase aA Z Only with compressed air supply/duct separation (12) S, SU, US or USU. A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
77
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread for CPX – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic valve positions 00…31<br>14 Valve position 00…31:M, O, J, D, N, K, H, B, G, E, P, Q, R, L<br>15 Pressure regulator for position 00…31:ZA, ZB, ZC, ZD, ZE, ZK, ZL, ZF, ZG, ZH, ZI, ZJ, ZM, ZN<br>16 Pressure indicator for position 00…31:T, U<br>17 Flow control valve position 00…31:X<br>18 Vertical pressure isolating plate for position 00…31:ZT<br>Valve position<br>19 Vertical supply plate for position 00…31:ZU<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>16<br>17<br>18<br>19<br>20<br>…<br>30<br>31<br>M<br>M<br>M<br>O<br>O<br>O<br>J<br>J<br>E<br>E<br>…<br>14 + 15 + 16 + 17 + 18 + 19|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Width||||18 mm|26 mm|42 mm|Condition<br>s|Code||Enter<br>code|
|�|14|Pneumatic valve positions 00 … 31||||||-||-|
|0<br>O||Valve**p**osition 00 …**3**1||5/2-way valve, single solenoid with pneumatic spring return||||M||Enter|
|||||5/2-way valve, single solenoid with spring return||||O||e**q**ui**p**me|
|||||5/2-way valve, double solenoid||||J||nt|
|||||5/2-way valve, double solenoid with dominant signal||||D||selection|
|||||2x 3/2-way valve, normally open|||aB|N||for valve|
|||||2x 3/2-way valve, normally closed|||aB|K||**p**osition|
|||||2x 3/2-way valve, 1x normally closed, 1x normally open|||aB|H||s in|
|||||5/3-way valve, mid-position pressurised||||B||order|
|||||5/3-way valve, mid-position closed||||G||code|
|||||5/3-way valve, mid-position exhausted||||E|||
|||||2x 3/2-way valve, normally open, reverse operation|||aC|P|||
|||||2x 3/2-way valve, normally closed, reverse operation|||aC|Q|||
|||||2x 3/2-way valve, 1x normally closed, 1x normally open, reverse operation|||aC|R|||
|||||Vacant position||||L|||
||15|Pressure re**g**ulator for|In**p**ut**p**ressure|Pressure regulator plate for port 1|||aD|ZA|||
|||valve**p**osition 00 … 31|10 bar|Pressure regulator plate for port 4||||ZB|||
|||||Pressure regulator plate for port 2||||ZC|||
|||||Pressure regulator plate for port 4/2||||ZD|||
|||||Pressure regulator plate for port 4/2, reversible|||aE|ZE|||
|||||Pressure regulator plate for port 4, reversible|||aE|ZK|||
|||||Pressure regulator plate for port 2, reversible|||aE|ZL|||
||||In**p**ut**p**ressure|Pressure regulator plate for port 1|||aD|ZF|||
||||6 bar|Pressure regulator plate for port 4||||ZG|||
|||||Pressure regulator plate for port 2||||ZH|||
|||||Pressure regulator plate for port 4/2||||ZI|||
|||||Pressure regulator plate for port 4/2, reversible|||aE|ZJ|||
|||||Pressure regulator plate for port 4, reversible|||aE|ZM|||
|�||||Pressure regulator plate for port 2, reversible|||aE|ZN|||
- aB N, K, H Not permitted in zones with reverse operation. Not with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate)
- aC P, Q, R Only permissible in zones with reverse operation or with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate). Pilot pressure required on duct 12 (ducted exhaust air not possible). Not with right-hand end plate (4) Y, Z
- aD ZA, ZF Not permitted in zones with reverse operation. aE ZE, ZK, ZL, ZJ, ZM, ZN
- Not permitted in zones with reverse operation. Not with 2x 3/2-way valves (14) N, K, H
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
78
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread for CPX – Pneumatic Part
� 0O Options Pneumatic accessories U, …B, …T, …N, …V
+ 10N 20
|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|
|Width|||18 mm|26 mm|42 mm|Condition<br>s|Code||Enter<br>code|
|�|16|Pressure indicator for valve**p**osition|Pressure gauge, 10 bar|||aF|T||Enter<br><br><br>|
|0<br>O||00 … 31|Pressure gauge, 6 bar|||aG|U||**i**<br>**t**<br>equ pmen<br>**selection**|
||17|Flow control valve for valve position<br>00 … 31|Flow control plate|||aH|X||for valve<br>positions in<br>**order** **code**|
||18|Vertical isolating plate for valve<br>position 00 … 31|Pressure separator plate on valve assembly|||aI|ZT|||
||19|Vertical supply plate for valve position<br>00 … 31|Compressed air supply on valve|||aH|ZU|||
||20|Pneumatic accessories|||||+||+|
|||Mounting brackets (pack of 5)|Supplied separately|||bJ|U|||
|||Inscription label holder for valves|5 … 50||||…B|||
|||Inscription label holder for manifold<br>subbases|5 … 50||||…T|||
|||Cover cap for manual override, pushing|10 … 90||||…N|||
|||Cover cap for manual override, covered|10 … 90||||…V|||
aF T Only with pressure regulator (15) ZA, ZB, ZC, ZD, ZE aG U Only with pressure regulator (15) ZF, ZG, ZH, ZI, ZJ aH X, ZU Not with valves with reverse operation (14) P, Q, R
aI ZT bJ U
Not with right-hand end plate (4) Y, Z Can only be selected if there are more than 9 valve positions. Cannot be combined with DIN H-rail
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
79
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, G Thread – Pneumatic Part
|Sizes of Pneumatic Connections|Sizes of Pneumatic Connections||||||
|---|---|---|---|---|---|---|
|||Code|Duct|Width|||
|||||18 mm|26 mm|42 mm – size 1|
|7||Configuration of all pneumatic connections|||||
|4|Ri**g**ht-hand end**p**late<br>V**,**X**,**Y**,**U**,**Z**,**W|M|12, 14|G¼(QS-G¼-10)|G¼(QS-G¼-10)|G¼(QS-G¼-10)|
|||G|12, 14|G¼(QS-G¼-10)|G¼(QS-G¼-10)|G¼(QS-G¼-10)|
|||N|12, 14|G¼(QS-G¼-8)|G¼(QS-G¼-8)|G¼(QS-G¼-8)|
|4|Ri**g**ht-hand end**p**late<br>V**,**X**,**U|M|1, 3, 5|G½(QS-G½-16)|G½(QS-G½-16)|G½(QS-G½-16)|
|||G|1, 3, 5|G½(QS-G½-16)|G½(QS-G½-16)|G½(QS-G½-16)|
|||N|1, 3, 5|G½(QS-G½-12)|G½(QS-G½-12)|G½(QS-G½-12)|
|**9**|Left-hand su**pp**l**y** **p**late<br>X|M|1, 3, 5|G½(QS-G½-16)|G½(QS-G½-16)|G½(QS-G½-16)|
|||G|1, 3, 5|G½(QS-G½-16)|G½(QS-G½-16)|G½(QS-G½-16)|
|||N|1, 3, 5|G½(QS-G½-12)|G½(QS-G½-12)|G½(QS-G½-12)|
|11|Type of interlinking block<br>Large<br>A, B, C, E, F, G|M|2, 4|Gx(QS-Gx-8)|G¼(QS-G¼-10)|Gy(QS-Gy-12)|
|11|Type of interlinking block<br>Small<br>AK, BK, CK, EK, FK, GK|N|2, 4|Gx(QS-Gx-6)|G¼(QS-G¼-8)|Gy(QS-Gy-10)|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
80
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread for Multi-pin Plug – Electrical Part
|0<br>M|MandatoryData|MandatoryData|MandatoryData||||||Options<br>0<br>O|||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||
|Module No.|||Valve manifold,||Electrical||Voltage||Connecting cable||User’s manual||DIN H-rail|
||||electrical part||connection||||for multi-pin plug||||mounting|
||||||||||connection|||||
|547963|||45E||T, MP1, MP2,||P, Q||GA, GB, GC, GD, GE, GF,||D, E, F, I, S, V||H|
||||||MP3, MP4||||GG, GH ,GI, GK, GL, GM,|||||
||||||||||GN, GO, GP, GQ, GR, GS|||||
|Order example||||||||||||||
|547963|||45E|–|MP1|–|P|+|GE|–|D|–||
|1|||2||3||4||5||6||7|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||
|---|---|---|---|---|---|---|---|---|
||||||Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.||547963|||||
||2|Valve manifold, electrical part||Valve manifold type 45, VTSA-F, electrical multi-pin plug connection/manifold box||45E|||
||3|Electrical connection||Multi-pin plug, CageClamp|1|-T|||
|||||Electrical multi-pin plug connection, Sub-D (37-pin)|1|-MP1|||
|||||Electrical multi-pin plug connection, individual connection with M12, 6-way|2|-MP2|||
|||||Electrical multi-pin plug connection, individual connection with M12, 10-way|3|-MP3|||
|||||Electrical multi-pin plug connection, round plug connector (19-pin), M23|4|-MP4|||
||4|Volta**g**e||24 V DC||-P|||
|||||110 V AC|5|-Q|||
|0<br>O|5|Electrical accessories||||+||+|
|||Connectin**g**cable for|Pol**y**urethan|Connecting cable for Sub-D, 2.5 m, 10-core, 8 solenoid coils|6|GA|||
|||multi-**p**in**p**lu**g**|e|Connecting cable for Sub-D, 5 m, 10-core, 8 solenoid coils|6|GB|||
|||connection**,**||Connecting cable for Sub-D, 10 m, 10-core, 8 solenoid coils|6|GC|||
|||**p**re-assembled**,**||Connecting cable for Sub-D, 2.5 m, 26-core, 22 solenoid coils|6|GD|||
|||su**pp**lied loose||Connecting cable for Sub-D, 5 m, 26-core, 22 solenoid coils|6|GE|||
|||||Connecting cable for Sub-D, 10 m, 26-core, 22 solenoid coils|6|GF|||
|||||Connecting cable for Sub-D, 2.5 m, 37-core, 32 solenoid coils|6|GG|||
|||||Connecting cable for Sub-D, 5 m, 37-core, 32 solenoid coils|6|GH|||
|||||Connecting cable for Sub-D, 10 m, 37-core, 32 solenoid coils|6|GI|||
||||Pol**y**vin**y**l|Connecting cable for Sub-D, 2.5 m, 10-core, 8 solenoid coils|6|GK|||
||||chloride|Connecting cable for Sub-D, 5 m, 10-core, 8 solenoid coils|6|GL|||
|||||Connecting cable for Sub-D, 10 m, 10-core, 8 solenoid coils|6|GM|||
|||||Connecting cable for Sub-D, 2.5 m, 27-core, 22 solenoid coils|6|GN|||
|||||Connecting cable for Sub-D, 5 m, 27-core, 22 solenoid coils|6|GO|||
|||||Connecting cable for Sub-D, 10 m, 27-core, 22 solenoid coils|6|GP|||
|||||Connecting cable for Sub-D, 2.5 m, 37-core, 32 solenoid coils|6|GQ|||
|||||Connecting cable for Sub-D, 5 m, 37-core, 32 solenoid coils|6|GR|||
|||||Connecting cable for Sub-D, 10 m, 37-core, 32 solenoid coils|6|GS|||
||6|User’s manual||German||-D|||
|||||English||-E|||
|||||French||-F|||
|||||Italian||-I|||
|||||Spanish||-S|||
|||||Swedish||-V|||
||7|DIN H-rail mounting||1||-H|||
1 T, MP1 Max. 32 addresses can be selected
2 MP2 Max. 12 addresses can be selected
3 MP3 Max. 20 addresses can be selected
4
MP4
5
Q
6 G…
Max. 16 addresses can be selected
- Only with electrical connection (3) T (multi-pin plug, CageClamp) Not with electrical connection (3) T, MP2, MP3 and MP4
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
81
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread for Multi-pin Plug – Pneumatic Part
|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M||||||0<br>O|Options||||||�|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||||||
|Module No.|Valve||Manual||Right-h||Port|configuration|Pneumatic supply|Configuration of|Outgoing|Left-hand|Reverse||
||manifold,||overrid||and||for supply plates||to valve manifold|all pneumatic|direction of all|supply|operation||
||pneumatic||e||end|||||connections|working lines|plate|||
||part||||plate||||||||||
|**5**4**79**6**3**|4**5**P||N, R, V||V, X, Y,||K, L||S, V|M, N, G|P|X|Z||
||||||U, Z, W||||||||||
|Order|||||||||||||||
|example|||||||||||||||
|547963|45P|–|R|–|V|–|K||S|M|P|X|||
|1|2||3||4||5||6|7|8|9|10||
|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|
|Width|||18 mm|26 mm|Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.|547963|547963|||||
||2|Valve manifold, pneumatic part|Valve manifold type 45, VTSA-F, modular subbase valves, optimized for flow rate,<br>pneumatic connections with G thread|||45P|||
||3|Manual override|Pushing (non-detenting)|||-N|||
||||Pushing/detenting|||-R|||
||||Covered|||-V|||
||4|Ri**g**ht-hand end**p**late|Right-hand end plate, with supply air/exhaust air, internal pilot air supply|||-V|||
||||Right-hand end plate with supply air/exhaust air, external pilot air supply|||-X|||
||||End plate with pilot air selector, internal pilot air supply||1|-Y|||
||||End plate with pilot air selector, internal pilot air supply, ducted pilot exhaust air||1|-U|||
||||End plate with pilot air selector, external pilot air supply||1|-Z|||
||||End plate with pilot air selector, external pilot air supply, ducted pilot exhaust air||1|-W|||
|0<br>O|5|Port confi**g**uration for su**pp**l**y** **p**lates|Normal operation: Supply port 1, exhaust port 3/5 separated||**2**|-K|||
||||Reverse operation: Exhaust port 1, supply port 3/5 separated||||||
||||Normal operation: Supply port 1, exhaust port 3/5 common||**2**|-L|||
||||Reverse operation: Exhaust port 1, supply port 3/5 common||||||
||6|Pneumatic valve manifold su**pp**l**y**|Silencer and QS push-in fittings|||S|||
|||(standard: threaded connection)|QS push-in fittings|||V|||
||7|Confi**g**uration of all**p**neumatic|QS push-in fittings, large||3|M|||
|||connections|QS push-in fittings, small||3|N|||
||||QS push-in fittings, large and small mixed||3|G|||
||8|Outgoing direction of all working lines<br>(standard outlet at front)|90° connection plate, outlet at bottom|||P|||
||9|Left-hand supply plate|Left-hand supply plate in front of manifold subbase 00|||X|||
|�|10|Reverse operation|Reverse operation as of valve position 00||4|Z|||
- 1 Y, U, Z, W At least one left-hand supply plate (9) X or one compressed air supply/duct separation
- (12) U, SU, TU, RU, USU, UTU or URU must be selected
- 2 K, L Must be selected if left-hand supply plate (9) X or one compressed air supply/duct separation (12) (S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU) was selected
- 3 M, N, G Must be selected if pneumatic valve manifold supply (6) S or V was selected 4 Z A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U (internal pilot air supply)
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
82
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread for Multi-pin Plug – Pneumatic Part
� 0O Options � Pneumatic manifold subbases 00 … 15 11 Type of interlinking block: A, B, E, F, AK, BK, EK, FK 12 Compressed air supply/duct separation: S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU 13 Reverse operation: Z Module position 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 – A B B B S B 11 + 12 + 13
|Ordering Table|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|---|
|Width||||18 mm|26 mm|Condition<br>s|Code||Enter<br>code|
|�|11|Pneumatic manifold subbases||||5|-||-|
|0<br>O||T**yp**e of interlinkin**g**|Manifold<br>|2 valve positions, 4 addresses|–||A||Enter the|
|||block 00 … 15|**bb**<br>su<br>ase|–|2 valve positions, 4 addresses||B||e**q**ui**p**me|
|||||2 valve positions, 2 addresses|–|6|E||nt|
|||||–|2 valve positions, 2 addresses|6|F||selected|
||||Manifold|2 valve positions, 4 addresses|–|7|AK||in the|
||||subbase with|–|2 valve positions, 4 addresses|7|BK||order|
||||**Q**S**p**ush-in|2 valve positions, 2 addresses|–|8|EK||code|
||||fittings, small|–|2 valve positions, 2 addresses|8|FK|||
||12|Com**p**ressed air su**pp**l**y/**duct se**p**aration||Duct separation 1, 3, 5||9 aJ|S|||
|||00 … 15||Duct separation 1||9 aJ|T|||
|||||Duct separation 3, 5||9 aJ|R|||
|||||Supply plate|||U|||
|||||Supply plate with duct separation 1, 3, 5 at left||9|SU|||
|||||Supply plate with duct separation 1, 3, 5 at right||9|US|||
|||||Supply plate with duct separation 1 at left||9|TU|||
|||||Supply plate with duct separation 1 at right||9|UT|||
|||||Supply plate with duct separation 3, 5 at left||9|RU|||
|||||Supply plate with duct separation 3, 5 at right||9|UR|||
|||||2 supply plates with duct separation 1, 3, 5 in centre|||USU|||
|||||2 supply plates with duct separation 1 in centre|||UTU|||
|||||2 supply plates with duct separation 3, 5 in centre|||URU|||
|�|13|Reverse operation 00 … 15||Subsequent valve positions permitted for reverse operation||aA|Z|||
5 Manifold subbases must be fitted throughout without any gaps 9 S, T, R, SU, US, TU, UT, RU, UR 6 E, F Only with valves (14) M, O and L No pressure-free zones may be created 7 AK, BK Only with configuration of all pneumatic connections (7) N or G aJ S, T, R Cannot be selected on last manifold subbase 8 EK, FK Only with configuration of all pneumatic connections (7) N or G aA Z Only with compressed air supply/duct separation (12) S, SU, US or USU. Only with valves (14) M, O and L A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
83
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread for Multi-pin Plug – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic valve positions 00…31<br>14 Valve position 00…31:M, O, J, D, N, K, H, B, G, E, P, Q, R, L<br>15 Pressure regulator for position 00…31:ZA, ZB, ZC, ZD, ZE, ZK, ZL, ZF, ZG, ZH, ZI, ZJ, ZM, ZN<br>16 Pressure indicator for position 00…31:T, U<br>17 Flow control valve position 00…31:X<br>18 Vertical pressure isolating plate for position 00…31:ZT<br>Valve position<br>19 Vertical supply plate for position 00…31:ZU<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>16<br>17<br>18<br>19<br>20<br>…<br>30<br>31<br>M<br>M<br>M<br>O<br>O<br>O<br>J<br>J<br>E<br>E<br>…<br>14 + 15 + 16 + 17 + 18 + 19|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|---|
|Width||||18 mm|26 mm|Condition<br>s|Code||Enter<br>code|
|�|14|Pneumatic valve positions 00 … 31|||||-||-|
|0<br>O||Valve**p**osition 00 …**3**1||5/2-way valve, single solenoid with pneumatic spring return|||M||Enter|
|||||5/2-way valve, single solenoid with spring return|||O||e**q**ui**p**me|
|||||5/2-way valve, double solenoid|||J||nt|
|||||5/2-way valve, double solenoid with dominant signal|||D||selection|
|||||2x 3/2-way valve, normally open||aB|N||for valve|
|||||2x 3/2-way valve, normally closed||aB|K||**p**osition|
|||||2x 3/2-way valve, 1x normally closed, 1x normally open||aB|H||s in|
|||||5/3-way valve, mid-position pressurised|||B||order|
|||||5/3-way valve, mid-position closed|||G||code|
|||||5/3-way valve, mid-position exhausted|||E|||
|||||2x 3/2-way valve, normally open, reverse operation||aC|P|||
|||||2x 3/2-way valve, normally closed, reverse operation||aC|Q|||
|||||2x 3/2-way valve, 1x normally closed, 1x normally open, reverse operation||aC|R|||
|||||Vacant position|||L|||
||15|Pressure re**g**ulator for|In**p**ut**p**ressure|Pressure regulator plate for port 1||aD|ZA|||
|||valve**p**osition 00 … 31|10 bar|Pressure regulator plate for port 4|||ZB|||
|||||Pressure regulator plate for port 2|||ZC|||
|||||Pressure regulator plate for port 4/2|||ZD|||
|||||Pressure regulator plate for port 4/2, reversible||aE|ZE|||
|||||Pressure regulator plate for port 4, reversible||aE|ZK|||
|||||Pressure regulator plate for port 2, reversible||aE|ZL|||
||||In**p**ut**p**ressure|Pressure regulator plate for port 1||aD|ZF|||
||||6 bar|Pressure regulator plate for port 4|||ZG|||
|||||Pressure regulator plate for port 2|||ZH|||
|||||Pressure regulator plate for port 4/2|||ZI|||
|||||Pressure regulator plate for port 4/2, reversible||aE|ZJ|||
|||||Pressure regulator plate for port 4, reversible||aE|ZM|||
|�||||Pressure regulator plate for port 2, reversible||aE|ZN|||
- aB N, K, H Not permitted in zones with reverse operation. Not with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate)
- aC P, Q, R Only permissible in zones with reverse operation or with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate). Pilot pressure required on duct 12 (ducted exhaust air not possible). Not with right-hand end plate (4) Y, Z
- aD ZA, ZF Not permitted in zones with reverse operation
- aE ZE, ZK, ZL, ZJ, ZM, ZN
- Not permitted in zones with reverse operation. Not with 2x 3/2-way valves (14) N, K, H
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
84
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread for Multi-pin Plug – Pneumatic Part
� 0O Options Pneumatic accessories
U, …B, …T, …N, …V
+ 10N 20
|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|
|Width|||18 mm|26 mm|Condition<br>s|Code||Enter<br>code|
|�|16|Pressure indicator for valve**p**osition|Pressure gauge, 10 bar||aF|T||Enter<br><br><br>|
|0<br>O||00 … 31|Pressure gauge, 6 bar||aG|U||**i**<br>**t**<br>equ pmen<br>**selection**|
||17|Flow control valve for valve position<br>00 … 31|Flow control plate||aH|X||for valve<br>positions in<br>**order** **code**|
||18|Vertical isolating plate for valve<br>position 00 … 31|Pressure separator plate on valve assembly||aI|ZT|||
||19|Vertical supply plate for valve position<br>00 … 31|Compressed air supply on valve||aH|ZU|||
||20|Pneumatic accessories||||+||+|
|||Mounting brackets (pack of 5)|Supplied separately||bJ|U|||
|||Inscription label holder for valves|5 … 50|||…B|||
|||Inscription label holder for manifold<br>subbases|5 … 50|||…T|||
|||Cover cap for manual override, pushing|10 … 90|||…N|||
|||Cover cap for manual override, covered|10 … 90|||…V|||
||aF<br>T<br>Only with pressure regulator (15) ZA, ZB, ZC, ZD, ZE<br>aG<br>U<br>Only with pressure regulator (15) ZF, ZG, ZH, ZI, ZJ<br>aH<br>X, ZU<br>Not with valves with reverse operation (14) P, Q, R<br>aI<br>ZT<br>Not with right-hand end plate (4) Y, Z<br>bJ<br>U<br>Can only be selected if there are more||||than 9 valve positions||||
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
85
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread for CPX – Pneumatic Part
|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M||||||0<br>O|Options||||||�|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||||||
|Module No.|Valve||Manual||Right-h||Port|configuration|Pneumatic supply|Configuration|Outgoing|Left-hand|Reverse||
||Manifold,||overrid||and||for supply plates||to valve manifold|of all pneumatic|direction of all|supply|operation||
||pneumatic||e||end|||||connections|working lines|plate|||
||part||||plate||||||||||
|**5**4**79**6**5**|4**5**P||N, R, V||V, X, Y,||K, L||S, V|M, N, G|P|X|Z||
||||||U, Z, W||||||||||
|Order|||||||||||||||
|example|||||||||||||||
|547965|45P|–|R|–|V|–|K||S|M|P|X|||
|1|2||3||4||5||6|7|8|9|10||
|Ordering table|Ordering table|Ordering table|||||||
|---|---|---|---|---|---|---|---|---|
|Width|||18 mm|26 mm|Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.|547965|547965|||||
||2|Valve Manifold, pneumatic part|Valve Manifold type 45, VTSA-F, modular subbase valves, optimized for flow rate,<br>pneumatic connections with G thread|||45P|||
||3|Manual override|Pushing (non-detenting)|||-N|||
||||Pushing/detenting|||-R|||
||||Covered|||-V|||
||4|Ri**g**ht-hand end**p**late|Right-hand end plate, with supply air/exhaust air, internal pilot air supply|||-V|||
||||Right-hand end plate with supply air/exhaust air, external pilot air supply|||-X|||
||||End plate with pilot air selector, internal pilot air supply||1|-Y|||
||||End plate with pilot air selector, internal pilot air supply, ducted pilot exhaust air||1|-U|||
||||End plate with pilot air selector, external pilot air supply||1|-Z|||
||||End plate with pilot air selector, external pilot air supply, ducted pilot exhaust air||1|-W|||
|0<br>O|5|Port confi**g**uration for su**pp**l**y** **p**lates|Normal operation: Supply port 1, exhaust port 3/5 separated||**2**|-K|||
||||Reverse operation: Exhaust port 1, supply port 3/5 separated||||||
||||Normal operation: Supply port 1, exhaust port 3/5 common||**2**|-L|||
||||Reverse operation: Exhaust port 1, supply port 3/5 common||||||
||6|Pneumatic valve manifold su**pp**l**y**|Silencer and QS push-in fittings|||S|||
|||(standard: threaded connection)|QS push-in fittings|||V|||
||7|Confi**g**uration of all**p**neumatic|QS push-in fittings, large||3|M|||
|||connections|QS push-in fittings, small||3|N|||
||||QS push-in fittings, large and small mixed||3|G|||
||8|Outgoing direction of all working lines<br>(standard outlet at front)|90° connection plate, outlet at bottom|||P|||
||9|Left-hand supply plate|Left-hand supply plate in front of manifold subbase 00|||X|||
|�|10|Reverse operation|Reverse operation as of valve position 00||4|Z|||
- 1 Y, U, Z, W At least one left-hand supply plate (9) X or one compressed air supply/duct separation
- (12) U, SU, TU, RU, USU, UTU or URU must be selected
- 2 K, L Must be selected if left-hand supply plate (9) X or one compressed air supply/duct separation (12) (S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU) was selected
- 3 M, N, G Must be selected if pneumatic valve manifold supply (6) S or V was selected 4 Z A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U (internal pilot air supply)
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
86
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread for CPX – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic manifold subbases 00…15<br>11 Type of interlinking block:A, B, E, F, AK, BK, EK, FK<br>12 Compressed air supply/duct separation:S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU<br>13 Reverse operation:Z<br>Module position<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>A<br>B<br>B<br>B S<br>B<br>11 + 12 + 13|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|---|
|Width||||18 mm|26 mm|Condition<br>s|Code||Enter<br>code|
|�|11|Pneumatic manifold subbases||||5|-||-|
|0<br>O||T**yp**e of interlinkin**g**|Manifold<br>|2 valve positions, 4 addresses|–||A||Enter the|
|||block 00 … 15|**bb**<br>su<br>ase|–|2 valve positions, 4 addresses||B||e**q**ui**p**me|
|||||2 valve positions, 2 addresses|–|6|E||nt|
|||||–|2 valve positions, 2 addresses|6|F||selected|
||||Manifold|2 valve positions, 4 addresses|–|7|AK||in the|
||||subbase with|–|2 valve positions, 4 addresses|7|BK||order|
||||**Q**S**p**ush-in|2 valve positions, 2 addresses|–|8|EK||code|
||||fittings, small|–|2 valve positions, 2 addresses|8|FK|||
||12|Com**p**ressed air su**pp**l**y/**duct se**p**aration||Duct separation 1, 3, 5||9 aJ|S|||
|||00 … 15||Duct separation 1||9 aJ|T|||
|||||Duct separation 3, 5||9 aJ|R|||
|||||Supply plate|||U|||
|||||Supply plate with duct separation 1, 3, 5 at left||9|SU|||
|||||Supply plate with duct separation 1, 3, 5 at right||9|US|||
|||||Supply plate with duct separation 1 at left||9|TU|||
|||||Supply plate with duct separation 1 at right||9|UT|||
|||||Supply plate with duct separation 3, 5 at left||9|RU|||
|||||Supply plate with duct separation 3, 5 at right||9|UR|||
|||||2 supply plates with duct separation 1, 3, 5 in centre|||USU|||
|||||2 supply plates with duct separation 1 in centre|||UTU|||
|||||2 supply plates with duct separation 3, 5 in centre|||URU|||
|�|13|Reverse operation 00 … 15||Subsequent valve positions permitted for reverse operation||aA|Z|||
5 Manifold subbases must be fitted throughout without any gaps 9 S, T, R, SU, US, TU, UT, RU, UR 6 E, F Only with valves (14) M, O and L No pressure-free zones may be created 7 AK, BK Only with configuration of all pneumatic connections (7) N or G aJ S, T, R Cannot be selected on last manifold subbase 8 EK, FK Only with configuration of all pneumatic connections (7) N or G aA Z Only with compressed air supply/duct separation (12) S, SU, US or USU. Only with valves (14) M, O and L A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
87
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread for CPX – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic valve positions 00…31<br>14 Valve position 00…31:M, O, J, D, N, K, H, B, G, E, P, Q, R, L<br>15 Pressure regulator for position 00…31:ZA, ZB, ZC, ZD, ZE, ZK, ZL, ZF, ZG, ZH, ZI, ZJ, ZM, ZN<br>16 Pressure indicator for position 00…31:T, U<br>17 Flow control valve position 00…31:X<br>18 Vertical pressure isolating plate for position 00…31:ZT<br>Valve position<br>19 Vertical supply plate for position 00…31:ZU<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>16<br>17<br>18<br>19<br>20<br>…<br>30<br>31<br>M<br>M<br>M<br>O<br>O<br>O<br>J<br>J<br>E<br>E<br>…<br>14 + 15 + 16 + 17 + 18 + 19|
|Ordering table|Ordering table|Ordering table|Ordering table|||||||
|---|---|---|---|---|---|---|---|---|---|
|Width||||18 mm|26 mm|Condition<br>s|Code||Enter<br>code|
|�|14|Pneumatic valve positions 00 … 31|||||-||-|
|0<br>O||Valve**p**osition 00 …**3**1||5/2-way valve, single solenoid with pneumatic spring return|||M||Enter|
|||||5/2-way valve, single solenoid with spring return|||O||e**q**ui**p**me|
|||||5/2-way valve, double solenoid|||J||nt|
|||||5/2-way valve, double solenoid with dominant signal|||D||selection|
|||||2x 3/2-way valve, normally open||aB|N||for valve|
|||||2x 3/2-way valve, normally closed||aB|K||**p**osition|
|||||2x 3/2-way valve, 1x normally closed, 1x normally open||aB|H||s in|
|||||5/3-way valve, mid-position pressurised|||B||order|
|||||5/3-way valve, mid-position closed|||G||code|
|||||5/3-way valve, mid-position exhausted|||E|||
|||||2x 3/2-way valve, normally open, reverse operation||aC|P|||
|||||2x 3/2-way valve, normally closed, reverse operation||aC|Q|||
|||||2x 3/2-way valve, 1x normally closed, 1x normally open, reverse operation||aC|R|||
|||||Vacant position|||L|||
||15|Pressure re**g**ulator for|In**p**ut**p**ressure|Pressure regulator plate for port 1||aD|ZA|||
|||valve**p**osition 00 … 31|10 bar|Pressure regulator plate for port 4|||ZB|||
|||||Pressure regulator plate for port 2|||ZC|||
|||||Pressure regulator plate for port 4/2|||ZD|||
|||||Pressure regulator plate for port 4/2, reversible||aE|ZE|||
|||||Pressure regulator plate for port 4, reversible||aE|ZK|||
|||||Pressure regulator plate for port 2, reversible||aE|ZL|||
||||In**p**ut**p**ressure|Pressure regulator plate for port 1||aD|ZF|||
||||6 bar|Pressure regulator plate for port 4|||ZG|||
|||||Pressure regulator plate for port 2|||ZH|||
|||||Pressure regulator plate for port 4/2|||ZI|||
|||||Pressure regulator plate for port 4/2, reversible||aE|ZJ|||
|||||Pressure regulator plate for port 4, reversible||aE|ZM|||
|�||||Pressure regulator plate for port 2, reversible||aE|ZN|||
- aB N, K, H Not permitted in zones with reverse operation. Not with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate)
- aC P, Q, R Only permissible in zones with reverse operation or with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate). Pilot pressure required on duct 12 (ducted exhaust air not possible). Not with right-hand end plate (4) Y, Z
- aD ZA, ZF Not permitted in zones with reverse operation. aE ZE, ZK, ZL, ZJ, ZM, ZN
- Not permitted in zones with reverse operation. Not with 2x 3/2-way valves (14) N, K, H
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
88
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread for CPX – Pneumatic Part
� 0O Options Pneumatic accessories U, …B, …T, …N, …V
+ 10N 20
|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|
|Width|||18 mm|26 mm|Condition<br>s|Code||Enter<br>code|
|�|16|Pressure indicator for valve**p**osition|Pressure gauge, 10 bar||aF|T||Enter<br><br><br>|
|0<br>O||00 … 31|Pressure gauge, 6 bar||aG|U||**i**<br>**t**<br>equ pmen<br>**selection**|
||17|Flow control valve for valve position<br>00 … 31|Flow control plate||aH|X||for valve<br>positions in<br>**order** **code**|
||18|Vertical isolating plate for valve<br>position 00 … 31|Pressure separator plate on valve assembly||aI|ZT|||
||19|Vertical supply plate for valve position<br>00 … 31|Compressed air supply on valve||aH|ZU|||
||20|Pneumatic accessories||||+||+|
|||Mounting brackets (pack of 5)|Supplied separately||bJ|U|||
|||Inscription label holder for valves|5 … 50|||…B|||
|||Inscription label holder for manifold<br>subbases|5 … 50|||…T|||
|||Cover cap for manual override, pushing|10 … 90|||…N|||
|||Cover cap for manual override, covered|10 … 90|||…V|||
||aF<br>T<br>aG<br>U<br>aH<br>X|Only with pressure regulator (15) ZA, ZB, Z<br><br>Only with pressure regulator (15) ZF, ZG, ZH<br>, ZU<br>Not with valves with reverse operation (14)|C, ZD, ZE<br>, ZI, ZJ<br>P, Q, R<br>aI<br>ZT<br>Not with right-hand end plate (4) Y, Z<br>bJ<br>U<br>Can only be selected if there are more<br>Cannot be combined with DIN H-rail||than 9 valve positions.||||
aF T Only with pressure regulator (15) ZA, ZB, ZC, ZD, ZE aG U Only with pressure regulator (15) ZF, ZG, ZH, ZI, ZJ aH X, ZU Not with valves with reverse operation (14) P, Q, R
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
89
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, G Thread – Pneumatic Part
|Sizes of Pneumatic Connections|Sizes of Pneumatic Connections|||||
|---|---|---|---|---|---|
|||Code|Duct|Width||
|||||18 mm|26 mm|
|7||Configuration of all pneumatic connections||||
|4|Ri**g**ht-hand end**p**late<br>V**,**X**,**Y**,**U**,**Z**,**W|M|12, 14|G¼(QS-G¼-10)|G¼(QS-G¼-10)|
|||G|12, 14|G¼(QS-G¼-10)|G¼(QS-G¼-10)|
|||N|12, 14|G¼(QS-G¼-8)|G¼(QS-G¼-8)|
|4|Ri**g**ht-hand end**p**late<br>V**,**X**,**U|M|1, 3, 5|G½(QS-G½-16)|G½(QS-G½-16)|
|||G|1, 3, 5|G½(QS-G½-16)|G½(QS-G½-16)|
|||N|1, 3, 5|G½(QS-G½-12)|G½(QS-G½-12)|
|**9**|Left-hand su**pp**l**y** **p**late<br>X|M|1, 3, 5|G½(QS-G½-16)|G½(QS-G½-16)|
|||G|1, 3, 5|G½(QS-G½-16)|G½(QS-G½-16)|
|||N|1, 3, 5|G½(QS-G½-12)|G½(QS-G½-12)|
|11|Type of interlinking block<br>Large<br>A, B, E, F|M|2, 4|Gx(QS-Gx-8)|G¼(QS-G¼-10)|
|11|Type of interlinking block<br>Small<br>AK, BK, EK, FK|N|2, 4|Gx(QS-Gx-6)|G¼(QS-G¼-8)|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
90
## Ordering Data – Individual Valve
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|ring Data||||||
|---|---|---|---|---|---|
||Code|Valve function|Width|Type|Part No.|
|noid valves, 2|4 V DC|||||
||M<br>O<br>**J**<br>D<br>N<br>K<br>H<br>B<br>G<br>E<br>P<br>**Q**<br>R|**5/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>**p**neumatic s**p**rin**g**return|18 mm|VSVA-B-M52-AZD-A2-1T1L|539184|
||||26 mm|VSVA-B-M52-AZD-A1-1T1L|539158|
||||<br>42 mm1)|VSVA-B-M52-AZD-D1-1T1L|543698|
|||**5/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>s**p**rin**g**return|18 mm|VSVA-B-M52-MZD-A2-1T1L|539185|
||||26 mm|VSVA-B-M52-MZD-A1-1T1L|539159|
||||42 mm1)|VSVA-B-M52-MZD-D1-1T1L|543699|
|||**5/**2-wa**y**valve**,**double solenoid**,**<br>bistable|18 mm|VSVA-B-B52-ZD-A2-1T1L|539182|
||||26 mm<br>|VSVA-B-B52-ZD-A1-1T1L|539156|
||||42 mm1)|VSVA-B-B52-ZD-D1-1T1L|543696|
|||**5/**2-wa**y**valve**,**double solenoid**,**<br>dominant si**g**nal|18 mm|VSVA-B-D52-ZD-A2-1T1L|539183|
||||26 mm<br>|VSVA-B-D52-ZD-A1-1T1L|539157|
||||42 mm1)|VSVA-B-D52-ZD-D1-1T1L|543697|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>normall**y**o**p**en|18 mm|VSVA-B-T32U-AZD-A2-1T1L|539178|
||||26 mm|VSVA-B-T32U-AZD-A1-1T1L|539152|
||||42 mm1)|VSVA-B-T32U-AZD-D1-1T1L|543692|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>normall**y**closed|18 mm|VSVA-B-T32C-AZD-A2-1T1L|539176|
||||26 mm<br>|VSVA-B-T32C-AZD-A1-1T1L|539150|
||||42 mm1)|VSVA-B-T32C-AZD-D1-1T1L|543690|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>1x normall**y**o**p**en**,**1x normall**y**closed|18 mm|VSVA-B-T32H-AZD-A2-1T1L|539180|
||||26 mm|VSVA-B-T32H-AZD-A1-1T1L|539154|
||||42 mm1)|VSVA-B-T32H-AZD-D1-1T1L|543694|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition**p**ressurised|18 mm|VSVA-B-P53U-ZD-A2-1T1L|539186|
||||26 mm|VSVA-B-P53U-ZD-A1-1T1L|539160|
||||42 mm1)|VSVA-B-P53U-ZD-D1-1T1L|543700|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition closed|18 mm|VSVA-B-P53C-ZD-A2-1T1L|539188|
||||26 mm|VSVA-B-P53C-ZD-A1-1T1L|539162|
||||42 mm1)|VSVA-B-P53C-ZD-D1-1T1L|543702|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition exhausted|18 mm|VSVA-B-P53E-ZD-A2-1T1L|539187|
||||26 mm|VSVA-B-P53E-ZD-A1-1T1L|539161|
||||42 mm1)|VSVA-B-P53E-ZD-D1-1T1L|543701|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>normall**y**o**p**en|18 mm|VSVA-B-T32F-AZD-A2-1T1L|539179|
||||26 mm|VSVA-B-T32F-AZD-A1-1T1L|539153|
||||42 mm1)|VSVA-B-T32F-AZD-D1-1T1L|543693|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>normall**y**closed|18 mm|VSVA-B-T32N-AZD-A2-1T1L|539177|
||||26 mm|VSVA-B-T32N-AZD-A1-1T1L|539151|
||||42 mm1)|VSVA-B-T32N-AZD-D1-1T1L|543691|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>1x normall**y**o**p**en**,**1x normall**y**closed|18 mm|VSVA-B-T32W-AZD-A2-1T1L|539181|
||||26 mm|VSVA-B-T32W-AZD-A1-1T1L|539155|
||||42 mm1)|VSVA-B-T32W-AZD-D1-1T1L|543695|
1) Type 44 VTSA only
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
91
## Ordering Data – Individual Valve
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|ring Data||||||
|---|---|---|---|---|---|
||Code|Valve function|Width|Type|Part No.|
|noid valves, 1|10 V AC|||||
||M<br>O<br>**J**<br>D<br>N<br>K<br>H<br>B<br>G<br>E<br>P<br>**Q**<br>R|**5/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>**p**neumatic s**p**rin**g**return|18 mm|VSVA-B-M52-AZD-A2-2AT1L|539171|
||||26 mm|VSVA-B-M52-AZD-A1-2AT1L|539145|
||||42 mm1)|VSVA-B-M52-AZD-D1-2AT1L|543685|
|||**5/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>s**p**rin**g**return|18 mm|VSVA-B-M52-MZD-A2-2AT1L|539172|
||||26 mm|VSVA-B-M52-MZD-A1-2AT1L|539146|
||||42 mm1)|VSVA-B-M52-MZD-D1-2AT1L|543686|
|||**5/**2-wa**y**valve**,**double solenoid**,**<br>bistable|18 mm|VSVA-B-B52-ZD-A2-2AT1L|539169|
||||26 mm|VSVA-B-B52-ZD-A1-2AT1L|539143|
||||42 mm1)|VSVA-B-B52-ZD-D1-2AT1L|543683|
|||**5/**2-wa**y**valve**,**double solenoid**,**<br>dominant si**g**nal|18 mm|VSVA-B-D52-ZD-A2-2AT1L|539170|
||||26 mm|VSVA-B-D52-ZD-A1-2AT1L|539144|
||||42 mm1)|VSVA-B-D52-ZD-D1-2AT1L|543684|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>normall**y**o**p**en|18 mm|VSVA-B-T32U-AZD-A2-2AT1L|539165|
||||26 mm|VSVA-B-T32U-AZD-A1-2AT1L|539139|
||||42 mm1)|VSVA-B-T32U-AZD-D1-2AT1L|543679|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>normall**y**closed|18 mm|VSVA-B-T32C-AZD-A2-2AT1L|539163|
||||26 mm|VSVA-B-T32C-AZD-A1-2AT1L|539137|
||||42 mm1)|VSVA-B-T32C-AZD-D1-2AT1L|543677|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>1x normall**y**o**p**en**,**1x normall**y**closed|18 mm|VSVA-B-T32H-AZD-A2-2AT1L|539167|
||||26 mm|VSVA-B-T32H-AZD-A1-2AT1L|539141|
||||42 mm1)|VSVA-B-T32H-AZD-D1-2AT1L|543681|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition**p**ressurised|18 mm|VSVA-B-P53U-ZD-A2-2AT1L|539173|
||||26 mm|VSVA-B-P53U-ZD-A1-2AT1L|539147|
||||42 mm1)|VSVA-B-P53U-ZD-D1-2AT1L|543687|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition closed|18 mm|VSVA-B-P53C-ZD-A2-2AT1L|539175|
||||26 mm|VSVA-B-P53C-ZD-A1-2AT1L|539149|
||||42 mm1)|VSVA-B-P53C-ZD-D1-2AT1L|543689|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition exhausted|18 mm|VSVA-B-P53E-ZD-A2-2AT1L|539174|
||||26 mm|VSVA-B-P53E-ZD-A1-2AT1L|539148|
||||42 mm1)|VSVA-B-P53E-ZD-D1-2AT1L|543688|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>normall**y**o**p**en|18 mm|VSVA-B-T32F-AZD-A2-2AT1L|539166|
||||26 mm|VSVA-B-T32F-AZD-A1-2AT1L|539140|
||||42 mm1)|VSVA-B-T32F-AZD-D1-2AT1L|543680|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>normall**y**closed|18 mm|VSVA-B-T32N-AZD-A2-2AT1L|539164|
||||26 mm|VSVA-B-T32N-AZD-A1-2AT1L|539138|
||||42 mm1)|VSVA-B-T32N-AZD-D1-2AT1L|543678|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>1x normall**y**o**p**en**,**1x normall**y**closed|18 mm|VSVA-B-T32W-AZD-A2-2AT1L|539168|
||||26 mm|VSVA-B-T32W-AZD-A1-2AT1L|539142|
||||42 mm1)|VSVA-B-T32W-AZD-D1-2AT1L|543682|
1) Type 44 VTSA only
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
92
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|ng Data|ng Data|ng Data||||
|---|---|---|---|---|---|
|ation|Code|Description|Width|Type|Part No.|
|hand end plate||||||
||V|With supply air/exhaust air, internal pilot air supply, G½||VABE-S6-1R-G12|539234|
||X|With supply air/exhaust air, external pilot air supply, G½||VABE-S6-1RZ-G12|539236|
|ate with pilot air selector||||||
||Y|Internal pilot air supply||VABE-S6-1RZ-G-B1|539238|
||U|Internal pilot air supply, ducted pilot exhaust air||||
||Z|External pilot air supply||||
||W|External pilot air supply, ducted pilot exhaust air||||
|old subbase, port pattern to ISO 15407-2 and ISO 5599-2 – Type 44 VTSA||||||
||A|2 valve positions, 4 addresses, for double solenoid valves|18 mm|VABV-S4-2S-G18-2T2|539224|
||B|2 valve positions, 4 addresses, for double solenoid valves|26 mm|VABV-S4-1S-G14-2T2|539220|
||C|1 valve position, 2 addresses, for double solenoid valves|42 mm|VABV-S2-1S-G38-T2|542458|
||E|2 valve positions, 2 addresses, for single solenoid valves|18 mm|VABV-S4-2S-G18-2T1|539226|
||F|2 valve positions, 2 addresses, for single solenoid valves|26 mm|VABV-S4-1S-G14-2T1|539222|
||G|1 valve position, 1 address, for single solenoid valves|42 mm|VABV-S2-1S-G38-T1|542459|
|old subbase, optimized for flow rate – Type 45 VTSA-F||||||
||A|2 valve positions, 4 addresses, for double solenoid valves|18 mm|VABV-S4-2HS-G18-2T2|546215|
||B|2 valve positions, 4 addresses, for double solenoid valves|26 mm|VABV-S4-1HS-G14-2T2|546211|
||E|2 valve positions, 2 addresses, for single solenoid valves|18 mm|VABV-S4-2HS-G18-2T1|546214|
||F|2 valve positions, 2 addresses, for single solenoid valves|26 mm|VABV-S4-1HS-G14-2T1|546210|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
93
## Accessories
Valve Manifolds Type 44 VTSA – Metric Series
|Data|Data|Data|Data|Data|Data|
|---|---|---|---|---|---|
|on|Code|Description|Width|Type|Part No.|
|l subbase, port pattern to ISO 15407-2 and ISO 5599-2, electrical connection with plug connector M12 – Type 44 VTSA||||||
||Threaded connection, internal pilot air supply|||||
||–|Connections at side, Gx|18 mm|VABS-S4-2S-G18-B-R3|541070|
||–|Connections at side, G¼|26 mm|VABS-S4-1S-G14-B-R3|541069|
||–|Connections at side, Gy|42 mm|VABS-S2-1S-G38-B-R3|546104|
||Threaded connection, external pilot air supply|||||
||–|Connections at side, Gx|18 mm|VABS-S4-2S-G18-R3|541064|
||–|Connections at side, G¼|26 mm|VABS-S4-1S-G14-R3|541063|
||–|Connections at side, Gy|42 mm|VABS-S2-1S-G38-R3|546101|
|l subbase, port pattern to ISO 15407-2, electrical connection with cable manifolds – Type 44 VTSA||||||
||Threaded connection, internal pilot air supply|||||
||–|Connections at side, Gx|18 mm|VABS-S4-2S-G18-B-K2|541067|
||–|Connections at side, G¼|26 mm|VABS-S4-1S-G14-B-K2|541065|
||Threaded connection, external pilot air supply|||||
||–|Connections at side, Gx|18 mm|VABS-S4-2S-G18-K2|539723|
||–|Connections at side, G¼|26 mm|VABS-S4-1S-G14-K2|539725|
|l subbase, port pattern to ISO 5599-2, electrical connection with spring-loaded manifold – Type 44 VTSA||||||
||Threaded connection, internal pilot air supply|||||
||–|Connections at side, Gy|42 mm|VABS-S2-1S-G38-B-C1|546762|
||Threaded connection, external pilot air supply|||||
||–|Connections at side, Gy|42 mm|VABS-S2-1S-G38-C1|546760|
|l subbase, port pattern to ISO 5599-2, electrical connection for self-assembly – Type 44 VTSA||||||
||Threaded connection, internal pilot air supply|||||
||–|Connections at side, Gy|42 mm|VABS-S2-1S-G38-B-K1|546102|
||Threaded connection, external pilot air supply|||||
||–|Connections at side, Gy|42 mm|VABS-S2-1S-G38-K1|546099|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
94
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|g Data||||||
|---|---|---|---|---|---|
|ation|Code|Description|Width|Type|Part No.|
|tor plate||||||
||S|Duct separation 1, 3, 5||VABD-S6-10-P3-C|539228|
||T|Duct separation 1||VABD-S6-10-P1-C|539227|
||R|Duct separation 3, 5||VABD-S6-10-P2-C|539229|
|nection plate||||||
||P|Outlet at bottom, connecting thread Gx|18 mm|VABF-S4-2-A2G2-G18|539719|
||P|Outlet at bottom, connecting thread G¼|26 mm|VABF-S4-1-A2G2-G14|539721|
||P|Outlet at bottom, connecting thread Gy|42 mm1)|VABF-S2-1-A1G2-G38|546097|
|plate||||||
||L|With exhaust plate, 3/5 common, G½||VABF-S6-10-P1A7-G12|539231|
||K|With exhaust port cover, 3/5 separated, G½||VABF-S6-10-P1A6-G12|539230|
|supply plate||||||
||ZU|Connecting thread Gx|18 mm|VABF-S4-2-P1A3-G18|540173|
|||Connecting thread G¼|26 mm|VABF-S4-1-P1A3-G14|540171|
|||Connecting thread Gy|42 mm1)|VABF-S2-1-P1A3-G38|546093|
1) Type 44 VTSA only
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
95
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|ing Data||||||
|---|---|---|---|---|---|
|nation|Code|Description|Width|Type|Part No.|
|ator plate||||||
||ZA<br>ZF<br>ZB<br>ZG<br>ZC<br>ZH<br>ZD<br>ZI<br>ZE<br>Z**J**<br>ZL<br>ZN<br>ZK<br>ZM|For port 1, 10 bar|18 mm|VABF-S4-2-R1C2-C-10|540153|
|||For port 1, 10 bar|26 mm|VABF-S4-1-R1C2-C-10|540154|
|||For port 1, 10 bar|42 mm1)|VABF-S2-1-R1C2-C-10|546084|
|||For port 1, 6 bar|18 mm|VABF-S4-2-R1C2-C-6|540151|
|||For port 1, 6 bar|26 mm|VABF-S4-1-R1C2-C-6|540152|
|||For port 1, 6 bar|26 mm|VABF-S4-1-R1C2-C-6E|549876|
|||For port 1, 6 bar|42 mm1)|VABF-S2-1-R1C2-C-6|546083|
|||For port 4, 10 bar|18 mm|VABF-S4-2-R3C2-C-10|540157|
|||For port 4, 10 bar|26 mm|VABF-S4-1-R3C2-C-10|540158|
|||For port 4, 10 bar|42 mm1)|VABF-S2-1-R3C2-C-10|546086|
|||For port 4, 6 bar|18 mm|VABF-S4-2-R3C2-C-6|540155|
|||For port 4, 6 bar|26 mm|VABF-S4-1-R3C2-C-6|540156|
|||For port 4, 6 bar|42 mm1)|VABF-S2-1-R3C2-C-6|546085|
|||For port 2, 10 bar|18 mm|VABF-S4-2-R2C2-C-10|540161|
|||For port 2, 10 bar|26 mm|VABF-S4-1-R2C2-C-10|540162|
|||For port 2, 10 bar|42 mm1)|VABF-S2-1-R2C2-C-10|546088|
|||For port 2, 6 bar|18 mm|VABF-S4-2-R2C2-C-6|540159|
|||For port 2, 6 bar|26 mm|VABF-S4-1-R2C2-C-6|540160|
|||For port 2, 6 bar|42 mm1)|VABF-S2-1-R2C2-C-6|546087|
|||For ports 2 and 4, 10 bar|18 mm|VABF-S4-2-R4C2-C-10|540165|
|||For ports 2 and 4, 10 bar|26 mm|VABF-S4-1-R4C2-C-10|540166|
|||For ports 2 and 4, 10 bar|42 mm1)|VABF-S2-1-R4C2-C-10|546090|
|||For ports 2 and 4, 6 bar|18 mm|VABF-S4-2-R4C2-C-6|540163|
|||For ports 2 and 4, 6 bar|26 mm|VABF-S4-1-R4C2-C-6|540164|
|||For ports 2 and 4, 6 bar|42 mm1)|VABF-S2-1-R4C2-C-6|546089|
|||For ports 2 and 4, reversible, 10 bar|18 mm|VABF-S4-2-R5C2-C-10|540169|
|||For ports 2 and 4, reversible, 10 bar|26 mm|VABF-S4-1-R5C2-C-10|540170|
|||For ports 2 and 4, reversible, 10 bar|42 mm1)|VABF-S2-1-R5C2-C-10|546092|
|||For ports 2 and 4, reversible, 6 bar|18 mm|VABF-S4-2-R5C2-C-6|540167|
|||For ports 2 and 4, reversible, 6 bar|26 mm|VABF-S4-1-R5C2-C-6|540168|
|||For ports 2 and 4, reversible, 6 bar|42 mm1)|VABF-S2-1-R5C2-C-6|546091|
|||For port 2, reversible, 10 bar|18 mm|VABF-S4-2-R6C2-C-10|546252|
|||For port 2, reversible, 10 bar|26 mm|VABF-S4-1-R6C2-C-10|546251|
|||For port 2, reversible, 10 bar|42 mm1)|VABF-S2-1-R6C2-C-10|546832|
|||For port 2, reversible, 6 bar|18 mm|VABF-S4-2-R6C2-C-6|546248|
|||For port 2, reversible, 6 bar|26 mm|VABF-S4-1-R6C2-C-6|546247|
|||For port 2, reversible, 6 bar|42 mm1)|VABF-S2-1-R6C2-C-6|546831|
|||For port 4, reversible, 10 bar|18 mm|VABF-S4-2-R7C2-C-10|546254|
|||For port 4, reversible, 10 bar|26 mm|VABF-S4-1-R7C2-C-10|546253|
|||For port 4, reversible, 10 bar|42 mm1)|VABF-S2-1-R7C2-C-10|546834|
|||For port 4, reversible, 6 bar|18 mm|VABF-S4-2-R7C2-C-6|546250|
|||For port 4, reversible, 6 bar|26 mm|VABF-S4-1-R7C2-C-6|546249|
|||For port 4, reversible, 6 bar|42 mm1)|VABF-S2-1-R7C2-C-6|546833|
1) Type 44 VTSA only
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
96
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|g Data|g Data||||
|---|---|---|---|---|
|tion<br>Code|Description|Width|Type|Part No.|
|e gauge|||||
|T<br>U|With cartrid**g**e connection for re**g**ulator**,**10 bar<br>for re**g**ulator**p**late**,**code ZA**,**ZB**,**ZC**,**ZD**,**ZE|18 mm|PAGN-26-16-P10|543487|
|||26 mm|||
|||42 mm1)|PAGN-40-16-P10|548010|
||With cartrid**g**e connection for re**g**ulator**,**6 bar<br>for re**g**ulator**p**late**,**code ZF**,**ZG**,**ZH**,**ZI**,**Z**J**|18 mm|PAGN-26-10-P10|543488|
|||26 mm|||
|||42 mm1)|PAGN-40-10-P10|548009|
|ge for regulator plate|||||
|–<br>–|For tubing O.D. 4 mm||QSP10-4|172972|
||For tubing O.D.Ã˝||QSP10-3/16U|172975|
|ntrol plate|||||
|X|Controls the flow of exhaust air after the valve to ducts 3 and 5|18 mm|VABF-S4-2-F1B1-C|540176|
|||26 mm|VABF-S4-1-F1B1-C|540175|
|||42 mm1)|VABF-S2-1-F1B1-C|546095|
|shut-off plate|||||
|ZT|2/2-way valve for shutting off the operating pressure<br>**at** **the** **valve** **position**|18 mm|VABF-S4-2-L1D1-C|542884|
|||26 mm|VABF-S4-1-L1D1-C|542885|
|||42 mm1)|VABF-S2-1-L1D1-C|546096|
|in node|||||
|T<br>MP1|Tension spring, for threaded connection, 36-pin||VABE-S6-1LF-C-M1-C36M|543412|
||Sub-D plug, 37-pin||VABE-S6-1LT-C-M1-S37|543414|
|ual electrical connection|||||
|-MP2<br>-MP3|Multi-pin node with individual connection M12, 6-way||VABE-S6-LT-C-S6-R5|549046|
||Multi-pin node with individual connection M12, 10-way||VABE-S6-LT-C-S10-R5|549047|
|–<br>–|Cover for individual connection M12, 6-way||VAEM-S6-C-S6-R5|549048|
||Cover for individual connection M12, 10-way||VAEM-S6-C-S10-R5|549049|
|atic interface|||||
|–|For electrical manifold CPX||VABA-S6-1-X1|543416|
1) Type 44 VTSA only
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
97
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|Ordering Data|Ordering Data|Ordering Data|Ordering Data||||
|---|---|---|---|---|---|---|
|Designation||Code|Description||Type|Part No.|
|Connecting cable with Sub-D plug socket|||||||
|||Polyurethane, IP65|||||
|||GA|Connectin**g**cable for max. 8 solenoid coils**,**10-**p**in**,**<br>suitable for chain link trunkin**g**|2.5 m|NEBV-S1W37-E-2,5-LE10|539240|
|||GB||5 m|NEBV-S1W37-E-5-LE10|539241|
|||GC||10 m|NEBV-S1W37-E-10-LE10|539242|
|||GD|Connectin**g**cable for max. 22 solenoid coils**,**26-**p**in**,**<br>suitable for chain link trunkin**g**|2.5 m|NEBV-S1W37-E-2,5-LE26|539243|
|||GE||5 m|NEBV-S1W37-E-5-LE26|539244|
|||GF||10 m|NEBV-S1W37-E-10-LE26|539245|
|||GG|Connectin**g**cable for max.**3**2 solenoid coils**,** **37**-**p**in|2.5 m|NEBV-S1W37-K-2,5-LE37|539246|
|||GH||5 m|NEBV-S1W37-K-5-LE37|539247|
|||GI||10 m|NEBV-S1W37-K-10-LE37|539248|
|||Polyvinyl chloride, IP65|||||
|||GK|Connectin**g**cable for max. 8 solenoid coils**,**10-**p**in|2.5 m|NEBV-S1W37-KM-2,5-LE10|543271|
|||GL||5 m|NEBV-S1W37-KM-5-LE10|543272|
|||GM||10 m|NEBV-S1W37-KM-10-LE10|543273|
|||GN|Connectin**g**cable for max. 22 solenoid coils**,**2**7**-**p**in|2.5 m|NEBV-S1W37-KM-2,5-LE27|543274|
|||GO||5 m|NEBV-S1W37-KM-5-LE27|543275|
|||GP||10 m|NEBV-S1W37-KM-10-LE27|543276|
|||GQ|Connectin**g**cable for max.**3**2 solenoid coils**,** **37**-**p**in|2.5 m|NEBV-S1W37-KM-2,5-LE37|543277|
|||GR||5 m|NEBV-S1W37-KM-5-LE37|543278|
|||GS||10 m|NEBV-S1W37-KM-10-LE37|543279|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
98
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|rdering Data|rdering Data|rdering Data|||||
|---|---|---|---|---|---|---|
|esignation||Code|Description||Type|Part No.|
|over for multi-pin plug|||||||
|||–|For user configuration||NECV-S1W37|545974|
|over|||||||
|||L|Blanking plate for vacant position|18 mm<br>|VABB-S4-2-WT<br>|539213<br>|
|||||26 mm|VABB-S4-1-WT|539212|
|||||42 mm|VABB-S2-1-WT|543186|
|||N|Cover cap for manual override, pushing|10 pieces|VAMC-S6-CH|541010|
|||V|Cover cap for manual override, covered|10 pieces|VAMC-S6-CS|541011|
|||–|End cap for electrical manifold module, size 18 mm and 26 mm|10 pieces|VABD-S4-E-C|547713|
|nscription label holder|||||||
|||B|Clip-on inscription label holder for valve cap|5 pieces|ASCF-T-S6|540888|
|||T|Inscription label holder for manifold blocks|5 pieces|ASCF-M-S6|540889|
|ush-in fitt|ing||||||
|||–|Connecting thread G¼for tubing O.D. 10 mm|10 pieces|QS-G¼-10|186101|
||||Connecting thread G¼for tubing O.D. 8 mm|10 pieces|QS-G¼-8|186099|
||||Connecting thread Gxfor tubing O.D. 10 mm|10 pieces|QS-Gx-10|190643|
||||Connecting thread Gxfor tubing O.D. 8 mm|10 pieces|QS-Gx-8|186098|
||||Connecting thread Gxfor tubing O.D. 6 mm|10 pieces|QS-Gx-6|186096|
||||Connecting thread G½for tubing O.D. 16 mm|1 piece|QS-G½-16|186105|
||||Connecting thread Gyfor tubing O.D. 10 mm|10 pieces|QS-Gy-10|186102|
||||Connecting thread Gyfor tubing O.D. 12 mm|10 pieces|QS-Gy-12|186103|
|ilencer|||||||
|||–|Connecting thread G¼||U-¼|2316|
|||L|Connecting thread G½||U-½|2310|
|||K|Connecting thread G½||U-½-B|6844|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
99
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Metric Series
|rdering Data|rdering Data||||||
|---|---|---|---|---|---|---|
|esignation||Code|Description||Type|Part No.|
|anking plug|||||||
|||Threaded connection|||||
|||–|Thread Gx|10 pieces|B-x|3568|
|||–|Thread G¼|10 pieces|B-¼|3569|
|N H-rail mounting|||||||
|||–|VTSA/VTSA-F with fieldbus|3 pieces|CPX-CPA-BG-NRH|526032|
|||–|VTSA/VTSA-F with multi-pin plug|2 pieces|CPA-BG-NRH|173498|
|all mounting|||||||
|||U|Mounting bracket||VAME-S6-10-W|539214|
|ser manual|||||||
|||D|User manual for valve manifold VTSA**/**VTSA-F|German|P.BE-VTSA-44-DE|538922|
|||E||English|P.BE-VTSA-44-EN|538923|
|||S||Spanish|P.BE-VTSA-44-ES|538924|
|||F||French|P.BE-VTSA-44-FR|538925|
|||I||Italian|P.BE-VTSA-44-IT|538926|
|||V||Swedish|P.BE-VTSA-44-SV|538927|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
100
## Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
- Modular multi-functional valve manifold for up to 32 valves: – Type 44 VTSA, ISO 15407-2/ISO 5599-2 – Type 45 VTSA-F with optimized flow
- Different valve sizes on one valve manifold: – 0.71 in (ISO 02)
- 1.02 in (ISO 01)
- 1.65 in (IS0 1), type 44 VTSA only
- Flow rate: up to 53.0 scfm
- Design suitable for electrical peripherals CPX
||Product Range Overview|||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||Electrical connection|Valve types||||||||||||||
|||5/2-way valve, single solenoid|with pneumatic spring return<br>5/2-way valve, single solenoid<br>with spring return<br>5/2-way valve, double<br>solenoid<br>5/2-way valve, double solenoid|dominant switching|2x 3/2-way valve,|normally open|2x 3/2-way valve,<br>normally closed<br>2x 3/2-way valve: 1x normally<br>open, 1x normally closed<br>5/3-way valve,<br>mid-position pressurised<br>5/3-way valve,<br>mid-position closed|5/3-way valve,|mid-position exhausted|2x 3/2-way valve, normally<br>open, reverse operation<br>2x 3/2-way valve, normally<br>closed, reverse operation|2x 3/2-way valve:|1x normally open, 1x normally|closed, reverse operation|Blanking plate for vacant|position|
|||M<br>O<br>J<br>D|||N||K<br>H<br>B<br>G|E||P<br>Q||R|||L|
||Electrical multi-pin plug connection,|||||||||||||||
||CageClamp|||||||||||||||
||Electrical multi-pin plug connection,|||||||||||||||
||Sub-D (37-pin)|||||||||||||||
|~~Oe~~|Fieldbus connection/control block<br>~~Oe~~|~~Oe~~|~~Oe~~<br>~~ee ee Oe ~~||||~~Oe~~<br> ~~Oe OOO~~||||~~Oe~~|~~Oe~~|~~Oe~~|~~Oe~~|~~Oe~~|
||Features|||||||||Contents||||||
|Flexible|Flexible|•|Ethernet: Modbus/TCP, EtherNet/IP,||||• Manual override available, with|||Features and Benefits||||>|102|
|•|• Easy modification and expansion due||TCP/IP via CPX terminal||||momentary, locking, or hidden|||Overview||||>|103|
||to high degree of modularity. Fast|•|Full complement of CPX I/O modules|Full complement of CPX I/O modules|||(non-accessible) options.|||Pneumatic Components||||>|117|
||connection of the subbases by means|•|Expandable up to 32 solenoid coils|||||||Electrical Components||||>|135|
||of four screws.|•|Integration of a wide range of|Integration of a wide range of|||Installation and maintenance|||Installation and Operation||||>|140|
|•|• Fully modular system allows the||function modules possible||||• Ready-to-install unit,|||Technical Data||||>|144|
||combination of 0.71 in (Size 02),|•|Supply plates permit a flexible air||||preassembled and tested|||Dimensional Drawings||||||
||1.02 in (Size 01) and 1.65 in (Size 1)||supply and variable pressure zones||||• Durable, low cost identification|||– Type 44 VTSA||||>|151|
|•|valves on the same manifold without<br>the need for any transition/adapter<br>plate.<br>• Change direction of working ports|Comprehensive<br>• High-performance valves in a<br>sturdy metal housing<br>• Com**p**lete ran**g**e of vertical||High-performance valves in a|||by label holder on the valve or label<br>holder on the subbase.<br>• Secure wall mounting or DIN rail<br>mounting|||– Type 45 VTSA-F<br>Ordering Data<br>– Type 44 VTSA<br>– Type 45 VTSA-F<br>Accessories||||><br>><br>><br>>|161<br>168<br>178<br>190|
- Features
- Flexible • Ethernet: Modbus/TCP, EtherNet/IP, • Easy modification and expansion due TCP/IP via CPX terminal to high degree of modularity. Fast • Full complement of CPX I/O modules connection of the subbases by means • Expandable up to 32 solenoid coils of four screws. • Integration of a wide range of
- • Fully modular system allows the function modules possible • Supply plates permit a flexible air
- combination of 0.71 in (Size 02),
- Change direction of working ports • Com **p** lete ran **g** e of vertical **with easy-to-install angle plate. sandwich components such as**
- • **Fi** e **ldb** us va ve **l t** erm na **i l** su **it** a **bl** e **f** or pressure regulators, flow control CPX electrical peripherals. valve, individual pressure supply, shutoff plate (hot swap).
- Easily integrated •
- **Fast troubleshooting thanks to LEDs** on **th** e va ves an **l d di** agnos s v a **i i** fieldbus.
www.festo.com/catalog/vtsa
www.festo.com/catalog/vtsa-f
- Reliability of service thanks to valves that can be replaced easily and quickly.
- Standard air qualities:
- • Fieldbus nodes: Interbus, DeviceNet, 40 micron filtration grade. Can be Profibus DP, CANopen, CC-Link via used with lubricated or nonCPX terminal lubricated air, and inert gases.
- Easy fault identification using CPX-MMI handheld diagnostic unit.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
101
## Features and Benefits
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
**==> picture [340 x 199] intentionally omitted <==**
**----- Start of picture text -----**<br>
4<br>: , 1 “ha<br>One= 00 eo) |) 4a 1 pel<br>= 0 une ——-b agp gece | 2 &<br>3<br>@ ok<br>512<br>2<br>**----- End of picture text -----**<br>
## 1 Combination of sizes
The flexible combination of different valve sizes on a single valve terminal (0.71 in, 1.02 in and 1.65 in) allows adaptation to different flow requirements. For greater freedom and optimized applications.
## 2 Operating efficiency
Adjustment of regulators without tools. And with the standardized operating direction from above for regulators and valves, this terminal offers the solution to just about every requirement in terms of functionality.
## 3 Connection to CPX
What about fieldbus and modular I/Os? Connection to the modern CPX terminal is an added benefit. This level of freedom, modularity, and versatility is unmatched in any valve manifold solution.
## 4 Decentralized intelligence
The CPX-MMI-1 hand-held device explains errors in plain text and helps expedite troubleshooting, reducing downtimes. Remote maintenance via Ethernet/Internet eliminates the need for servicing at night and over long distances, which can often be very expensive. The on-site intelligence permits CMS (Condition Monitoring Systems) for each valve and statistical error logging with history and timestamp.
## A higher degree of modularity
- Valve manifold type 44 VTSA complies to ISO 15407-2 in width 0.71 and
- 1.02 in and with ISO 5599-2 in width 1.65 in. The VTSA terminal can be used for all applications
- Simple connection of pneumatic and electrical components
- Flow rate up to 53.0 scfm
- 5/2-way, 2x 3/2-way and 5/3-way valve functions
- Voltage options: 24 V DC or 110 V AC
- IP65 rated
- Modular and flexible
- Easy diagnostics and maintenance
- Reliable and durable
- Competitive pricing
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
102
## Overview – Key Features
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Valve Manifold Reduced downtimes: LED diagnosis on the spot Width 0.71, 1.02 and 1.65 in can be combined on a single manifold without adapter Pneumatic interface to CPX Straightforward electrical connections – Fieldbus connection via CPX – Multi-pin plug connection with pre-assembled cable or manifold strip (Cage Clamp)
**==> picture [228 x 161] intentionally omitted <==**
- Control block via CPX
- – Individual connection CPX diagnostic interface for handheld devices (channel-oriented diagnosis down to the individual valve) Quick mounting: Direct mounting using screws or DIN H-rail
Reliable operation: Manual override: pushing/detented or with covr
Flexible:
- 32 valve positions/32 solenoid coils
- One valve series for a wide range of flow rates
Functional: Large ports, flow-optimized ducts, robust metal thread or pre-assembled QS connections
Modular:
Supply plates facilitate the creation of multiple pressure zones as well as numerous additional exhaust and supply ports Comprehensive valve functions Practical: Large inscription labels
Secure:
Valves, outputs and logic voltage can be switched off separately
## Valve Functions
- 5/2-way valve
- Single solenoid valve, pneumatic/spring return
- – Double solenoid valve
- Double solenoid valve with dominant signal
- 2x 3/2-way valve, single solenoid
- Normally open
- Normally open, reversible
- Normally closed
- Normally closed, reversible
- 1x normally open,
- 5/3-way valve
- Mid-position pressurized
- Mid-position closed
- Mid-position exhausted
- 1x normally closed
- 1x normally open,
- 1x normally closed, reversible
## Special Features
## Multi-pin plug manifold
- Max. 32 valve positions/ max. 32 solenoid coils
- Parallel modular valve linking
- Any compressed air supply
- Any number of pressure zones
## Fieldbus manifold/control block
- Max. 32 valve positions/ max. 32 solenoid coils
- Any compressed air supply
- Any number of pressure zones
## Individual valve
- Electrical connection via standardized 4-pin M12 plug or via 4-pin clamped manifold connection for configuration by the user
- Available with internal/external pilot air supply
## Combinable
- Width 0.71 in:
- valve flow rate up to 24.7 scfm
- Width 1.02 in:
- valve flow rate up to 49.4 scfm
- Width 1.65 in:
- valve flow rate up to 53.0 scfm
- Width 1.65 in, 1.02 in and 0.71 in can be combined on a single valve manifold
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
103
## Overview – Key Features
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Individual Connection Valves on individual subbases can be used for actuators further away from the valve manifold.
The electrical connection is established using a standard 4-pin M12 plug 24 V DC (EN 61076-2-101)
or it can be configured by the user with a 4-pin clamped manifold connection 24 V DC or 110 V AC.
## Manifold Connection
An individual connecting cable carries the control signal between the controller and the valve manifold.
The valve manifolds can be fitted with max. 20 valves and max. 20 solenoid coils.
The electrical connection is established via a 5-pin M12 plug 24 V DC
## Multi-pin Plug Connection
Control signals from the controller to the valve manifold are transmitted via a pre-assembled multi-core cable or a self-assembled multi-pin plug connection (CageClamp), which substantially reduces installation time.
The valve manifolds can be fitted with max. 32 valves and max. 32 solenoid coils.
## Variants
- Multi-pin plug connection with manifold strip (CageClamp) 24 V DC or 110 V AC
- Pre-assembled connecting cable 24 V DC
- Sub-D plug connector for fitting by users, 37-pin
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
104
## Overview – Key Features
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Fieldbus Connection via the CPX System An integrated fieldbus node manages the communication connection to a higher-order PLC. This enables a space-saving pneumatic and electronic solution.
Valve manifolds with fieldbus interfaces can be configured with up to 16 manifold subbases. With 2 solenoid coils per connection, up to 32 solenoid coils can thus be actuated.
## Variants
- Profibus-DP
- Interbus
- DeviceNet
- CANopen
- CC-Link
- Ethernet/IP
- CPX manifold
www.festo.com/catalog/cpx
## Control Block Connection via the CPX System
Controllers integrated in the Festo valve manifolds permit the construction of stand-alone control units to IP65, without control cabinets.
Using the slave operation mode, these valve manifolds can be used for intelligent pre-processing and are therefore ideal modules for designing decentralised intelligence.
In the master operation mode, manifold groups can be designed with many options and functions, which can autonomously control a medium-sized machine/system.
- CPX manifold www.festo.com/catalog/cpx
## CP String Extension
The optional string extension allows additional valve manifolds and I/O modules to be connected to the fieldbus node of the CPX manifold. Different input and output modules as well as CPV-SC, CPV and CPA valve manifolds can be connected. The maximum length of the CP string extension is 32.8 feets, which means that the extension modules can be mounted directly on site. All of the required electrical signals are transmitted via the CP cable, which in turn means that no further installation is needed on the extension module.
The CP string interface offers:
- 32 input signals
- 32 output signals for output modules 24 V DC or solenoid coils
- Logic and sensor supply for the input modules
- Load voltage supply for the valve manifolds
- Logic supply for the output modules
www.festo.com/catalog/cpi
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
105
## Overview – Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Modular Pneumatic Components
The modular design of the VTSA/ VTSA-F facilitates maximum flexibility right from the planning stage and offers maximum ease of service in operation.
## Modularity in the basic system
The system consists of manifold subbases and valves. The manifold subbases are screwed together and thus form the support system for the valves.
Inside, the manifold subbases contain the connection ducts for supplying compressed air to and venting from the valve manifold as well as the working ports for the pneumatic cylinders from each valve.
## Modularity in the valves
Each manifold subbase is connected to the next using four screws.
Individual manifold sections can be isolated and further blocks inserted by loosening these screws. This ensures that the valve manifold can be rapidly and reliably expanded.
**==> picture [104 x 8] intentionally omitted <==**
**----- Start of picture text -----**<br>
Modularity in the vertical stacking<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
106
## Overview – Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Modular Electrical Peripherals
The manner in which the valves are actuated differs according to whether you are using a multi-pin manifold or fieldbus manifold.
The VTSA/-VTSA-F with CPX interface is based on the internal bus system of the CPX and uses this communication system for all solenoid coils and a range of electrical input and output functions.
Parallel linking facilitates the following:
- Transmission of switching information
- High valve density
- Compact design
- Separate voltage supply for valves
- Flexible conversion without address shifting
- Transmission of status, parameter and diagnostic data
- Position-based diagnosis
## VTSA with electrical peripherals CPX
**==> picture [127 x 8] intentionally omitted <==**
**----- Start of picture text -----**<br>
Modularity with electrical peripherals CPX<br>**----- End of picture text -----**<br>
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
107
## Overview – Multi-pin Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Valve Manifold with Multi-pin Plug Connection
## Order code:
- 44E for the electrical components
- 44P for the pneumatic components
- 45P… for the pneumatic components. High flow rate with optimized manifold subbases.
Valve manifolds with multi-pin plug connection can be expanded with up to 32 valves with max. 32 solenoid coils. The manifold subbases width 0.71 and
- 1.02 in are prepared for:
- 2 single solenoid valves
- 2 double solenoid valves
- The manifold subbases width 1.65 in are prepared for:
- Double solenoid valve positions can be equipped with any valve or a blanking plate.
- The following multi-pin plug connections to IP65 are available:
- blanking plate. • 37-pin Sub-D connection (24 V DC):
- • Single solenoid valve positions can The connecting cable can be ordered only be equipped with single solenoid in lengths of 8.2, 16.4 and 32.8 ft valves or a blanking plate. for max. 8, 22 or 32 solenoid coils.
- Manifold strip (24 V DC or 110 V AC)
- 1 single solenoid valve
- 1 double solenoid valve
- depending on the size.
**==> picture [428 x 403] intentionally omitted <==**
**----- Start of picture text -----**<br>
aB aC aD aE<br>bJ bA bB<br>aI<br>aH<br>| aG aE NN<br>on aC 2 we <<br>6<br>5<br>aF<br>bC<br>4<br>3 5 eC 5 y SJR<br>aA<br>2<br>aJ<br>1 9<br>Sa SS. G ag<br>bA<br>7<br>8<br>bD<br>7 bE<br>~ om bF<br>k a | aa<br>bB<br>Baa &> a<br>~~ RES XG<br>bB<br>bF<br>bG<br>bB<br>bH<br>bB<br>bI<br>bF<br>bB<br>cJ<br>cB cA<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
108
## Overview – Multi-pin Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Valve Manifold with Multi-pin Plug Connection|Valve Manifold with Multi-pin Plug Connection||
|---|---|---|
||Brief description|�Page|
|1<br>Inscription labels|Large, for multi-pin plug connection|–|
|2<br>Multi-core cable||98|
|3<br>Exhaust plate|Ports 3 and 5 separated|95|
|4<br>Fittings|For supply plate|99|
|5<br>Silencer|For supply plate|99|
|6<br>Exhaust port cover|For ducted exhaust air (ports 3 and 5 combined)|95|
|7<br>Duct separation/seal||95|
|8<br>Manifold subbase|For valves with a width of 1.02 in|95|
|9<br>Flow control plate||97|
|aJ<br>Vertical supply plate||95|
|aA<br>Vertical shut-off plate||97|
|aB<br>Pressure regulator plate||96|
|aC<br>Cover cap|For manual override, pushing, covered|99|
|aD<br>Valve|Width 1.02 in|91|
|aE<br>Inscription label holder|For valve|99|
|aF<br>Blanking plate|For unused valve position (vacant position)|99|
|aG<br>Valve|Width 0.71 in|91|
|aH<br>Valve|Width 1.65 in (type 44 only)|91|
|aI<br>Right-hand end plate||93|
|bJ<br>Silencer|For end plate|99|
|bA<br>Blanking plugs||100|
|bB<br>Fittings||99|
|bC<br>End plate with pilot air selector||93|
|bD<br>Manifold subbase|For valves with a width of 1.65 in (type 44 only)|93|
|bE<br>Manifold subbase|For valves with a width of 0.71 in|93|
|bF<br>Inscription label holder|For supply plate, subbase, 90° connection plate|99|
|bG<br>90° connection plate||95|
|bH<br>Seals||95|
|bI<br>Silencer||99|
|cJ<br>Supply plate||95|
|cA<br>Multi-pin plug connection|Via manifold strip (CageClamp) 24 V DC or 110 V AC|97|
|cB<br>Multi-pinplug connection|With multi-core cable 24 V DC|97|
## Note
The choice of silencer to be used Exhaust port cover 6 with metal depends on the type of vertical exhaust air silencer type U-½-B – stacking of the valve positions to the P pressure regulator plate – left and the right of the supply plate. B pressure regulator plate – AB pressure regulator plate – Exhaust port cover 6 with plastic Vertical shut-off plate exhaust air silencer type U-½ – Vertical supply plate – – A pressure regulator plate Flow control plate
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
109
## Overview – Fieldbus Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Valve Manifold with Fieldbus Connection, Control Block (Electrical Peripherals CPX)
## Order code:
- 50E-… for the electrical peripherals
- 44P for the pneumatic components
- 45P… for the pneumatic components. High flow rate with optimized manifold subbases.
Valve manifolds with fieldbus interface can be expanded with up to 32 valves with max. 32 solenoid coils. Each valve position can be fitted with any valve or a blanking plate.
The rules for CPX apply to the equipment that can be used in combination with the electrical peripherals CPX.
In general:
- Max. 10 electrical modules
- Digital inputs/outputs
- Analogue inputs/outputs
- Parameterisation of inputs and outputs
- Integrated feature-rich diagnostic system
- Preventive maintenance concepts
**==> picture [429 x 402] intentionally omitted <==**
**----- Start of picture text -----**<br>
aA aB aC aD<br>aI bJ bA<br>ha<br>aH<br>5<br>OR aG <P<br>Q<br>aD<br>ey | aB aF Ne<br>5<br>4 aE<br>bB<br>3<br>2<br>aJ<br>9<br>1 8<br>ie | ie Nios<br>( REN, | A EX KEIR<br>bJ<br>6<br>7 bC<br>| 6 || ole4 ca F Se bD<br>bE<br>bA<br>| a | ox ge?<br>RS RS a eo<br>bA<br>a SS ee? 2 |<br>bE<br>bF<br>bA<br>bG<br>bA<br>bH<br>bF<br>bA<br>cA cJ 6 bI<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
110
## Overview – Fieldbus Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Valve Manifold with Fieldbus Connection, Control Block (Electrical Peripherals CPX)|Valve Manifold with Fieldbus Connection, Control Block (Electrical Peripherals CPX)||
|---|---|---|
||Brief description|�Page|
|1<br>Inscription labels|Large, for pneumatic interface CPX|–|
|2<br>Exhaust plate|Ports 3 and 5 separated|95|
|3<br>Fittings|For supply plate|99|
|4<br>Silencer|For supply plate|99|
|5<br>Exhaust port cover|For ducted exhaust air (ports 3 and 5 combined)|95|
|6<br>Duct separation/seal||95|
|7<br>Manifold subbase|For valves with a width of 1.02 in|93|
|8<br>Flow control plate||97|
|9<br>Vertical supply plate||95|
|aJ<br>Vertical shut-off plate||97|
|aA<br>Pressure regulator plate||96|
|aB<br>Cover cap|For manual override, pushing, covered|99|
|aC<br>Valve|Width 1.02 in|91|
|aD<br>Inscription label holder|For valve|99|
|aE<br>Blanking plate|For unused valve position (vacant position)|99|
|aF<br>Valve|Width 0.71 in|91|
|aG<br>Valve|Width 1.65 in (type 44 only)|91|
|aH<br>Right-hand end plate||93|
|aI<br>Silencer|For end plate|99|
|bJ<br>Blanking plugs||100|
|bA<br>Fittings||99|
|bB<br>End plate with pilot air selector||93|
|bC<br>Manifold subbase|For valves with a width of 1.65 in (type 44 only)|93|
|bD<br>Manifold subbase|For valves with a width of 0.71 in|93|
|bE<br>Inscription label holder|For supply plate/subbase/90° connection plate|99|
|bF<br>90° connection plate||95|
|bG<br>Seals||95|
|bH<br>Silencer||99|
|bI<br>Supply plate||95|
|cJ<br>Pneumatic interface||97|
|cA<br>Fieldbus interface||–|
|Note||
|---|---|
|The choice of silencer to be used|Exhaust port cover5with metal|
|depends on the type of vertical|exhaust air silencer type U-½-B|
|stacking of the valve positions to the|– P pressure regulator plate|
|left and the right of the supply plate.|– B pressure regulator plate|
||– AB pressure regulator plate|
|Exhaust port cover5with plastic|– Vertical shut-off plate|
|exhaust air silencer type U-½|– Vertical supply plate|
|– A pressure regulator plate|– Flow control plate|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
111
## Overview – Single Subbases
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Individual Subbase Order code: Individual subbases can be equipped • Using individual part numbers with any valve.
The electrical connection is established configured by the user with a 4-pin using a standard 4-pin M12 plug clamped manifold connection/open (EN 61076-2-101) or it can be cable end.
Width 0.71 in with M12 plug Width 1.02 in with M12 plug 7 7 6 5 —e 6 ~~*~~ 5 4 8 aC 8 3 9 3 2 ~~Si~~ aJ ~~Be~~ 9 1 aB aJ aA Brief description Page 1 Fitting x NPT for supply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 2 Silencer x NPT for supply/exhaust ports (1, 3, 5) 99 3 Electrical connection M12[1)] 4-pin – 4 VSVA valve Width 0.71 in 91 5 Manual override Non-detenting/detenting, per solenoid coil – 6 Cover cap For manual override, pushing 99 7 Cover cap For manual override, covered 99 8 Inscription label holder For valves 99 9 Individual subbase For valve VSVA 94 aJ Inscription label holder For manifold blocks 99 aA Fitting ¼ NPT for supply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 aB Silencer ¼ NPT for supply/exhaust ports (1, 3, 5) 99 aC VSVA valve Width 1.02 in 91 ~~eZ~~ 1) Only with 24 V DC
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
112
## Overview – Single Subbases
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Individual Subbase Width 0.71 in with clamped manifold connection Width 1.02 in with clamped manifold connection 7 7 6 ~~e~~ —__ ~~_~~ 6 ~~Qe —~~ 5 —— ~~'~~ 5 4 8 aC 8 3 3 9 6° ~~25~~ 2 aJ 9 1 aB « ~~9~~ ae™~ ~~—~~ — Se ~~i~~ aJ aA Brief description Page 1 Fitting x NPT for aupply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 2 Silencer x NPT for supply/exhaust ports (1, 3, 5) 99 3 Manifold connection[1)] 4-pin, configured by the user – 4 VSVA valve Width 0.71 in 91 5 Manual override By pushing/detenting, per solenoid coil – 6 Cover cap For manual override, pushing 99 7 Cover cap For manual override, covered 99 8 Inscription label holder For valves 99 9 Individual subbase For valve VSVA 94 aJ Inscription label holder For manifold blocks 99 aA Fitting ¼ NPT for supply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 aB Silencer ¼ NPT for supply/exhaust ports (1, 3, 5) 99 aC VSVA valve Width 1.02 in 91 ~~aaa~~ 1) 24 V DC or 110 V AC
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
113
## Overview – Single Subbases
Valve Manifolds Type 44 VTSA – Inch Series
Individual Subbase Width 1.65 in with spring-loaded manifold/open end Width 1.65 in with M12 plug 7 7 6 6 5 8 5 8 4 4 ~~O~~ r ~~e -~~ , S ~~i~~ S ~~i~~ j 3 aA . ee 2 ~~e~~ y Neb >» BS ~~)~~ A cl ~~SSO~~ 9 S ~~e~~ a ~~,~~ 9 2 S ~~a~~ aJ 2 ~~R~~ one? aJ 1 1 Brief description Page 1 Fitting y NPT for supply/exhaust ports (1, 3, 5) and working ports (2, 4) 99 2 Silencer y NPT for supply/exhaust ports (1, 3, 5) 99 – 3 Clamped manifold connection/open end[1)] 4-pin, configured by the user 4 VSVA valve Width 1.65 in 91 5 Manual override Pushing/detenting, per solenoid coil – 6 Cover cap For manual override, pushing 99 7 Cover cap For manual override, covered 99 8 Inscription label holder For valves 99 9 Individual subbase For valve VSVA 94 aJ Inscription label holder For manifold blocks 99 aA Electrical connection M12[2)] 4-pin – ~~==~~ 1) 24 V DC or 110 V AC 2) Only for 24 V DC
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
114
## Overview – Individual Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Valve Manifold with Individual Connection
Order code:
- 44E for the electrical components
- 45E for the electrical components
- 44P for the pneumatic components
- 45P for the pneumatic components
Valve manifolds with individual connection can be expanded with up to 20 valves with max. 20 solenoid coils. The manifold subbases width 0.71 and
- 1.02 in are either prepared for:
- 2 single solenoid valves
- Double solenoid valve positions can The electrical connection is established be fitted with any valve or a blanking via a 5-pin M12 plug. plate.
- Single solenoid valve positions can only be fitted with single solenoid valves or a blanking plate.
- 2 double solenoid valves
- The manifold subbases width 1.65 in are prepared for:
- 1 single solenoid valve
- 1 double solenoid valve
- depending on the size.
**==> picture [446 x 463] intentionally omitted <==**
**----- Start of picture text -----**<br>
bA<br>bJ<br>aA aB aC aD<br>aI<br>aH<br>aG<br>NUale |<br>| aD _ Ss<br>|| || aB aF we—~< a e , 25<br>aE<br>bB<br>5 WlNg HeesSONY lan Noa4 || SHfe > .~ Se. S Ss<br>en | AK | mn Xe <<<br>4 aJ<br>3 9<br>2<br>1 (ot © 8 aAmkK || | || <Pees. > & )i 9<br>VW > NSS MRS 3 S24<br>9<br>Pa iS “A SC NEL Oe? SEN 6<br>bC<br>7<br>| | AO ONE NN<br>| boo -<br>. 6 LAI LT<br>S23,3S }||| zxPBAasa IKO [PPS]<br>bD<br>bE<br>bA<br>CS~ CR : s<br><< SSB IE KS>._ , bA<br>_ XE B — SZ, ! bE<br>a . | bF<br>bA<br>bG<br>bA<br>bH<br>bE<br>bA<br>cJ bI<br>**----- End of picture text -----**<br>
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
115
## Overview – Individual Connection
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Valve Manifold with Individual Connection|||
|---|---|---|
||Brief description|�Page|
|1<br>Cover|For individual connection|97|
|2<br>Exhaust plate|Ports 3 and 5 separated|95|
|3<br>Fittings|For supply plate|99|
|4<br>Silencer|For supply plate|99|
|5<br>Exhaust port cover|For ducted exhaust air (ports 3 and 5 combined)|95|
|6<br>Duct separation/seal||95|
|7<br>Manifold subbase|For valves with a width of 1.02 in|93|
|8<br>Flow control plate||97|
|9<br>Vertical supply plate||95|
|aJ<br>Vertical shut-off plate||97|
|aA<br>Pressure regulator plate||96|
|aB<br>Cover cap|For manual override, pushing, covered|99|
|aC<br>Valve|Width 1.02 in|91|
|aD<br>Inscription label holder|For valve|99|
|aE<br>Blanking plate|For unused valve position (vacant position)|99|
|aF<br>Valve|Width 0.71 in|91|
|aG<br>Valve|Width 1.65 in (type 44 only)|93|
|aH<br>Right-hand end plate||93|
|aI<br>Silencer|For end plate|99|
|bJ<br>Blanking plugs||100|
|bA<br>Fittings||99|
|bB<br>End plate with pilot air selector||93|
|bC<br>Manifold subbase|For valves with a width of 1.65 in (type 44 only)|93|
|bD<br>Manifold subbase|For valves with a width of 0.71 in|93|
|bE<br>Inscription label holder|For supply plate, subbase, 90° connection plate|99|
|bF<br>90° connection plate||95|
|bG<br>Seals||95|
|bH<br>Silencer||99|
|bI<br>Supply plate||95|
|cJ<br>Multi-pin plug connection|Individual connection with M12, 10-way or 6-way (including cover)|97|
Note The choice of silencer to be used Exhaust port cover 5 with metal depends on the type of vertical exhaust air silencer type U-½-B – stacking of the valve positions to the P pressure regulator plate – left and the right of the supply plate. B pressure regulator plate – AB pressure regulator plate – Exhaust port cover 5 with plastic Vertical shut-off plate exhaust air silencer type U-½ – Vertical supply plate – – A pressure regulator plate Flow control plate
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
116
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Subbase Valve VTSA/VTSA-F offers a comprehensive range of valve functions. All valves are equipped with piston spool and patented sealing system which facilitate efficient sealing, a broad pressure range and long service life.
Subbase valves can be quickly replaced since the tubing connections remain on the subbase.
Irrespective of the valve function there are subbase valves with one solenoid coil (single solenoid) or with two solenoid coils for double solenoid or double valve functions.
Reverse operation Select reverse operation (code Z) if you wish to operate an actuator (cylinder) with different pressures for the forward and return stroke. It must be noted here that these valves must be operated via a separate pressure zone.
## Blanking Plate
**==> picture [58 x 48] intentionally omitted <==**
Plate without valve function for reserving valve positions on a valve manifold.
Valves and blanking plates are attached to the manifold subbase using two screws.
|Valve Function||||||||
|---|---|---|---|---|---|---|---|
|Code<br>Circuit s**y**m|bol|||Width|||Descri**p**tion|
|||||0.71 in|1.02 in|1.65 in||
|M||||�|�|�|5/2-way valve, single solenoid<br>• Pneumatic spring return|
|O||||�|�|�|5/2-way valve, single solenoid<br>• Spring return|
|J||||�|�|�|5/2-way valve, double solenoid|
|D||||�|�|�|5/2-way valve, double solenoid<br>• Dominant signal with port 14 on the control side|
|N||||�|�|�|2x 3/2-way valve, single solenoid<br>• Normally open<br>• Pneumatic spring return|
|||||||||
|||||||||
|K||||�|�|�|2x 3/2-way valve, single solenoid<br>• Normally closed<br>• Pneumatic spring return|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
117
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Valve Function|||||||
|---|---|---|---|---|---|---|
|Code<br>Circuit s**y**mbol|||Width|||Descri**p**tion|
||||0.71 in|1.02 in|1.65 in||
|H|||�|�|�|2x 3/2-way valve, single solenoid<br>• Normal position<br>– 1x closed<br>– 1x open<br>• Pneumatic spring return<br>• Operatingpressure>44psi|
||||||||
||||||||
|B|||�|�|�|5/3-way valve<br>• Mid-position pressurized1)<br>• Spring force return|
|G|||�|�|�|5/3-way valve<br>• Mid-position closed1)<br>• Spring force return|
|E|||�|�|�|5/3-way valve<br>• Mid-position exhausted1)<br>• Spring force return|
|P|||�|�|�|2x 3/2-way valve, single solenoid<br>• Reverse operation<br>• Normally open<br>• Pneumatic spring return|
||||||||
||||||||
|Q|||�|�|�|2x 3/2-way valve, single solenoid<br>• Reverse operation<br>• Normally closed<br>• Pneumatic spring return|
||||||||
||||||||
|R|||�|�|�|2x 3/2-way valve, single solenoid<br>• Reverse operation<br>• Normal position<br>– 1x closed<br>– 1x open<br>• Pneumatic spring return|
|L|||�|�|�|For valve manifold only:<br>Blanking plate for vacant valve position|
1) If neither solenoid coil is energized, the valve moves to its mid-position by means of spring force. If both coils are energized at the same time, the valve remains in the previously assumed switching position.
## Design
Valve replacement
The valves are attached to the metal manifold subbase using two screws. This means that they can be easily
replaced. The high-quality of the manifold subbase guarantees good long-term sealing tightness.
## Expansion
Vacant positions can be equipped with valves at a later date. The dimensions, mounting points and existing pneumatic installations remain
unchanged during this process. The order code VSVA-… is located on the front of the valve beneath the manual override.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
118
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Vertical Stacking
**==> picture [100 x 113] intentionally omitted <==**
Additional function units can be added to each valve position between the subbase and the valve. These functions, designated as vertical stacking, facilitate special functioning or control
of the respective individual valve position. Combinations of several valve sizes on one valve manifold are possible.
## Note
The operation of the components should be checked when combining multiple vertical stacking components.
The following combination of reversible valve manifolds with vertical stacking components is not permitted:
- Reversible pressure regulating plates
– Throttle plates
- Vertical isolating plates
- – Vertical supply plates
## Vertical stacking components
**==> picture [127 x 354] intentionally omitted <==**
**==> picture [117 x 274] intentionally omitted <==**
**----- Start of picture text -----**<br>
1<br>2<br>3<br>4<br>5<br>6<br>**----- End of picture text -----**<br>
The following component sequence is recommended for valve positions with vertical stacking:
- 1 ISO valve
- 2 Pressure regulator plate
- 3 Flow control plate
- 4 Vertical shut-off plate
- 5 Vertical supply plate
- 6 Manifold subbase
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
119
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
**==> picture [511 x 543] intentionally omitted <==**
**----- Start of picture text -----**<br>
Vertical Stacking<br>Pressure regulator plate<br>An adjustable pressure regulator can This pressure regulating valve Standard version:<br>be installed between the subbase and maintains an essentially constant – Standard port pattern to<br>the valve in order to control the force of output pressure (secondary side) ISO 15407-2 or ISO 5599-2<br>the respective actuator. independent of pressure fluctuations (type 44 only)<br>–<br>(primary side) and air consumption. For supply pressure up to 88 psi<br>or up to 147 psi<br>–<br>Without pressure gauge (optional)<br>–<br>Regulator knob with 3 positions<br>(locked, reference position,<br>free running)<br>Mode of operation of the pressure regulating plate (P regulation) for port 1; code: ZA, ZF<br>This pressure regulator regulates the During venting, the exhaust flow in<br>pressure before the valve in duct 1. the valve is from duct 2 to duct 3 and<br>Ducts 2 and 4 thus have the same from duct 4 to duct 5.<br>regulated pressure.<br>Port 2<br>Port 4<br>1 Duct 3 (exhaust)<br>2 Duct 1 (supply air)<br>1 2 3 3 Duct 5 (exhaust)<br>Advantages Application examples<br>– – –<br>The pressure regulator is not affected The pressure regulator can always be An equal working pressure is than the operating pressure present<br>by venting, as the pressure is adjusted, as the pressure from the required at working ports 2 and 4 on the valve manifold (e.g. 118 psi) is<br>–<br>regulated before the valve. valve manifold is always present. A lower working pressure (e.g. 44 psi) required.<br>Mode of operation of the pressure regulating plate (A/B regulation) for ports 2 and 4; code: ZD, ZI<br>This pressure regulator regulates the Example with the following switching<br>pressure in ducts 2 and 4 after the position:<br>pressure medium flows through the The supply air flows from duct 1 of the<br>valve. During venting, the exhaust flow manifold subbase via the valve to duct<br>in the valve is from duct 2 to duct 3 and 2, it is then regulated and made<br>from duct 4 to duct 5 via the pressure available at port 2 of the manifold<br>regulator. subbase. At the same time, venting<br>Port 2 takes place via duct 4 of the manifold<br>Port 4 subbase, via the regulator and via the<br>valve into duct 5 of the manifold<br>subbase.<br>1 Duct 3 (exhaust)<br>2 Duct 1 (supply air)<br>1 2 3 3 Duct 5 (exhaust)<br>Restrictions Application examples<br>**----- End of picture text -----**<br>
**==> picture [244 x 95] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Duct 3 (exhaust)<br>2 Duct 1 (supply air)<br>1 2 3 3 Duct 5 (exhaust)<br>Restrictions<br>–<br>The pressure regulator cannot be the valve is pressurized in the<br>adjusted in the exhaust position. switching position from duct 1 to<br>For example, the pressure regulator duct 2 and exhausted from duct 4 to<br>for duct 4 cannot be adjusted when duct 5.<br>**----- End of picture text -----**<br>
- When two different working pressures are required instead of the valve manifold operating pressure at ports 2 and 4.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
120
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Vertical Stacking Mode of operation of the pressure regulating plate (A/B regulation, reversible) for ports 2 and 4, reversible; code: ZE, ZJ With this pressure regulator, the supply air (duct 1) is split and routed directly to both pressure regulators. The regulated compressed air is present in ducts 3 and 5 on the valve. The valve is thus operated in reversible mode. This means Port 2 – Duct 3 routes the working pressure Port 4 to port 2 – Duct 5 routes the working pressure to port 4 1 Duct 3 (exhaust) 2 Duct 1 (supply air) 1 2 3 3 Duct 5 (exhaust) Application examples – – When two different pressures are When fast exhaust performance required in ducts 2 and 4 instead of is required. Note – – the operating pressure. When the pressure regulator must Reversible pressure regulating plates always be adjustable. may only be combined with valves
Example with the following switching position:
The supply air in duct 1 is split among ducts 3 and 5 in the regulator and flows from here to the valve. In the valve, the supply air is routed to port 2 of the manifold subbase. The exhaust air is simultaneously routed via duct 4 of the manifold subbase and via the valve to regulator duct 1, where it is split between ducts 3 and 5 and then drawn off via the manifold subbase.
- Note – – Reversible pressure regulating plates The following combination of may only be combined with valves reversible valve manifolds with that can be operated in reversible vertical stacking components is not mode. permitted:
- – – Valves in valve positions with Reversible pressure regulating vertical shut-off plates are operated plates –
- with internal pilot air supply, even Flow control plates –
- when the valve manifold is operated Vertical shut-off plates –
- with external pilot air supply. Vertical supply plates
- Advantages Disadvantages
- – – – – Fast cycle times. Operating pressure is always present 2x 3/2-way valves (code N, K, H) No practical combination with a
- – 50% higher exhaust flow rate, as air at the pressure regulator, as the not used, as pressure is present at flow control plate possible. is not exhausted via the pressure pressure is regulated before the ports 3 and 5. regulator. The load on the pressure valve, i.e. the regulator can always regulator is also reduced. be adjusted.
- – No quick exhaust valves are required.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
121
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Vertical Stacking – P|ressure Regulating Plate|ressure Regulating Plate|||||||
|---|---|---|---|---|---|---|---|---|
|Code||T**yp**e|Width|||Supply pressure||Descri**p**tion|
||||0.71 in|1.02 in|1.65 in|88 psi|147 psi||
|Pressure regulating|plate for port 1 (P regulator)||||||||
|ZA<br>ZF||VABF-S4-…-R1C2-C-10|�|�|�|–|�|• Regulates the operating pressure<br>in duct 1 before the directional<br>control valve|
|||VABF-S4-…-R1C2-C-6|�|�|�|�|–||
|Pressure regulating|plate for port 2 (B regulator)||||||||
|ZC<br>ZH||VABF-S4-…-R2C2-C-10|�|�|�|–|�|• Regulates the operating pressure<br>in duct 2 after the directional<br>control valve|
|||VABF-S4-…-R2C2-C-6|�|�|�|�|–||
|Pressure regulating|plate for port 4 (A regulator)||||||||
|ZB<br>ZG||VABF-S4-…-R3C2-C-10|�|�|�|–|�|• Regulates the operating pressure<br>in duct 4 after the directional<br>control valve|
|||VABF-S4-…-R3C2-C-6|�|�|�|�|–||
|Pressure regulating|plate for ports 2 and 4 (AB regulator)||||||||
|ZD<br>ZI||VABF-S4-…-R4C2-C-10|�|�|�|–|�|• Regulates the operating pressure<br>in ducts 2 and 4 after the<br>directional control valve|
|||VABF-S4-…-R4C2-C-6|�|�|�|�|–|Note<br>These pressure regulating plates<br>cannot be combined with reversible<br>2x 3/2-way valves (code P, Q, R).|
|Pressure regulating|plate for port 2, reversible (B regulator)||||||||
|ZL<br>ZN||VABF-S4-…-R6C2-C-10|�|�|�|–|�|• Reversible pressure regulator<br>for port 2|
|||VABF-S4-…-R6C2-C-6|�|�|�|�|–||
|Pressure regulating|plate for port 4, reversible (A regulator)||||||||
|ZK<br>ZM||VABF-S4-…-R7C2-C-10|�|�|�|–|�|• Reversible pressure regulator<br>for port 4|
|||VABF-S4-…-R7C2-C-6|�|�|�|�|–||
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
122
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Vertical S|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|tacking – Pressure Regulating Plate|||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Code||||||||||T**yp**e|Width|||Supply pressure||Descri**p**tion|
||||||||||||0.71 in|1.02 in|1.65 in|88 psi|147 psi||
|Pressure|regulating||plate for ports 2 and 4, reversible (AB regulator)||||||||||||||
|ZE||||||||||VABF-S4-…-R5C2-C-10|�|�|�|–|�|• Reversible pressure regulator for<br>ports 2 and 4<br>• Pressure regulation before the<br>valve<br>• Redirects the operating pressure<br>from duct 1 to ducts 3 and 5<br>• Routes the exhaust air from duct<br>1 to ducts 3 and 5|
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
||||||||||||||||||
|ZJ||||||||||VABF-S4-…-R5C2-C-6|�|�|�|�|–|Note<br>This pressure regulating plate<br>cannot be combined with standard<br>2x 3/2-way valves (code N, K, H).<br>Reversible 2x 3/2-way valves (code<br>P, Q, R) must not be operated in a<br>separate pressure zone in<br>combination with these pressure<br>regulators.|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
123
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Vertical Stacking|Vertical Stacking|– Flow Control Plate|– Flow Control Plate|– Flow Control Plate||||
|---|---|---|---|---|---|---|---|
|||This plate is used for exhaust air flow<br>control in ducts 3 and 5 of a valve in<br>order to adjust the speed of the<br>actuator.|||Ducts 3 and 5 can be adjusted<br>independently of each other.<br>Note<br>On reversible valve manifolds, supply<br>air flow control takes place in ducts 3<br>and 5 before the valve.|||
|Code|||T**yp**e|Width|||Descri**p**tion|
|||||0.71 in|1.02 in|1.65 in||
|X|||VABF-S4-…F1B1-C|�|�|�|• Controls the flow of exhaust air after the valve<br>to ducts 3 and 5|
## Vertical Stacking – Vertical Shut-off Plate
**==> picture [114 x 86] intentionally omitted <==**
With this plate a valve can be shut off Following activation of the shut-off, from the supply pressure of the the exhaust air/return air from Note Manifold. This means that the valve can the cylinder is drawn off via the It must be ensured that the operating be removed without shutting off the M5 threaded connection. pressure of the valve manifold lies pressure. within the range of the required pilot pressure (i.e. min. 44 psi).
|Code||T**yp**e|Width|||Descri**p**tion|
|---|---|---|---|---|---|---|
||||0.71 in|1.02 in|1.65 in||
|ZT||VABF-S4-…L1D1-C|�|�|�|• 2/2-way valve for shutting off the operating pressure<br>at the valve position<br>• Blocks ducts 12 and 14 for the valve position<br>• Supplies the valve position with internal pilot air|
## Vertical Stacking – Vertical Supply Plate
**==> picture [87 x 68] intentionally omitted <==**
With this plate a valve can be supplied with individual operating pressure independently of the operating pressure of the manifold.
|Code||T**yp**e|Width|||Descri**p**tion|
|---|---|---|---|---|---|---|
||||0.71 in|1.02 in|1.65 in||
|ZU||VABF-S4-…P1A3-…|�|�|�|• Plate with port 11 for supplying an individual<br>operating pressure for a valve position|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
124
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Manifold Subbase VTSA/VTSA-F is based on a modular The manifold subbase contains a working lines for the pneumatic system which consists of manifold ducting seal and electrical linking. They cylinders for each valve. subbases and valves. Manifold can be freely mixed within a valve Each manifold subbase is connected to subbases are available for valve width manifold. The manifold subbases are the next using four screws. Individual 0.71 and 1.02 in in a double grid, i.e. screwed together and thus form the manifold sections can be isolated and two valves per manifold subbase. support system for the valves. further manifold subbases inserted For width 1.65 in (type 44 only) there Inside the manifold blocks are the by loosening these screws. This ensures are manifold subbases for one valve per connection channels for supplying that the valve manifold can be rapidly subbase . compressed air to and venting from the and reliably expanded. valves on the manifold as well as the
|Port Patterns on the Manifold Subbase|Port Patterns on the Manifold Subbase||||
|---|---|---|---|---|
|Type 44 VTSA|||Type 45 VTSA-F||
|Width 0.71 in|Width 1.02 in|Width 1.65 in|Width 0.71 in|Width 1.02 in|
**==> picture [38 x 201] intentionally omitted <==**
**==> picture [60 x 201] intentionally omitted <==**
**==> picture [37 x 201] intentionally omitted <==**
|90° Connection Plate for Working Ports (2, 4) of the Manifold Subbases|90° Connection Plate for Working Ports (2, 4) of the Manifold Subbases|90° Connection Plate for Working Ports (2, 4) of the Manifold Subbases||||||
|---|---|---|---|---|---|---|---|
|Code||T**yp**e|Width|||Ports|Workin**g** **p**orts**(**2**,**4**)**|
||||0.71 in|1.02 in|1.65 in||in the 90° connection plate|
|P||NPT thread:<br>VABF-S4-…-A2G2-N…|�|�|�|2 and 4|Outlet at bottom<br>• Connection size for 0.71 in width:<br>xNPT<br>• Connection size for 1.02 in width:<br>¼NPT<br>• Connection size for 1.65 in width:<br>yNPT|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
125
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Manifold|Subbase Variants – Type 44 VTSA|Subbase Variants – Type 44 VTSA|||||||
|---|---|---|---|---|---|---|---|---|
|Code|||Type|Width|||No. of valve<br>**p**ositions**/**soleno|Working ports (2, 4) on<br>manifold subbase|
|||||0.71 in|1.02 in|1.65 in|id coils||
|Manifold s|ubbase for|multi-pin plug/fieldbus connection for double solenoid valves|||||||
|A<br>AK<br>B<br>BK<br>C<br>CK|||NPT thread:<br>VABV-S4-2S-N18-2T2|�|–|–|2/4|• Connection sizes for 0.71 in width:<br>xNPT, QS-x-Ä-U, QS-x-¼-U|
||||NPT thread:<br>VABV-S4-1S-N14-2T2|–|�|–|2/4|• Connection sizes for 1.02 in width:<br>¼NPT, QS-¼-y-U, QS-¼-Ä-U|
||||NPT thread:<br>VABV-S2-1S-N38-2T2|–|–|�|2/4|• Connection sizes for 1.65 in width:<br>yNPT, QS-y-y-U, QS-y-½-U|
|Manifold s|ubbase for|multi-pin plug/fieldbus connection for single solenoid||valves|||||
|E<br>EK<br>F<br>FK<br>G<br>GK|||NPT thread:<br>VABV-S4-2S-N18-2T1|�|–|–|2/2|• Connection sizes for 0.71 in width:<br>xNPT, QS-x-Ä-U, QS-x-¼-U|
||||NPT thread:<br>VABV-S4-1S-N14-2T1|–|�|–|2/2|• Connection sizes for 1.02 in width:<br>¼NPT, QS-¼-y-U, QS-¼-Ä-U|
||||NPT thread:<br>VABV-S2-1S-N38-2T1|–|–|�|2/2|• Connection sizes for 1.65 in width:<br>yNPT, QS-y-y-U, QS-y-½-U|
|Manifold|Subbase Variants – Type 45 VTSA-F|Subbase Variants – Type 45 VTSA-F|Subbase Variants – Type 45 VTSA-F|||||
|---|---|---|---|---|---|---|---|
|Code|||Type|Width||No. of valve<br>**p**ositions**/**|Working ports (2, 4) on manifold subbase|
|||||0.71 in|1.02 in|solenoid coils||
|Manifold s|ubbase for|multi-pin plug/fieldbus connection for double solenoid valves||||||
|A<br>AK<br>B<br>BK|||NPT thread:<br>VABV-S4-2HS-N18-2T2|�|–|2/4|• Connection sizes for 0.71 in width:<br>xNPT, QS-x-Ä-U, QS-x-¼-U|
||||NPT thread:<br>VABV-S4-1HS-N14-2T2|–|�|2/4|• Connection sizes for 1.02 in width:<br>¼NPT, QS-¼-y-U, QS-¼-Ä-U|
|Manifold s|ubbase for|multi-pin plug/fieldbus connection for single solenoid||valves||||
|E<br>EK<br>F<br>FK|||NPT thread:<br>VABV-S4-2HS-N18-2T1|�|–|2/2|• Connection sizes for 0.71 in width:<br>xNPT, QS-x-Ä-U, QS-x-¼-U|
||||NPT thread:<br>VABV-S4-1HS-N14-2T1|–|�|2/2|• Connection sizes for 1.02 in width:<br>¼NPT, QS-¼-y-U, QS-¼-Ä-U|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
126
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Compressed Air Supply and Venting
Right-hand end plate – Code X
Right-hand end plate – Code V
**==> picture [62 x 57] intentionally omitted <==**
**==> picture [60 x 56] intentionally omitted <==**
Port configuration for supply plates Port configuration for supply plates Exhaust air 3/5 separated Exhaust port 3/5 common – Code K – Code L
**==> picture [61 x 68] intentionally omitted <==**
**==> picture [57 x 70] intentionally omitted <==**
End plate with pilot air selector – Code Y, U, Z, W
**==> picture [61 x 61] intentionally omitted <==**
The valve manifold VTSA/VTSA-F can be supplied with compressed air at one or more points. This is a reliable way of ensuring that all functional components of the manifold will always offer good performance, even with large-scale expansions. The valve manifold is supplied via supply plates (max. 16 per manifold) or via an end plate. Venting is performed either using silencers or ports for ducted exhaust air on the supply plates and/or on the right-hand end plate. There are two types of supply plates:
- Exhaust port 3/5 common
- Exhaust 3/5 port separated
## Pilot air supply
The port for the pneumatic supply is Internal pilot air supply located on the supply plates or the Internal pilot air supply can be selected right-hand end plate. if the required working pressure is The ports differ for the following types between 44 and 147 psi. of pilot air supply: The pilot air supply is then branched • Internal from the compressed air supply 1 using • External an internal connection. Port 14 on the right-hand end plate is sealed with a blanking plug.
## External pilot air supply
If the supply pressure is less than Note 44 psi, you must operate your valve If a gradual pressure build-up in the manifold using external pilot air supply. system using a pressurized on-off The pilot air supply is supplied via port valve is required, external pilot supply 14 on the right-hand end plate to this air where the control pressure applied end. This is the case even if the valve during switch-on is already very high manifold is operated with different should be selected. pressure zones.
## Right-hand End Plate
Different right-hand end plates are For end plates with pilot air selector, End plates with pilot air selector switch available. the outgoing direction of the ports is to set at the factory for: Note the front face of the valve manifold. – Internal pilot air supply: Code Y The end plate with pilot air selector With the following two end plates, the This means that all of the ports on the – External pilot air supply: Code Z must be used in combination with a outgoing direction of the ports is manifold can be combined in one – Internal pilot air supply, ducted pilot supply plate. aligned with the horizontal stacking outgoing direction. exhaust air: Code U The reversible 3/2-way valves direction. The special feature of the end plates – External pilot air supply, ducted pilot (code P, Q, R) must only be operated in Right-hand end plates with supply with pilot air selector is the selector exhaust air: Code W selector position 1 or 2 (code Z, Y). **air/exhaust air switch itself, which has four settings** – Internal pilot air supply: Code V for different pilot air supply/pilot – External pilot air supply: Code X exhaust air.
|nd End Plate with Coding Cap|nd End Plate with Coding Cap||
|---|---|---|
|||Selectorposition|
|||1|
|||2|
|||3|
|||4|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
127
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|Right-hand End Plate|||||
|---|---|---|---|---|---|---|---|---|---|---|
|Code<br>T**y**|**p**e of com**p**ressed air su**pp**l**y**and**p**ilot air su**pp**l**y**||||||Width|||Description|
||||||||0.71 in|1.02 in|1.65 in||
|R|ight-hand end|plate|||||||||
|V|||||||�|�|�|Supply air/exhaust air, internal pilot air supply, silencer<br>• Pilot air supply is branched internally from port 1<br>• Port 14 is sealed with a blanking plug<br>• Exhaust 3/5 via silencer<br>• For operating pressure in the range 44 … 147 psi<br>• Pilot exhaust1)|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|X|||||||�|�|�|Supply air/exhaust air, external pilot air supply, silencer<br>• Pilot air supply between 2 and 10 bar is connected at<br>port 14<br>• Exhaust 3/5 via silencer<br>• For operating pressure in the range –13.2 … 147 psi<br>(suitable for vacuum)<br>• Pilot exhaust1)|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|Code2)<br>E|nd plate with|pilot air selector|||||||||
|Y (2)|||||||�|�|�|Internal pilot air supply<br>• Pilot air supply is branched internally from port 1<br>• Ports 1/12/14 are internally connected<br>• Ports 12/14 are sealed with blanking plugs<br>• Pilot exhaust air is vented via valve housing|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|U (4)|||||||�|�|�|Internal pilot supply air, ducted exhaust air<br>• Pilot air supply is branched internally from port 1<br>• Ports 1/14 are internally connected<br>• Port 14 is sealed with a blanking plug<br>• Pilot exhaust via port 12 with silencer1)|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|Z (1)|||||||�|�|�|External pilot air supply<br>• Pilot air supply is connected at port 14<br>• Port 12 is sealed with a blanking plug<br>• Ports 12/14 are internally connected<br>• Pilot exhaust air is vented via valve housing|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|W (3)|||||||�|�|�|External pilot supply air, ducted exhaust air<br>• Pilot air supply is connected at port 14<br>• Pilot exhaust via port 12 with silencer1)|
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
- 1) Ducted pilot exhaust air is only possible with turned seals on the valve
- 2) Selector position in brackets
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
128
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Compressed Air Supply/Duct Separation
– Additional supply plates can be used Depending on your order, the exhaust If a duct separation is required, there Supply plate with duct separation on for larger manifolds or to create air ducts are either ducted or vented via are three different options: the left-hand side: pressure zones. silencers. – Duct separation 1, 3, 5: Code S Code SU, TU, RU – – These can be selected at any point Duct separation 1: Code T Supply plate with duct separation on before or after manifold subbases. VTSA/VTSA-F with ducted exhaust air – Duct separation 3, 5: Code R the right-hand side: With ducted exhaust air, venting can be Code US, UT, UR – Supply plates contain the ports: performed via a supply plate or a If a combination of duct separation 2 supply plates with intermediate • Compressed air supply port (1) right-hand end plate (code V or X). (S, T or R) and one or two supply plates duct separation: • Exhaust port (3/5) common or is required, the following variants can Code USU, UTU, URU separated be selected:
|Supply Plates|||||||
|---|---|---|---|---|---|---|
|Code||T**yp**e|Width|||Descri**p**tion|
||||0.71 in|1.02 in|1.65 in||
|U||• Exhaust port 3/5 common<br>For NPT thread:<br>VABF-S6-10-P1A7-N12<br>• Exhaust air 3/5 separated<br>For NPT thread:<br>VABF-S6-10-P1A6-N12|�|�|�|Supply plate without duct separation<br>(no R, S or T selected)|
|SU<br>TU<br>RU|||�|�|�|Supply plate with duct separation on left,<br>if R, S or T selected|
|US<br>UT<br>UR|||�|�|�|Supply plate with duct separation on right,<br>if R, S or T selected|
|USU<br>UTU<br>URU|||�|�|�|2 supply plates with duct separation in centre,<br>if R, S or T selected|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
129
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Configuration of All|Configuration of All|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|Pneumatic Connections with NPT Thread|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Code1)||||||||||Connection|Designation|Code M<br>Push-in connector<br>large|Code N<br>Push-in connector<br>small|
|V<br>X||||||–||||Right-hand end plate, internal pilot air supply, silencer||||
|||||||||||1<br>Compressed air/<br>vacuum supply|Push-in fitting|QS-½-Æ-U|QS-½-½-U|
|||||||||||3/5<br>Exhaust air|Via silencer|U-½-B-NPT|U-½-B-NPT|
|||||||||||14<br>Pilot air supply|Blanking plug|B-¼-NPT|B-¼-NPT|
|||||||||||Right-hand end plate, external pilot air supply, silencer||||
|||||||||||1<br>Compressed air/<br>vacuum supply|Push-in fitting|QS-½-Æ-U|QS-½-½-U|
|||||||||||3/5<br>Exhaust air|Via silencer|U-½-B-NPT|U-½-B-NPT|
|||||||||||12<br>Pilot exhaust air|Via silencer|U-¼-B-NPT|U-¼-B-NPT|
|||||||||||14<br>Pilot air supply|Push-in fitting|QS-¼-y-U|QS-¼-Ä-U|
|Y (2)||||||||||End plate with pilot air selector, internal pilot air supply||||
|||||||||||||||
|||||||||||||||
|||||||||||12/14<br>Pilot air supply/<br>pilot exhaust air|Blanking plug/push-in fitting|B-¼-NPT /<br>QS-¼-y-U|B-¼-NPT /<br>QS-¼-Ä-U|
|||||||||||||||
|||||||||||||||
|U (4)||||||||||End plate with pilot air selector, internal pilot air supply, ducted exhaust air||||
|||||||||||||||
|||||||||||||||
|||||||||||12/14<br>Pilot air supply/<br>pilot exhaust air|Blanking plug/blanking plug|B-¼-NPT /<br>B-¼-NPT|B-¼-NPT /<br>B-¼-NPT|
|||||||||||||||
|||||||||||||||
|Z (1)||||||||||End plate with pilot air selector, external pilot air supply<br><br> <br> <br> <br>||||
|||||||||||||||
|||||||||||||||
|||||||||||12/14<br>Pilot air supply/<br>pilot exhaust air|Push-in fitting or<br>silencer/push-in fitting|QS-¼-y-U or<br>U-¼-B-NPT /<br>QS-¼-y-U|QS-¼-Ä-U or<br>U-¼-B-NPT /<br>QS-¼-Ä-U|
|||||||||||||||
|||||||||||||||
|W (3)||||||||||End plate with pilot air selector, external pilot air supply, ducted exhaust air||||
|||||||||||||||
|||||||||||||||
|||||||||||12/14<br>Pilot air supply/<br>pilot exhaust air|Push-in fitting or<br>silencer/blanking plug|QS-¼-y-U or<br>U-¼-B-NPT /<br>B-¼-NPT|QS-¼-Ä-U or<br>U-¼-B-NPT /<br>B-¼-NPT|
|||||||||||||||
|||||||||||||||
1) Selektor position in brackets.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
130
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Creation of Pressure Zones and Separation of Exhaust Air
The valve manifold VTSA/VTSA-F offers a number of options for creating pressure zones if different working pressures are required.
Pressure zones are created by isolating the internal supply ducts between the manifold subbases using an appropriate duct separation.
Compressed air is supplied and vented by using a supply plate.
The position of the supply plates and duct separations can be freely selected for VTSA/VTSA-F.
Duct separations are integrated ex-works as per your order. Duct order and separations can be distinguished by their coding, even when the valve manifold is assembled.
**==> picture [117 x 88] intentionally omitted <==**
|Creating Pressure Zones|Creating Pressure Zones|Creating Pressure Zones|Creating Pressure Zones|||||||
|---|---|---|---|---|---|---|---|---|---|
|Code<br>|Separating seal|||||Width|||Descri**p**tion|
||Pictorial examples||||Coding|0.71 in|1.02 in|1.65 in||
|T|||||||||Duct 1 separated|
|S||||||�<br>�|�<br>�|�<br>�|Duct 1 and 3/5 separated|
|||||||||||
|R||||||�|�|�|Duct 3/5 separated|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
131
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Examples: Compressed Air Supply and Pilot Air Supply, Right-hand End Pla|Examples: Compressed Air Supply and Pilot Air Supply, Right-hand End Pla|Examples: Compressed Air Supply and Pilot Air Supply, Right-hand End Pla|Examples: Compressed Air Supply and Pilot Air Supply, Right-hand End Pla|te|te|te|||||
|---|---|---|---|---|---|---|---|---|---|---|
|Internal pilot air supply, silencer/ducted exhaust air|||||||||||
|Right-hand end plate<br>Code V<br>The diagram opposite shows an<br>example for the configuration and<br>connection of the compressed air<br>supply with internal pilot supply air.<br>Port 14 on the right-hand end plate is<br>tightly sealed. Exhaust air 3/5 is drawn<br>off via the silencer.<br>Duct separations can be used<br>optionally to create pressure zones.||||Optional<br>duct separation|||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|External pilot air supply, silencer/ducted exhaust air|External pilot air supply, silencer/ducted exhaust air|External pilot air supply, silencer/ducted exhaust air||||||||
|---|---|---|---|---|---|---|---|---|---|
|Right-hand end plate<br>Code X<br>The diagram opposite shows an<br>example for the configuration and<br>connection of the compressed air<br>supply with external pilot supply air.<br>Port 14 on the right-hand end plate is<br>equipped with a fitting for this.<br>Exhaust air 3/5 is drawn off via the<br>silencer.<br>Duct separations can be used<br>optionally to create pressure zones.|||Optional<br>duct separation|||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
|||||||||||
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
132
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Examples: Compressed Air Supply and Pilot Air Supply via End Plate with|Pilot Air Selector|Pilot Air Selector|Pilot Air Selector|Pilot Air Selector|Pilot Air Selector|Pilot Air Selector||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Internal pilot air supply, ducted exhaust air/silencer||||||||||||||
|Right-hand end plate<br>Code Y, U – code U shown<br>The diagram opposite shows an<br>example for the configuration and<br>connection of the compressed air<br>supply with internal pilot supply air.<br>Port 14 on the right-hand end plate is<br>tightly sealed. Exhaust air 3/5 is ducted<br>or drawn off via the silencer.<br>Duct separations can be used<br>optionally to create pressure zones.||||||Optional<br>duct separation||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|External pilot air supply, ducted exhaust air/silencer|External pilot air supply, ducted exhaust air/silencer|External pilot air supply, ducted exhaust air/silencer|||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Right-hand end plate<br>Code Z, W – code Z shown<br>The diagram opposite shows an<br>example for the configuration and<br>connection of the compressed air<br>supply with external pilot supply air.<br>Port 14 on the right-hand end plate is<br>equipped with a fitting for this.<br>Exhaust air 3/5 is ducted or drawn off<br>via the silencer.<br>Duct separations can be used<br>optionally to create pressure zones.||||||||Optional<br>duct separation|||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
||||||||||||||
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
133
## Pneumatic Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Examples: Creation of Pressure Zones
VTSA/VTSA-F with CPX manifold connection
VTSA/VTSA-F allows the creation of up to Zone 1 Zone 2 Zone 3 16 pressure zones (32 pressure zones if only size 1 (1.65 in), ISO 5599-2, is fitted). The diagram shows an example for the configuration and connection of three pressure zones using duct separations – with internal pilot air supply. P1 P2 P3
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
134
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Protective Circuit
Each VTSA/VTSA-F solenoid coil is protected with a spark arresting protective circuit as well as against reverse-polarity protection.
## 24 V DC version
## 110 V AC version
## Individual Valve
Valves can also be used on individual • Electrical M12 connector, 4 pin subbases for actuators further away 24 V DC from the valve manifold.
- Screw terminal connection for configuration by the user 24 V DC or 110 V AC
## Electrical Connection, Individual Valve 24 V DC
**==> picture [234 x 123] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Connector plug M12x1, male,<br>1<br>4-pin to EN 61076-2-101<br>**----- End of picture text -----**<br>
Pin allocation M12 on individual valve to ISO 20401 With positive logic: With negative logic: Pin1 – Not allocated Pin1 – Not allocated Pin2 – 24 V DC for coil 12 Pin2 – 0 V for coil 12 Pin3 – 0 V for coil 12 and 14 or Pin3 – 24 V DC for coil 12 and 14 Pin4 – 24 V DC for coil 14 Pin4 – 0 V for coil 14
## Electrical Connection, Individual Valve, 24 V DC or 110 V AC
**==> picture [114 x 114] intentionally omitted <==**
**==> picture [44 x 61] intentionally omitted <==**
- Terminal allocation for assembly by the user With positive logic: 1 – Unused (with 110 V AC connection for earthing)
- 2 – 24 V DC for coil 12 3 – 0 V for coil 12 and 14 4 – 24 V DC for coil 14
With negative logic:
- 1 – Unused 2 – 0 V for coil 12 3 – 24 V DC for coil 12 and 14 4 – 0 V for coil 14
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
135
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
- Fieldbus Connection/Control Block
- All functions and features of the • The valves and electrical outputs • The valves are supplied and Note
- electrical peripherals CPX are permitted are supplied via the operating voltage switched independently via a Further information can be found in
- in connection with the CPX interface. connection of the CPX. separate port on the CPX. � www.festo.com/catalog/cpx
- This means: Electrical Multi-pin Plug Connection
- The following multi-pin plug connection activated. The manifold is available Each pin on the Sub-D multi-pin plug variants are offered for the valve with up to 32 single solenoid valves, or terminal box can activate exactly a Note manifold VTSA: 16 double solenoid valves, or a single solenoid coil. Use the following 37-pin connecting • Individual electrical connection M12 combination of up to 32 solenoids. If the maximum configurable number cables from Festo to connect the valve (5-pin M12 for 24 V DC): • Terminal box (cage clamp terminal of valve positions is 32, this means that manifold with Sub-D multi-pin plug 6 or 10 M12 connectors allowing for strip for 24 V DC or 110 V AC): 32 valves can be addressed via a single connection: 2 solenoids to be activated per A maximum of 32 solenoids can be solenoid coil. – NEBV-S1W37-…-LE10 connection. activated. The manifold is available With 16 or less valve positions, for max. 8 solenoid coils
- • Sub-D multi-pin plug connection with up to 32 single solenoid valves, 2 valve solenoid coils per valve can be – NEBV-S1W37-…-LE26 (37-pin for 24 V DC): 16 double solenoid valves, or a addressed. for max. 22 solenoid coils A maximum of 32 solenoids can be combination of up to 32 solenoids. – NEBV-S1W37-…-LE37 for max. 32 solenoid coils
- – NECV-S1W37 pre-assembled plug connector
**==> picture [511 x 129] intentionally omitted <==**
**----- Start of picture text -----**<br>
Individual Electrical Connection, 6-way Code MP2, or 10-way Code MP3, 24 V DC<br>1 Pin allocation M12<br>Pin1 – Unused<br>Pin2 – 24 V DC for coil 12<br>Pin3 – 0 V for coil 12 and 14<br>Pin4 – 24 V DC for coil 14<br>Pin5 – Functional earth<br>1 Connector plug M12x1, male,<br>5-pin<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
136
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|Pin Allocation – Terminal Box (CageClamp), 24 V DC and 110 V AC; Electrical Connection Code T|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||||||||Manifold|Coil/address|Manifold|Coil/address|
|Each solenoid coil must be assi**g**ned to a s**p**ecific terminal on the<br>terminal stri**p**in order for actuation of the valves to take**p**lace.<br>Coil 0<br>Coil 19<br>**0** **V1)**<br>**C** **il** **20**<br>**C** **il** **31**<br>o<br>o||||||||||||||||||||1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9<br>10<br>11<br>12<br>13<br>14<br>15<br>16|0<br>1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9<br>10<br>11<br>12<br>13<br>14<br>15|17<br>18<br>19<br>20<br>21<br>22<br>23<br>24<br>25<br>26<br>27<br>28<br>29<br>30<br>31<br>32|16<br>17<br>18<br>19<br>20<br>21<br>22<br>23<br>24<br>25<br>26<br>27<br>28<br>29<br>30<br>31|
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
|||||||||||||||||||||||||
||**0** **V1)**|||||||||||||||||||||||
|Note||||||||||||||||||||Conductor||||
|The drawin**g**shows the view onto the terminal stri**p**||||||||||||||||||||33|0 V|35|0 V|
|(CageClamp).||||||||||||||||||||34|0 V|36|0 V|
1) 0 V for positive switching control signals; connect 24 V for negative switching control signals; mixed operation is not permitted.
|Sub-D plug, 24 V DC; Electrical Connection Code MP1|Sub-D plug, 24 V DC; Electrical Connection Code MP1|||||
|---|---|---|---|---|---|
|T**yp**e|Sheath|Length|Wire x mm2|Cable∅|Part No.|
|||[ft]|[mm2]|[in]||
|NEBV-S1W37-E2,5-LE10|Pol**y**urethane<br>**(**PUR**)**|8.2|10 x 0.**3**4|0.**3**0|539240|
|NEBV-S1W37-E5-LE10||16.4|||539241|
|NEBV-S1W37-E10-LE10||32.8|||539242|
|NEBV-S1W37-E2,5-LE26||8.2|26 x 0.**3**4|0.4**5**|539243|
|NEBV-S1W37-E5-LE26||16.4|||539244|
|NEBV-S1W37-E10-LE26||32.8|||539245|
|NEBV-S1W37-K2,5-LE37||8.2|**37**x 0.**3**4|0.**5**1|539246|
|NEBV-S1W37-K5-LE37||16.4|||539247|
|NEBV-S1W37-K10-LE37||32.8|||539248|
|NEBV-S1W37-KM-2,5-LE10|Pol**y**vin**y**l chloride<br>**(**PVC**)**|8.2|10 x 0.**3**4|0.**3**0|543271|
|NEBV-S1W37-KM-5-LE10||16.4|||543272|
|NEBV-S1W37-KM-10-LE10||32.8|||543273|
|NEBV-S1W37-KM-2,5-LE27||8.2|2**7**x 0.**3**4|0.4**5**|543274|
|NEBV-S1W37-KM-5-LE27||16.4|||543275|
|NEBV-S1W37-KM-10-LE27||32.8|||543276|
|NEBV-S1W37-KM-2,5-LE37||8.2|**37**x 0.**3**4|0.**5**1|543277|
|NEBV-S1W37-KM-5-LE37||16.4|||543278|
|NEBV-S1W37-KM-10-LE37||32.8|||543279|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
137
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Pin Allocation|Pin Allocation|Pin Allocation|– Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|– Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|– Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|– Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|– Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|– Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|– Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|– Sub-D Plug Socket, 24 V DC; Electrical Connection Code MP1|
|---|---|---|---|---|---|---|---|---|---|---|
||||||Pin2)|Address/coil|Core color1)|Pin2)|Address/coil|Core color1)|
||||||1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9<br>10<br>11<br>12<br>13<br>14<br>15<br>16|0<br>1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9<br>10<br>11<br>12<br>13<br>14<br>15|WH<br>BN<br>GN<br>YE<br>GY<br>PK<br>BU<br>RD<br>GY PK<br>RD BU<br>WH GN<br>BN GN<br>WH YE<br>YE BN<br>WH GY<br>GY BN|17<br>18<br>19<br>20<br>21<br>22<br>23<br>24<br>25<br>26<br>27<br>28<br>29<br>30<br>31<br>32|16<br>17<br>18<br>19<br>20<br>21<br>22<br>23<br>24<br>25<br>26<br>27<br>28<br>29<br>30<br>31|WH PK<br>PK BN<br>WH BU<br>BN BU<br>WH RD<br>BN RD<br>GY GN<br>YE GY<br>PK GN<br>YE PK<br>GN BU<br>YE BU<br>GN RD<br>YE RD<br>GN BK<br>GY BU|
||||||||||||
||||||||||||
|**Note**|||||Conductor||||||
|**Thedrawinshowstheviewontothe**|||||33|0 V3)|YE BK|35|0 V3)|BN BK|
|**g** <br>**Sub-Dplugsocketatthemulti-corecable**|||||34|0 V3)|WH BK|36|0 V3)|BK|
|<br>**NEBV-S1W37-**|||||Earthing||||||
|….|||||37|FE (earth)|VT|–|–|–|
- 1) To IEC 757
- 2) Pin 9 … 35: Not available with cable NEBV-S1-W37-…-10 Pin 23 … 33: Not available with cable NEBV-S1-W37-…-26
- 3) 0 V for positive switching control signals; connect 24 V for negative switching control signals; mixed operation is not permitted.
**==> picture [94 x 21] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [4)]<br>Multi-pin cable NEBV-S1W37-…<br>**----- End of picture text -----**<br>
**==> picture [103 x 9] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Cable conduit fitting M20x1.5<br>**----- End of picture text -----**<br>
- Download CAD Data � www.festo.com/us/cad The wire colors refer to the following pre-assembled multi-core cables from Festo: • NEBV-S1W37-…-10 for valve manifold with max. 8 solenoid coils
- • NEBV-S1W37-…-26 for valve manifold with max. 22 solenoid coils
- • NEBV-S1W37-…-37 for valve manifold with max. 32 solenoid coils
- 4) Dimensions are in inches, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
138
## Electrical Components
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|rical Connection Technology|rical Connection Technology|rical Connection Technology|||
|---|---|---|---|---|
||Electrical connection|Type of mounting/cable length|Type|Part No.|
|or plug/socket for inputs/outputs|||||
||Straight plug, 4-pin, screw manifold|Threaded connector M12|SEA-GS-7|18666|
||||SEA-GS-9|18778|
||||SEA-GS-11-DUO|18779|
||Plug socket, angled, 4-pin, screw manifold|Union nut M12|SEA-M12-4WD-PG7|185498|
||Straight plug, 4-pin, screw manifold|Threaded connector M12|SEA-4GS-7-2,5|192008|
|socket with cable for connecting individual valves or sensors|||||
||Straight socket, 4-pin, M12|16.4 ft|SIM-M12-4GD-5-PU|164259|
||Angled socket, 4-pin, M12|16.4 ft|SIM-M12-4WD-5-PU|164258|
||Modular system for connecting cables|–|NEBU-…<br>�www.festo.com/catalog/nebu|–|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
139
## Installation and Operation
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
**==> picture [511 x 594] intentionally omitted <==**
**----- Start of picture text -----**<br>
Valve Manifold Assembly<br>Sturdy manifold attachment thanks to:<br>• Four through-holes for wall • Additional mounting bracket<br>mounting • H-rail mounting<br>Wall mounting<br>1 1 The VTSA/VTSA-F valve manifold is The fieldbus version additionally<br>screwed onto the mounting surface provides a bracket for wall mounting<br>using M6 screws. The mounting holes (Part No. 665983).<br>are located at the following points: The mounting brackets can be used<br>• Multi-pin plug (4 pieces): with very long valve manifolds<br>1 1 2 each at the multi-pin connection (6 manifold subbases or more) to<br>block and the right-hand end plate improve load capacity during vibration<br>• Fieldbus (4 pieces): or shocks.<br>2 each at the left-hand (CPX) and<br>right-hand (VTSA/VTSA-F) end plate.<br>1 1 2 The pneumatic interface additionally<br>provides further mounting holes as<br>well as optional mounting brackets.<br>1<br>1<br>1<br>1<br>1 Hole for M6 screw<br>2 Hole for M5 screw<br>1 1 3 3 Hole for DIN H-rail mounting<br>DIN H-rail mounting<br>The VTSA/VTSA-F valve manifold is For DIN H-rail mounting of the valve<br>A hooked onto the DIN H-rail (see manifold you will need the following<br>arrow A). VTSA/VTSA-F mounting kit:<br>It is then swivelled about the DIN H-rail, • With multi-pin plug:<br>then swung into place and secured with CPA-BG-NRH<br>B<br>the clamping shim (see arrow B). • With fieldbus:<br>CPX-CPA-BG-NRH<br>This permits mounting of the valve<br>manifold on a DIN H-rail to EN 60715.<br>Individual Valve Assembly<br>1 Vertical mounting holes The individual manifold block is<br>designed for wall mounting for<br>integration into a system or machine.<br>It is mounted vertically.<br>1<br>**----- End of picture text -----**<br>
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
140
## Installation and Operation
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Display and Operation
Each solenoid coil is allocated an LED which indicates its switching status.
- Indicator 12 shows the switching status of the pilot control for output 2
- Indicator 14 shows the switching status of the pilot control for output 4
## Manual override
Alternatives:
- The manual override allows the valve to • A cover cap (accessory code N) can be be switched when in the electrically fitted over the manual override to non-activated or de-energized status. prevent it from being turned. The The valve is actuated by pushing the valve can then only be actuated by manual override. The set switching pressing it. status can also be secured by turning • A cover cap (accessory code V) can the manual override. be fitted over the manual override to prevent it from being accidentally actuated.
**==> picture [237 x 393] intentionally omitted <==**
**----- Start of picture text -----**<br>
Pneumatic connection and control elements<br>1 2 3 4 5 6 7 8<br>9<br>aJ<br>8<br>aA<br>aB aB aA<br>Electrical connection and display components<br>1 2<br>7<br>6<br>5<br>4<br>3<br>**----- End of picture text -----**<br>
- 1 Pressure gauge (optional) 9 Pilot ports 12 and 14 for 2 Adjusting knob of optional supplying the external pilot air pressure regulating plate supply
- 3 Manual override (for each pilot solenoid coil, pushing or pushing/detenting)
- aJ Inscription label holder for manifold block
- aA Supply port 1 (operating pressure)
- 4 Optional cover cap for manual (operating pressure) override (inhibits manual override) aB Working ports 2 and 4,
- 5 Optional cover for manual override for each valve position w **ith** non- **d** e en **t ti** ng pus **hi** ng Note function
- A manually actuated valve (manual override) cannot be reset electrically. Conversely, an electrically actuated valve cannot be reset using the mechanical manual override.
- 6 Inscription label holder for valve
- 7 Adjusting screw of optional flow control plate
- 8 Exhaust ports (valves) (3/5)
- 1 Inscription area and cover for DIN H-rail mounting
- 2 Yellow LEDs: Signal status display for pilot solenoid coils
- 3 Voltage supply connection
- 4 Earth manifold
- 5 Fieldbus connection (bus-specific)
- 6 Service interface for handheld unit, etc.
- 7 Red LED: Common fault display for valves
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
141
## Installation and Operation
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Manual Override (MO) Manual override with automatic return (pushing) Manual override set via turning (covered)
**==> picture [479 x 100] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Press in the stem of the manual 1 Press in the stem of the manual<br>1 2 1 2<br>override using a pin or screwdriver. override using a pin or screwdriver<br>Valve is then actuated. until the valve switches and then<br>2 Remove the screwdriver. turn the stem clockwise by 90°<br>Spring force pushes the stem of until the stop is reached.<br>the manual override back. Valve remains actuated.<br>Valve returns to the initial position 2 Turn the stem anti-clockwise by<br>(not with double solenoid valve 90° until the stop is reached and<br>code J). then remove the screwdriver.<br>**----- End of picture text -----**<br>
- 2 Turn the stem anti-clockwise by 90° until the stop is reached and then remove the screwdriver. Spring force pushes the stem of the manual override back. Valve returns to the initial position (not with double solenoid valve code J and D).
**==> picture [379 x 214] intentionally omitted <==**
**----- Start of picture text -----**<br>
Inscription System<br>Inscription Inscription label Inscription label holders can be applied<br>area approx. holder for valve to the valves and subbases to identify<br>0.79 x 1.77 in ASCF-T-S6 them. These inscription label holders<br>| ee 0.70 x 0.49 in can be ordered by entering the code B or<br>T in the order code for accessories.<br>Scope of delivery: Inscription label<br>o N ——_<br>holder including inscription label.<br>The following inscription labels can be<br>ij O o B ra he used as spares:<br>Inscription label<br>holder for manifold<br>subbase<br>ASCF-M-S6<br>1.04 x 1.35 in<br>**----- End of picture text -----**<br>
- Inscription label holder for valve type ASCF-T-S6: Part No. 540888
- Inscription label holder for manifold subbase type ASCF-M-S6: Part No. 540889
- Large inscription labels can be attached to the pneumatic interface as an alternative or in addition to the smaller labels.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
142
## Instructions for Use
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
Operate your equipment with unlubricated compressed air if possible. Festo valves and cylinders are designed for operation under normal use without any additional lubrication and still have a long service life. The quality of compressed air downstream from the compressor must correspond to that of unlubricated compressed air. If possible, do not operate all of your equipment with lubricated compressed air. The lubricators should, where possible, always be installed directly upstream of the actuator used.
Unsuitable additional oil and an excessive oil content in the compressed air reduce the service life of the valve manifold.
Use Festo special oil OFSW-32 or the alternatives listed in the Festo catalog (as specified in DIN 51524 HLP32; basic oil viscosity 32 CST at 104 °F).
## Bio-oils
When using bio-oils (oils which are based upon synthetic or native ester, e.g. rapeseed oil methyl ester), the maximum residual oil content of 0.1 mg/m[3] must not be exceeded (see ISO 8573-1 Class 2).
## Mineral oils
When using mineral oils (e.g. HLP oils to DIN 51524, parts 1 through 3) or similar oils based on poly-alpha-olefins (PAO), the maximum residual oil content of 5 mg/m[3] must not be exceeded (see ISO 8573-1 Class 4). A higher residual oil content irrespective of the compressor oil cannot be permitted, as the basic lubricant would be flushed out over time.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
143
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Flow rate
- Width 0.71 in: Up to 24.7 scfm
- Width 1.02 in: Up to 49.7 scfm
- Width 1.65 in: Up to 53.0 scfm
## Valve width
- 02: 0.71 in (18 mm)
- 01: 1.02 in (26 mm)
- 1: 1.65 in (42 mm)
## Voltage
- 24 V DC
- 110 V AC
|General Technical Data<br>Width<br>0.71 in<br>1.02 in<br>1.65 in (type 44 VTSA only)|General Technical Data<br>Width<br>0.71 in<br>1.02 in<br>1.65 in (type 44 VTSA only)|General Technical Data<br>Width<br>0.71 in<br>1.02 in<br>1.65 in (type 44 VTSA only)|General Technical Data<br>Width<br>0.71 in<br>1.02 in<br>1.65 in (type 44 VTSA only)|
|---|---|---|---|
|Design|Electromagnetically actuated piston spool valve|||
|Lubrication|Lubrication for life|||
|T**yp**e of mountin**g**|Wall mounting|||
||On DIN H-rail to EN 60715|||
|Mounting position|Any|||
|Manual override|Pushing, pushing/detenting, covered|||
|Pneumatic connections|NPT thread|NPT thread|NPT thread|
|Pneumatic connection|Via manifold subbase|||
|Supply port<br>1|½NPT,<br>QS-½-½-U,<br>QS-½-Æ-U|½NPT,<br>QS-½-½-U,<br>QS-½-Æ-U|½NPT,<br>QS-½-½-U,<br>QS-½-Æ-U|
|Exhaust port<br>3/5|½NPT,<br>QS-½-½-U,<br>QS-½-Æ-U|½NPT,<br>QS-½-½-U,<br>QS-½-Æ-U|½NPT,<br>QS-½-½-U,<br>QS-½-Æ-U|
|Working ports<br>2/4|xNPT,<br>QS-x-¼-U,<br>QS-x-Ä-U|¼NPT,<br>QS-¼-Ä-U,<br>QS-¼-y-U|yNPT,<br>QS-y-y-U,<br>QS-y-½-U|
|Port for external pilot<br>supply air<br>14|¼NPT|¼NPT|¼NPT|
|Pilot exhaust air port<br>12|¼NPT|¼NPT|¼NPT|
|Certification|•|||
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
144
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Standard Nominal Flow Rate [scfm] – Type 44 VTSA||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Valve function order code|M|O|J|D|N|K|H|B|G|E|P|Q|R|
|Width 0.71 in||||||||||||||
|Flow rate of valve|26.5||||21.2|||24.71)<br>15.22)|||21.2|||
|Flow rate of valve on individual subbase|21.2||||17.7|||19.41)<br>12.72)|||17.7|||
|Flow rate of valve on valve manifold|19.4||||14.1|||15.91)<br>10.62)|||14.1|||
|Width 1.02 in||||||||||||||
|Flow rate of valve|49.4||||44.1|||49.41)<br>35.32)|||44.1|||
|Flow rate of valve on individual subbase|42.4||||38.8|||42.41)<br>30.02)|||35.3|||
|Flow rate of valve on valve manifold|38.8||||31.8|||35.31)<br>24.72)|||31.8|||
|Width 1.65 in||||||||||||||
|Flow rate of valve|63.5||||49.4|||60.01)<br>26.52)|||49.4|||
|Flow rate of valve on individual subbase|45.9||||42.4|||42.41)<br>28.22)|||42.4|||
|Flow rate of valve on valve manifold|53.0||||42.4|||49.41)<br>28.22)|||42.4|||
- 1) Switching position
- 2) Mid-position
|Standard Nominal Flow Rate [scfm] – Type 45 VTSA-F||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Valve function order code|M|O|J|D|N|K|H|B|G|E|P|Q|R|
|Width 0.71 in||||||||||||||
|Flow rate of valve|26.5||||21.2|||17.71)<br>11.62)|||21.2|||
|Flow rate of valve on valve manifold|24.7||||19.4|||17.71)<br>11.62)|||19.4|||
|Width 1.02 in||||||||||||||
|Flow rate of valve|49.4||||44.1|||49.41)<br>24.72)|||44.1|||
|Flow rate of valve on valve manifold|47.7||||40.6|||47.71)<br>24.72)|||40.6|||
- 1) Switching position
- 2) Mid-position
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
145
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Operating and Environmental Conditions|Operating and Environmental Conditions||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Valve function order code||M|O|J|D|N|K|H|B|G|E|P|Q|R|
|Operating medium||Filtered compressed air, lubricated or unlubricated, inert gases|||||||||||||
|Grade of filtration|[µm]|40 (average pore size)|||||||||||||
|O**p**eratin**g** **p**ressure|Pilot pressure<br>[psi]|44 … 147|||||||||||||
||With internal pilot air<br>[psi]|44 … 147|||||||||||||
||With external pilot air<br>[psi]|–13.2 … +147||||44 … 147|||–13.2 … +147||||||
|Ambient temperature|[°F]|23 … 122|||||||||||||
|Temperature of medium|[°F]|23 … 122|||||||||||||
|Storage temperature1)|[°F]|–4 … +104|||||||||||||
|Relative air humidity|[%]|90|||||||||||||
1) Long-term storage
**==> picture [511 x 195] intentionally omitted <==**
**----- Start of picture text -----**<br>
Pilot Pressure p12/14 as a Function of Operating Pressure p1<br>For 3/2-way valves<br>1 Operating range for valves with<br>p1 [psi] external pilot air supply<br>p12/14 [psi]<br>**----- End of picture text -----**<br>
|Valve Response Times [ms]|||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Valve function order code||M|O|J|D<br>|N|K|H|B|G|E|P|Q|R|
|18 mm|||||||||||||||
|Res**p**onse times|on|22|12|–|–<br>|12|12|12|15|15|15|25|25|25|
||off|28|38|–|–<br>|30|30|30|44|44|44|12|12|12|
||changeo<br>ver|–|–|11|11<br>|–|–|–|22|22|22|–|–|–|
|26 mm|||||||||||||||
|Res**p**onse times|on|25|20|–|–<br>|20|20|20|22|22|22|32|32|32|
||off|45|65|–|–<br>|38|38|38|65|65|65|30|30|30|
||changeo<br>ver|–|–|18|18<br>|–|–|–|33|33|33|–|–|–|
|42 mm (type 44 VTSA only)|||||||||||||||
|Res**p**onse times|on|27|22|–|–<br>|20|20|20|22|22|22|34|34|34|
||off|45|60|–|–<br>|38|38|38|65|65|65|28|28|28|
||changeo<br>ver|–|–|16|16<br>|–|–|–|–|–|–|–|–|–|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
146
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
**==> picture [511 x 231] intentionally omitted <==**
**----- Start of picture text -----**<br>
Flow Rate qn as a Function of Output Pressure p2 with Pressure Regulator Plates (P Regulator Plate) for Port 1<br>Width 0.71 in Width 1.02 in<br>qnN [scfm] qnN [scfm]<br>88 psi 88 psi<br>147 psi 147 psi<br>p2 [psi]<br>p2 [psi]<br>**----- End of picture text -----**<br>
**==> picture [511 x 232] intentionally omitted <==**
**----- Start of picture text -----**<br>
Flow Rate qn as a Function of Output Pressure p2 with Pressure Regulator Plates (AB Regulator Plates) for Port 2, 4 or Ports 4/2<br>Width 0.71 in Width 1.02 in<br>qnN [scfm] qnN [scfm]<br>88 psi 88 psi<br>147 psi 147 psi<br>p2 [psi]<br>p2 [psi]<br>**----- End of picture text -----**<br>
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
147
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
**==> picture [511 x 438] intentionally omitted <==**
**----- Start of picture text -----**<br>
Flow Rate qn as a Function of Output Pressure p2 with Pressure Regulator Plates (AB Regulator Plates, Rev.) for Ports 4/2, Reversible<br>Width 0.71 in Width 1.02 in<br>qnN [scfm] qnN [scfm]<br>88 psi 88 psi<br>147 psi 147 psi<br>Flow Rate qn as a Function of Flow Control<br>n<br>p2 [psi]<br>p2 [psi]<br>qnN [scfm]<br>**----- End of picture text -----**<br>
- 1 Width 0.71 in
2 Width 1.02 in
n Revolutions of the adjusting screw
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
148
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Electrical Data – VTSA/VTSA-F with CPX Manifold|Electrical Data – VTSA/VTSA-F with CPX Manifold|Electrical Data – VTSA/VTSA-F with CPX Manifold|Electrical Data – VTSA/VTSA-F with CPX Manifold|
|---|---|---|---|
||0.71 in|1.02 in|1.65 in (type 44 only)|
|Voltage supply for electronics/sensors (pin 1)||||
|Operating voltage<br>[V]|24 DC ±10%|||
|Steady state current consumption at<br>24 V DC<br>[mA]|20|||
|Duty cycle|100%|||
|Load voltage supply for valves (pin 2)||||
|Operating voltage<br>[V]|24 DC ±10%|||
|Diagnostic message undervoltage VOFF,<br>load voltage outside function range<br>[V]|21.6 … 21.5|||
|Protection class to EN 60529|IP65 (for all types of signal transmission in assembled state)|||
|Power consumption at 24 V DC||||
|2x 3/2-way valve<br>[W]|1.3|||
|5/2-way valve, 5/3-way valve<br>[W]|1.6|||
|Electrical Data – VTSA/VTSA-F with Multi-pin Plug Connection|Electrical Data – VTSA/VTSA-F with Multi-pin Plug Connection|Electrical Data – VTSA/VTSA-F with Multi-pin Plug Connection|Electrical Data – VTSA/VTSA-F with Multi-pin Plug Connection|
|---|---|---|---|
||0.71 in|1.02 in|1.65 in|
|Load voltage supply for valves||||
|Operating voltage<br>[V]|24 DC ±10%<br>110 AC ±10% (50 … 60 Hz)|||
|Duty cycle|100%|||
|Protection class to EN 60529|IP65 (for all types of signal transmission in assembled state), NEMA 4|||
|Power consumption at 24 V DC||||
|2x 3/2-way valve<br>[W]|1.3|||
|5/2-way valve, 5/3-way valve<br>[W]|1.6|||
|Power consumption at 110 V AC||||
|2x 3/2-way valve<br>[VA]|1|||
|5/2-way valve, 5/3-way valve<br>[VA]|1.6|||
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
149
## Technical Data
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Materials||||
|---|---|---|---|
||0.71 in|1.02 in|1.65 in|
|Manifold subbase|Die-cast aluminum|||
|Valve|Die-cast aluminum, reinforced polyamide|||
|Seals|Nitrile rubber, elastomer (support made of steel)|||
|Supply plate|Die-cast aluminum|||
|Right-hand end plate|Die-cast aluminum|||
|Left-hand pneumatic interface|Die-cast aluminum|||
|Flow control plate|Die-cast aluminum|||
|Pressure regulator plate|Die-cast aluminum, reinforced polyamide|||
|Multi-pin connection block|Die-cast aluminum|||
|Cover for thepneumatic interface and multi-pinplug connection|Wellamid, reinforcedpolyamide|||
|||||
|Product Weight [lb]||||
||0.71 in|1.02 in|1.65 in (type 44 only)|
|Sub-D multi-pin interface module or manifold strip1)|1.21|||
|Interface module CPX1)|3.24|||
|Supply plate2)<br>• Exhaust plate with 3 and 5 common<br>• Exhaust port cover with 3 and 5 separated|1.36<br>1.32|||
|Right-hand end plate3)<br>• Axial<br>• Selector|0.75<br>0.62|||
|Manifold subbase4)|0.99|1.40|0.75|
|90° connection plate3)|0.37|0.51|0.39|
|Pressure regulator plate<br>for port 1<br>for port 4 or 2<br>for ports 4/2|0.77<br>0.81<br>1.35|0.89<br>0.99<br>1.53|1.41<br>1.41<br>2.03|
|Flow control plate|0.50|0.71|0.49|
|Vertical supply plate3)|0.31|0.42|0.75|
|Vertical shut-off plate|0.46|0.60|1.32|
|Valves<br>• 5/3-way valve (code B, G, E)<br>• 5/2-way valve, single solenoid (code M, O)<br>• 5/2-way valve, double solenoid (code J, D)<br>• 2x 3/2-way valve (code N, K, H, P, Q, R)|0.42<br>0.36<br>0.38<br>0.42|0.71<br>0.65<br>0.61<br>0.74|1.01<br>0.94<br>0.97<br>0.97|
|Blankingplate|0.08|0.16|0.15|
|||||
1) With thin metal seal, printed circuit board
2) With thin metal seal and electrical manifold module
3) With screws
- 4) With thin metal seal, electrical manifold module, inscription label holder, 4 screws
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
150
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
|ensions1)||||||||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|---|
|vidual subb|ase with cable manifolds, width 0.71 i|||n||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|||||||||||||
|e|||D1||D2|||||D3|D4|
|rnal pilot ai|r supply, cable|manifolds||||||||||
|S-S4-2S-N18-K2|||xNPT||10-32 UNF-2B|||||10-32 UNF-2B|½NPT|
|rnal pilot air supply, cable manifolds||||||||||||
|S-S4-2S-N18-B-K2<br>|||xNPT||10-32 UNF-2B|||||–|½NPT|
|||||||||||||
1) Dimensions are in inches, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
151
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
|ensions1)|ensions1)||||||||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|vidual subba||se with cable manifolds, width 1.02 in||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|||||||||||||||
|e|||||D1||D2||||D3||D4|
|rnal pilot air||supply, cable manifolds||||||||||||
|S-S4-1S-N14-K2|||||¼NPT||xNPT||||xNPT||½NPT|
|rnal pilot air supply, cable manifolds||||||||||||||
|S-S4-1S-N14-B-K2|||||¼NPT||xNPT||||–||½NPT|
|||||||||||||||
1) Dimensions are in inches, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
152
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
|ensions1)|ensions1)|||||||||||Download CAD|Download CAD|Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|ividual|subbase|with spring-loaded manifold (C1) or for self-assembly|||||||(K1), width 1.65 in||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
||||||||||||||||
|e|||||D1|||D|2|||D3||D4|
|ernal pilot air su||pply|||||||||||||
|S-S2-1S-N38-K||1(C1)|||yNPT||||xNPT|||xNPT||½NPT|
|rnal pilot air su||pply|||||||||||||
|S-S2-1S-N14-B-K1(C1)|||||yNPT||||xNPT|||–||½NPT|
||||||||||||||||
1) Dimensions are in inches, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
153
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
**==> picture [512 x 532] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)] Download CAD Data � www.festo.com/us/cad<br>Valve Manifold with individual electrical connection<br>1 Solenoid valve 0.71 in 7 Threaded connection ¼ NPT aC Inscription label holder n02 Number of manifold<br>2 Solenoid valve 1.02 in 8 Threaded connection x NPT aD Individual connection subbases 0.71 in<br>3 Solenoid valve 1.65 in 9 DIN H-rail aE End plate n01 Number of manifold<br>4 Cover cap/manual override aJ DIN H-rail mounting kit aF 90° connection plate subbases 1.02 in<br>5 Threaded connection ½ NPT aA Mounting hole width 1.65 in, Gy n1 Number of manifold<br>6 Threaded connection y NPT aB Additional mounting bracket aG 90° connection plate subbases 1.65 in<br>width 0.71 in, Gx n Number of supply plates<br>width 1.02 in, G¼ (only with end plate with pilot<br>aH M12 plug, 5-pin (6-way or air selector)<br>10-way)<br>Width L1<br>0.71 in 2.807 + n02 x 1.496 + n x 1.496 + 1.468<br>1.02 in 2.807 + n01 x 2.126 + n x 1.496 + 1.468<br>1.65 in 2.807 + n1 x 1.693 + n x 1.496 + 1.468<br>Mixture of 0.71, 1.02 and 1.65 in 2.807 + n02 x 1.496 + n01 x 2.126 + n1 x 1.693 + n x 1.496 + 1.468<br>**----- End of picture text -----**<br>
1) Dimensions are in inches, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
154
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
|||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|
|||||
|||||
|||||
|||||
|Threaded connection½NPT<br> Threaded connectionyNPT<br> Threaded connection¼NPT<br> Threaded connectionxNPT<br> DIN H-rail<br> DIN H-rail mounting kit<br>aA Mounting hole<br>aB Additional mounting bra<br>aC Inscription label holder<br>aD Multi-pin plug connectio<br>aE End plate<br>aF 90° connection plate<br>width 1.65 in, Gy<br>aG 90° connection plate<br>width 0.71 in, Gx<br>width 1.02 in, G¼||cket<br>n|n02<br>Number of manifold<br>subbases 0.71 in<br>n01<br>Number of manifold<br>subbases 1.02 in<br>n1<br>Number of manifold<br>subbases 1.65 in<br>n<br>Number of supply plates|
|||||
|L1||||
|2.807 + n02 x 1.496 + n x 1.496 + 1.468||||
|2.807 + n01 x 2.126 + n x 1.496 + 1.468||||
|2.807 + n1 x 1.693 + n x 1.496 + 1.468||||
|2.807 + n02 x 1.496 + n01 x 2.126 + n1 x 1.693 + n x 1.496 + 1.468||||
|||||
Supply plate with silencer
**==> picture [262 x 96] intentionally omitted <==**
**----- Start of picture text -----**<br>
1 Supply plate<br>2 Exhaust port cover<br>3 Silencer U-½-B-NPT<br>**----- End of picture text -----**<br>
**==> picture [250 x 96] intentionally omitted <==**
1) Dimensions are in inches, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
155
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
|mensions1)|mensions1)|mensions1)|mensions1)|mensions1)|mensions1)||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|
|lti-pin, m|anifold strip (CageClamp)||||||||
||||||||||
||||||||||
||||||||||
||||||||||
||||||||||
||||||||||
||||||||||
||||||||||
1) Dimensions are in inches, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
156
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|
||||||
||||||
||||||
||||||
|hreaded connection¼NPT<br>hreaded connectionxNPT<br>IN H-rail<br>IN H-rail mounting kit<br>ounting hole<br>dditional mounting bracket<br>scription label holder<br>aD Pneumatic interface CP<br>aE End plate<br>aF CPX module/fieldbus n<br>aG 90° connection plate w<br>1.65 in, Gy<br>aH 90° connection plate<br>width 0.71 in, Gx<br>width 1.02 in, G¼|X<br>ode<br>idth|n02<br>Number of manifold<br>subbases 0.71 in<br>n01<br>Number of manifold<br>subbases 1.02 in<br>n1<br>Number of manifold<br>subbases 1.65 in<br>n<br>Number of supply plates<br>(only with end plate with pilot<br>air selector)<br>m<br>Number of CPX modules|||
||||||
|L1|||||
|1.197 + m x 1.972 + 1.968 + n02 x 1.496 + n x 1.496 + 1.468|||||
|1.197 + m x 1.972 + 1.968 + n01 x 2.126 + n x 1.496 + 1.468|||||
|1.197 + m x 1.972 + 1.968 + n1 x 1.693 + n x 1.496 + 1.468|||||
|1.197 + m x 1.972 + 1.968 + n02 x 1.496 + n01 x 2.126 + n1 x 1.693 + n x||1.496 + 1.468|||
||||||
Supply plate with silencer
1 Supply plate 2 Exhaust port cover 3 Silencer U-½-B-NPT
**==> picture [250 x 96] intentionally omitted <==**
1) Dimensions are in inches, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
157
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
**==> picture [512 x 517] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)] Download CAD Data � www.festo.com/us/cad<br>Vertical stacking components, width 0.71 in<br>1 Solenoid valve 3 Flow control plate 5 Vertical supply plate 7 90° connection plate<br>4 Vertical shut-off plate 6 Manifold subbase<br>L1<br>L2<br>1 Solenoid valve 3 Flow control plate 6 Manifold subbase 8 Pressure gauge,<br>2 Pressure regulator plate 4 Vertical shut-off plate 7 90° connection plate freely positionable<br>Width L1 L2<br>0.71 in 13.71 10.58<br>1.02 in 14.40 11.26<br>**----- End of picture text -----**<br>
1) Dimensions are in inches, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
158
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
**==> picture [512 x 321] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)] Download CAD Data � www.festo.com/us/cad<br>Vertical stacking components<br>L1<br>L2<br>1 Solenoid valve 3 Flow control plate 7 90° connection plate 9 Standard rotary knob<br>2 Pressure regulator plate 6 Manifold subbase 8 Pressure gauge, aJ Lockable rotary knob<br>freely positionable<br>Width L1 L2<br>0.71 in 13.71 10.58<br>1.02 in 14.40 11.26<br>1.65 in 16.15 12.27<br>**----- End of picture text -----**<br>
1) Dimensions are in inches, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
159
## Dimensional Drawings
Valve Manifolds Type 44 VTSA – Inch Series
**==> picture [250 x 322] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)]<br>Right-hand end plate<br>**----- End of picture text -----**<br>
|Type|D1<br>D2|D3|
|---|---|---|
|VABE-S6-1R-N12|**½** **NPT**<br>**¼** **N**|**PT**<br>**¼** **NPT**|
|VABE-S6-1RZ-N12|||
||||
**==> picture [251 x 321] intentionally omitted <==**
**----- Start of picture text -----**<br>
Download CAD Data � www.festo.com/us/cad<br>Right-hand end plate with pilot air selector<br>**----- End of picture text -----**<br>
|Type|D1|
|---|---|
|VABE-S6-1RZ-N-B1|**¼**NPT|
|||
1) Dimensions are in inches, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
160
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Inch Series
|ensions1)||||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|
|e manifold wit|h individual electrical|connection||||||
|||||||||
|||||||||
|||||||||
|||||||||
|Solenoid valve 0.71 in<br> Solenoid valve 1.02 in<br> Cover cap/manual override||4 Threaded connection½<br>5 Threaded connection¼<br>6 Threaded connectionx<br>7 DIN H-rail<br>8 DIN H-rail mounting kit<br>9 Mounting hole|NPT<br> NPT<br> NPT<br>aJ Additional mounting bracket<br>aA Inscription label holder<br>aB Individual connection<br>aC End plate<br>aD 90° connection plate<br>aE M12 plug, 5-pin (6-way or<br>10-way)||||n02<br>Number of manifold subbases<br>0.71 in<br>n01<br>Number of manifold subbases<br>1.02 in<br>n<br>Number of supply plates|
|||||||||
|h||L1||||||
|in||2.807 + n02 x 1.4|96 + n x 1.496 + 1.468|||||
|in||2.807 + n01 x 2.1|26 + n x 1.496 + 1.468|||||
|ure of 0.71 and 1.02 in||2.807 + n02 x 1.496 + n01 x 2.126 + n x 1.496 + 1.468||||||
1) Dimensions are in inches, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
161
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Inch Series
|imensions1)||Download CAD Data�www.festo.com/us/cad|
|---|---|---|
|alve Manifold with multi-pin plug connection|||
||||
||||
|1 Solenoid valve 0.71 in<br>2 Solenoid valve 1.02 in<br>3 Cover cap/manual override<br>4<br>5<br>6<br>7|Threaded connection½NPT<br> Threaded connection¼NPT<br> Threaded connectionxNPT<br> DIN H-rail<br>8 DIN H-rail mounting kit<br>9 Mounting hole<br>aJ Additional mounting bracket<br>aA Inscription label holder<br>aB Multi-pin plug connection<br>aC End plate<br>aD 90° connection plate<br>n02<br>Number of manifold subbases<br>0.71 in<br>n01<br>Number of manifold subbases<br>1.02 in<br>n<br>Number of supply plates||
||||
|Width|L1||
|.71 in|2.807 + n02 x 1.496 + n x 1.496 + 1.468||
|.02 in|2.807 + n01 x 2.126 + n x 1.496 + 1.468||
|Mixture of 0.71 and 1.02 in|2.807 + n02 x 1.496 + n01 x 2.126 + n x 1.496 + 1.468||
||||
|upply plate with silencer|||
||1 Supply plate<br>2 Exhaust port cover<br>3Silencer U-½-B-NPT||
1) Dimensions are in inches, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
162
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Inch Series
|mensions1)|mensions1)|mensions1)|mensions1)|mensions1)|mensions1)||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|---|---|---|---|
|lti-pin, m|anifold strip (CageClamp)||||||||
||||||||||
||||||||||
||||||||||
||||||||||
||||||||||
||||||||||
||||||||||
||||||||||
1) Dimensions are in inches, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
163
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Inch Series
||||Download CAD Data�www.festo.com/us/cad|Download CAD Data�www.festo.com/us/cad|
|---|---|---|---|---|
||||||
||||||
||||||
|Threaded connection½NPT<br> Threaded connection¼NPT<br> Threaded connectionxNPT<br> DIN H-rail<br> DIN H-rail mounting kit<br> Mounting hole<br>aJ Additional mounting brac<br>aA Inscription label holder<br>aB Pneumatic interface CPX<br>aC End plate<br>aD CPX module/fieldbus nod<br>aE 90° connection plate<br>width 0.71 in, Gx<br>width 1.02 in, G¼|||ket<br>e|n02<br>Number of manifold subbases<br>0.71 in<br>n01<br>Number of manifold subbases<br>1.02 in<br>n<br>Number of supply plates<br>m<br>Number of CPX modules|
||||||
|L1|||||
|1.197 + m x 1.972 + 1.968 + n02 x 1.496 + n x 1.496 + 1.468|||||
|1.197 + m x 1.972 + 1.968 + n01 x 2.126 + n x 1.496 + 1.468|||||
|1.197 + m x 1.972 + 1.968 + n02 x 1.496 + n01 x 2.126 + n x 1.|||496 + 1.468||
Supply plate with silencer 1 Supply plate 2 Exhaust port cover 3 Silencer U-½-B-NPT
1) Dimensions are in inches, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
164
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Inch Series
**==> picture [512 x 517] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)] Download CAD Data � www.festo.com/us/cad<br>Vertical stacking components, width 0.71 in<br>1 Solenoid valve 3 Flow control plate 5 Vertical supply plate 7 90° connection plate<br>4 Vertical shut-off plate 6 Manifold subbase<br>L1<br>L2<br>1 Solenoid valve 3 Flow control plate 6 Manifold subbase 8 Pressure gauge,<br>2 Pressure regulator plate 4 Vertical shut-off plate 7 90° connection plate freely positionable<br>Width L1 L2<br>0.71 in 13.71 10.58<br>1.02 in 14.40 11.26<br>**----- End of picture text -----**<br>
1) Dimensions are in inches, unless otherwise noted.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
165
## Dimensional Drawings
Valve Manifolds Type 45 VTSA-F – Inch Series
**==> picture [250 x 322] intentionally omitted <==**
**----- Start of picture text -----**<br>
Dimensions [1)]<br>Right-hand end plate<br>**----- End of picture text -----**<br>
|Type|D1<br>D2|D3|
|---|---|---|
|VABE-S6-1R-N12|**½** **NPT**<br>**¼** **N**|**PT**<br>**¼** **NPT**|
|VABE-S6-1RZ-N12|||
||||
**==> picture [251 x 321] intentionally omitted <==**
**----- Start of picture text -----**<br>
Download CAD Data � www.festo.com/us/cad<br>Right-hand end plate with pilot air selector<br>**----- End of picture text -----**<br>
|Type|D1|
|---|---|
|VABE-S6-1RZ-N-B1|**¼**NPT|
|||
1) Dimensions are in inches, unless otherwise noted.
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
166
## Online Product Configurator
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
## Configuring VTSA Valve Manifolds
Available via our online catalog at www.festo.com/catalog/vtsa
A product configurator is available to help you configure a VTSA valve manifold that best fits your needs.
The valve manifolds are fully
assembled according to your order specifications and are individually tested. This reduces the amount of assembly and installation time required to a minimum.
Valve terminals are ordered using an order code.
Ordering data for type 44 > 168 Ordering data for type 45 > 178
Ordering data for CPX > www.festo.com/catalog/cpx
The illustration provides an example of a valve manifold configuration.
The following steps give a brief explanation of how to use the on-line Festo product configurator to determine an order code
From the Festo Industrial Automation home page www.festo.com/usa select the “Catalog” link from the “Products” menu at the top of the page; this will bring you directly to the home page for the Pneumatic Catalog.
From this location you may now use the search box, located above the Product Tree on the left hand side of the page, to perform a text based search for your product. Valid search criteria are “Part No.’s” (e.g. 539215, 547963, etc.), “Type” (e.g. VTSA, Type 44/45), or “Article Type” (e.g. valve manifold). You may also visually navigate the catalog by using the product tree on the left or the product images off to the right.
Once you’ve located the style of VTSA (type 44 or 45, NPT or ISO, etc.) you want, click on the blue shopping basket icon (this does not initiate an order). Confirm the quantity required in the pop-up window and click Ok. You must now view your shopping basket to configure your manifold; click on the “Basket” link on the far-right side of the page and then on the configuration symbol. You can then configure the valve terminal step by step (from the top down) according to your requirements.
If you already have a complete order code, you may easily input it using the “Insert” button (upper right). The first order code (beginning with 44E or 45E) will specify your electrical configuration and options. The second part of the order code (beginning with 44P or 45P) will specify your pneumatic configuration and options.
As you make selections the product configurator will assist you by showing you various indicators along the way. Incompatible selections are indicated by a red box with an X in it. Incomplete “required” selections are indicated by a light green box. Incomplete “optional” selections are indicated by an empty box. Completed selections are indicated by a light blue box with a check mark in it.
Once you have selected all required components, look for the “Configuration Complete” indicator in the upper-right corner of the page. Press the “Complete” button to add the configured manifold to your basket for on-line order. On-line order is not required; you may also copy down your order code for future reference or phone/fax order.
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
167
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for Multi-pin Plug – Electrical Part
|0<br>M|MandatoryData|MandatoryData|MandatoryData||||||Options<br>0<br>O|||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||
|Module No.|||Valve manifold,||Electrical||Voltage||Connecting cable||User’s manual||DIN H-rail|
||||electrical part||connection||||for multi-pin plug||||mounting|
||||||||||connection|||||
|539216|||44E||T, MP1, MP2, MP3||P, Q||GA, GB, GC, GD, GE, GF,||D, E, F, I, S, V||H|
||||||||||GG, GH ,GI, GK, GL, GM,|||||
||||||||||GN, GO, GP, GQ, GR, GS|||||
|Order example||||||||||||||
|539216|||44E|–|MP1|–|P|+|GE|–|D|–||
|1|||2||3||4||5||6||7|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||
|---|---|---|---|---|---|---|---|---|
||||||Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.||539216|||||
||2|Valve manifold, electrical part||Valve manifold type 44, VTSA, electrical multi-pin plug connection/manifold box||44E|||
||3|Electrical connection||Multi-pin plug, CageClamp|1|-T|||
|||||Electrical multi-pin plug connection, Sub-D (37-pin)|1|-MP1|||
|||||Electrical multi-pin plug connection, individual connection with M12, 6-way|2|-MP2|||
|||||Electrical multi-pin plug connection, individual connection with M12, 10-way|3|-MP3|||
||4|Volta**g**e||24 V DC||-P|||
|||||110 V AC|5|-Q|||
|0<br>O|5|Electrical accessories||||+||+|
|||Connectin**g**cable for|Pol**y**urethan|Connecting cable for Sub-D, 8.2 ft, 10-core, 8 solenoid coils|6|GA|||
|||multi-**p**in**p**lu**g**|e|Connecting cable for Sub-D, 16.4 ft, 10-core, 8 solenoid coils|6|GB|||
|||connection**,**||Connecting cable for Sub-D, 32.8 ft, 10-core, 8 solenoid coils|6|GC|||
|||**p**re-assembled**,**||Connecting cable for Sub-D, 8.2 ft, 26-core, 22 solenoid coils|6|GD|||
|||su**pp**lied loose||Connecting cable for Sub-D, 16.4 ft, 26-core, 22 solenoid coils|6|GE|||
|||||Connecting cable for Sub-D, 32.8 ft, 26-core, 22 solenoid coils|6|GF|||
|||||Connecting cable for Sub-D, 8.2 ft, 37-core, 32 solenoid coils|6|GG|||
|||||Connecting cable for Sub-D, 16.4 ft, 37-core, 32 solenoid coils|6|GH|||
|||||Connecting cable for Sub-D, 32.8 ft, 37-core, 32 solenoid coils|6|GI|||
||||Pol**y**vin**y**l|Connecting cable for Sub-D, 8.2 ft, 10-core, 8 solenoid coils|6|GK|||
||||chloride|Connecting cable for Sub-D, 16.4 ft, 10-core, 8 solenoid coils|6|GL|||
|||||Connecting cable for Sub-D, 32.8 ft, 10-core, 8 solenoid coils|6|GM|||
|||||Connecting cable for Sub-D, 8.2 ft, 27-core, 22 solenoid coils|6|GN|||
|||||Connecting cable for Sub-D, 16.4 ft, 27-core, 22 solenoid coils|6|GO|||
|||||Connecting cable for Sub-D, 32.8 ft, 27-core, 22 solenoid coils|6|GP|||
|||||Connecting cable for Sub-D, 8.2 ft, 37-core, 32 solenoid coils|6|GQ|||
|||||Connecting cable for Sub-D, 16.4 ft, 37-core, 32 solenoid coils|6|GR|||
|||||Connecting cable for Sub-D, 32.8 ft, 37-core, 32 solenoid coils|6|GS|||
||6|User’s manual||German||-D|||
|||||English||-E|||
|||||French||-F|||
|||||Italian||-I|||
|||||Spanish||-S|||
|||||Swedish||-V|||
||7|DIN H-rail mounting||1||-H|||
1 T, MP1 Max. 32 addresses can be selected 2 MP2 Max. 12 addresses can be selected
- 5 Q Only with electrical connection (3) T (multi-pin plug, CageClamp) 6 G… Not with electrical connection (3) T, MP2, MP3 and MP4
3 MP3 Max. 20 addresses can be selected
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
168
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for Multi-pin Plug – Pneumatic Part
|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M||||||0<br>O|Options||||||�|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||||
|Module No.||Valve||Manual||Right-h||Port|configuration|Pneumatic supply|Configuration of|Outgoing|Left-hand|Reverse||
|||manifold,||overrid||and||for supply plates||to valve Manifold|all pneumatic|direction of all|supply|operation||
|||pneumatic||e||end|||||connections|working lines|plate|||
|||part||||plate||||||||||
|**539**216||44PN||N, R, V||V, X, Y,||K, L||S, V|M, N, G|P|X|Z||
|||||||U, Z, W||||||||||
|Order||||||||||||||||
|example||||||||||||||||
|539216||44PN|–|R|–|V|–|K||S|M|P|X|||
|1||2||3||4||5||6|7|8|9|10||
|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|
|Width|||0.71 in|1.02 in|1.65 in – size 1|Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.|539216|539216|539216|||||
||2|Valve manifold, pneumatic part|Valve manifold type 44, VTSA, modular subbase valves to ISO 15407-2,<br>pneumatic connections with NPT thread||||44PN|||
||3|Manual override|Pushing (non-detenting)||||-N|||
||||Pushing/detenting||||-R|||
||||Covered||||-V|||
||4|Ri**g**ht-hand end**p**late|Right-hand end plate, with supply air/exhaust air, internal pilot air supply||||-V|||
||||Right-hand end plate with supply air/exhaust air, external pilot air supply||||-X|||
||||End plate with pilot air selector, internal pilot air supply|||1|-Y|||
||||End plate with pilot air selector, internal pilot air supply,<br>ducted pilot exhaust air|||1|-U|||
||||End plate with pilot air selector, external pilot air supply|||1|-Z|||
||||End plate with pilot air selector, external pilot air supply,<br>ducted pilot exhaust air|||1|-W|||
|0<br>O|5|Port confi**g**uration for su**pp**l**y** **p**lates|Normal operation: Supply port 1, exhaust port 3/5 separated|||**2**|-K|||
||||Reverse operation: Exhaust port 1, supply port 3/5 separated|||||||
||||Normal operation: Supply port 1, exhaust port 3/5 common|||**2**|-L|||
||||Reverse operation: Exhaust port 1, supply port 3/5 common|||||||
||6|Pneumatic valve manifold su**pp**l**y**|Silencer and QS push-in fittings||||S|||
|||(standard: threaded connection)|QS push-in fittings||||V|||
||7|Confi**g**uration of all**p**neumatic|QS push-in fittings, large|||3|M|||
|||connections|QS push-in fittings, small|||3|N|||
||||QS push-in fittings, large and small mixed|||3|G|||
||8|Outgoing direction of all working lines<br>(standard outlet at front)|90° connection plate, outlet at bottom||||P|||
||9|Left-hand supply plate|Left-hand supply plate in front of manifold subbase 00||||X|||
|�|10|Reverse operation|Reverse operation as of valve position 00|||4|Z|||
- 1 Y, U, Z, W At least one left-hand supply plate (9) X or one compressed air supply/duct separation
- (12) U, SU, TU, RU, USU, UTU or URU must be selected
- 2 K, L Must be selected if left-hand supply plate (9) X or one compressed air supply/duct separation (12) (S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU) was selected
- 3 M, N, G Must be selected if pneumatic valve manifold supply (6) S or V was selected 4 Z A reversible pressure zone cannot be terminated with a right-hand end plate
- (4) V, Y, U (internal pilot air supply)
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
169
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for Multi-pin Plug – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic manifold subbases 00…15<br>11 Type of interlinking block:A, B, C, E, F, G, AK, BK, CK, EK, FK, GK<br>12 Compressed air supply/duct separation:S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU<br>13 Reverse operation:Z<br>Module position<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>A<br>B<br>B<br>B S<br>B<br>11 + 12 + 13|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Width||||0.71 in|1.02 in|1.65 in – size 1|Condit<br>ions|Code||Enter<br>code|
|�|11|Pneumatic manifold subbases|||||5|-||-|
|0<br>O||T**yp**e of interlinkin**g**|Manifold|2 valve positions, 4 addresses|–|–||A||Enter the|
|||block 00 … 15|subbase|–|2 valve positions, 4 addresses|–||B||e**q**ui**p**me|
|||||–|–|1 valve position, 2 addresses||C||nt|
|||||2 valve positions, 2 addresses|–|–|6|E||selected|
|||||–|2 valve positions, 2 addresses|–|6|F||in the|
|||||–|–|1 valve position, 1 address|6|G||order|
||||Manifold|2 valve positions, 4 addresses|–|–|7|AK||code|
||||subbase with|–|2 valve positions, 4 addresses|–|7|BK|||
||||**Q**S**p**ush-in|–|–|1 valve position, 2 addresses|7|CK|||
||||fittin**g**s**,**small|2 valve positions, 2 addresses|–|–|8|EK|||
|||||–|2 valve positions, 2 addresses|–|8|FK|||
|||||–|–|1 valve position, 1 address|8|GK|||
||12|Com**p**ressed air su**pp**l**y/**duct||Duct separation 1, 3, 5|||9 aJ|S|||
|||se**p**aration 00 … 15||Duct separation 1|||9 aJ|T|||
|||||Duct separation 3, 5|||9 aJ|R|||
|||||Supply plate||||U|||
|||||Supply plate with duct separation 1, 3, 5 at left|||9|SU|||
|||||Supply plate with duct separation 1, 3, 5 at right|||9|US|||
|||||Supply plate with duct separation 1 at left|||9|TU|||
|||||Supply plate with duct separation 1 at right|||9|UT|||
|||||Supply plate with duct separation 3, 5 at left|||9|RU|||
|||||Supply plate with duct separation 3, 5 at right|||9|UR|||
|||||2 supply plates with duct separation 1, 3, 5 in centre||||USU|||
|||||2 supply plates with duct separation 1 in centre||||UTU|||
|||||2 supply plates with duct separation 3, 5 in centre||||URU|||
|�|13|Reverse operation 00 … 15||Subsequent valve positions permitted for reverse operation|||aA|Z|||
- 5 Manifold subbases must be fitted throughout without any gaps 6 E, F, G Only with valves (14) M, O and L 7 AK, BK, CK Only with configuration of all pneumatic connections (7) N or G 8 EK, FK, GK Only with configuration of all pneumatic connections (7) N or G. Only with valves (14) M, O and L
9 S, T, R, SU, US, TU, UT, RU, UR
No pressure-free zones may be created aJ S, T, R Cannot be selected on last manifold subbase aA Z Only with compressed air supply/duct separation (12) S, SU, US or USU. A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
170
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for Multi-pin Plug – Pneumatic Part
� 0O Options � Pneumatic valve positions 00 … 31
||Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|–|14 Valve position 00…31:M, O, J, D, N, K, H, B, G, E, P, Q, R, L<br>15 Pressure regulator for position 00…31:ZA, ZB, ZC, ZD, ZE, ZK, ZL, ZF, ZG, ZH, ZI, ZJ, ZM, ZN<br>16 Pressure indicator for position 00…31:T, U<br>17 Flow control valve position 00…31:X<br>18 Vertical pressure isolating plate for position 00…31:ZT<br>Valve position<br>19 Vertical supply plate for position 00…31:ZU<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>16<br>17<br>18<br>19<br>20<br>…<br>30<br>31||||||||||||||||||||||||
||M|M|M|O|O|O|J|J|E|E||||||||||||…|||
||14 + 15 + 16 + 17 + 18 + 19||||||||||||||||||||||||
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Width||||0.71 in|1.02 in|1.65 in – size 1|Condition<br>s|Code||Enter<br>code|
|�|14|Pneumatic valve positions 00 … 31||||||-||-|
|0<br>O||Valve**p**osition 00 …**3**1||5/2-way valve, single solenoid with pneumatic spring return||||M||Enter|
|||||5/2-way valve, single solenoid with spring return||||O||e**q**ui**p**me|
|||||5/2-way valve, double solenoid||||J||nt|
|||||5/2-way valve, double solenoid with dominant signal||||D||selection|
|||||2x 3/2-way valve, normally open|||aB|N||for valve|
|||||2x 3/2-way valve, normally closed|||aB|K||**p**osition|
|||||2x 3/2-way valve, 1x normally closed, 1x normally open|||aB|H||s in|
|||||5/3-way valve, mid-position pressurised||||B||order|
|||||5/3-way valve, mid-position closed||||G||code|
|||||5/3-way valve, mid-position exhausted||||E|||
|||||2x 3/2-way valve, normally open, reverse operation|||aC|P|||
|||||2x 3/2-way valve, normally closed, reverse operation|||aC|Q|||
|||||2x 3/2-way valve, 1x normally closed, 1x normally open, reverse operation|||aC|R|||
|||||Vacant position||||L|||
||15|Pressure re**g**ulator for|In**p**ut**p**ressure|Pressure regulator plate for port 1|||aD|ZA|||
|||valve**p**osition 00 … 31|147**p**si|Pressure regulator plate for port 4||||ZB|||
|||||Pressure regulator plate for port 2||||ZC|||
|||||Pressure regulator plate for port 4/2||||ZD|||
|||||Pressure regulator plate for port 4/2, reversible|||aE|ZE|||
|||||Pressure regulator plate for port 4, reversible|||aE|ZK|||
|||||Pressure regulator plate for port 2, reversible|||aE|ZL|||
||||In**p**ut**p**ressure|Pressure regulator plate for port 1|||aD|ZF|||
||||88**p**si|Pressure regulator plate for port 4||||ZG|||
|||||Pressure regulator plate for port 2||||ZH|||
|||||Pressure regulator plate for port 4/2||||ZI|||
|||||Pressure regulator plate for port 4/2, reversible|||aE|ZJ|||
|||||Pressure regulator plate for port 4, reversible|||aE|ZM|||
|�||||Pressure regulator plate for port 2, reversible|||aE|ZN|||
- aB N, K, H Not permitted in zones with reverse operation. Not with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate)
- aC P, Q, R Only permissible in zones with reverse operation or with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate). Pilot pressure required on duct 12 (ducted exhaust air not possible). Not with right-hand end plate (4) Y, Z
aD ZA, ZF Not permitted in zones with reverse operation aE ZE, ZK, ZL, ZJ, ZM, ZN
- Not permitted in zones with reverse operation. Not with 2x 3/2-way valves (14) N, K, H
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
171
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for Multi-pin Plug – Pneumatic Part
� 0O Options
Pneumatic accessories
U, …B, …T, …N, …V
+ 10N 20
|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|
|Width|||0.71 in|1.02 in|1.65 in – size 1|Condition<br>s|Code||Enter<br>code|
|�|16|Pressure indicator for valve**p**osition|Pressure gauge, 147 psi|||aF|T||Enter<br><br><br>|
|0<br>O||00 … 31|Pressure gauge, 88 psi|||aG|U||**i**<br>**t**<br>equ pmen<br>**selection**|
||17|Flow control valve for valve position<br>00 … 31|Flow control plate|||aH|X||for valve<br>positions in<br>**order** **code**|
||18|Vertical isolating plate for valve<br>position 00 … 31|Pressure separator plate on valve assembly|||aI|ZT|||
||19|Vertical supply plate for valve position<br>00 … 31|Compressed air supply on valve|||aH|ZU|||
||20|Pneumatic accessories|||||+||+|
|||Mounting brackets (pack of 5)|Supplied separately|||bJ|U|||
|||Inscription label holder for valves|5 … 50||||…B|||
|||Inscription label holder for manifold<br>subbases|5 … 50||||…T|||
|||Cover cap for manual override, pushing|10 … 90||||…N|||
|||Cover cap for manual override, covered|10 … 90||||…V|||
||aF<br>T<br>aG<br>U|Only with pressure regulator (15) ZA, ZB, Z<br><br>Only with pressure regulator (15) ZF, ZG, ZH|C, ZD, ZE<br>, ZI, ZJ<br>aI<br>ZT<br>Not with right-hand end plate (4) Y, Z<br>bJ<br>U<br>Can only be selected if there are more|||than 9 valve positions||||
aF T Only with pressure regulator (15) ZA, ZB, ZC, ZD, ZE aG U Only with pressure regulator (15) ZF, ZG, ZH, ZI, ZJ aH X, ZU Not with valves with reverse operation (14) P, Q, R
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
172
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for CPX – Pneumatic Part
|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M||||||0<br>O|Options||||||�|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||||||||||||||
|Module No.||Valve||Manual||Right-h||Port|configuration|Pneumatic supply|Configuration of|Outgoing|Left-hand|Reverse||
|||manifold,||overrid||and||for supply plates||to valve manifold|all pneumatic|direction of all|supply|operation||
|||pneumatic||e||end|||||connections|working lines|plate|||
|||part||||plate||||||||||
|**539**218||44PN||N, R, V||V, X, Y,||K, L||S, V|M, N, G|P|X|Z||
|||||||U, Z, W||||||||||
|Order||||||||||||||||
|example||||||||||||||||
|539218||44PN|–|R|–|V|–|K||S|M|P|X|||
|1||2||3||4||5||6|7|8|9|10||
|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|
|Width|||0.71 in|1.02 in|1.65 in – size 1|Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.|539218|539218|539218|||||
||2|Valve manifold, pneumatic part|Valve manifold type 44, VTSA, modular subbase valves to ISO 15407-2,<br>pneumatic connections with NPT thread||||44PN|||
||3|Manual override|Pushing (non-detenting)||||-N|||
||||Pushing/detenting||||-R|||
||||Covered||||-V|||
||4|Ri**g**ht-hand end**p**late|Right-hand end plate, with supply air/exhaust air, internal pilot air supply||||-V|||
||||Right-hand end plate with supply air/exhaust air, external pilot air supply||||-X|||
||||End plate with pilot air selector, internal pilot air supply|||1|-Y|||
||||End plate with pilot air selector, internal pilot air supply,<br>ducted pilot exhaust air|||1|-U|||
||||End plate with pilot air selector, external pilot air supply|||1|-Z|||
||||End plate with pilot air selector, external pilot air supply,<br>ducted pilot exhaust air|||1|-W|||
|0<br>O|5|Port confi**g**uration for su**pp**l**y** **p**lates|Normal operation: Supply port 1, exhaust port 3/5 separated|||**2**|-K|||
||||Reverse operation: Exhaust port 1, supply port 3/5 separated|||||||
||||Normal operation: Supply port 1, exhaust port 3/5 common|||**2**|-L|||
||||Reverse operation: Exhaust port 1, supply port 3/5 common|||||||
||6|Pneumatic valve manifold su**pp**l**y**|Silencer and QS push-in fittings||||S|||
|||(standard: threaded connection)|QS push-in fittings||||V|||
||7|Confi**g**uration of all**p**neumatic|QS push-in fittings, large|||3|M|||
|||connections|QS push-in fittings, small|||3|N|||
||||QS push-in fittings, large and small mixed|||3|G|||
||8|Outgoing direction of all working lines<br>(standard outlet at front)|90° connection plate, outlet at bottom||||P|||
||9|Left-hand supply plate|Left-hand supply plate in front of manifold subbase 00||||X|||
|�|10|Reverse operation|Reverse operation as of valve position 00|||4|Z|||
- 1 Y, U, Z, W At least one left-hand supply plate (9) X or one compressed air supply/duct separation
- (12) U, SU, TU, RU, USU, UTU or URU must be selected
- 2 K, L Must be selected if left-hand supply plate (9) X or one compressed air supply/duct separation (12) (S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU) was selected
- 3 M, N, G Must be selected if pneumatic valve manifold supply (6) S or V was selected 4 Z A reversible pressure zone cannot be terminated with a right-hand end plate
- (4) V, Y, U (internal pilot air supply)
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
173
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for CPX – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic manifold subbases 00…15<br>11 Type of interlinking block:A, B, C, E, F, G, AK, BK, CK, EK, FK, GK<br>12 Compressed air supply/duct separation:S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU<br>13 Reverse operation:Z<br>Module position<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>A<br>B<br>B<br>B S<br>B<br>11 + 12 + 13|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Width||||0.71 in|1.02 in|1.65 in – size 1|Condit<br>ions|Code||Enter<br>code|
|�|11|Pneumatic manifold subbases|||||5|-||-|
|0<br>O||T**yp**e of interlinkin**g**|Manifold|2 valve positions, 4 addresses|–|–||A||Enter the|
|||block 00 … 15|subbase|–|2 valve positions, 4 addresses|–||B||e**q**ui**p**me|
|||||–|–|1 valve position, 2 addresses||C||nt|
|||||2 valve positions, 2 addresses|–|–|6|E||selected|
|||||–|2 valve positions, 2 addresses|–|6|F||in the|
|||||–|–|1 valve position, 1 address|6|G||order|
||||Manifold|2 valve positions, 4 addresses|–|–|7|AK||code|
||||subbase with|–|2 valve positions, 4 addresses|–|7|BK|||
||||**Q**S**p**ush-in|–|–|1 valve position, 2 addresses|7|CK|||
||||fittin**g**s**,**small|2 valve positions, 2 addresses|–|–|8|EK|||
|||||–|2 valve positions, 2 addresses|–|8|FK|||
|||||–|–|1 valve position, 1 address|8|GK|||
||12|Com**p**ressed air su**pp**l**y/**duct||Duct separation 1, 3, 5|||9 aJ|S|||
|||se**p**aration 00 … 15||Duct separation 1|||9 aJ|T|||
|||||Duct separation 3, 5|||9 aJ|R|||
|||||Supply plate||||U|||
|||||Supply plate with duct separation 1, 3, 5 at left|||9|SU|||
|||||Supply plate with duct separation 1, 3, 5 at right|||9|US|||
|||||Supply plate with duct separation 1 at left|||9|TU|||
|||||Supply plate with duct separation 1 at right|||9|UT|||
|||||Supply plate with duct separation 3, 5 at left|||9|RU|||
|||||Supply plate with duct separation 3, 5 at right|||9|UR|||
|||||2 supply plates with duct separation 1, 3, 5 in centre||||USU|||
|||||2 supply plates with duct separation 1 in centre||||UTU|||
|||||2 supply plates with duct separation 3, 5 in centre||||URU|||
|�|13|Reverse operation 00 … 15||Subsequent valve positions permitted for reverse operation|||aA|Z|||
- 5 Manifold subbases must be fitted throughout without any gaps 6 E, F, G Only with valves (14) M, O and L 7 AK, BK, CK Only with configuration of all pneumatic connections (7) N or G 8 EK, FK, GK Only with configuration of all pneumatic connections (7) N or G. Only with valves (14) M, O and L
9 S, T, R, SU, US, TU, UT, RU, UR
- No pressure-free zones may be created
- aJ S, T, R Cannot be selected on last manifold subbase aA Z Only with compressed air supply/duct separation (12) S, SU, US or USU. A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
174
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for CPX – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic valve positions 00…31<br>14 Valve position 00…31:M, O, J, D, N, K, H, B, G, E, P, Q, R, L<br>15 Pressure regulator for position 00…31:ZA, ZB, ZC, ZD, ZE, ZK, ZL, ZF, ZG, ZH, ZI, ZJ, ZM, ZN<br>16 Pressure indicator for position 00…31:T, U<br>17 Flow control valve position 00…31:X<br>18 Vertical pressure isolating plate for position 00…31:ZT<br>Valve position<br>19 Vertical supply plate for position 00…31:ZU<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>16<br>17<br>18<br>19<br>20<br>…<br>30<br>31<br>M<br>M<br>M<br>O<br>O<br>O<br>J<br>J<br>E<br>E<br>…<br>14 + 15 + 16 + 17 + 18 + 19|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Width||||0.71 in|1.02 in|1.65 in – size 1|Condition<br>s|Code||Enter<br>code|
|�|14|Pneumatic valve positions 00 … 31||||||-||-|
|0<br>O||Valve**p**osition 00 …**3**1||5/2-way valve, single solenoid with pneumatic spring return||||M||Enter|
|||||5/2-way valve, single solenoid with spring return||||O||e**q**ui**p**me|
|||||5/2-way valve, double solenoid||||J||nt|
|||||5/2-way valve, double solenoid with dominant signal||||D||selection|
|||||2x 3/2-way valve, normally open|||aB|N||for valve|
|||||2x 3/2-way valve, normally closed|||aB|K||**p**osition|
|||||2x 3/2-way valve, 1x normally closed, 1x normally open|||aB|H||s in|
|||||5/3-way valve, mid-position pressurised||||B||order|
|||||5/3-way valve, mid-position closed||||G||code|
|||||5/3-way valve, mid-position exhausted||||E|||
|||||2x 3/2-way valve, normally open, reverse operation|||aC|P|||
|||||2x 3/2-way valve, normally closed, reverse operation|||aC|Q|||
|||||2x 3/2-way valve, 1x normally closed, 1x normally open, reverse operation|||aC|R|||
|||||Vacant position||||L|||
||15|Pressure re**g**ulator for|In**p**ut**p**ressure|Pressure regulator plate for port 1|||aD|ZA|||
|||valve**p**osition 00 … 31|147**p**si|Pressure regulator plate for port 4||||ZB|||
|||||Pressure regulator plate for port 2||||ZC|||
|||||Pressure regulator plate for port 4/2||||ZD|||
|||||Pressure regulator plate for port 4/2, reversible|||aE|ZE|||
|||||Pressure regulator plate for port 4, reversible|||aE|ZK|||
|||||Pressure regulator plate for port 2, reversible|||aE|ZL|||
||||In**p**ut**p**ressure|Pressure regulator plate for port 1|||aD|ZF|||
||||88**p**si|Pressure regulator plate for port 4||||ZG|||
|||||Pressure regulator plate for port 2||||ZH|||
|||||Pressure regulator plate for port 4/2||||ZI|||
|||||Pressure regulator plate for port 4/2, reversible|||aE|ZJ|||
|||||Pressure regulator plate for port 4, reversible|||aE|ZM|||
|�||||Pressure regulator plate for port 2, reversible|||aE|ZN|||
- aB N, K, H Not permitted in zones with reverse operation. Not with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate)
- aC P, Q, R Only permissible in zones with reverse operation or with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate). Pilot pressure required on duct 12 (ducted exhaust air not possible). Not with right-hand end plate (4) Y, Z
aD ZA, ZF Not permitted in zones with reverse operation. aE ZE, ZK, ZL, ZJ, ZM, ZN
- Not permitted in zones with reverse operation. Not with 2x 3/2-way valves (14) N, K, H
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
175
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for CPX – Pneumatic Part
## � 0O Options
Pneumatic accessories
U, …B, …T, …N, …V
+ 10N 20
|Ordering Table|Ordering Table|Ordering Table||||||||
|---|---|---|---|---|---|---|---|---|---|
|Width|||0.71 in|1.02 in|1.65 in – size 1|Condition<br>s|Code||Enter<br>code|
|�|16|Pressure indicator for valve**p**osition|Pressure gauge, 147 psi|||aF|T||Enter<br><br><br>|
|0<br>O||00 … 31|Pressure gauge, 88 psi|||aG|U||**i**<br>**t**<br>equ pmen<br>**selection**|
||17|Flow control valve for valve position<br>00 … 31|Flow control plate|||aH|X||for valve<br>positions in<br>**order** **code**|
||18|Vertical isolating plate for valve<br>position 00 … 31|Pressure separator plate on valve assembly|||aI|ZT|||
||19|Vertical supply plate for valve position<br>00 … 31|Compressed air supply on valve|||aH|ZU|||
||20|Pneumatic accessories|||||+||+|
|||Mounting brackets (pack of 5)|Supplied separately|||bJ|U|||
|||Inscription label holder for valves|5 … 50||||…B|||
|||Inscription label holder for manifold<br>subbases|5 … 50||||…T|||
|||Cover cap for manual override, pushing|10 … 90||||…N|||
|||Cover cap for manual override, covered|10 … 90||||…V|||
aF T Only with pressure regulator (15) ZA, ZB, ZC, ZD, ZE aG U Only with pressure regulator (15) ZF, ZG, ZH, ZI, ZJ aH X, ZU Not with valves with reverse operation (14) P, Q, R
aI ZT bJ U
- Not with right-hand end plate (4) Y, Z
- Can only be selected if there are more than 9 valve positions. Cannot be combined with DIN H-rail
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
176
## Ordering Data – Configurable Products
Valve Manifolds Type 44 VTSA, NPT Thread for CPX – Pneumatic Part
|Sizes of Pneumatic Connections|Sizes of Pneumatic Connections||||||
|---|---|---|---|---|---|---|
|||Code|Duct|Width|||
|||||0.71 in|1.02 in|1.65 in – size 1|
|7||Configuration of all pneumatic connections|||||
|4|Ri**g**ht-hand end**p**late<br>V**,**X**,**Y**,**U**,**Z**,**W|M|12, 14|¼NPT (QS-¼-y-U)|¼NPT (QS-¼-y-U)|¼NPT (QS-¼-y-U)|
|||G|12, 14|¼NPT (QS-¼-y-U)|¼NPT (QS-¼-y-U)|¼NPT (QS-¼-y-U)|
|||N|12, 14|¼NPT (QS-¼-Ä-U)|¼NPT (QS-¼-Ä-U)|¼NPT (QS-¼-Ä-U)|
|4|Ri**g**ht-hand end**p**late<br>V**,**X**,**U|M|1, 3, 5|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|
|||G|1, 3, 5|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|
|||N|1, 3, 5|½NPT (QS-½-½-U)|½NPT (QS-½-½-U)|½NPT (QS-½-½-U)|
|**9**|Left-hand su**pp**l**y** **p**late<br>X|M|1, 3, 5|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|
|||G|1, 3, 5|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|
|||N|1, 3, 5|½NPT (QS-½-½-U)|½NPT (QS-½-½-U)|½NPT (QS-½-½-U)|
|11|Type of interlinking block<br>Large<br>A, B, C, E, F, G|M|2, 4|xNPT (QS-x-Ä-U)|¼NPT (QS-¼-y-U)|yNPT (QS-y-½-U|
|11|Type of interlinking block<br>Small<br>AK, BK, CK, EK, FK, GK|N|2, 4|xNPT (QS-x-¼-U)|¼NPT (QS-G¼-Ä-U)|yNPT (QS-y-y-U|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
177
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for Multi-pin Plug – Electrical Part
|0<br>M|MandatoryData|MandatoryData|MandatoryData||||||0<br>O|Options|||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||||||
|Module No.|||Valve manifold,||Electrical||Voltage||Connecting cable for|||User’s manual||DIN H-rail|
||||electrical part||connection||||multi-pin plug|||||mounting|
||||||||||connection||||||
|547964|||45E||T, MP1, MP2, MP3,||P, Q||GA,|GB, GC, GD, GE, GF,||D, E, F, I, S, V||H|
||||||MP4||||GG,|GH ,GI, GK, GL, GM,|||||
||||||||||GN,|GO, GP, GQ, GR, GS|||||
|Order example|||||||||||||||
|547964|||45E|–|MP1|–|P|+|GE||–|D|–||
|1|||2||3||4||5|||6||7|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table||||||
|---|---|---|---|---|---|---|---|---|
||||||Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.||547964|||||
||2|Valve manifold, electrical part||Valve manifold type 45, VTSA-F, electrical multi-pin plug connection/manifold box||45E|||
||3|Electrical connection||Multi-pin plug, CageClamp|1|-T|||
|||||Electrical multi-pin plug connection, Sub-D (37-pin)|1|-MP1|||
|||||Electrical multi-pin plug connection, individual connection with M12, 6-way|2|-MP2|||
|||||Electrical multi-pin plug connection, individual connection with M12, 10-way|3|-MP3|||
|||||Electrical multi-pin plug connection, round plug connector (19-pin), M23|4|-MP4|||
||4|Volta**g**e||24 V DC||-P|||
|||||110 V AC|5|-Q|||
|0<br>O|5|Electrical accessories||||+||+|
|||Connectin**g**cable for<br>Pol**y**urethan||Connecting cable for Sub-D, 8.2 ft, 10-core, 8 solenoid coils|6|GA|||
|||multi-**p**in**p**lu**g**connection**,**<br>e||Connecting cable for Sub-D, 16.4 ft, 10-core, 8 solenoid coils|6|GB|||
|||**p**re-assembled**,**su**pp**lied||Connecting cable for Sub-D, 32.8 ft, 10-core, 8 solenoid coils|6|GC|||
|||loose||Connecting cable for Sub-D, 8.2 ft, 26-core, 22 solenoid coils|6|GD|||
|||||Connecting cable for Sub-D, 16.4 ft, 26-core, 22 solenoid coils|6|GE|||
|||||Connecting cable for Sub-D, 32.8 ft, 26-core, 22 solenoid coils|6|GF|||
|||||Connecting cable for Sub-D, 8.2 ft, 37-core, 32 solenoid coils|6|GG|||
|||||Connecting cable for Sub-D, 16.4 ft, 37-core, 32 solenoid coils|6|GH|||
|||||Connecting cable for Sub-D, 32.8 ft, 37-core, 32 solenoid coils|6|GI|||
||||Pol**y**vin**y**l|Connecting cable for Sub-D, 8.2 ft, 10-core, 8 solenoid coils|6|GK|||
||||chloride|Connecting cable for Sub-D, 16.4 ft, 10-core, 8 solenoid coils|6|GL|||
|||||Connecting cable for Sub-D, 32.8 ft, 10-core, 8 solenoid coils|6|GM|||
|||||Connecting cable for Sub-D, 8.2 ft, 27-core, 22 solenoid coils|6|GN|||
|||||Connecting cable for Sub-D, 16.4 ft, 27-core, 22 solenoid coils|6|GO|||
|||||Connecting cable for Sub-D, 32.8 ft, 27-core, 22 solenoid coils|6|GP|||
|||||Connecting cable for Sub-D, 8.2 ft, 37-core, 32 solenoid coils|6|GQ|||
|||||Connecting cable for Sub-D, 16.4 ft, 37-core, 32 solenoid coils|6|GR|||
|||||Connecting cable for Sub-D, 32.8 ft, 37-core, 32 solenoid coils|6|GS|||
||6|User’s manual||German||-D|||
|||||English||-E|||
|||||French||-F|||
|||||Italian||-I|||
|||||Spanish||-S|||
|||||Swedish||-V|||
||7|DIN H-rail mounting||1||-H|||
1 T, MP1 Max. 32 addresses can be selected 2 MP2 Max. 12 addresses can be selected
3 MP3 Max. 20 addresses can be selected
4 MP4
5
Q
6 G…
Max. 16 addresses can be selected
- Only with electrical connection (3) T (multi-pin plug, CageClamp) Not with electrical connection (3) T, MP2, MP3 and MP4
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
178
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for Multi-pin Plug – Pneumatic Part
|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M||||||0<br>O|Options||||||�|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||||||
|Module No.|Valve||Manual||Right-h||Port|configuration|Pneumatic supply|Configuration of|Outgoing|Left-hand|Reverse||
||manifold,||overrid||and||for supply plates||to valve manifold|all pneumatic|direction of all|supply|operation||
||pneumatic||e||end|||||connections|working lines|plate|||
||part||||plate||||||||||
|**5**4**79**64|4**5**PN||N, R, V||V, X, Y,||K, L||S, V|M, N, G|P|X|Z||
||||||U, Z, W||||||||||
|Order|||||||||||||||
|example|||||||||||||||
|547964|45PN|–|R|–|V|–|K||S|M|P|X|||
|1|2||3||4||5||6|7|8|9|10||
|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|
|Width|||0.71 in|1.02 in|Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.|547964|547964|||||
||2|Valve manifold, pneumatic part|Valve manifold type 45, VTSA-F, modular subbase valves, optimised for flow rate,<br>pneumatic connections with NPT thread|||45PN|||
||3|Manual override|Pushing (non-detenting)|||-N|||
||||Pushing/detenting|||-R|||
||||Covered|||-V|||
||4|Ri**g**ht-hand end**p**late|Right-hand end plate, with supply air/exhaust air, internal pilot air supply|||-V|||
||||Right-hand end plate with supply air/exhaust air, external pilot air supply|||-X|||
||||End plate with pilot air selector, internal pilot air supply||1|-Y|||
||||End plate with pilot air selector, internal pilot air supply,<br>ducted pilot exhaust air||1|-U|||
||||End plate with pilot air selector, external pilot air supply||1|-Z|||
||||End plate with pilot air selector, external pilot air supply,<br>ducted pilot exhaust air||1|-W|||
|0<br>O|5|Port confi**g**uration for su**pp**l**y** **p**lates|Normal operation: Supply port 1, exhaust port 3/5 separated||**2**|-K|||
||||Reverse operation: Exhaust port 1, supply port 3/5 separated||||||
||||Normal operation: Supply port 1, exhaust port 3/5 common||**2**|-L|||
||||Reverse operation: Exhaust port 1, supply port 3/5 common||||||
||6|Pneumatic valve manifold su**pp**l**y**|Silencer and QS push-in fittings|||S|||
|||(standard: threaded connection)|QS push-in fittings|||V|||
||7|Confi**g**uration of all**p**neumatic|QS push-in fittings, large||3|M|||
|||connections|QS push-in fittings, small||3|N|||
||||QS push-in fittings, large and small mixed||3|G|||
||8|Outgoing direction of all working lines<br>(standard outlet at front)|90° connection plate, outlet at bottom|||P|||
||9|Left-hand supply plate|Left-hand supply plate in front of manifold subbase 00|||X|||
|�|10|Reverse operation|Reverse operation as of valve position 00||4|Z|||
- 1 Y, U, Z, W At least one left-hand supply plate (9) X or one compressed air supply/duct separation
- (12) U, SU, TU, RU, USU, UTU or URU must be selected
- 2 K, L Must be selected if left-hand supply plate (9) X or one compressed air supply/duct separation (12) (S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU) was selected
- 3 M, N, G Must be selected if pneumatic valve manifold supply (6) S or V was selected 4 Z A reversible pressure zone cannot be terminated with a right-hand end plate
- (4) V, Y, U (internal pilot air supply)
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
179
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for Multi-pin Plug – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic manifold subbases 00…15<br>11 Type of interlinking block:A, B, E, F, AK, BK, EK, FK<br>12 Compressed air supply/duct separation:S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU<br>13 Reverse operation:Z<br>Module position<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>A<br>B<br>B<br>B S<br>B<br>11 + 12 + 13|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|---|
|Width||||0.71 in|1.02 in|Condition<br>s|Code||Enter<br>code|
|�|11|Pneumatic manifold subbases||||5|-||-|
|0<br>O||T**yp**e of interlinkin**g**|Manifold<br>|2 valve positions, 4 addresses|–||A||Enter the|
|||block 00 … 15|**bb**<br>su<br>ase|–|2 valve positions, 4 addresses||B||e**q**ui**p**me|
|||||2 valve positions, 2 addresses|–|6|E||nt|
|||||–|2 valve positions, 2 addresses|6|F||selected|
||||Manifold|2 valve positions, 4 addresses|–|7|AK||in the|
||||subbase with|–|2 valve positions, 4 addresses|7|BK||order|
||||**Q**S**p**ush-in|2 valve positions, 2 addresses|–|8|EK||code|
||||fittings, small|–|2 valve positions, 2 addresses|8|FK|||
||12|Com**p**ressed air su**pp**l**y/**duct se**p**aration||Duct separation 1, 3, 5||9 aJ|S|||
|||00 … 15||Duct separation 1||9 aJ|T|||
|||||Duct separation 3, 5||9 aJ|R|||
|||||Supply plate|||U|||
|||||Supply plate with duct separation 1, 3, 5 at left||9|SU|||
|||||Supply plate with duct separation 1, 3, 5 at right||9|US|||
|||||Supply plate with duct separation 1 at left||9|TU|||
|||||Supply plate with duct separation 1 at right||9|UT|||
|||||Supply plate with duct separation 3, 5 at left||9|RU|||
|||||Supply plate with duct separation 3, 5 at right||9|UR|||
|||||2 supply plates with duct separation 1, 3, 5 in centre|||USU|||
|||||2 supply plates with duct separation 1 in centre|||UTU|||
|||||2 supply plates with duct separation 3, 5 in centre|||URU|||
|�|13|Reverse operation 00 … 15||Subsequent valve positions permitted for reverse operation||aA|Z|||
5 Manifold subbases must be fitted throughout without any gaps 9 S, T, R, SU, US, TU, UT, RU, UR 6 E, F Only with valves (14) M, O and L No pressure-free zones may be created 7 AK, BK Only with configuration of all pneumatic connections (7) N or G aJ S, T, R Cannot be selected on last manifold subbase 8 EK, FK Only with configuration of all pneumatic connections (7) N or G aA Z Only with compressed air supply/duct separation (12) S, SU, US or USU. Only with valves (14) M, O and L A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
180
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for Multi-pin Plug – Pneumatic Part
� 0O Options � Pneumatic valve positions 00 … 31
||Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|Pneumatic valve positions 00…31|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|–|14 Valve position 00…31:M, O, J, D, N, K, H, B, G, E, P, Q, R, L<br>15 Pressure regulator for position 00…31:ZA, ZB, ZC, ZD, ZE, ZK, ZL, ZF, ZG, ZH, ZI, ZJ, ZM, ZN<br>16 Pressure indicator for position 00…31:T, U<br>17 Flow control valve position 00…31:X<br>18 Vertical pressure isolating plate for position 00…31:ZT<br>Valve position<br>19 Vertical supply plate for position 00…31:ZU<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>16<br>17<br>18<br>19<br>20<br>…<br>30<br>31||||||||||||||||||||||||
||M|M|M|O|O|O|J|J|E|E||||||||||||…|||
||14 + 15 + 16 + 17 + 18 + 19||||||||||||||||||||||||
|Ordering Table|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|---|
|Width||||0.71 in|1.02 in|Condition<br>s|Code||Enter<br>code|
|�|14|Pneumatic valve positions 00 … 31|||||-||-|
|0<br>O||Valve**p**osition 00 …**3**1||5/2-way valve, single solenoid with pneumatic spring return|||M||Enter|
|||||5/2-way valve, single solenoid with spring return|||O||e**q**ui**p**me|
|||||5/2-way valve, double solenoid|||J||nt|
|||||5/2-way valve, double solenoid with dominant signal|||D||selection|
|||||2x 3/2-way valve, normally open||aB|N||for valve|
|||||2x 3/2-way valve, normally closed||aB|K||**p**osition|
|||||2x 3/2-way valve, 1x normally closed, 1x normally open||aB|H||s in|
|||||5/3-way valve, mid-position pressurised|||B||order|
|||||5/3-way valve, mid-position closed|||G||code|
|||||5/3-way valve, mid-position exhausted|||E|||
|||||2x 3/2-way valve, normally open, reverse operation||aC|P|||
|||||2x 3/2-way valve, normally closed, reverse operation||aC|Q|||
|||||2x 3/2-way valve, 1x normally closed, 1x normally open, reverse operation||aC|R|||
|||||Vacant position|||L|||
||15|Pressure re**g**ulator for|In**p**ut**p**ressure|Pressure regulator plate for port 1||aD|ZA|||
|||valve**p**osition 00 … 31|147**p**si|Pressure regulator plate for port 4|||ZB|||
|||||Pressure regulator plate for port 2|||ZC|||
|||||Pressure regulator plate for port 4/2|||ZD|||
|||||Pressure regulator plate for port 4/2, reversible||aE|ZE|||
|||||Pressure regulator plate for port 4, reversible||aE|ZK|||
|||||Pressure regulator plate for port 2, reversible||aE|ZL|||
||||In**p**ut**p**ressure|Pressure regulator plate for port 1||aD|ZF|||
||||88**p**si|Pressure regulator plate for port 4|||ZG|||
|||||Pressure regulator plate for port 2|||ZH|||
|||||Pressure regulator plate for port 4/2|||ZI|||
|||||Pressure regulator plate for port 4/2, reversible||aE|ZJ|||
|||||Pressure regulator plate for port 4, reversible||aE|ZM|||
|�||||Pressure regulator plate for port 2, reversible||aE|ZN|||
- aB N, K, H Not permitted in zones with reverse operation. Not with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate)
- aC P, Q, R Only permissible in zones with reverse operation or with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate). Pilot pressure required on duct 12 (ducted exhaust air not possible). Not with right-hand end plate (4) Y, Z
aD ZA, ZF Not permitted in zones with reverse operation aE ZE, ZK, ZL, ZJ, ZM, ZN
- Not permitted in zones with reverse operation. Not with 2x 3/2-way valves (14) N, K, H
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
181
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for Multi-pin Plug – Pneumatic Part
## � 0O Options Pneumatic accessories
U, …B, …T, …N, …V
+ 10N 20
|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|
|Width|||0.71 in|1.02 in|Condition<br>s|Code||Enter<br>code|
|�|16|Pressure indicator for valve**p**osition|Pressure gauge, 147 psi||aF|T||Enter<br><br><br>|
|0<br>O||00 … 31|Pressure gauge, 88 psi||aG|U||**i**<br>**t**<br>equ pmen<br>**selection**|
||17|Flow control valve for valve position<br>00 … 31|Flow control plate||aH|X||for valve<br>positions in<br>**order** **code**|
||18|Vertical isolating plate for valve<br>position 00 … 31|Pressure separator plate on valve assembly||aI|ZT|||
||19|Vertical supply plate for valve position<br>00 … 31|Compressed air supply on valve||aH|ZU|||
||20|Pneumatic accessories||||+||+|
|||Mounting brackets (pack of 5)|Supplied separately||bJ|U|||
|||Inscription label holder for valves|5 … 50|||…B|||
|||Inscription label holder for manifold<br>subbases|5 … 50|||…T|||
|||Cover cap for manual override, pushing|10 … 90|||…N|||
|||Cover cap for manual override, covered|10 … 90|||…V|||
||aF<br>T<br>Only with pressure regulator (15) ZA, ZB, ZC, ZD, ZE<br>aG<br>U<br>Only with pressure regulator (15) ZF, ZG, ZH, ZI, ZJ<br>aH<br>X, ZU<br>Not with valves with reverse operation (14) P, Q, R<br>aI<br>ZT<br>Not with right-hand end plate (4) Y, Z<br>bJ<br>U<br>Can only be selected if there are more||||than 9 valve positions||||
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
182
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for CPX – Pneumatic Part
|MandatoryData<br>0<br>M|MandatoryData<br>0<br>M||||||0<br>O|Options||||||�|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||||||||||||||||
|Module No.|Valve||Manual||Right-h||Port|configuration|Pneumatic supply|Configuration of|Outgoing|Left-hand|Reverse||
||manifold,||overrid||and||for supply plates||to valve manifold|all pneumatic|direction of all|supply|operation||
||pneumatic||e||end|||||connections|working lines|plate|||
||part||||plate||||||||||
|**5**4**79**66|4**5**PN||N, R, V||V, X, Y,||K, L||S, V|M, N, G|P|X|Z||
||||||U, Z, W||||||||||
|Order|||||||||||||||
|example|||||||||||||||
|547966|45PN|–|R|–|V|–|K||S|M|P|X|||
|1|2||3||4||5||6|7|8|9|10||
|Ordering table|Ordering table|Ordering table|||||||
|---|---|---|---|---|---|---|---|---|
|Width|||0.71 in|1.02 in|Condition<br>s|Code||Enter<br>code|
|0<br>M|1|Module No.|547966|547966|||||
||2|Valve manifold, pneumatic part|Valve manifold type 45, VTSA-F, modular subbase valves, optimized for flow rate,<br>pneumatic connections with NPT thread|||45PN|||
||3|Manual override|Pushing (non-detenting)|||-N|||
||||Pushing/detenting|||-R|||
||||Covered|||-V|||
||4|Ri**g**ht-hand end**p**late|Right-hand end plate, with supply air/exhaust air, internal pilot air supply|||-V|||
||||Right-hand end plate with supply air/exhaust air, external pilot air supply|||-X|||
||||End plate with pilot air selector, internal pilot air supply||1|-Y|||
||||End plate with pilot air selector, internal pilot air supply,<br>ducted pilot exhaust air||1|-U|||
||||End plate with pilot air selector, external pilot air supply||1|-Z|||
||||End plate with pilot air selector, external pilot air supply,<br>ducted pilot exhaust air||1|-W|||
|0<br>O|5|Port confi**g**uration for su**pp**l**y** **p**lates|Normal operation: Supply port 1, exhaust port 3/5 separated||**2**|-K|||
||||Reverse operation: Exhaust port 1, supply port 3/5 separated||||||
||||Normal operation: Supply port 1, exhaust port 3/5 common||**2**|-L|||
||||Reverse operation: Exhaust port 1, supply port 3/5 common||||||
||6|Pneumatic valve manifold su**pp**l**y**|Silencer and QS push-in fittings|||S|||
|||(standard: threaded connection)|QS push-in fittings|||V|||
||7|Confi**g**uration of all**p**neumatic|QS push-in fittings, large||3|M|||
|||connections|QS push-in fittings, small||3|N|||
||||QS push-in fittings, large and small mixed||3|G|||
||8|Outgoing direction of all working lines<br>(standard outlet at front)|90° connection plate, outlet at bottom|||P|||
||9|Left-hand supply plate|Left-hand supply plate in front of manifold subbase 00|||X|||
|�|10|Reverse operation|Reverse operation as of valve position 00||4|Z|||
- 1 Y, U, Z, W At least one left-hand supply plate (9) X or one compressed air supply/duct separation
- (12) U, SU, TU, RU, USU, UTU or URU must be selected
- 2 K, L Must be selected if left-hand supply plate (9) X or one compressed air supply/duct separation (12) (S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU) was selected
- 3 M, N, G Must be selected if pneumatic valve Manifold supply (6) S or V was selected
- 4 Z A reversible pressure zone cannot be terminated with a right-hand end plate (4) V, Y, U (internal pilot air supply)
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
183
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for CPX – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic manifold subbases 00…15<br>11 Type of interlinking block:A, B, E, F, AK, BK, EK, FK<br>12 Compressed air supply/duct separation:S, T, R, U, SU, US, TU, UT, RU, UR, USU, UTU, URU<br>13 Reverse operation:Z<br>Module position<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>A<br>B<br>B<br>B S<br>B<br>11 + 12 + 13|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|---|
|Width||||0.71 in|1.02 in|Condition<br>s|Code||Enter<br>code|
|�|11|Pneumatic manifold subbases||||5|-||-|
|0<br>O||T**yp**e of interlinkin**g**|Manifold<br>|2 valve positions, 4 addresses|–||A||Enter the|
|||block 00 … 15|**bb**<br>su<br>ase|–|2 valve positions, 4 addresses||B||e**q**ui**p**me|
|||||2 valve positions, 2 addresses|–|6|E||nt|
|||||–|2 valve positions, 2 addresses|6|F||selected|
||||Manifold|2 valve positions, 4 addresses|–|7|AK||in the|
||||subbase with|–|2 valve positions, 4 addresses|7|BK||order|
||||**Q**S**p**ush-in|2 valve positions, 2 addresses|–|8|EK||code|
||||fittings, small|–|2 valve positions, 2 addresses|8|FK|||
||12|Com**p**ressed air su**pp**l**y/**duct se**p**aration||Duct separation 1, 3, 5||9 aJ|S|||
|||00 … 15||Duct separation 1||9 aJ|T|||
|||||Duct separation 3, 5||9 aJ|R|||
|||||Supply plate|||U|||
|||||Supply plate with duct separation 1, 3, 5 at left||9|SU|||
|||||Supply plate with duct separation 1, 3, 5 at right||9|US|||
|||||Supply plate with duct separation 1 at left||9|TU|||
|||||Supply plate with duct separation 1 at right||9|UT|||
|||||Supply plate with duct separation 3, 5 at left||9|RU|||
|||||Supply plate with duct separation 3, 5 at right||9|UR|||
|||||2 supply plates with duct separation 1, 3, 5 in centre|||USU|||
|||||2 supply plates with duct separation 1 in centre|||UTU|||
|||||2 supply plates with duct separation 3, 5 in centre|||URU|||
|�|13|Reverse operation 00 … 15||Subsequent valve positions permitted for reverse operation||aA|Z|||
||5<br>Manifold subbases must be fitted throughout without any gaps<br>6<br>E, F<br>Only with valves (14) M, O and L<br>7<br>AK, BK<br>Only with configuration of all pneumatic connections (7) N or G<br>8<br>EK, FK<br>Only with configuration of all pneumatic connections (7) N or G<br>Only with valves (14) M, O and L<br>9<br>S, T, R, SU, US, TU, UT, RU, UR<br>No pressure-free zones may be created<br>aJ<br>S, T, R<br>Cannot be selected on last manifold subbase<br>aA<br>Z<br>Only with compressed air supply/duct separation (12) S, SU, US or USU<br>A reversible pressure zone cannot be terminated with a right-hand end<br>V, Y, U||||||||.<br>plate (4)|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
184
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for CPX – Pneumatic Part
|�|Options<br>0<br>O<br>�|
|---|---|
|–|Pneumatic valve positions 00…31<br>14 Valve position 00…31:M, O, J, D, N, K, H, B, G, E, P, Q, R, L<br>15 Pressure regulator for position 00…31:ZA, ZB, ZC, ZD, ZE, ZK, ZL, ZF, ZG, ZH, ZI, ZJ, ZM, ZN<br>16 Pressure indicator for position 00…31:T, U<br>17 Flow control valve position 00…31:X<br>18 Vertical pressure isolating plate for position 00…31:ZT<br>Valve position<br>19 Vertical supply plate for position 00…31:ZU<br>00<br>01<br>02<br>03<br>04<br>05<br>06<br>07<br>08<br>09<br>10<br>11<br>12<br>13<br>14<br>15<br>16<br>17<br>18<br>19<br>20<br>…<br>30<br>31<br>M<br>M<br>M<br>O<br>O<br>O<br>J<br>J<br>E<br>E<br>…<br>14 + 15 + 16 + 17 + 18 + 19|
|Ordering Table|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|---|
|Width||||0.71 in|1.02 in|Condition<br>s|Code||Enter<br>code|
|�|14|Pneumatic valve positions 00 … 31|||||-||-|
|0<br>O||Valve**p**osition 00 …**3**1||5/2-way valve, single solenoid with pneumatic spring return|||M||Enter|
|||||5/2-way valve, single solenoid with spring return|||O||e**q**ui**p**me|
|||||5/2-way valve, double solenoid|||J||nt|
|||||5/2-way valve, double solenoid with dominant signal|||D||selection|
|||||2x 3/2-way valve, normally open||aB|N||for valve|
|||||2x 3/2-way valve, normally closed||aB|K||**p**osition|
|||||2x 3/2-way valve, 1x normally closed, 1x normally open||aB|H||s in|
|||||5/3-way valve, mid-position pressurised|||B||order|
|||||5/3-way valve, mid-position closed|||G||code|
|||||5/3-way valve, mid-position exhausted|||E|||
|||||2x 3/2-way valve, normally open, reverse operation||aC|P|||
|||||2x 3/2-way valve, normally closed, reverse operation||aC|Q|||
|||||2x 3/2-way valve, 1x normally closed, 1x normally open, reverse operation||aC|R|||
|||||Vacant position|||L|||
||15|Pressure re**g**ulator for|In**p**ut**p**ressure|Pressure regulator plate for port 1||aD|ZA|||
|||valve**p**osition 00 … 31|147**p**si|Pressure regulator plate for port 4|||ZB|||
|||||Pressure regulator plate for port 2|||ZC|||
|||||Pressure regulator plate for port 4/2|||ZD|||
|||||Pressure regulator plate for port 4/2, reversible||aE|ZE|||
|||||Pressure regulator plate for port 4, reversible||aE|ZK|||
|||||Pressure regulator plate for port 2, reversible||aE|ZL|||
||||In**p**ut**p**ressure|Pressure regulator plate for port 1||aD|ZF|||
||||88**p**si|Pressure regulator plate for port 4|||ZG|||
|||||Pressure regulator plate for port 2|||ZH|||
|||||Pressure regulator plate for port 4/2|||ZI|||
|||||Pressure regulator plate for port 4/2, reversible||aE|ZJ|||
|||||Pressure regulator plate for port 4, reversible||aE|ZM|||
|�||||Pressure regulator plate for port 2, reversible||aE|ZN|||
- aB N, K, H Not permitted in zones with reverse operation. Not with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate)
- aC P, Q, R Only permissible in zones with reverse operation or with pressure regulator (15) ZE, ZJ (reversible pressure regulator plate). Pilot pressure required on duct 12 (ducted exhaust air not possible). Not with right-hand end plate (4) Y, Z
aD ZA, ZF Not permitted in zones with reverse operation. aE ZE, ZK, ZL, ZJ, ZM, ZN
- Not permitted in zones with reverse operation. Not with 2x 3/2-way valves (14) N, K, H
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
185
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for CPX – Pneumatic Part
## � 0O Options Pneumatic accessories
U, …B, …T, …N, …V
+ 10N 20
|Ordering Table|Ordering Table|Ordering Table|||||||
|---|---|---|---|---|---|---|---|---|
|Width|||0.71 in|1.02 in|Condition<br>s|Code||Enter<br>code|
|�|16|Pressure indicator for valve**p**osition|Pressure gauge, 147 psi||aF|T||Enter<br><br><br>|
|0<br>O||00 … 31|Pressure gauge, 88 psi||aG|U||**i**<br>**t**<br>equ pmen<br>**selection**|
||17|Flow control valve for valve position<br>00 … 31|Flow control plate||aH|X||for valve<br>positions in<br>**order** **code**|
||18|Vertical isolating plate for valve<br>position 00 … 31|Pressure separator plate on valve assembly||aI|ZT|||
||19|Vertical supply plate for valve position<br>00 … 31|Compressed air supply on valve||aH|ZU|||
||20|Pneumatic accessories||||+||+|
|||Mounting brackets (pack of 5)|Supplied separately||bJ|U|||
|||Inscription label holder for valves|5 … 50|||…B|||
|||Inscription label holder for manifold<br>subbases|5 … 50|||…T|||
|||Cover cap for manual override, pushing|10 … 90|||…N|||
|||Cover cap for manual override, covered|10 … 90|||…V|||
||aF<br>T<br>aG<br>U<br>aH<br>X|Only with pressure regulator (15) ZA, ZB, Z<br><br>Only with pressure regulator (15) ZF, ZG, ZH<br>, ZU<br>Not with valves with reverse operation (14)|C, ZD, ZE<br>, ZI, ZJ<br>P, Q, R<br>aI<br>ZT<br>Not with right-hand end plate (4) Y, Z<br>bJ<br>U<br>Can only be selected if there are more<br>Cannot be combined with DIN H-rail||than 9 valve positions.||||
aF T Only with pressure regulator (15) ZA, ZB, ZC, ZD, ZE aG U Only with pressure regulator (15) ZF, ZG, ZH, ZI, ZJ aH X, ZU Not with valves with reverse operation (14) P, Q, R
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
186
## Ordering Data – Configurable Products
Valve Manifolds Type 45 VTSA-F, NPT Thread for CPX – Pneumatic Part
|Sizes of Pneumatic Connections|Sizes of Pneumatic Connections|||||
|---|---|---|---|---|---|
|||Code|Duct|Width||
|||||0.71 in|1.02 in|
|7||Configuration of all pneumatic connections||||
|4|Ri**g**ht-hand end**p**late<br>V**,**X**,**Y**,**U**,**Z**,**W|M|12, 14|¼NPT (QS-¼-y-U)|¼NPT (QS-¼-y-U)|
|||G|12, 14|¼NPT (QS-¼-y-U)|¼NPT (QS-¼-y-U)|
|||N|12, 14|¼NPT (QS-¼-Ä-U)|¼NPT (QS-¼-Ä-U)|
|4|Ri**g**ht-hand end**p**late<br>V**,**X**,**U|M|1, 3, 5|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|
|||G|1, 3, 5|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|
|||N|1, 3, 5|½NPT (QS-½-½-U)|½NPT (QS-½-½-U)|
|**9**|Left-hand su**pp**l**y** **p**late<br>X|M|1, 3, 5|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|
|||G|1, 3, 5|½NPT (QS-½-Æ-U)|½NPT (QS-½-Æ-U)|
|||N|1, 3, 5|½NPT (QS-½-½-U)|½NPT (QS-½-½-U)|
|11|Type of interlinking block<br>Large<br>A, B, E, F|M|2, 4|xNPT (QS-x-Ä-U)|¼NPT (QS-¼-y-U)|
|11|Type of interlinking block<br>Small<br>AK, BK, EK, FK|N|2, 4|xNPT (QS-x-¼-U)|¼NPT (QS-G¼-Ä-U)|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
187
## Ordering Data – Individual Valve
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|ring Data||||||
|---|---|---|---|---|---|
||Code|Valve function|Width|Type|Part No.|
|noid valves, 2|4 V DC|||||
||M<br>O<br>**J**<br>D<br>N<br>K<br>H<br>B<br>G<br>E<br>P<br>**Q**<br>R|**5/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>**p**neumatic s**p**rin**g**return|0.71 in|VSVA-B-M52-AZD-A2-1T1L|539184|
||||1.02 in|VSVA-B-M52-AZD-A1-1T1L|539158|
||||<br>1.65 in1)|VSVA-B-M52-AZD-D1-1T1L|543698|
|||**5/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>s**p**rin**g**return|0.71 in|VSVA-B-M52-MZD-A2-1T1L|539185|
||||1.02 in|VSVA-B-M52-MZD-A1-1T1L|539159|
||||1.65 in1)|VSVA-B-M52-MZD-D1-1T1L|543699|
|||**5/**2-wa**y**valve**,**double solenoid**,**<br>bistable|0.71 in|VSVA-B-B52-ZD-A2-1T1L|539182|
||||1.02 in<br>|VSVA-B-B52-ZD-A1-1T1L|539156|
||||1.65 in1)|VSVA-B-B52-ZD-D1-1T1L|543696|
|||**5/**2-wa**y**valve**,**double solenoid**,**<br>dominant si**g**nal|0.71 in|VSVA-B-D52-ZD-A2-1T1L|539183|
||||1.02 in<br>|VSVA-B-D52-ZD-A1-1T1L|539157|
||||1.65 in1)|VSVA-B-D52-ZD-D1-1T1L|543697|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>normall**y**o**p**en|0.71 in|VSVA-B-T32U-AZD-A2-1T1L|539178|
||||1.02 in|VSVA-B-T32U-AZD-A1-1T1L|539152|
||||1.65 in1)|VSVA-B-T32U-AZD-D1-1T1L|543692|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>normall**y**closed|0.71 in|VSVA-B-T32C-AZD-A2-1T1L|539176|
||||1.02 in<br>|VSVA-B-T32C-AZD-A1-1T1L|539150|
||||1.65 in1)|VSVA-B-T32C-AZD-D1-1T1L|543690|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>1x normall**y**o**p**en**,**1x normall**y**closed|0.71 in|VSVA-B-T32H-AZD-A2-1T1L|539180|
||||1.02 in|VSVA-B-T32H-AZD-A1-1T1L|539154|
||||1.65 in1)|VSVA-B-T32H-AZD-D1-1T1L|543694|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition**p**ressurised|0.71 in|VSVA-B-P53U-ZD-A2-1T1L|539186|
||||1.02 in|VSVA-B-P53U-ZD-A1-1T1L|539160|
||||1.65 in1)|VSVA-B-P53U-ZD-D1-1T1L|543700|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition closed|0.71 in|VSVA-B-P53C-ZD-A2-1T1L|539188|
||||1.02 in|VSVA-B-P53C-ZD-A1-1T1L|539162|
||||1.65 in1)|VSVA-B-P53C-ZD-D1-1T1L|543702|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition exhausted|0.71 in|VSVA-B-P53E-ZD-A2-1T1L|539187|
||||1.02 in|VSVA-B-P53E-ZD-A1-1T1L|539161|
||||1.65 in1)|VSVA-B-P53E-ZD-D1-1T1L|543701|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>normall**y**o**p**en|0.71 in|VSVA-B-T32F-AZD-A2-1T1L|539179|
||||1.02 in|VSVA-B-T32F-AZD-A1-1T1L|539153|
||||1.65 in1)|VSVA-B-T32F-AZD-D1-1T1L|543693|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>normall**y**closed|0.71 in|VSVA-B-T32N-AZD-A2-1T1L|539177|
||||1.02 in|VSVA-B-T32N-AZD-A1-1T1L|539151|
||||1.65 in1)|VSVA-B-T32N-AZD-D1-1T1L|543691|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>1x normall**y**o**p**en**,**1x normall**y**closed|0.71 in|VSVA-B-T32W-AZD-A2-1T1L|539181|
||||1.02 in|VSVA-B-T32W-AZD-A1-1T1L|539155|
||||1.65 in1)|VSVA-B-T32W-AZD-D1-1T1L|543695|
1) Type 44 VTSA only
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
188
## Ordering Data – Individual Valve
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|ring Data||||||
|---|---|---|---|---|---|
||Code|Valve function|Width|Type|Part No.|
|noid valves, 1|10 V AC|||||
||M<br>O<br>**J**<br>D<br>N<br>K<br>H<br>B<br>G<br>E<br>P<br>**Q**<br>R|**5/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>**p**neumatic s**p**rin**g**return|0.71 in|VSVA-B-M52-AZD-A2-2AT1L|539171|
||||1.02 in|VSVA-B-M52-AZD-A1-2AT1L|539145|
||||1.65 in1)|VSVA-B-M52-AZD-D1-2AT1L|543685|
|||**5/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>s**p**rin**g**return|0.71 in|VSVA-B-M52-MZD-A2-2AT1L|539172|
||||1.02 in|VSVA-B-M52-MZD-A1-2AT1L|539146|
||||1.65 in1)|VSVA-B-M52-MZD-D1-2AT1L|543686|
|||**5/**2-wa**y**valve**,**double solenoid**,**<br>bistable|0.71 in|VSVA-B-B52-ZD-A2-2AT1L|539169|
||||1.02 in|VSVA-B-B52-ZD-A1-2AT1L|539143|
||||1.65 in1)|VSVA-B-B52-ZD-D1-2AT1L|543683|
|||**5/**2-wa**y**valve**,**double solenoid**,**<br>dominant si**g**nal|0.71 in|VSVA-B-D52-ZD-A2-2AT1L|539170|
||||1.02 in|VSVA-B-D52-ZD-A1-2AT1L|539144|
||||1.65 in1)|VSVA-B-D52-ZD-D1-2AT1L|543684|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>normall**y**o**p**en|0.71 in|VSVA-B-T32U-AZD-A2-2AT1L|539165|
||||1.02 in|VSVA-B-T32U-AZD-A1-2AT1L|539139|
||||1.65 in1)|VSVA-B-T32U-AZD-D1-2AT1L|543679|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>normall**y**closed|0.71 in|VSVA-B-T32C-AZD-A2-2AT1L|539163|
||||1.02 in|VSVA-B-T32C-AZD-A1-2AT1L|539137|
||||1.65 in1)|VSVA-B-T32C-AZD-D1-2AT1L|543677|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**<br>1x normall**y**o**p**en**,**1x normall**y**closed|0.71 in|VSVA-B-T32H-AZD-A2-2AT1L|539167|
||||1.02 in|VSVA-B-T32H-AZD-A1-2AT1L|539141|
||||1.65 in1)|VSVA-B-T32H-AZD-D1-2AT1L|543681|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition**p**ressurised|0.71 in|VSVA-B-P53U-ZD-A2-2AT1L|539173|
||||1.02 in|VSVA-B-P53U-ZD-A1-2AT1L|539147|
||||1.65 in1)|VSVA-B-P53U-ZD-D1-2AT1L|543687|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition closed|0.71 in|VSVA-B-P53C-ZD-A2-2AT1L|539175|
||||1.02 in|VSVA-B-P53C-ZD-A1-2AT1L|539149|
||||1.65 in1)|VSVA-B-P53C-ZD-D1-2AT1L|543689|
|||**5/3**-wa**y**valve**,**<br>mid-**p**osition exhausted|0.71 in|VSVA-B-P53E-ZD-A2-2AT1L|539174|
||||1.02 in|VSVA-B-P53E-ZD-A1-2AT1L|539148|
||||1.65 in1)|VSVA-B-P53E-ZD-D1-2AT1L|543688|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>normall**y**o**p**en|0.71 in|VSVA-B-T32F-AZD-A2-2AT1L|539166|
||||1.02 in|VSVA-B-T32F-AZD-A1-2AT1L|539140|
||||1.65 in1)|VSVA-B-T32F-AZD-D1-2AT1L|543680|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>normall**y**closed|0.71 in|VSVA-B-T32N-AZD-A2-2AT1L|539164|
||||1.02 in|VSVA-B-T32N-AZD-A1-2AT1L|539138|
||||1.65 in1)|VSVA-B-T32N-AZD-D1-2AT1L|543678|
|||2x**3/**2-wa**y**valve**,**sin**g**le solenoid**,**reverse o**p**eration**,**<br>1x normall**y**o**p**en**,**1x normall**y**closed|0.71 in|VSVA-B-T32W-AZD-A2-2AT1L|539168|
||||1.02 in|VSVA-B-T32W-AZD-A1-2AT1L|539142|
||||1.65 in1)|VSVA-B-T32W-AZD-D1-2AT1L|543682|
1) Type 44 VTSA only
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
189
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|ng Data|ng Data|ng Data||||
|---|---|---|---|---|---|
|ation|Code|Description|Width|Type|Part No.|
|hand end plate||||||
||V|With supply air/exhaust air, internal pilot air supply,½NPT||VABE-S6-1R-N12|539235|
||X|With supply air/exhaust air, external pilot air supply,½NPT||VABE-S6-1RZ-N12|539237|
|ate with pilot air selector||||||
||Y|Internal pilot air supply||VABE-S6-1RZ-N-B1|539239|
||U|Internal pilot air supply, ducted pilot exhaust air||||
||Z|External pilot air supply||||
||W|External pilot air supply, ducted pilot exhaust air||||
|old subbase, port pattern to ISO 15407-2 and ISO 5599-2 – Type 44 VTSA||||||
||A|2 valve positions, 4 addresses, for double solenoid valves|0.71 in|VABV-S4-2S-N18-2T2|539223|
||B|2 valve positions, 4 addresses, for double solenoid valves|1.02 in|VABV-S4-1S-N14-2T2|539219|
||C|1 valve position, 2 addresses, for double solenoid valves|1.65 in|VABV-S2-1S-N38-T2|542460|
||E|2 valve positions, 2 addresses, for single solenoid valves|0.71 in|VABV-S4-2S-N18-2T1|539225|
||F|2 valve positions, 2 addresses, for single solenoid valves|1.02 in|VABV-S4-1S-N14-2T1|539221|
||G|1 valve position, 1 address, for single solenoid valves|1.65 in|VABV-S2-1S-N38-T1|542461|
|old subbase, optimised for flow rate – Type 45 VTSA-F||||||
||A|2 valve positions, 4 addresses, for double solenoid valves|0.71 in|VABV-S4-2HS-N18-2T2|546217|
||B|2 valve positions, 4 addresses, for double solenoid valves|1.02 in|VABV-S4-1HS-N14-2T2|546213|
||E|2 valve positions, 2 addresses, for single solenoid valves|0.71 in|VABV-S4-2HS-N18-2T1|546216|
||F|2 valve positions, 2 addresses, for single solenoid valves|1.02 in|VABV-S4-1HS-N14-2T1|546212|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
190
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Data|Data|Data|Data|Data|Data|
|---|---|---|---|---|---|
|on|Code|Description|Width|Type|Part No.|
|l subbase, port pattern to ISO 15407-2, electrical connection with cable manifolds – Type 44 VTSA||||||
||NPT thread, internal pilot air supply|||||
||–|Connections at side,xNPT|0.71 in|VABS-S4-2S-N18-B-K2|541068|
||–|Connections at side,¼NPT|1.02 in|VABS-S4-1S-N14-B-K2|541066|
||NPT thread, external pilot air supply|||||
||–|Connections at side,xNPT|0.71 in|VABS-S4-2S-N18-K2|539724|
||–|Connections at side,¼NPT|1.02 in|VABS-S4-1S-N14-K2|539726|
|l subbase, port pattern to ISO 5599-2, electrical connection with spring-loaded manifold – Type 44 VTSA||||||
||NPT thread, internal pilot air supply|||||
||–|Connections at side,yNPT|1.65 in|VABS-S2-1S-N38-B-C1|546763|
||NPT thread, external pilot air supply|||||
||–|Connections at side,yNPT|1.65 in|VABS-S2-1S-N38-C1|546761|
|l subbase, port pattern to ISO 5599-2, electrical connection for self-assembly – Type 44 VTSA||||||
||NPT thread, internal pilot air supply|||||
||–|Connections at side,yNPT|1.65 in|VABS-S2-1S-N38-B-K1|546103|
||NPT thread, external pilot air supply|||||
||–|Connections at side,yNPT|1.65 in|VABS-S2-1S-N38-K1|546100|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
191
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|g Data||||||
|---|---|---|---|---|---|
|ation|Code|Description|Width|Type|Part No.|
|tor plate||||||
||S|Duct separation 1, 3, 5||VABD-S6-10-P3-C|539228|
||T|Duct separation 1||VABD-S6-10-P1-C|539227|
||R|Duct separation 3, 5||VABD-S6-10-P2-C|539229|
|nection plate||||||
||P|Outlet at bottom, connecting threadxNPT|0.71 in|VABF-S4-2-A2G2-N18|539720|
||P|Outlet at bottom, connecting thread¼NPT|1.02 in|VABF-S4-1-A2G2-N14|539722|
||P|Outlet at bottom, connecting threadyNPT|1.65 in1)|VABF-S2-1-A1G2-N38|546098|
|plate||||||
||L|With exhaust plate, 3/5 common,½NPT||VABF-S6-10-P1A7-N12|539233|
||K|With exhaust port cover, 3/5 separated,½NPT||VABF-S6-10-P1A6-N12|539232|
|supply plate||||||
||ZU|Connecting threadxNPT|0.71 in|VABF-S4-2-P1A3-N18|540174|
|||Connecting thread¼NPT|1.02 in|VABF-S4-1-P1A3-N14|540172|
|||Connecting threadyNPT|1.65 in1)|VABF-S2-1-P1A3-N38|546094|
1) Type 44 VTSA only
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
192
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|ing Data||||||
|---|---|---|---|---|---|
|nation|Code|Description|Width|Type|Part No.|
|ator plate||||||
||ZA<br>ZF<br>ZB<br>ZG<br>ZC<br>ZH<br>ZD<br>ZI<br>ZE<br>Z**J**<br>ZL<br>ZN<br>ZK<br>ZM|For port 1, 10 bar|0.71 in|VABF-S4-2-R1C2-C-10|540153|
|||For port 1, 10 bar|1.02 in|VABF-S4-1-R1C2-C-10|540154|
|||For port 1, 10 bar|1.65 in1)|VABF-S2-1-R1C2-C-10|546084|
|||For port 1, 6 bar|0.71 in|VABF-S4-2-R1C2-C-6|540151|
|||For port 1, 6 bar|1.02 in|VABF-S4-1-R1C2-C-6|540152|
|||For port 1, 6 bar|1.02 in|VABF-S4-1-R1C2-C-6E|549876|
|||For port 1, 6 bar|1.65 in1)|VABF-S2-1-R1C2-C-6|546083|
|||For port 4, 10 bar|0.71 in|VABF-S4-2-R3C2-C-10|540157|
|||For port 4, 10 bar|1.02 in|VABF-S4-1-R3C2-C-10|540158|
|||For port 4, 10 bar|1.65 in1)|VABF-S2-1-R3C2-C-10|546086|
|||For port 4, 6 bar|0.71 in|VABF-S4-2-R3C2-C-6|540155|
|||For port 4, 6 bar|1.02 in|VABF-S4-1-R3C2-C-6|540156|
|||For port 4, 6 bar|1.65 in1)|VABF-S2-1-R3C2-C-6|546085|
|||For port 2, 10 bar|0.71 in|VABF-S4-2-R2C2-C-10|540161|
|||For port 2, 10 bar|1.02 in|VABF-S4-1-R2C2-C-10|540162|
|||For port 2, 10 bar|1.65 in1)|VABF-S2-1-R2C2-C-10|546088|
|||For port 2, 6 bar|0.71 in|VABF-S4-2-R2C2-C-6|540159|
|||For port 2, 6 bar|1.02 in|VABF-S4-1-R2C2-C-6|540160|
|||For port 2, 6 bar|1.65 in1)|VABF-S2-1-R2C2-C-6|546087|
|||For ports 2 and 4, 10 bar|0.71 in|VABF-S4-2-R4C2-C-10|540165|
|||For ports 2 and 4, 10 bar|1.02 in|VABF-S4-1-R4C2-C-10|540166|
|||For ports 2 and 4, 10 bar|1.65 in1)|VABF-S2-1-R4C2-C-10|546090|
|||For ports 2 and 4, 6 bar|0.71 in|VABF-S4-2-R4C2-C-6|540163|
|||For ports 2 and 4, 6 bar|1.02 in|VABF-S4-1-R4C2-C-6|540164|
|||For ports 2 and 4, 6 bar|1.65 in1)|VABF-S2-1-R4C2-C-6|546089|
|||For ports 2 and 4, reversible, 10 bar|0.71 in|VABF-S4-2-R5C2-C-10|540169|
|||For ports 2 and 4, reversible, 10 bar|1.02 in|VABF-S4-1-R5C2-C-10|540170|
|||For ports 2 and 4, reversible, 10 bar|1.65 in1)|VABF-S2-1-R5C2-C-10|546092|
|||For ports 2 and 4, reversible, 6 bar|0.71 in|VABF-S4-2-R5C2-C-6|540167|
|||For ports 2 and 4, reversible, 6 bar|1.02 in|VABF-S4-1-R5C2-C-6|540168|
|||For ports 2 and 4, reversible, 6 bar|1.65 in1)|VABF-S2-1-R5C2-C-6|546091|
|||For port 2, reversible, 10 bar|0.71 in|VABF-S4-2-R6C2-C-10|546252|
|||For port 2, reversible, 10 bar|1.02 in|VABF-S4-1-R6C2-C-10|546251|
|||For port 2, reversible, 10 bar|1.65 in1)|VABF-S2-1-R6C2-C-10|546832|
|||For port 2, reversible, 6 bar|0.71 in|VABF-S4-2-R6C2-C-6|546248|
|||For port 2, reversible, 6 bar|1.02 in|VABF-S4-1-R6C2-C-6|546247|
|||For port 2, reversible, 6 bar|1.65 in1)|VABF-S2-1-R6C2-C-6|546831|
|||For port 4, reversible, 10 bar|0.71 in|VABF-S4-2-R7C2-C-10|546254|
|||For port 4, reversible, 10 bar|1.02 in|VABF-S4-1-R7C2-C-10|546253|
|||For port 4, reversible, 10 bar|1.65 in1)|VABF-S2-1-R7C2-C-10|546834|
|||For port 4, reversible, 6 bar|0.71 in|VABF-S4-2-R7C2-C-6|546250|
|||For port 4, reversible, 6 bar|1.02 in|VABF-S4-1-R7C2-C-6|546249|
|||For port 4, reversible, 6 bar|1.65 in1)|VABF-S2-1-R7C2-C-6|546833|
1) Type 44 VTSA only
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
193
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|g Data|||||
|---|---|---|---|---|
|ation<br>Code|Description|Width|Type|Part No.|
|e gauge|||||
|T<br>U|With cartrid**g**e connection for re**g**ulator**,**10 bar<br>for re**g**ulator**p**late**,**code ZA**,**ZB**,**ZC**,**ZD**,**ZE|0.71 in|PAGN-26-16-P10|543487|
|||<br>1.02 in|||
|||1.65 in1)|PAGN-40-16-P10|548010|
||With cartrid**g**e connection for re**g**ulator**,**6 bar<br>for re**g**ulator**p**late**,**code ZF**,**ZG**,**ZH**,**ZI**,**Z**J**|0.71 in|PAGN-26-10-P10|543488|
|||1.02 in|||
|||1.65 in1)|PAGN-40-10-P10|548009|
|ge for regulator plate|||||
|–|For tubing O.D. 0.157 in||QSP10-4|172972|
||For tubing O.D. 0.236 in||QSP10-6|172973|
||For tubing O.D.Ã˝||QSP10-3/16U|172975|
|ntrol plate|||||
|X|Controls the flow of exhaust air after the valve to ducts 3 and 5|0.71 in|VABF-S4-2-F1B1-C|540176|
|||1.02 in|VABF-S4-1-F1B1-C|540175|
|||1.65 in1)|VABF-S2-1-F1B1-C|546095|
|shut-off plate|||||
|ZT|2/2-way valve for shutting off the operating pressure<br>**at** **the** **valve** **position**|0.71 in|VABF-S4-2-L1D1-C|542884|
|||1.02 in|VABF-S4-1-L1D1-C|542885|
|||1.65 in1)|VABF-S2-1-L1D1-C|546096|
|in node|||||
|T<br>MP1|Tension spring, for NPT connection, 36-pin||VABE-S6-1LF-C-M1-C36N|543413|
||Sub-D plug, 37-pin||VABE-S6-1LT-C-M1-S37|543414|
|ual electrical connection|||||
|-MP2<br>-MP3|Multi-pin node with individual connection M12, 6-way||VABE-S6-LT-C-S6-R5|549046|
||Multi-pin node with individual connection M12, 10-way||VABE-S6-LT-C-S10-R5|549047|
|–<br>–|Cover for individual connection M12, 6-way||VAEM-S6-C-S6-R5|549048|
||Cover for individual connection M12, 10-way||VAEM-S6-C-S10-R5|549049|
|atic interface|||||
|–|For electrical manifold CPX||VABA-S6-1-X1|543416|
1) Type 44 VTSA only
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
194
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|Ordering Data|Ordering Data|Ordering Data|Ordering Data||||
|---|---|---|---|---|---|---|
|Designation||Code|Description||Type|Part No.|
|Connecting cable with Sub-D plug socket|||||||
|||Polyurethane, IP65|||||
|||GA|Connectin**g**cable for max. 8 solenoid coils**,**10-**p**in**,**<br>suitable for chain link trunkin**g**|8.2 ft|NEBV-S1W37-E-2,5-LE10|539240|
|||GB||16.4 ft|NEBV-S1W37-E-5-LE10|539241|
|||GC||32.8 ft|NEBV-S1W37-E-10-LE10|539242|
|||GD|Connectin**g**cable for max. 22 solenoid coils**,**26-**p**in**,**<br>suitable for chain link trunkin**g**|8.2 ft|NEBV-S1W37-E-2,5-LE26|539243|
|||GE||16.4 ft|NEBV-S1W37-E-5-LE26|539244|
|||GF||32.8 ft|NEBV-S1W37-E-10-LE26|539245|
|||GG|Connectin**g**cable for max.**3**2 solenoid coils**,** **37**-**p**in|8.2 ft|NEBV-S1W37-K-2,5-LE37|539246|
|||GH||16.4 ft|NEBV-S1W37-K-5-LE37|539247|
|||GI||32.8 ft|NEBV-S1W37-K-10-LE37|539248|
|||Polyvinyl chloride, IP65|||||
|||GK|Connectin**g**cable for max. 8 solenoid coils**,**10-**p**in|8.2 ft|NEBV-S1W37-KM-2,5-LE10|543271|
|||GL||16.4 ft|NEBV-S1W37-KM-5-LE10|543272|
|||GM||32.8 ft|NEBV-S1W37-KM-10-LE10|543273|
|||GN|Connectin**g**cable for max. 22 solenoid coils**,**2**7**-**p**in|8.2 ft|NEBV-S1W37-KM-2,5-LE27|543274|
|||GO||16.4 ft|NEBV-S1W37-KM-5-LE27|543275|
|||GP||32.8 ft|NEBV-S1W37-KM-10-LE27|543276|
|||GQ|Connectin**g**cable for max.**3**2 solenoid coils**,** **37**-**p**in|8.2 ft|NEBV-S1W37-KM-2,5-LE37|543277|
|||GR||16.4 ft|NEBV-S1W37-KM-5-LE37|543278|
|||GS||32.8 ft|NEBV-S1W37-KM-10-LE37|543279|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
195
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|rdering Data|rdering Data|rdering Data|||||
|---|---|---|---|---|---|---|
|esignation||Code|Description||Type|Part No.|
|over for multi-pin plug|||||||
|||–|For user configuration||NECV-S1W37|545974|
|over|||||||
|||L|Blanking plate for vacant position|0.71 in<br>|VABB-S4-2-WT<br>|539213<br>|
|||||1.02 in|VABB-S4-1-WT|539212|
|||||1.65 in|VABB-S2-1-WT|543186|
|||N|Cover cap for manual override, pushing|10 pieces|VAMC-S6-CH|541010|
|||V|Cover cap for manual override, covered|10 pieces|VAMC-S6-CS|541011|
|||–|End cap for electrical manifold module, size 18 mm and 26 mm|10 pieces|VABD-S4-E-C|547713|
|nscription label holder|||||||
|||B|Clip-on inscription label holder for valve cap|5 pieces|ASCF-T-S6|540888|
|||T|Inscription label holder for manifold blocks|5 pieces|ASCF-M-S6|540889|
|ush-in fitt|ing||||||
|||–|Connecting thread¼NPT for tubing O.D.Ä˝||QS-¼-Ä-U|153609|
||||Connecting thread¼NPT for tubing O.D.½˝||QS-¼-½-U|190681|
||||Connecting threadxNPT for tubing O.D.Ä˝||QS-x-Ä-U|153608|
||||Connecting threadxNPT for tubing O.D.¼˝||QS-x-¼-U|153605|
||||Connecting thread½NPT for tubing O.D.½˝||QS-½-½-U|153615|
||||Connecting thread½NPT for tubing O.D.Æ˝||QS-½-Æ-U|190682|
|ilencer|||||||
|||–|Connecting thread¼NPT||U-¼-B-NPT|12639|
|||K, L|Connecting thread½NPT||U-½-B-NPT|12741|
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
196
## Accessories
Valve Manifolds Type 44 VTSA, Type 45 VTSA-F – Inch Series
|rdering Data|rdering Data||||||
|---|---|---|---|---|---|---|
|esignation||Code|Description||Type|Part No.|
|anking plug|||||||
|||–|ThreadxNPT|1 piece|B-x-NPT|173985|
|||–|Thread¼NPT|1 piece|B-¼-NPT|174165|
|N H-rail mounting|||||||
|||–|VTSA/VTSA-F with fieldbus|3 pieces|CPX-CPA-BG-NRH|526032|
|||–|VTSA/VTSA-F with multi-pin plug|2 pieces|CPA-BG-NRH|173498|
|all mounting|||||||
|||U|Mounting bracket||VAME-S6-10-W|539214|
|ser manual|||||||
|||D|User manual for valve manifold VTSA**/**VTSA-F|German|P.BE-VTSA-44-DE|538922|
|||E||English|P.BE-VTSA-44-EN|538923|
|||S||Spanish|P.BE-VTSA-44-ES|538924|
|||F||French|P.BE-VTSA-44-FR|538925|
|||I||Italian|P.BE-VTSA-44-IT|538926|
|||V||Swedish|P.BE-VTSA-44-SV|538927|
2007/03 – Subject to change – Valve Manifolds VTSA, VTSA-F
197
Valve Manifolds VTSA, VTSA-F – Subject to change – 2007/03
198
## **Product Range and Company Overview**
## **A Complete Suite of Automation Services**
Our experienced engineers provide complete support at every stage of your development process, including: conceptualization, analysis, engineering, design, assembly, documentation, validation, and production.
**Custom Automation Components** Complete custom engineered solutions
**Custom Control Cabinets Complete Systems** Comprehensive engineering support Shipment, stocking and storage services and on-site services
## **The Broadest Range of Automation Components**
With a comprehensive line of more than 30,000 automation components, Festo is capable of solving the most complex automation requirements.
**Electromechanical**
Electromechanical actuators, motors, controllers & drives
**PLCs and I/O Devices**
**Pneumatics**
Pneumatic linear and rotary actuators, PLC's, operator interfaces, sensors valves, and air supply and I/O devices
## **Supporting Advanced Automation… As No One Else Can!**
Festo is a leading global manufacturer of pneumatic and electromechanical systems, components and controls for industrial automation, with more than 12,000 employees in 56 national headquarters serving more than 180 countries. For more than 80 years, Festo has continuously elevated the state of manufacturing with innovations and optimized motion control solutions that deliver higher performing, more profitable automated manufacturing and processing equipment. Our dedication to the advancement of automation extends beyond technology to the education and development of current and future automation and robotics designers with simulation tools, teaching programs, and on-site services.
## **Quality Assurance, ISO 9001 and ISO 14001 Certifications**
Festo Corporation is committed to supply all Festo products and services that will meet or exceed our customers’ requirements in product quality, delivery, customer service and satisfaction.
To meet this commitment, we strive to ensure a consistent, integrated, and systematic approach to management that will meet or exceed the requirements of the ISO 9001 standard for Quality Management and the ISO 14001 standard for Environmental Management.
© Copyright 2008, Festo Corporation. While every effort is made to ensure that all dimensions and specifications are correct, Festo cannot guarantee that publications are completely free of any error, in particular typing or printing errors. Accordingly, Festo cannot be held responsible for the same. For Liability and Warranty conditions, refer to our “Terms and Conditions of Sale”, available from your local Festo office. All rights reserved. No part of this publication may be reproduced, distributed, or transmitted in any form or by any means, electronic, mechanical, photocopying or otherwise, without the prior written permission of Festo. All technical data subject to change according to technical update.
Printed on recycled paper at New Horizon Graphic, Inc., FSC certified as an environmentally friendly printing plant.
## **Festo North America**
## **United States**
## **Customer Resource Center**
502 Earth City Expy., Suite 125 Earth City, MO 63045
**Design and Manufacturing Operations**
For ordering assistance, or to find your nearest Festo Distributor, **Call:** 1.800.99.FESTO **Fax:** 1.800.96.FESTO **Email:** customer.service@us.festo.com
For technical support, **Call:** 1.866.GO.FESTO **Fax:** 1.800.96.FESTO **Email:** product.support@us.festo.com
## **Headquarters**
Festo Corporation 395 Moreland Road P.O. Box 18023 Hauppauge, NY 11788 www.festo.com/us
**East** : 395 Moreland Road, Hauppauge, NY 11788
## **Sales Offices**
## **Appleton**
N. 922 Tower View Drive, Suite N Greenville, WI 54942
## **Boston**
120 Presidential Way, Suite 330 Woburn, MA 01801
## **Chicago**
1441 East Business Center Drive Mt. Prospect, IL 60056
**Central** : 1441 East Business Center Drive, Mt. Prospect, IL 60056
## **Dallas**
1825 Lakeway Drive, Suite 600 Lewisville, TX 75057
**Detroit -** Automotive Engineering Center 2601 Cambridge Court, Suite 320 Auburn Hills, MI 48326
**New York** 395 Moreland Road Hauppauge, NY 11788
## **Silicon Valley**
4935 Southfront Road, Suite F Livermore, CA 94550
**West:** 4935 Southfront Road, Suite F, Livermore, CA 94550
## **Mexico**
## **Headquarters**
Festo Pneumatic, S.A. Av. Ceylán 3, Col. Tequesquinahuac 54020 Tlalnepantla, Edo. de México Call: 011 52 [55] 53 21 66 00 Fax: 011 52 [55] 53 21 66 65 Email: festo.mexico@mx.festo.com **www.festo.com/mx**
## **Canada**
**Headquarters** Festo Inc. 5300 Explorer Drive Mississauga, Ontario L4W 5G4 Call: 1.905.624.9000 Fax: 1.905.624.9001 Email: info.ca@ca.festo.com **www.festo.com/ca**
## **Festo Worldwide**
Argentina Australia Austria Belarus Belgium Brazil Bulgaria Canada Chile China Colombia Croatia Czech Republic Denmark Estonia Finland France Germany Great Britain Greece Hong Kong Hungary India Indonesia Iran Ireland Israel Italy Japan Latvia Lithuania Malaysia Mexico Netherlands New Zealand Norway Peru Philippines Poland Romania Russia Serbia Singapore Slovakia Slovenia South Africa South Korea Spain Sweden Switzerland Taiwan Thailand Turkey Ukraine United States Venezuela
**www.festo.com**
Updated at June 9, 2026
Festo is a globally recognized leader in industrial automation, renowned for its innovative pneumatic and electrical control and drive technologies. As an engineering-driven company, Festo provides robust, high-quality components designed to optimize both factory and process automation systems across a wide range of demanding industries. A cornerstone of their automation expertise is a comprehensive portfolio of precision sensory technology. The core of this offering is focused on advanced pressure sensors and transducers. These vital components are engineered to deliver highly accurate fluid and gas measurements, ensuring reliable monitoring, system safety, and optimal efficiency in complex industrial environments. Complementing their fluid control solutions, Festo also manufactures a dependable selection of proximity sensors and proximity switches. Built for durability and precise object detection, these sensors provide the essential positional feedback required to maintain seamless and automated operational workflows.
About Novapart
Novapart is a B2B electronic component broker specialising in stock shortages and cost reduction. We source hard-to-find parts and identify compliant alternatives across a catalogue of 410,000+ components from 500+ manufacturers.
Learn more →Stock Shortage Specialist
When a component is unavailable, discontinued or has an unacceptable lead time, we tap into our network of vetted European and Asian distributors to source what you need — without compromising on quality or traceability.
Request a quote →Compliant Alternatives
We identify pin-to-pin, electrically equivalent substitutes that meet the same certifications (RoHS, AEC-Q100, REACH) as your original specification — validated against datasheets, not just part numbers. Often at a lower cost.
BOM Analysis service →