534517

Fieldbus Direct Extremely compact and space-saving iit jae - 38Saec;: 

The ideal fieldbus solution for confined fitting spaces. 

Info 201 

## Fieldbus Direct and valve terminals from Festo – the flexible spacesaving system 

## Convincingly direct: the overall concept 

A world class product with an impressive size to flow ratio. The Fieldbus Direct valve terminals CPV, CPV-SC and CPA-SC can be installed right where they’re needed, for example on a robot arm. Direct proximity to the actuator ensures short switching times. The CDVI with Fieldbus Direct offers an impressive corrosionresistant and easy-to-clean surface. 

## Convincingly direct: the electrical concept 

The first task involved in designing a system is the control concept. The fieldbus system is extremely well defined. Looking for the right pneumatic control concept? No problem with the CPV, CPV-SC, CPA-SC and the CDVI valve terminal from Festo. Direct actuation makes it compatible with all of the most commonly used fieldbus protocols: Profibus DP, Interbus, DeviceNet, CANopen, AS-interface[®] , Beckhoff, ABB – including Festo plug & work[®] . 

## Convincingly direct: the pneumatic concept 

Valve terminals designed by the inventor of the valve terminal merely have to convince through the sum of their parts. With valve functions up to eight 5/2-way valves and up to sixteen 3/2-way valves and flow rates from 150 to 1,600 l/min, the modular, versatile, compact and sturdy Compact Performance terminals have 

it all. Need vacuum technology? The CPV vacuum valve slice gives you vacuum technology right where it’s needed. An optional pneumatic multiple connector plate allows pneumatic and electrical work to be carried out on the valve terminal at any time. The CDVI really comes into its own in corrosive environments. 

## Fieldbus Direct: maximum performance in the minimum of space 

“Fieldbus Direct” valve terminals increase the productivity of decentralised system concepts. IP65 and direct fieldbus integration allows the Compact Performance valve terminal CPV, CPV-SC and CPA-SC to be installed closer to the actuator. They offer virtually unlimited flexibility thanks to versatile pneumatic connection options. Fieldbus Direct is the most compact way of connecting valves to a fieldbus. 

## Optional: the CP string extension 

The optional string extension allows additional valve terminals and I/O modules (16I, 16O) to be connected to the fieldbus nodes of the Fieldbus Direct valve terminals. A CP string of the CP installation system is integrated in the fieldbus node as an extension. The CP string extensions range from 0.5 to 10 metres in length, which means that the modules with selectable connection technology can be mounted directly on-site (IP65/IP67). 

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Fieldbus Direct – extremely compact and space-saving! Decentralised installation … decentralised networking … for small I/O units ~~Per~~ Drive-adjacent for short cycle times. Valve terminals directly at the fieldbus Cost-effective solution for the connecand expandable by max. 2 modules. tion of a small number of input/ outputs at the fieldbus, incl. extension diagnostic options for each slave. Fieldbus Direct: one system for a number of tasks with an even greater number of advantages. Advantages for designers Advantages for purchasers Advantages for commissioning and maintenance 

|1.|Direct connection for fieldbus|Easy integration in existing|Reduced costs thanks to single|Easy to expand|
|---|---|---|---|---|
||protocols|control systems|sourcing|Fast and reliable switching of|
|||Direct fieldbus connection of a|Optimised product selection and|modules|
|||small number of pneumatic|warehousing|Extensive diagnostic options|
|||drives|Reliable ordering thanks to FACE|Condition monitoring|
|||Easy to switch between a number|software configurator with||
|||of fieldbus protocols (CPV)|plausibility check||
|2.|Proven basic pneumatic concept|Reduced installation space|Pneumatically innovative and|Reduced costs thanks to fewer|
|||thanks to maximum performance|proven technology reduces|different parts|
|||in confines spaces|follow-up costs|Simple, step-by-step installation|
|||Terminal installed directly where|Reduced warehousing costs|and commissioning|
|||it’s needed|High reliability of supply||
|||Flexible adaptation to the|Fully pre-assembled and tested||
|||automation task|units||
|||Installation-saving solutions save|Low operating costs||
|||time|||
|3.|Access to a proven basic product|Comprehensive technical|High machine availability|Easy advance commissioning|
|||documentation for designers|High productivity|Competent support and|
|||(parts list, dimensional drawings,|Simple logistics|comprehensive product|
|||etc.)||documentation|
|||Greater operational reliability||Integrated diagnostic concept|
|||and longer service life||reduces system downtimes|



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## Fieldbus Direct 

Key features 

## The system 

The Fieldbus Direct product range is the most compact way of connecting valves to a fieldbus. The fieldbus node is directly integrated in the electrical interface of the valve terminal and therefore takes up only a minimal amount of space. 

Extremely compact and spacesaving design 

Low-cost solution for the connection of a small number of valves to a fieldbus Extremely safe, degree of protection to IP69k depending on the series 

The Fieldbus Direct system contains Fieldbus Direct is a system for the four valve terminal series. connection of one valve terminal to CPV (type 10) nine different fieldbus standards. CPVSC1 (type 80) The most important systems includCPASC1 (type 82) ing Profibus, Interbus, DeviceNet and CDVI (type 15) CANopen are supported. 

The CP string extension option allows the functions and components of the CP installation system to be used. 

The optional string extension allows an additional valve terminal and I/O modules to be connected to the Fieldbus Direct fieldbus node. 

The I/O modules and cables for the CP string extension are ordered using the order code for the CP installation system. 

The max. 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. 

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## Fieldbus Direct 

Key features 

Switch module for CPV Direct The bus parameters and the device easy to set and check, even if the configuration of CPV Direct are set mounting position is difficult to using the removable switch module. access. The integrated DIL switches are also 

**==> picture [109 x 101] intentionally omitted <==**

## CP string extension 

The optional string extension allows The max. length of the CP string The CP string interface offers: an additional valve terminal and I/O extension is 10 metres, which means � 16 input signals modules to be connected to the that the extension modules can be � 16 output signals for output Fieldbus Direct fieldbus nodes. A CP mounted directly on-site. All of the modules 24 V DC or solenoid coils string of the CP installation system is required electrical signals are trans� Logic and sensor supply for the integrated in the fieldbus node as an mitted via the CP cable, which in turn output modules extension. Different input and output means that no further installation is � Load voltage supply for the valve modules as well as CPV and CPA valve needed on the extension module. terminals terminals can be connected. � Logic supply for the output module 

CPV Direct with fieldbus node � 8 valve slices Fieldbus � 16 solenoid coils � 16 valves with 3/2-way valves 

**==> picture [71 x 56] intentionally omitted <==**

CPV Direct with input module 24 V DC for detecting the cylinder end positions 

Fieldbus 

**==> picture [100 x 75] intentionally omitted <==**

**==> picture [72 x 57] intentionally omitted <==**

- 8 valve slices 

- � 16 inputs M8 or M12, each with sensor supply 

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## Fieldbus Direct 

Overview of examples 

**==> picture [63 x 141] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection options<br>[| Fieldbus<br>j S S<br>K S) S S<br>S at LE<br>S RO a<br>95)<br>[| Fieldbus<br>**----- End of picture text -----**<br>


**==> picture [109 x 86] intentionally omitted <==**

**----- Start of picture text -----**<br>
CPASC1 valve terminals with fieldbus<br>interfaces can be equipped with 4<br>to 24 valve positions and 4 to<br>32 solenoid coils.<br>Variants<br>DeviceNet connection<br>4 to 32 solenoid coils<br>**----- End of picture text -----**<br>


CPVSC1 valve terminals with fieldbus interfaces can be equipped with 4 to 16 valve positions and 4 to 16 solenoid coils. 

Variants DeviceNet connection | 4 to 16 solenoid coils 

**==> picture [26 x 7] intentionally omitted <==**

**----- Start of picture text -----**<br>
Fieldbus<br>**----- End of picture text -----**<br>


**==> picture [93 x 61] intentionally omitted <==**

**----- Start of picture text -----**<br>
In<br>Out<br>0 1<br>2 3<br>4 5<br>6 7 s<br>< é<br>< é<br>**----- End of picture text -----**<br>


CDVI-DN valve terminals with fieldbus interfaces can be equipped with 4, 6, 8 or 12 valve positions and 4 to 24 solenoid coils. 

Variants DeviceNet connection 4 to 24 solenoid coils 

## Valve terminals for extension 

CPA valve terminal Further information Max. 16 valves Info 214 Valve terminal CPA Size 10, 14 

CPV valve terminal Further information Max. 16 valves in 8 valve slices Info 213 Valve terminal CPV Size 10, 14, 18 

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## Fieldbus Direct 

Peripherals overview 

**==> picture [489 x 562] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||||
|---|---|---|---|---|
|CP installation system input/output modules|
|CP-E16-M12x2-5POL|�|16 inputs 24 V DC|�|M12 plug, double allocation|
|CP-E16N-M12x2-5POL|�|Signal status display via 16 LEDs|�|1x M9 CP connection|
|�|Operating status display|�|PNP/NPN, IP65|
|CP-E16-M8|�|16 inputs 24 V DC|�|M8 plug, single allocation|
|CP-E16N-M8|�|Signal status display via 16 LEDs|�|1x M9 CP connection|
|�|Operating status display|�|PNP/NPN, IP65|
|CP-E16-M8-Z|�|16 inputs 24 V DC|�|Electrical isolation through|
|�|Signal status display via 16 LEDs|additional power supply|
|�|Operating status display|�|M8 plug, single allocation|
|�|1x M9 CP connection|
|�|Separate sensor supply|
|�|PNP/NPN, IP65|
|CP-E16-KL-IP20-Z|�|2x 8 inputs 24 V DC|�|Screw terminal or tension-spring|
|�|Signal status display via 16 LEDs|sockets|
|�|Operating status display|�|1x M9 CP connection|
|�|Separate sensor supply|
|�|PNP/NPN, IP20|
|CP-A08-M12-5POL|�|8 outputs 24 V DC|�|2x M9 CP connection|
|CP-A08N-M12|�|Output signal display via 8 LEDs|�|Separate load voltage|
|�|Operating status display|�|Outputs resistant to overloads and|
|�|M12 plug, single allocation|short circuits|
|�|PNP/NPN, IP65|
|Detailed description of input and|
|output modules|
|�|Info 221 CP installation system|

**----- End of picture text -----**<br>


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## Fieldbus Direct 

Peripherals overview 

CP Compact Line input/output modules ~~a~~ CP-E08-M12x2-CL . 8 inputs 24 V DC 4x M12 plug, 5-pin, double Out In Signal status display via 8 LEDs allocation 1 Operating status display 2x M9 CP connection Ke S77] 3 PNP, IP65/67 5 7 Sr| ~~G~~ CP-E08-M8-CL ; 8 inputs 24 V DC 8x M8 plug, 3-pin, single allocation aa 0 1 ~~C~~ wall Out E In . Signal status display via 8 LEDsOperating status display . 2x M9 CP connectionPNP, IP65/67 2 3 4 5 6 7 CP-E16-KL-CL 16 inputs 24 V DC Screw terminal or tension-spring ~~B~~ a ; Indirect signal status display via sockets LEDs in the connection set of the 2x M9 CP connection tension-spring socket PNP, IP20 Operating status display KY Z ~~CoK~~ Es> CP-A04-M12x2-CL . 4 outputs 24 V DC 4x M12 plug, 5-pin, double Signal status display via 4 LEDs allocation $e NST Operating status display 2x M9 CP connection Outputs resistant to overloads and short circuits PNP, IP65/67 Sr 3 Detailed description of input and output modules > Info 221 CP installation system 

CP connecting cable 

The CP string is connected using preassembled CP cables, which are supplied in lengths from 0.5 to 8 metres. 

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8 

## Fieldbus Direct, CPV-DI01 

Technical data – Fieldbus node CPV-DI01 

CPV fieldbus node for communication between a CPV valve terminal and a fieldbus master. The fieldbus node is used for activation of a CPV valve terminal with 8 valve slices and 16 solenoid coils and for displaying the switching status via LED. The CPV-… valves are activated using automatic current reduction, which results in less power consumption and heat emission. 16 digital inputs and 8 digital outputs or 16 valves can be connected via a serial CP string extension. 

DI01 supports 4 different fieldbus protocols, which are selected by means of DIL switches: a Profibus DP a Moeller SUCOnet K a ABB CS31 a Festo fieldbus The CPV fieldbus node is available in three sizes, with identical performance characteristics: 

CPV10 CPV14 CPV18 

Application Bus connection 

**==> picture [162 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
Sub-D socket M12 adapter<br>**----- End of picture text -----**<br>


Sub-D socket . 9-pin Sub-D socket Installation with IP65 protection 

The bus connection is established via a 9-pin Sub-D socket with a typical Profibus allocation (to EN 50 170). The bus connector plug (with protection class IP65 from Festo or IP20 from other manufacturers) facilitates the connection of an incoming and an outgoing bus cable. An active bus terminal can be connected using the integrated DIL switch. The Sub-D interface is designed for the control of network components with a fibre optic cable connection. 

## M12 adapter 

Push-in connector 2xM12 Installation with IP65 protection 

Alternatively the bus connection can be established via a 2x M12 adapter plug (B-coded). 

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## Fieldbus Direct, CPV-DI01 

Technical data – Fieldbus node CPV-DI01 

|General technical data|||||
|---|---|---|---|---|
|Type||CPV10-GE-DI01-8|CPV14-GE-DI01-8|CPV18-GE-DI01-8|
|Part No.||165 809|165 811|165 813|
|CP string extension||Yes<br>16 inputs and 16 outputs|||
|Baud rates|[kBaud]|9.6 … 12,000;<br>automatic detection|||
|Addressing range|Profibus DP (12 MBaud)<br>Festo fieldbus<br>ABB CS31<br>Moeller SUCONET K|1 … 125<br>Set using switch module|||
|Product family||4: Valves|||
|Ident. number||0xC9|||
|Type of communication||Cyclic communication|||
|Configuration support||GSD file and bitmaps|||
|Max. no. of solenoid coils||2x16|||
|Max. no. of outputs||8 (1x16 solenoid coils omitted)|||
|Max. no. of inputs||16|||
|LED dia**g**nostic dis**p**la**y**s|POWER|Operating voltage for electronics and load supply|||
||BUS|Communication and configuration errors|||
|Device-specific diagnosis via PROFIBUS DP||Short circuit/overload of outputs<br>Undervoltage of valves<br>Undervoltage of outputs<br>Undervoltage of sensor supply<br>Missing module on CP string extension|||
|Operating voltage|Nominal value<br>[V DC]|Reverse polarity protected<br>Bus interface and logic, pin 1<br>Solenoid valve, pin 2|||
||Permissible range<br>[V]|20.4 … 26.4|||
|Current consumption|[mA]|Max. 100|||
|Protection class to EN 60 529||IP65|||
|Approval||CE|||
|Tem**p**erature ran**g**e|Operating<br>[°C]|–5 … +50|||
||Storage<br>[°C]|–20 … +70|||
|Materials|Housing|Die-cast aluminium|||
||Plug cap|Polyamide, glass fibre (Ultramide)|||
||Seal|Perbunan, Neoprene|||
|Dimensions||�Info 213 Valve terminal CPV|||
|Weight||�Info 213|||
|Technical data for valves||�Info 213|||



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## Fieldbus Direct, CPV-DI01 

Technical data – Fieldbus node CPV-DI01 

Connection and display components 1 Red LED: Bus status/error (BUS) 2 Green LED: Power supply (POWER) 3 Yellow LED row: For pilot solenoid coils 12 4 Yellow LED row: For pilot solenoid coils 14 1 2 3 4 

|Pin allocation for fieldbus interface (p|Pin allocation for fieldbus interface (p|lug view)||||||
|---|---|---|---|---|---|---|---|
|||Pin<br>Festo S|ub-D<br>Manufacturer-specific signal designation|||||
|||plug (I|P65)<br>Festo fieldbus|ABB CS**3**1|PROFIBUS DP|Moeller SUCONET K||
||||interface|||Sub-D, 9-pin|DIN (round)<br>5-pin|
|||1|||n.c.|||
|||2|||n.c.|||
|||3<br>B|S+|Bus1|RxD/TxD-P|3 (TA/RA)|4 (TA/RA)|
|||4<br>|||CNTR-P<br>DGND|||
|||6|||VP|||
|||7|||n.c.|||
|||8<br>A|S-|Bus2|RxD/TxD-N|7 (TB/RB)|1 (TB/RB)|
|||9|||n.c.|||
|||Housing<br>Cable|clip<br>Screen|Screen|Screen|4 (screen)|Housing|



|Pin allocation for M12 adapter|||||
|---|---|---|---|---|
||Profibus DP<br>(signal)<br>Bus In|(pin)|Bus Out (socket)|Designation|
||Screen<br>M12|and 5|M12 and 5|Screen or functional earthing|
||RxD / TxD-P<br>4||4|Data B|
||DGND<br>-||3|Reference potential to supply<br>voltageplus (VP)|
||VP (P5V)<br>-||1|Supply voltage – Plus|
||RxD / TxD-N<br>2||2|Data A|



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## Fieldbus Direct, CPV-DI01 

Accessories – Fieldbus node CPV-DI01 

|ering data|ering data||||
|---|---|---|---|---|
|gnation|||Type|Part No.|
|er supply|||||
||Power supply socket, straight||FBSD-GD-7<br>|18 497<br>|
||||FBSD-GD-9|18 495|
||Power supply socket, angled||FBSD-WD-7<br>FBSD-WD-9|18 524<br>18 525|
||||||
||||||
|bus connection|||||
||Fieldbus socket, Sub-D connection||FBS-Sub-9-GS-DP-B|532 216|
||M12 adapter||FBA-2-M12-5POL-RK|533 118|
||||||
|e terminal connection|||||
||Connectin**g**cable WS-WD|0.5 m|KVI-CP-1-WS-WD-0,5|178 564|
|||1 m|KVI-CP-1-WS-WD-1.0|191 892|
|||2 m|KVI-CP-1-WS-WD-2|163 139|
|||3 m|KVI-CP-1-WS-WD-3.0|191 893|
|||5 m|KVI-CP-1-WS-WD-5|163 138|
||Connecting cable GS-WD|5 m|KVI-CP-1-GS-WD-5|163 137|
|||8 m|KVI-CP-1-GS-WD-8|163 136|
||Connectin**g**cable GS-GD|2 m, for chain link trunking|KVI-CP-2-GS-GD-2|170 234|
|||5 m, for chain link trunking|KVI-CP-2-GS-GD-5|170 235|
|||8 m, for chain link trunking|KVI-CP-2-GS-GD-8|165 616|
||||||
|documentation|||||
||User documentation for CPV Direct**,**CPV fieldbus node<br>DI01|German|P.BE-CP-DI01-DE|165 816|
|||English|P.BE-CP-DI01-EN|165 817|
|||Italian|P.BE-CP-DI01-IT|165 818|
|||French|P.BE-CP-DI01-FR|165 819|
|||Spanish|P.BE-CP-DI01-ES|165 820|
|||Swedish|P.BE-CP-DI01-SV|165 821|
||||||
|ware|||||
||CD-ROM|Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
|||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|



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## Fieldbus Direct, CPV-DN2 

Technical data – Fieldbus node CPV-DN2 

CPV fieldbus node for communication between a CPV valve terminal and a fieldbus master. The fieldbus node is used for activation of a CPV valve terminal with 8 valve slices and 16 solenoid coils and for displaying the switching status via LED. The CPV-… valves are activated using automatic current reduction, which results in less power consumption and heat emission. 16 digital inputs and 8 digital outputs or 16 solenoid coils can be connected via a serial CP string extension. 

The CPV fieldbus node supports the DeviceNet protocol and conforms to the equipment profile of the pneumatic valve. The CPV fieldbus node is available in three sizes, with identical performance characteristics: 

CPV10 CPV14 CPV18 

**==> picture [158 x 37] intentionally omitted <==**

**----- Start of picture text -----**<br>
Application<br>Bus connection<br>Open Style Micro Style<br>**----- End of picture text -----**<br>


Open Style . 5-pin terminal strip For installations in protected environments (IP20) 

Open Style offers a 5-pin row with the DeviceNet pin allocation. If the valve terminal is ordered with this bus connection, the 5-pin screw terminal strip will also be supplied. It is designed with double screw terminals for the incoming and the outgoing bus cable. This connection technology provides the function of a T-distributor. 

## Micro Style 

Push-in connector 2xM12 Installation with IP65 protection 

Micro Style is prepared for connecting through the bus cable with an M12 plug for the incoming cable and a socket for the outgoing bus cable. The bus connection fulfils the requirement of a T-distributor, this means that the CPV valve terminal can be disconnected from the DeviceNet without interrupting the bus. This method of direct connection does away with the need for the branch line length in the DeviceNet configuration. 

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## Fieldbus Direct, CPV-DN2 

Technical data – Fieldbus node CPV-DN2 

|Condition monitoring||||
|---|---|---|---|
|Condition monitoring supports the|registers movements of the system|sent to the controller via DeviceNet|service intervals for the function|
|preventative maintenance of the func-|components.|and maintenance can be started. In|chain.|
|tion chain in automation systems.|Once a maximum number of|the same way condition monitoring|All movements immediately after|
|Each valve is assigned a switching|activations is reached, a message is|supports the determination of the|installation are registered.|
|cycle counter that automatically||||



|General technical data|||||
|---|---|---|---|---|
|Type||CPV10-GE-DN2-8|CPV14-GE-DN2-8|CPV18-GE-DN2-8|
|Part No.||525 630|525 878|525 880|
|CP string extension||Yes<br>16 inputs and 8 outputs(or 16 valves)|||
|Baud rates|[kbps]|125, 250, 500|||
|Addressing range||0 … 63<br>Set usingswitch module|||
|Product family||Pneumatic valve (27 dec.)|||
|Ident. number||8942 dec.|||
|Type of communication||Polling, change of state, strobed I/O|||
|Configuration support||EDS file and graphics symbol|||
|Max. no. of solenoid coils||2x16|||
|Max. no. of outputs||8 (1x16 solenoid coils omitted)|||
|Max. no. of inputs||16|||
|LED dia**g**nostic dis**p**la**y**s|PS|Common message concerning supply voltage|||
||MNS|DeviceNet status|||
|Device-specific diagnosis via DeviceNet||Short circuit/overload of outputs<br>Short circuit/overload of inputs<br>Undervoltage of valve terminal<br>Undervoltage of valve terminal (extension)<br>Undervoltage of output module<br>Undervoltage of sensor supply<br>Missing module on CP string<br>Condition monitoring|||
|O**p**eratin**g**volta**g**e|Nominal value<br>[V]|24 DC, reverse polarity protected|||
||Permissible range<br>[V]|20.4 … 26.4 DC|||
||Power failure buffering<br>[ms]|20|||
|Current consumption|[mA]|Max. 200 + sensor supply|||
|Protection class to EN 60 529||IP65|||
|Approval||CE|||
|Tem**p**erature ran**g**e|Operating<br>[°C]|–5 … +50|||
||Storage<br>[°C]|–20 … +60|||
|Materials|Housing|Die-cast aluminium|||
||Plug cap|Polyamide, glass fibre (Ultramide)|||
||Seal|Nitrile rubber, Neoprene|||
|Dimensions||�Info 213 Valve terminal CPV|||
|Weight||�Info 213|||
|Technical data for valves||�Info 213|||



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14 

## Fieldbus Direct, CPV-DN2 

Technical data – Fieldbus node CPV-DN2 

- Connection and display components 1 Interchangeable fieldbus 

- 1 connection: – Micro Style connection 

- 2 (2xM12) – Open Style connection 

- 5 

- 3 (terminal strip) – 9-pin Sub-D plug 

- 2 Switch module (removable) 3 Connection for voltage supply 

- 4 (4-pin M12 plug, operating voltage for electronics, load 

- 6 voltage for CP valves) 4 LEDs: – Power status (PS) 

- – Module/network status (MNS) 

- 5 CP extension connection 6 Switching status displays of CPV solenoid coils 

|Pin allocation for M12 adapter|Pin allocation for M12 adapter|||||
|---|---|---|---|---|---|
|||Pin<br>S<br>c|ignal-specific<br>ore colour<br>Sig|nal<br>|Designation|
|||1<br>b<br>2<br>r<br>3<br>b<br>4<br>w<br>5<br>b|lank<br>Scr|een<br>|Connection to housing|
||||ed<br>24|V DC bus<br>|24 V supply CAN interface|
||||lack<br>0 V|bus<br>|0 V CAN interface|
||||hite<br>CAN|_H<br>|Received/transmitted data high|
||||lue<br>CAN|_L<br>|Received/transmitted data low|
|||||||
|Pin allocation for Open Style adapter||||||
|||Pin<br>S<br>c|ignal-specific<br>ore colour<br>Sig|nal<br>|Designation|
|||1<br>b<br>2<br>b<br>3<br>b<br>4<br>w<br>5<br>r|lack<br>0 V|bus<br>|0 V CAN interface|
||||lue<br>CAN|_L<br>|Received/transmitted data low|
||||lank<br>Scr|een<br>|Connection to housing|
||||hite<br>CAN|_H<br>|Received/transmitted data high|
||||ed<br>24|V DC bus<br>|24 V DC supply CAN interface|



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## Fieldbus Direct, CPV-DN2 

Accessories – Fieldbus node CPV-DN2 

|ering data|ering data|ering data|||
|---|---|---|---|---|
|gnation|||Type|Part No.|
|er supply|||||
||Power supply socket, straight||FBSD-GD-7<br>|18 497<br>|
||||FBSD-GD-9|18 495|
||Power supply socket, angled||FBSD-WD-7<br>FBSD-WD-9|18 524<br>18 525|
||||||
||||||
|connection Micro Style M12|||||
||Bus connection Micro Style, 2xM12||FBA-2-M12-5POL|525 632|
||Fieldbus socket for Micro Style connection, M12, 5-pin, straight<br>||FBSD-GD-9-5POL<br>|18 324|
||Plug for Micro Style connection, M12, 5-pin, straight||FBS-M12-5GS-PG9|175 380|
||||||
|connection Open Style, 5-pin screw terminal strip|||||
||Bus connection Open Style for 5-pin terminal strip||FBA-1-SL-5POL|525 634|
||Bus connection, 5-pin terminal strip||FBSD-KL-2x5POL|525 635|
||||||
|e terminal connection|||||
||Connectin**g**cable WS-WD|0.5 m|KVI-CP-1-WS-WD-0,5|178 564|
|||1 m|KVI-CP-1-WS-WD-1.0|191 892|
|||2 m|KVI-CP-1-WS-WD-2|163 139|
|||3 m|KVI-CP-1-WS-WD-3.0|191 893|
|||5 m|KVI-CP-1-WS-WD-5|163 138|
||Connecting cable GS-WD|5 m|KVI-CP-1-GS-WD-5|163 137|
|||8 m|KVI-CP-1-GS-WD-8|163 136|
||Connectin**g**cable GS-GD|2 m, for chain link trunking|KVI-CP-2-GS-GD-2|170 234|
|||5 m, for chain link trunking|KVI-CP-2-GS-GD-5|170 235|
|||8 m, for chain link trunking|KVI-CP-2-GS-GD-8|165 616|
||||||
|documentation|||||
||User documentation for CPV Direct**,**CPV fieldbus node<br>DN2|German|P.BE-CP-DN2-DE|526 016|
|||English|P.BE-CP-DN2-EN|526 017|
|||Italian|P.BE-CP-DN2-IT|526 018|
|||French|P.BE-CP-DN2-FR|526 019|
|||Spanish|P.BE-CP-DN2-ES|526 020|
|||Swedish|P.BE-CP-DN2-SV|526 021|
||||||
|ware|||||
||CD-ROM|Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
|||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|



Info 201 – Subject to change – 2004/11 

16 

## Fieldbus Direct, CPASC1-AE32-DN 

Technical data – Fieldbus node CPASC1-AE32-DN 

Application Bus connection _ 

The DeviceNet connection is established via a 5-pin M12 plug with pins that corresponds to the specific mini connector. A DeviceNet installation with a higher degree of protection is typically configured using main and branch lines that are connected via T-pieces. 

CPASC1 fieldbus node for communication between a CPASC1 valve terminal and a fieldbus master. The fieldbus node is used for activation of a CPASC1 valve terminal with up to 32 solenoid coils on max. 24 valve positions and for displaying the switching status via LED. The CPASC1… valves are activated using automatic current reduction, which results in less power consumption and heat emission. 16 digital inputs and 8 digital outputs or 16 solenoid coils can be connected via a serial CP string extension. The CPASC1 fieldbus node supports the DeviceNet protocol and conforms to the equipment profile of the pneumatic valve. a Various manufacturers such as Turck, In order to prevent confusion when Lumberg and Rockwell offer finished establishing a connection to the fieldcables and terminating resistors. The bus, a Micro Style M12, 5-pin plug terminating resistors are attached to connector with a straight socket the two outermost T-pieces. This (A-coded) is used. A Micro Style M12, installation technique keeps the bus 5-pin plug connector with a straight closed while a bus station is being socket (B-coded) is used for the power removed. supply. 

2004/11 – Subject to change – Info 201 

17 

## Fieldbus Direct, CPASC1-AE32-DN 

Technical data – Fieldbus node CPASC1-AE32-DN 

|Condition monitoring||||
|---|---|---|---|
|Condition monitoring supports the|registers movements of the system|sent to the controller via DeviceNet|service intervals for the function|
|preventative maintenance of the func-|components.|and maintenance can be started. In|chain.|
|tion chain in automation systems.|Once a maximum number of|the same way condition monitoring|All movements immediately after|
|Each valve is assigned a switching|activations is reached, a message is|supports the determination of the|installation are registered.|
|cycle counter that automatically||||



|General technical data|||
|---|---|---|
|Type||CPASC1-AE32-DN|
|Part No.||538 652|
|CP string extension||Yes<br>16 inputs and 8 outputs(or 16 valves)|
|Baud rates|[kbps]|125, 250, 500|
|Addressing range||0 … 63<br>Set usingswitch module|
|Product family||Pneumatic valve (27 dec.)|
|Ident. number||5250 dec.|
|Type of communication||Polling, change of state, strobed I/O|
|Configuration support||EDS file and graphics symbol|
|Max. no. of solenoid coils||32+16|
|Max. no. of outputs||8 (1x16 solenoid coils omitted)|
|Max. no. of inputs||16|
|LED dia**g**nostic dis**p**la**y**s|PS|Common message concerning supply voltage|
||PL|Power supply for valves|
||SF|CP system error|
||NET|DeviceNet network status|
||MOD|DeviceNet module status|
|Device-specific diagnosis via DeviceNet||Short circuit/overload of outputs<br>Short circuit/overload of inputs<br>Undervoltage of valve terminal<br>Undervoltage of valve terminal (extension)<br>Undervoltage of output module<br>Undervoltage of sensor supply<br>Missing module on CP string<br>Condition monitoring|
|O**p**eratin**g**volta**g**e|Nominal value<br>[V]|24 DC, reverse polarity protected|
||Permissible range<br>[V]|20.4 … 26.4 DC|
||Power failure buffering<br>[ms]|20|
|Current consumption|[mA]|Max. 200 + sensor supply|
|Residual ripple|[Vss]|4|
|Protection class to EN 60 529||IP40 (with fitted cover)|
|Vibration resistance||To EN 60 068-2-6: Wall mounting class 2<br>H-rail mountingclass 1|
|Shock resistance||To EN 60 068-2-27: Wall mounting class 2<br>H-rail mounting class 1<br>To EN 60 068-2-29: Wall mounting class 1<br>H-rail mounting class 1|
|Approval||CE|
|Tem**p**erature ran**g**e|Operating<br>[°C]|–5 … +50|
||Storage<br>[°C]|–20 … +50|
|Materials||Polymer|
|Dimensions||�Info 211|
|Weight||�Info 211|
|Technical data for valves||�Info 211|



Info 201 – Subject to change – 2004/11 

18 

## Fieldbus Direct, CPASC1-AE32-DN 

Technical data – Fieldbus node CPASC1-AE32-DN 

**==> picture [489 x 195] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection and display components<br>1 Connection for CP extension<br>2 Connection for power supply<br>3 Connection for fieldbus<br>4 DIL switch for CP extension<br>5 Rotary switch for baud rate<br>6 Rotary switch for station number<br>7 Earth terminal<br>8 Cover (for IP40 protection)<br>8 6 5 4 7 3 2 1<br>**----- End of picture text -----**<br>


|Pin allocation for fieldbus interface|||||
|---|---|---|---|---|
||Pin<br>Sign<br>core|al-specific<br>colour|Signal|Designation|
||1<br>bla<br>2<br>red<br>3<br>blac<br>4<br>whi<br>5<br>blu|nk|Screen|Connection to housing|
||||24 V DC bus|24 V supply CAN interface|
|||k|0 V bus|0 V CAN interface|
|||te|CAN_H|Received/transmitted data high|
|||e|CAN_L|Received/transmitted data low|



2004/11 – Subject to change – Info 201 

19 

## Fieldbus Direct, CPASC1-AE32-DN 

Accessories – Fieldbus node CPASC1-AE32-DN 

|ering data|ering data|ering data|ering data|ering data|ering data|
|---|---|---|---|---|---|
|ignation||||Type|Part No.|
|er supply Micro Style M12||||||
|||Power supply socket, for Micro Style connection, M12, 5-pin, straight socket (B-coded)||NTSD-GD-9-M12-5POL-RK|538 999|
|||||||
|connection Micro Style M12||||||
|||Fieldbus socket for Micro Style connection, M12, 5-pin, straight socket (A-coded)||FBSD-GD-9-5POL|18 324|
|||||||
|ve terminal connection||||||
|||Connectin**g**cable with an**g**led**p**lu**g**and an**g**led socket|0.5 m|KVI-CP-1-WS-WD-0,5|178 564|
||||1 m|KVI-CP-1-WS-WD-1.0|191 892|
||||2 m|KVI-CP-1-WS-WD-2|163 139|
||||3 m|KVI-CP-1-WS-WD-3.0|191 893|
||||5 m|KVI-CP-1-WS-WD-5|163 138|
|||Connecting cable with straight plug and angled socket|5 m|KVI-CP-1-GS-WD-5|163 137|
||||8 m|KVI-CP-1-GS-WD-8|163 136|
|||Connectin**g**cable with strai**g**ht**p**lu**g**and strai**g**ht socket|2 m, for chain link trunking|KVI-CP-2-GS-GD-2|170 234|
||||5 m, for chain link trunking|KVI-CP-2-GS-GD-5|170 235|
||||8 m, for chain link trunking|KVI-CP-2-GS-GD-8|165 616|
|||||||
|r documentation||||||
|||User documentation for CPV Direct**,**CPV fieldbus node<br>DN2|German|P.BE-CPASC-CPVSC-DE|539 008|
||||English|P.BE-CPASC-CPVSC-EN|539 009|
||||Italian|P.BE-CPASC-CPVSC-IT|539 010|
||||French|P.BE-CPASC-CPVSC-FR|539 011|
||||Spanish|P.BE-CPASC-CPVSC-ES|539 012|
||||Swedish|P.BE-CPASC-CPVSC-SV|539 013|
|||||||
|tware||||||
|||CD-ROM|Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
||||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|



Info 201 – Subject to change – 2004/11 

20 

## Fieldbus Direct, CPVSC1-AE16-DN 

Technical data – Fieldbus node CPVSC1-AE16-DN 

Application Bus connection _ 

The DeviceNet connection is established via a 5-pin M12 plug with pins that corresponds to the specific mini connector. A DeviceNet installation with a higher degree of protection is typically configured using main and branch lines that are connected via T-pieces. 

CPVSC1 fieldbus node for communication between a CPVSC1 valve terminal and a fieldbus master. The fieldbus node is used for activation of a CPVSC1 valve terminal with up to 16 solenoid coils on max. 16 valve positions and for displaying the switching status via LED. The CPVSC1… valves are activated using automatic current reduction, which results in less power consumption and heat emission. 16 digital inputs and 8 digital outputs or 16 solenoid coils can be connected via a serial CP string extension. The CPVSC1 fieldbus node supports the DeviceNet protocol and conforms to the equipment profile of the pneumatic valve. w Various manufacturers such as Turck, In order to prevent confusion when Lumberg and Rockwell offer finished establishing a connection to the fieldcables and terminating resistors. The bus, a Micro Style M12, 5-pin plug terminating resistors are attached to connector with a straight socket the two outermost T-pieces. This (A-coded) is used. A Micro Style M12, installation technique keeps the bus 5-pin plug connector with a straight closed while a bus station is being socket (B-coded) is used for the power removed. supply. 

2004/11 – Subject to change – Info 201 

21 

## Fieldbus Direct, CPVSC1-AE16-DN 

Technical data – Fieldbus node CPVSC1-AE16-DN 

|Condition monitoring||||
|---|---|---|---|
|Condition monitoring supports the|registers movements of the system|sent to the controller via DeviceNet|service intervals for the function|
|preventative maintenance of the func-|components.|and maintenance can be started. In|chain.|
|tion chain in automation systems.|Once a maximum number of|the same way condition monitoring|All movements immediately after|
|Each valve is assigned a switching|activations is reached, a message is|supports the determination of the|installation are registered.|
|cycle counter that automatically||||



|General technical data|||
|---|---|---|
|Type||CPVSC1-AE16-DN|
|Part No.||538 654|
|CP string extension||Yes<br>16 inputs and 8 outputs(or 16 valves)|
|Baud rates|[kbps]|125, 250, 500|
|Addressing range||0 … 63<br>Set usingswitch module|
|Product family||Pneumatic valve (27 dec.)|
|Ident. number||4736 dec.|
|Type of communication||Polling, change of state, strobed I/O|
|Configuration support||EDS file and graphics symbol|
|Max. no. of solenoid coils||2x16|
|Max. no. of outputs||8 (1x16 solenoid coils omitted)|
|Max. no. of inputs||16|
|LED dia**g**nostic dis**p**la**y**s|PS|Common message concerning supply voltage|
||PL|Power supply for valves|
||SF|CP system error|
||NET|DeviceNet network status|
||MOD|DeviceNet module status|
|Device-specific diagnosis via DeviceNet||Short circuit/overload of outputs<br>Short circuit/overload of inputs<br>Undervoltage of valve terminal<br>Undervoltage of valve terminal (extension)<br>Undervoltage of output module<br>Undervoltage of sensor supply<br>Missing module on CP string<br>Condition monitoring|
|O**p**eratin**g**volta**g**e|Nominal value<br>[V]|24 DC, reverse polarity protected|
||Permissible range<br>[V]|20.4 … 26.4 DC|
||Power failure buffering<br>[ms]|20|
|Current consumption|[mA]|Max. 200 + sensor supply|
|Residual ripple|[Vss]|4|
|Protection class to EN 60 529||IP40 (with fitted cover)|
|Vibration resistance||To EN 60 068-2-6: Wall mounting class 2<br>H-rail mountingclass 1|
|Shock resistance||To EN 60 068-2-27: Wall mounting class 2<br>H-rail mounting class 1<br>To EN 60 068-2-29: Wall mounting class 1<br>H-rail mounting class 1|
|Approval||CE|
|Tem**p**erature ran**g**e|Operating<br>[°C]|–5 … +50|
||Storage<br>[°C]|–20 … +50|
|Materials||Polymer|
|Dimensions||�Info 226|
|Weight||�Info 226|
|Technical data for valves||�Info 226|



Info 201 – Subject to change – 2004/11 

22 

## Fieldbus Direct, CPVSC1-AE16-DN 

Technical data – Fieldbus node CPVSC1-AE16-DN 

**==> picture [489 x 198] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection and display components<br>1 Connection for CP extension<br>2 Connection for power supply<br>7 3 Connection for fieldbus<br>4 DIL switch for CP extension<br>5 Rotary switch for baud rate<br>6 Rotary switch for station number<br>7 Earth terminal<br>8 Cover (for IP40 protection)<br>8 6 5 4 3 2 1<br>**----- End of picture text -----**<br>


|Pin allocation for fieldbus interface|||||
|---|---|---|---|---|
||Pin<br>Sign<br>core|al-specific<br>colour|Signal|Designation|
||1<br>blan<br>2<br>red<br>3<br>black<br>4<br>white<br>5<br>blue|k|Screen|Connection to housing|
||||24 V DC bus|24 V supply CAN interface|
||||0 V bus|0 V CAN interface|
||||CAN_H|Received/transmitted data high|
||||CAN_L|Received/transmitted data low|



2004/11 – Subject to change – Info 201 

23 

## Fieldbus Direct, CPVSC1-AE16-DN 

Accessories – Fieldbus node CPVSC1-AE16-DN 

|ering data|ering data|ering data|ering data|ering data|ering data|
|---|---|---|---|---|---|
|ignation||||Type|Part No.|
|er supply Micro Style M12||||||
|||Power supply socket, for Micro Style connection, M12, 5-pin, straight socket (B-coded)||NTSD-GD-9-M12-5POL-RK|538 999|
|||||||
|connection Micro Style M12||||||
|||Fieldbus socket for Micro Style connection, M12, 5-pin, straight socket (A-coded)||FBSD-GD-9-5POL|18 324|
|||||||
|||||||
|ve terminal connection||||||
|||Connectin**g**cable with an**g**led**p**lu**g**and an**g**led socket|0.5 m|KVI-CP-1-WS-WD-0,5|178 564|
||||1 m|KVI-CP-1-WS-WD-1.0|191 892|
||||2 m|KVI-CP-1-WS-WD-2|163 139|
||||3 m|KVI-CP-1-WS-WD-3.0|191 893|
||||5 m|KVI-CP-1-WS-WD-5|163 138|
|||Connecting cable with straight plug and angled socket|5 m|KVI-CP-1-GS-WD-5|163 137|
||||8 m|KVI-CP-1-GS-WD-8|163 136|
|||Connectin**g**cable with strai**g**ht**p**lu**g**and strai**g**ht socket|2 m, for chain link trunking|KVI-CP-2-GS-GD-2|170 234|
||||5 m, for chain link trunking|KVI-CP-2-GS-GD-5|170 235|
||||8 m, for chain link trunking|KVI-CP-2-GS-GD-8|165 616|
|||||||
|r documentation||||||
|||User documentation for CPV Direct**,**CPV fieldbus node<br>DN2|German|P.BE-CPASC-CPVSC-DE|539 008|
||||English|P.BE-CPASC-CPVSC-EN|539 009|
||||Italian|P.BE-CPASC-CPVSC-IT|539 010|
||||French|P.BE-CPASC-CPVSC-FR|539 011|
||||Spanish|P.BE-CPASC-CPVSC-ES|539 012|
||||Swedish|P.BE-CPASC-CPVSC-SV|539 013|
|||||||
|tware||||||
|||CD-ROM|Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
||||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|



Info 201 – Subject to change – 2004/11 

24 

## Fieldbus Direct, CDVI-DN 

Technical data – Fieldbus node CDVI-DN 

CDVI fieldbus node for communication between a CDVI valve terminal and a fieldbus master. The fieldbus node is used for activation of a CDVI valve terminal with up to 24 solenoid coils on max. 12 valve positions and for displaying the switching status via LED. 

The CDVI… valves are activated using automatic current reduction, which results in less power consumption and heat emission. 16 digital inputs and 8 digital outputs or 16 solenoid coils can be connected via a serial CP string extension. The CDVI fieldbus node supports the DeviceNet protocol and conforms to the equipment profile of the pneumatic valve. 

## ~~a)~~ Application 

Bus connection 

The DeviceNet connection is established via a 5-pin M12 plug with pins that corresponds to the specific mini connector. A DeviceNet installation with a higher degree of protection is typically configured using main and branch lines that are connected via T-pieces. 

Various manufacturers such as Turck, Lumberg and Rockwell offer finished cables and terminating resistors. The terminating resistors are attached to the two outermost T-pieces. This installation technique keeps the bus closed while a bus station is being removed. 

In order to prevent confusion when establishing a connection to the fieldbus, a Micro Style M12, 5-pin plug connector with a straight socket (A-coded) is used. A Micro Style M12, 5-pin plug connector with a straight socket (B-coded) is used for the power supply. 

2004/11 – Subject to change – Info 201 

25 

## Fieldbus Direct, CDVI-DN 

Technical data – Fieldbus node CDVI-DN 

|Condition monitoring||||
|---|---|---|---|
|Condition monitoring supports the|registers movements of the system|sent to the controller via DeviceNet|service intervals for the function|
|preventative maintenance of the func-|components.|and maintenance can be started. In|chain.|
|tion chain in automation systems.|Once a maximum number of|the same way condition monitoring|All movements immediately after|
|Each valve is assigned a switching|activations is reached, a message is|supports the determination of the|installation are registered.|
|cycle counter that automatically||||



|General technical data|||
|---|---|---|
|Type||CDVI-DN|
|Part No.||197 648|
|CP string extension||Yes<br>16 inputs and 8 outputs(or 16 valves)|
|Baud rates|[kbps]|125, 250, 500|
|Addressing range||0 … 63<br>Set usingswitch module|
|Product family||Communication adapter (12 dec.)|
|Ident. number||5141 dec.|
|Type of communication||Polling, change of state|
|Configuration support||EDS file and graphics symbol|
|Max. no. of solenoid coils||24+16|
|Max. no. of outputs||8 (1x16 solenoid coils omitted)|
|Max. no. of inputs||16|
|LED dia**g**nostic dis**p**la**y**s|PS|Common message concerning supply voltage|
||PL|Power supply for valves|
||MNS|DeviceNet module/network status|
||CP|CP extension modules|
|Device-specific diagnosis via DeviceNet||Short circuit/overload of outputs<br>Short circuit/overload of inputs<br>Undervoltage of valve terminal<br>Undervoltage of valve terminal (extension)<br>Undervoltage of output module<br>Undervoltage of sensor supply<br>Missing module on CP string<br>Condition monitoring|
|O**p**eratin**g**volta**g**e|Nominal value<br>[V]|24 DC, reverse polarity protected|
||Permissible range<br>[V]|20.4 … 26.4 DC|
||Power failure buffering<br>[ms]|20|
|Current consumption|[mA]|Max. 100 + sensor supply|
|Residual ripple|[Vss]|4|
|Protection class to EN 60 529||IP66, IP67, IP69k1)|
|Vibration resistance||To EN 60 068-2-6: Wall mounting class 2<br>H-rail mountingclass 1|
|Shock resistance||To EN 60 068-2-27: Wall mounting class 2<br>H-rail mounting class 1<br>To EN 60 068-2-29: Wall mounting class 1<br>H-rail mounting class 1|
|Approval||CE|
|Tem**p**erature ran**g**e|Operating<br>[°C]|–5 … +50|
||Storage<br>[°C]|–20 … +40|
|Materials||Info 204|
|Dimensions (LxWxD)|[mm]|Info 204|
|Weight|[g]|Info 204|



1) To DIN 40 050 Part 9 (only up to 50 bar at 80°C; with sealed CP connection) Type 4 to NEMA 250 (hose-down test, test no. 5.7) 

Info 201 – Subject to change – 2004/11 

26 

## Fieldbus Direct, CDVI-DN 

Technical data – Fieldbus node CDVI-DN 

**==> picture [489 x 181] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection and display components<br>5 6 1 Power supply<br>(plug, M12)<br>2 CP extension (M9)<br>1<br>3 Fieldbus input<br>(plug, M12)<br>2<br>4 Fieldbus output<br>(socket, M12)<br>5 PS Power system<br>Operating voltage of<br>electronics<br>PL Power load<br>4 3 Load voltage of valves<br>MNS Module/network status<br>CP Compact Performance<br>CP extension modules<br>**----- End of picture text -----**<br>


1 Power supply (plug, M12) 2 CP extension (M9) 3 Fieldbus input (plug, M12) 4 Fieldbus output (socket, M12) 5 PS Power system Operating voltage of electronics PL Power load Load voltage of valves MNS Module/network status CP Compact Performance CP extension modules 6 Status display of the solenoid coils 

|Pin allocation for fieldbus interface (M12 socket)|Pin allocation for fieldbus interface (M12 socket)|Pin allocation for fieldbus interface (M12 socket)|Pin allocation for fieldbus interface (M12 socket)|Pin allocation for fieldbus interface (M12 socket)|
|---|---|---|---|---|
||Pin|Signal-specific<br>core colour|Signal|Designation|
||1|blank|Screen|Connection to housing|
||2|red|24 V DC bus|24 V supply CAN interface|
||3|black|0 V bus|0 V CAN interface|
||4|white|CAN_H|Received/transmitted data high|
||5|blue|CAN_L|Received/transmitted data low|



|Pin allocation for fieldbus interface (M12 plug)|Pin allocation for fieldbus interface (M12 plug)|Pin allocation for fieldbus interface (M12 plug)|Pin allocation for fieldbus interface (M12 plug)|Pin allocation for fieldbus interface (M12 plug)|Pin allocation for fieldbus interface (M12 plug)|
|---|---|---|---|---|---|
|||Pin|Signal-specific<br>core colour<br>|Signal|Designation<br>|
|||1|blank|Screen|Connection to housing|
|||2|red|24 V DC bus|24 V supply CAN interface|
|||3|black|0 V bus|0 V CAN interface|
|||4|white|CAN_H|Received/transmitted data high|
|||5|blue|CAN_L|Received/transmitted data low|



2004/11 – Subject to change – Info 201 

27 

## Fieldbus Direct, CDVI-DN 

Accessories – Fieldbus node CDVI-DN 

|ering data|ering data|ering data|ering data|ering data|ering data|
|---|---|---|---|---|---|
|ignation||||Type|Part No.|
|er supply Micro Style M12||||||
|||Power supply socket, for Micro Style connection, M12, 5-pin, straight socket (A-coded)||FBSD-GD-9-5POL|18 324|
|||||||
|connection Micro Style M12||||||
|||Micro Style connection, M12, 5-pin, straight socket (A-coded)||FBSD-GD-9-5POL|18 324|
|||Micro Style connection, M12, 5-pin, straight plug (A-coded)||FBS-M12-5GS-PG9|17 538|
|||||||
|ve terminal connection||||||
|||Connectin**g**cable with an**g**led**p**lu**g**and an**g**led socket|0.5 m|KVI-CP-1-WS-WD-0,5|178 564|
||||1 m|KVI-CP-1-WS-WD-1.0|191 892|
||||2 m|KVI-CP-1-WS-WD-2|163 139|
||||3 m|KVI-CP-1-WS-WD-3.0|191 893|
||||5 m|KVI-CP-1-WS-WD-5|163 138|
|||Connecting cable with straight plug and angled socket|5 m|KVI-CP-1-GS-WD-5|163 137|
||||8 m|KVI-CP-1-GS-WD-8|163 136|
|||Connectin**g**cable with strai**g**ht**p**lu**g**and strai**g**ht socket|2 m, for chain link trunking|KVI-CP-2-GS-GD-2|170 234|
||||5 m, for chain link trunking|KVI-CP-2-GS-GD-5|170 235|
||||8 m, for chain link trunking|KVI-CP-2-GS-GD-8|165 616|
|||||||
|r documentation||||||
|||User documentation for CDVI-DN|German|P.BE-CDVI-DN-DE|539 044|
||||English|P.BE-CDVI-DN-EN|539 045|
||||Italian|P.BE-CDVI-DN-IT|539 048|
||||French|P.BE-CDVI-DN-FR|539 047|
||||Spanish|P.BE-CDVI-DN-ES|539 046|
||||Swedish|P.BE-CDVI-DN-SV|539 049|
|||||||
|tware||||||
|||CD-ROM|Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
||||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|



Info 201 – Subject to change – 2004/11 

28 

Fieldbus Direct, CPV-CO2 Technical data – Fieldbus node CPV-CO2 

CPV fieldbus node for communication between a CPV valve terminal and a fieldbus master. The fieldbus node is used for activation of a CPV valve terminal with 8 valve slices and 16 solenoid coils and for displaying the switching status via LED. The CPV-… valves are activated using automatic current reduction, which results in less power consumption and heat emission. 16 digital inputs and 8 digital outputs or 16 solenoid coils can be connected via a serial CP string extension. The CPV valve terminal supports the CANopen protocol as per the specifications: 

> ; DS 301, V4.02 

> . DS 401, V2.1 The CPV fieldbus node is available in three sizes, with identical performance characteristics: 

CPV10 CPV14 CPV18 

## Application 

## Bus connection 

Screw terminals Plug connector Sub-D 2xM12 fieldbus plug 

The branch line length does not apply no matter what type of connection is used. 

Screw terminals 5-pin screw terminal strip For installations in protected environments (IP20) 

The bus connection is established via a 5-pin row. 

If the valve terminal is ordered with this bus connection, the 5-pin screw terminal strip will also be supplied. It is designed with double screw terminals for the incoming and the outgoing bus cable. This connection technology provides the function of a T-distributor. 

Plug connector 2xM12 7 Plug connector 2xM12 : Installation with IP65 protection 

The bus connection is established via an M12 plug and socket. The bus connection fulfils the requirement of a T-distributor, this means that the CPV valve terminal can be disconnected from the bus without interrupting the bus. 

## Sub-D fieldbus plug 

## 9-pin Sub-D plug 

> a Installation with IP65 protection The bus connection is established via a 9-pin Sub-D plug as per the CAN in Automation (CiA) specification DS102 with additional 24 V CAN transceiver supply (option as per DS102). The bus connector plug facilitates the connection of an incoming and an outgoing bus cable. There are spring-loaded terminals for the four wires (CAN_L, CAN_H, 24 V, 0 V) of the incoming and outgoing bus cable. 

2004/11 – Subject to change – Info 201 

29 

## Fieldbus Direct, CPV-CO2 

Technical data – Fieldbus node CPV-CO2 

|Condition monitoring||||
|---|---|---|---|
|Condition monitoring supports the|registers movements of the system|sent to the controller via CANopen|service intervals for the function|
|preventative maintenance of the func-|components.|and maintenance can be started. In|chain.|
|tion chain in automation systems.|Once a maximum number of|the same way condition monitoring|All movements immediately after|
|Each valve is assigned a switching|activations is reached, a message is|supports the determination of the|installation are registered.|
|cycle counter that automatically||||



|General technical data||||||
|---|---|---|---|---|---|
|Type|||CPV10-GE-CO2-8|CPV14-GE-CO2-8|CPV18-GE-CO2-8|
|Part No.|||525 876|525 882|525 884|
|CP string extension|||Yes<br>16 inputs and 8 outputs(or 16 valves)|||
|Fieldbus interface|||�Sub-D, 9-pin, socket (to DS102)<br>�Bus interface electrically isolated via optocoupler, 24 V DC supply<br>�CAN interface via bus|||
|Baud rates||[kbps]|125, 250, 500 and 1000|||
||||Set using DIL switch|||
|Addressing range|||Node ID 1 … 127<br>Set usingDIL switch|||
|Product family|||Digital I/O|||
|Communication profile|||DS 301, V4.02|||
|Device profile|||DS 401, V2.1|||
|Number of PDOs|||1 Tx/Rx|||
|Number of SDOs|||1 server SDO|||
|Configuration support|||EDS file and bitmaps|||
|Max. address volume, inputs||[Byte]|8|||
|Max. address volume, outputs||[Byte]|8|||
|Max. no. of solenoid coils|||2x16|||
|Max. no. of outputs|||8 (1x16 solenoid coils omitted)|||
|Max. no. of inputs|||16 digital|||
|LED dia**g**nostic dis**p**la**y**s|PS||Operating voltage for electronics and load supply|||
||MNS||Bus status (module/network status)|||
|Device-specific diagnosis|||Via emergency message and object 1001, 1002 and 1003|||
|Parameterisation|||Via SDO|||
|Additional functions|||Condition counter|||
|O**p**eratin**g**volta**g**e|Nominal value|[V DC]|24, reverse polarity protected|||
||Permissible range|[V]|20.4 … 26.4|||
||Power failure buffering|[ms]|10|||
|Current consumption||[mA]|Max. 200 + sensor supply|||
|Protection class to EN 60 529|||IP65|||
|Approval|||CE, CiA certification|||
|Tem**p**erature ran**g**e|Operating|[°C]|–5 … +50|||
||Storage|[°C]|–20 … +70|||
|Materials|Housing||Die-cast aluminium|||
||Plug cap||Polyamide, glass fibre (Ultramide)|||
||Seal||Nitrile rubber, Neoprene|||
|Dimensions|||�Info 213 Valve terminal CPV|||
|Weight|||�Info 213|||
|Technical data for valves|||�Info 213|||



Info 201 – Subject to change – 2004/11 

30 

## Fieldbus Direct, CPV-CO2 

Technical data – Fieldbus node CPV-CO2 

- Connection and display components 1 1 Fieldbus connection: – 9-pin Sub-D plug 

- 2 2 Switch module (removable) 

- 5 3 Connection for voltage supply 

- 3 (4-pin M12 plug, operating voltage for electronics, load voltage for CP valves) 

- 4 LEDs: – 

- 4 Power status (PS) – Module/network status (MNS) 

- 6 5 CP extension connection 6 Switching status displays of CPV solenoid coils 

Pin allocation for CANopen interface (plug view) 

|Pin allocation for CANopen interface (plug view)|Pin allocation for CANopen interface (plug view)|Pin allocation for CANopen interface (plug view)|Pin allocation for CANopen interface (plug view)|Pin allocation for CANopen interface (plug view)|
|---|---|---|---|---|
|||Pin<br>Si|gnal<br>D|esignation|
|||1<br>n.|c.<br>N|ot connected|
|||2<br>CA|N_L<br>R|eceived/transmitted data low|
|||3<br>CA|N_GND<br>0|V CAN interface|
|||4<br>n.|c.<br>N|ot connected|
|||5<br>CA|N_Shld<br>O|ptional screened connection|
|||6<br>GN|D<br>G|round|
|||7<br>CA|N_H<br>R|eceived/transmitted data high|
|||8<br>n.|c.<br>N|ot connected|
|||9<br>CA|N_V+<br>2|4 V supply CAN interface|
|||Housing<br>Sc|reen<br>C|onnection to functional earth|
||||||
|Pin allocation for M12 adapter|||||
|||Pin<br>Si|gnal<br>D|esignation|
|||1<br>Sc|reen<br>C|onnection to housing|
|||2<br>CA|N_V+<br>2|4 V supply CAN interface|
|||3<br>CA|N_GND<br>0|V CAN interface|
|||4<br>CA|N_H<br>R|eceived/transmitted data high|
|||5<br>CA|N_L<br>R|eceived/transmitted data low|
||||||
|Pin allocation for Open Style adapter|||||
|||Pin<br>Si|gnal<br>D|esignation|
|||1<br>CA|N_GND<br>0|V CAN interface|
|||2<br>CA|N_L<br>R|eceived/transmitted data low|
|||3<br>Sc|reen<br>C|onnection to housing|
|||4<br>CA|N_H<br>R|eceived/transmitted data high|
|||5<br>CA|N_V+<br>2|4 V supply CAN interface|



2004/11 – Subject to change – Info 201 

31 

## Fieldbus Direct, CPV-CO2 

Technical data – Fieldbus node CPV-CO2 

|ering data|ering data||||
|---|---|---|---|---|
|gnation|||Type|Part No.|
|er supply|||||
||Power supply socket, straight||FBSD-GD-7|18 497|
||||FBSD-GD-9|18 495|
||Power supply socket, angled||FBSD-WD-7<br>FBSD-WD-9|18 524<br>18 525|
||||||
||||||
|connection|||||
||Sub-D plug for CANopen||FBS-Sub-9-BU-2x5POL-B|532 219|
||Mounting screw for standard Sub-D (IP20)||UNC 4-40/M3x5|340 960|
||||||
|connection 2xM12|||||
||M12 adapter||FBA-2-M12-5POL|525 632|
||Fieldbus socket, M12, 5-pin, straight<br>||FBSD-GD-9-5POL<br>|18 324|
||Plug, M12, 5-pin, straight||FBS-M12-5GS-PG9|175 380|
||||||
|connection, 5-pin, screw terminal strip|||||
||Open Style adapter for 5-pin terminal strip||FBA-1-SL-5POL|525 634|
||5-pin terminal strip||FBSD-KL-2x5POL|525 635|
||||||
|e terminal connection|||||
||Connectin**g**cable WS-WD|0.5 m|KVI-CP-1-WS-WD-0,5|178 564|
|||1 m|KVI-CP-1-WS-WD-1.0|191 892|
|||2 m|KVI-CP-1-WS-WD-2|163 139|
|||3 m|KVI-CP-1-WS-WD-3.0|191 893|
|||5 m|KVI-CP-1-WS-WD-5|163 138|
||Connecting cable GS-WD|5 m|KVI-CP-1-GS-WD-5|163 137|
|||8 m|KVI-CP-1-GS-WD-8|163 136|
||Connectin**g**cable GS-GD|2 m, for chain link trunking|KVI-CP-2-GS-GD-2|170 234|
|||5 m, for chain link trunking|KVI-CP-2-GS-GD-5|170 235|
|||8 m, for chain link trunking|KVI-CP-2-GS-GD-8|165 616|



Info 201 – Subject to change – 2004/11 

32 

## Fieldbus Direct, CPV-CO2 

Accessories – Fieldbus node CPV-CO2 

|Ordering data|Ordering data|Ordering data|Ordering data||||
|---|---|---|---|---|---|---|
|Designation|||||Type|Part No.|
|User documentation|||||||
||||User documentation for CPV Direct**,**CPV fieldbus node<br>CO2|German|P.BE-CP-CO2-DE|526 009|
|||||English|P.BE-CP-CO2-EN|526 010|
|||||Spanish|P.BE-CP-CO2-ES|526 011|
|||||French|P.BE-CP-CO2-FR|526 012|
|||||Italian|P.BE-CP-CO2-IT|526 013|
|||||Swedish|P.BE-CP-CO2-SV|526 014|
||||||||
|Software|||||||
||||CD-ROM|Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
|||||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|
||||||||



2004/11 – Subject to change – Info 201 

33 

## Fieldbus Direct, CPV-CO2 Fieldbus Direct applications 

Info 201 – Subject to change – 2004/11 

34 

-U- Type to be discontinued Available until 2008 

## Fieldbus Direct, CPV-SD 

Technical data – Fieldbus node CPV-SD 

CPV fieldbus node for communication between a CPV valve terminal and a Smart Distributed System master. The fieldbus node is used for activation of a CPV valve terminal with 8 valve slices and 16 solenoid coils and for displaying the switching status via LED. 

The CPV-… valves are activated using automatic current reduction, which results in less power consumption and heat emission. The CPV fieldbus node supports the Smart Distributed System fieldbus protocol. The CPV fieldbus node is available in three sizes, with identical performance characteristics: | CPV10 | CPV14 i CPV18 

## Application 

Bus connection 

The bus connection is established via The pin allocation corresponds to the 4-pin M12 plugs with protection class Smart Distributed System IP65. specification. The bus connection is typically The bus connection also includes the established via a branch line. 24 V DC supply for the electronics. 

2004/11 – Subject to change – Info 201 

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## Fieldbus Direct, CPV-SD 

Technical data – Fieldbus node CPV-SD 

|General technical data|||
|---|---|---|
|Type||CPV10-GE-SD-8|
|Part No.||192 097|
|CP string extension||No|
|Baud rates||Automatic baud rate detection|
|Fieldbus interface||M12, 4-pin|
|Addressing range||1 … 126<br>Set usingswitch module|
|Object type||168|
|Ident. number||113|
|Max. no. of solenoid coils||16|
|Max. no. of outputs||0|
|Max. no. of inputs||0|
|LED dia**g**nostic dis**p**la**y**s||Operational status display|
|||Valve status|
|Device-specific diagnosis via SDS||Undervoltage of valves|
|O**p**eratin**g**volta**g**e|Nominal value<br>[V DC]|24, reverse polarity protected|
||Permissible range<br>[V]|21.0 … 26.4|
||Residual ripple<br>[Vss]|4|
||Power failure buffering<br>[ms]|20|
|Current consumption|[mA]|100|
|Protection class to EN 60 529||IP65|
|Approval||CE|
|Tem**p**erature ran**g**e|Operating<br>[°C]|–5 … +50|
||Storage<br>[°C]|–20 … +70|
|Materials|Housing|Die-cast aluminium|
||Plug cap|Polyamide, glass fibre (Ultramide)|
||Seal|Nitrile rubber, Neoprene|
|Dimensions||�Info 213 Valve terminal CPV|
|Weight||�Info 213|
|Technical data for valves||�Info 213|



Info 201 – Subject to change – 2004/11 

36 

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## Fieldbus Direct, CPV-SD 

Technical data – Fieldbus node CPV-SD 

|Connection and display components|Connection and display components|Connection and display components|Connection and display components|Connection and display components|Connection and display components|Connection and display components|||||
|---|---|---|---|---|---|---|---|---|---|---|
|6|||||||1<br>2<br>3|4<br>1 Load voltage connection for CPV<br>valves<br>2 Diagnostic LED<br>3 Fieldbus/operating voltage<br>connection<br>4 Switch cover<br>5 CP extension connection<br>6 Switching status displays of CPV<br>solenoid coils|||
||||||||||||
||||||||||||
||||||||||||
||||||||5||||
|Example of circuit|||||||||||
|||||||||1 Connecting cable to<br>equipotential bonding<br>2 The 24 V load supply to the<br>valves can be disconnected<br>separately. The voltage for the<br>bus interface and internal logic is<br>supplied via the fieldbus<br>connection.<br>3 Earth terminal on left-hand end<br>plate|||
||3||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||2||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
||||||||||||
|||1|||||||||



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## Fieldbus Direct, CPV-SD 

Technical data – Fieldbus node CPV-SD 

|llocation for fieldbus interface and internal RC resistance network|llocation for fieldbus interface and internal RC resistance network|llocation for fieldbus interface and internal RC resistance network||||
|---|---|---|---|---|---|
|||Pin|Signal|||
|||1|DC 24 V bus interface/logic supply|||
|||2|GND/0 V bus interface/logic supply|||
|||3<br>|Data – (CAN_L)<br>|||
|||4<br>|Data + (CAN_H)<br>|||
|||Housing|Earthing with metal M12 socket|||
|||||||
|llocation for load voltage connection (valve terminal plug view)||||||
|||Pin|Signal|||
|||1|n.c. (not connected)|||
|||2|24 V DC load voltage for CP valves|||
|||3|0 V load voltage for CP valves|||
|||4|n.c. (not connected)|||
|||||||
|ring data||||||
|gnation||||Type|Part No.|
|r supply||||||
||Power supply|socket, straight||FBSD-GD-7<br>|18 497<br>|
|||||FBSD-GD-9|18 495|
||Power supply|socket, angled||FBSD-WD-7<br>|18 524<br>|
|||||FBSD-WD-9|18 525|
|||||||
|connection M12||||||
||Fieldbus socket, M12, 5-pin, straight|||FBSD-GD-9-5POL|18 324|
|||||||
|documentation||||||
||User documentation for CPV Direct, CPV fieldbus node<br>**SD**||German|P.BE-CP-SD8-DE|192 205|
||||English|P.BE-CP-SD8-EN|192 206|
|||||||
|are||||||
||CD-ROM||Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
||||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|



Info 201 – Subject to change – 2004/11 

38 

## Fieldbus Direct, CPV-IB 

Technical data – Fieldbus node CPV-IB 

CPV fieldbus node for communication between a CPV valve terminal and an Interbus master. The fieldbus node is used for activation of a CPV valve terminal with 8 valve slices and 16 solenoid coils and for displaying the switching status via LED. The CPV-… valves are activated using automatic current reduction, which results in less power consumption and heat emission. 16 digital inputs and 8 digital outputs or 16 solenoid coils can be connected via a serial CP string extension. The CPV fieldbus node IB supports the Interbus fieldbus protocol and represents a remote bus station. The CPV fieldbus node is available in three sizes, with identical performance characteristics: a CPV10 a CPV14 a CPV18 

Application 

Bus connection 

Sub-D socket Sub-D plug Interbus incoming Interbus outgoing 

The bus connection is established via a 9-pin Sub-D socket and a 9-pin Sub-D plug with a typical Interbus pin allocation. 

The Sub-D interfaces are designed for the control of network components using a fibre optic cable connection. 

The bus connector plugs (with protection class IP65 from Festo or IP20 from other manufacturers) facilitate the connection of the incoming and the outgoing bus cable. The outgoing bus plug contains the typical Interbus RBST bridge for identification of the outgoing bus connection. 

2004/11 – Subject to change – Info 201 

39 

## Fieldbus Direct, CPV-IB 

Technical data – Fieldbus node CPV-IB 

|General technical data||||||
|---|---|---|---|---|---|
|Type|||CPV10-GE-IB-8|CPV14-GE-IB-8|CPV18-GE-IB-8|
|Part No.|||197 177|197 179|197 181|
|CP string extension|||Yes<br>16 inputs and 16 outputs|||
|Fieldbus interface|||Sub-D, 9-pin, socket and pin|||
|Baud rates||[kbps]|500, 2000|||
||||Set using DIL switch|||
|Bus type|||Remote bus|||
|Profile|||12 (digital I/O devices)|||
|PCP channel|||No|||
|Configuration support|||Icons for CMD software|||
|Max. no. of solenoid coils|||2x16|||
|Max. no. of outputs|||8 (1x16 solenoid coils omitted)|||
|Max. no. of inputs|||16|||
|Max. no. of**p**rocess data bits|Inputs||32|||
||Outputs||32|||
|LED dia**g**nostic dis**p**la**y**s|UL||Operating voltage of Interbus interface|||
||RC||Remotebus check|||
||BA||Bus active|||
||RD||Remotebus disable|||
||Pow||Operating voltage for electronics and load supply|||
||Dia||Short circuit/overload of outputs<br>Undervoltage of valves<br>Undervoltage of outputs<br>Undervoltage of sensor supply<br>Missing module on CP string extension<br>Actual/desired configuration not consistent|||
|Device-specific diagnosis|||Via peripherals errors|||
|Parameterisation|||No|||
|Additional functions|||Diagnosis using status bits (inputs)|||
|O**p**eratin**g**volta**g**e|Nominal value|[V DC]|24, reverse polarity protected|||
||Permissible range|[V]|20.4 … 26.4|||
||Residual ripple|[Vss]|4|||
||Power failure buffering|[ms]|10|||
|Current consumption||[mA]|Max. 200 + sensor supply|||
|Protection class to EN 60 529|||IP65|||
|Approval|||CE, Interbus Club certification|||
|Tem**p**erature ran**g**e|Operating|[°C]|–5 … +50|||
||Storage|[°C]|–20 … +70|||
|Materials|Housing||Die-cast aluminium|||
||Plug cap||Polyamide, glass fibre (Ultramide)|||
||Seal||Nitrile rubber, Neoprene|||
|Dimensions|||�Info 213 Valve terminal CPV|||
|Weight|||�Info 213 Valve terminal CPV|||
|Technical data for valves|||�Info 213 Valve terminal CPV|||



Info 201 – Subject to change – 2004/11 

40 

## Fieldbus Direct, CPV-IB 

Technical data – Fieldbus node CPV-IB 

**==> picture [489 x 174] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection and display components<br>1 Red LED: Dia (diagnosis)<br>2 Green LED: Pow (power supply<br>9 indicator)<br>3 Green LED: RC (remotebus check)<br>1 8 4 Green LED: UL (voltage supply to<br>2 Interbus)<br>3 5 Green LED: BA (bus active)<br>4 6 Yellow LED: RD (remotebus<br>5 disable)<br>6 7 Switching status displays of CPV<br>solenoid coils<br>7 8 CP extension connection<br>9 Interbus connection<br>**----- End of picture text -----**<br>


|Pin allocation for Interbus interface,|Pin allocation for Interbus interface,|Pin allocation for Interbus interface,|incoming (plug view)|incoming (plug view)|incoming (plug view)|
|---|---|---|---|---|---|
||||Pin<br>S|ignal|Designation|
||||1<br>D|O1|Data out|
||||2<br>/|DI1|Data in|
||||3<br>G|ND|Reference conductor/earth|
||||4<br>n|.c.|Not connected|
||||5<br>n|.c.|Not connected|
||||6<br>/|DO1|Data out inverse|
||||7<br>/|DI1|Data in inverse|
||||8<br>n|.c.|Not connected|
||||9<br>n|.c.|Not connected|
||||Housing<br>S|creen|Connection to functional earth via R-C combination|



|Pin allocation for Interbus interface,|outgoing (socket view)|outgoing (socket view)|outgoing (socket view)|
|---|---|---|---|
||Pin<br>S|ignal|Designation|
||1<br>D|O2|Data out|
||2<br>/|DI2|Data in|
||3<br>G|ND|Reference conductor/earth|
||4<br>n|.c.|Not connected|
||5<br>+|5 V|Station detection1)|
||6<br>/|DO2|Data out inverse|
||7<br>/|DI2|Data in inverse|
||8<br>n|.c.|Not connected|
||9<br>R|BST|Station detection1)|
||Housing<br>S|creen|Connection to functional earth via R-C combination|



- 1) The incoming interface is electrically isolated from the CPX peripherals. The plug housing is connected to the FE of the CPX terminal via an R-C combination. The CPX terminal contains the protocol chip SUPI 3 OPC. This ensures automatic detection of additional connected Interbus stations. There is therefore no need for a bridge between pin 5 and pin 9. 

2004/11 – Subject to change – Info 201 

41 

## Fieldbus Direct, CPV-IB 

Accessories – Fieldbus node CPV-IB 

|ering data|ering data|||||
|---|---|---|---|---|---|
|ignation||||Type|Part No.|
|er supply||||||
|||Power supply socket, straight||FBSD-GD-7<br>|18 497<br>|
|||||FBSD-GD-9|18 495|
|||Power supply socket, angled||FBSD-WD-7<br>|18 524<br>|
|||||FBSD-WD-9|18 525|
|||||||
|connection||||||
|||Fieldbus plug, Sub-D connection for Interbus incoming||FBS-SUB-9-BU-IB-B|532 218|
|||Fieldbus plug, Sub-D connection for Interbus outgoing||FBS-SUB-9-GS-IB-B|532 217|
|||Mounting screw for standard Sub-D (IP20)||UNC 4-40/M3x5|340 960|
|||||||
|e terminal connection||||||
|||Connectin**g**cable WS-WD|0.5 m|KVI-CP-1-WS-WD-0,5|178 564|
||||1 m|KVI-CP-1-WS-WD-1.0|191 892|
||||2 m|KVI-CP-1-WS-WD-2|163 139|
||||3 m|KVI-CP-1-WS-WD-3.0|191 893|
||||5 m|KVI-CP-1-WS-WD-5|163 138|
|||Connecting cable GS-WD|5 m|KVI-CP-1-GS-WD-5|163 137|
||||8 m|KVI-CP-1-GS-WD-8|163 136|
|||Connectin**g**cable GS-GD|2 m, for chain link trunking|KVI-CP-2-GS-GD-2|170 234|
||||5 m, for chain link trunking|KVI-CP-2-GS-GD-5|170 235|
||||8 m, for chain link trunking|KVI-CP-2-GS-GD-8|165 616|
|||||||
|r documentation||||||
|||User documentation for CPV Direct**,**CPV fieldbus node<br>IB|German|P.BE-CP-IB-DE|527 515|
||||English|P.BE-CP-IB-EN|527 516|
||||Spanish|P.BE-CP-IB-ES|527 517|
||||French|P.BE-CP-IB-FR|527 518|
||||Italian|P.BE-CP-IB-IT|527 519|
||||Swedish|P.BE-CP-IB-SV|527 520|
|||||||
|ware||||||
|||CD-ROM|Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
||||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|



Info 201 – Subject to change – 2004/11 

42 

-U- Type to be discontinued Available until 2007 

## Fieldbus Direct, CPV-IL 

## Technical data – Fieldbus node CPV-IL 

CPV fieldbus node for communication between a CPV valve terminal and an Interbus Loop bus terminal. The fieldbus node is used for activation of a CPV valve terminal with 8 valve slices and 16 solenoid coils and for displaying the switching status via LED. 

The CPV-… valves are activated using automatic current reduction, which results in less power consumption and heat emission. The CPV fieldbus node supports the fieldbus protocol Interbus Loop2. The CPV fieldbus node is available in two sizes, with identical performance characteristics: CPV10 CPV14 

## Application 

Bus connection 

The Interbus loop connection uses “Quick On” technology with one -HNote connection each for the incoming and It is not possible to connect a CP outgoing bus respectively. string extension in this case. 

2004/11 – Subject to change – Info 201 

43 

-U- Type to be discontinued Available until 2007 

## Fieldbus Direct, CPV-IL 

Technical data – Fieldbus node CPV-IL 

|General technical data|General technical data|General technical data|General technical data|General technical data|
|---|---|---|---|---|
|Type||CPV10-GE-IL-8|CPV14-GE-IL-4|CPV14-GE-IL-8|
|Part No.||175 406|188 450|175 408|
|CP string extension||No|||
|Baud rates<br>[kbps]||500|||
|Protocol chip||LPC2|||
|Max. no. of loop stations||63|||
|Max. distance between 2 loop stations<br>[m]||20|||
|Max. loop length|[m]|200|||
|Max. loop current|[A]|1.8|||
|Configuration support||Icon for CMD software|||
|Max. no. of solenoid coils||16|||
|Max. no. of outputs||0|||
|Max. no. of inputs||0|||
|LED dia**g**nostic dis**p**la**y**s|DIAG|Bus status|||
||US|Undervoltage|||
||12|Valve status display|||
||14|Valve status display|||
|Device-specific diagnosis||Undervoltage of valves|||
|O**p**eratin**g**volta**g**e|Nominal value<br>[V DC]|24, reverse polarity protected|||
||Permissible range<br>[V]|20 … 30|||
||Power failure buffering<br>[ms]|20|||
||Residual ripple<br>[Vss]|4|||
|Current consumption|[mA]|Max. 100|||
|Protection class to EN 60 529||IP65|||
|Approval||CE|||
|Tem**p**erature ran**g**e|Operating<br>[°C]|–5 … +50|||
||Storage<br>[°C]|–20 … +70|||
|Materials|Housing|Die-cast aluminium|||
||Plug cap|Polyamide, glass fibre (Ultramide)|||
||Seal|Nitrile rubber, Neoprene|||
|Dimensions||�Info 213 Valve terminal CPV|||
|Weight||�Info 213|||
|Technical data for valves||�Info 213|||



Info 201 – Subject to change – 2004/11 

44 

-U- Type to be discontinued Available until 2007 

## Fieldbus Direct, CPV-IL 

Technical data – Fieldbus node CPV-IL 

**==> picture [489 x 214] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connection and display components<br>1 2 3 4 1 BUS IN +<br>2 BUS IN –<br>3 BUS OUT +<br>4 BUS IN –<br>5 24 V DC valve supply<br>6 0 V valve supply<br>7 Earth terminal for valve supply<br>6 5 7 6 5<br>**----- End of picture text -----**<br>


## Power supply 

The load supply for the valves is supplied using a separate Quick On connection, with one connection each for the incoming and outgoing supply respectively. 

2004/11 – Subject to change – Info 201 

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-U- Type to be discontinued Available until 2007 

## Fieldbus Direct, CPV-IL 

Accessories – Fieldbus node CPV-IL 

|Ordering data|Ordering data|Ordering data||||
|---|---|---|---|---|---|
|Designation||||Type|Part No.|
|Bus and power supply connection||||||
|||Quick On connection set||FBS-IBL-PG11/13|175 485|
|||||||
|User documentation||||||
|||User documentation for CPV Direct**,**CPV fieldbus node<br>IL|German|P.BE-CP-IL-DE|175 508|
||||English|P.BE-CP-IL-EN|175 509|
||||French|P.BE-CP-IL-FR|175 510|
||||Italian|P.BE-CP-IL-IT|175 511|
||||Spanish|P.BE-CP-IL-ES|175 512|
||||Swedish|P.BE-CP-IL-SV|175 513|
|||||||
|Software||||||
|||CD-ROM|Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
||||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|
|||||||



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46 

## Fieldbus Direct, CPV-IP 

Technical data – Fieldbus node CPV-IP 

CPV fieldbus node for communication between a CPV valve terminal and an IP-Link coupler box. The fieldbus node is used for activation of a CPV valve terminal with 8 valve slices and 16 solenoid coils and for displaying the switching status via LED. The CPV-… valves are activated using automatic current reduction, which results in less power consumption and heat emission. The CPV fieldbus node supports the fieldbus protocol IP-Link. The CPV fieldbus node is available in two sizes, with identical performance characteristics: a CPV10 CPV14 

## Application 

Bus connection 

The bus connection is established using two IP-Link fibre optic cable connectors. 

The bus connector plugs (with protection class IP65) facilitate the connection of the incoming and outgoing fibre optic cable (FOC). 

## Power supply 

The power is supplied via a 4-pin M8 The second M8 connection (pin) connection (socket). The supply to the allows power to be supplied to internal logic is fully electrically additional CPV IP-Link valve terminals isolated from the supply to the and other IP-Link modules. solenoid coils. 

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## Fieldbus Direct, CPV-IP 

Technical data – Fieldbus node CPV-IP 

|General technical data||||
|---|---|---|---|
|Type||CPV10-GE-IP-8|CPV14-GE-IP-8|
|Part No.||534 509|534 507|
|CP string extension||No||
|Fieldbus interface||IP-Link<br>Incoming,outgoing||
|Baud rates|[kbps]|2000||
|Data model|Compact|16 outputs||
||Complex|24 inputs<br>24 outputs||
|Confi**g**uration su**pp**ort|Profibus|GSD file||
||Interbus|Not necessary||
||CANopen|EDS file||
||DeviceNet|EDS file||
|Max. no. of solenoid coils||16||
|LED dia**g**nostic dis**p**la**y**s|US|Operating voltage, internal logic||
||UP|Operating voltage, valves||
||RUN|Bus active||
||ERR|Data transmission error||
|Device-specific diagnosis||In complex mode:<br>Monitoringof valve undervoltage||
|Parameterisation||Via register communication:<br>Settingvia watchdogfor coils 1 … 16||
|O**p**eratin**g**volta**g**e|Nominal value<br>[V DC]|24, reverse polarity protected||
||Permissible range<br>[V]|20.4 … 28.8||
||Power failure buffering<br>[ms]|10||
||Residual ripple<br>[Vss]|4||
|Current consum**p**tion|Logic<br>[mA]|Max. 100||
||Valves|Depending on valve type||
|Protection class to EN 60 529||IP65||
|Approval||CE||
|Tem**p**erature ran**g**e|Operating<br>[°C]|–5 … +50||
||Storage<br>[°C]|–20 … +70||
|Materials|Housing|Die-cast aluminium||
||Plug cap|Polyamide, glass fibre (Ultramide)||
||Seal|Nitrile rubber, Neoprene||
|Dimensions||�Info 213 Valve terminal CPV||
|Weight||�Info 213||
|Technical data for valves||�Info 213||



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48 

## Fieldbus Direct, CPV-IP 

Technical data – Fieldbus node CPV-IP 

|Connection and display components|Connection and display components|Connection and display components||
|---|---|---|---|
||||3<br>4<br>5<br>6<br>1 Connection for power supply,<br>incoming (M8, 4-pin, plug)<br>2 Connection for power supply,<br>outgoing (M8, 4-pin, socket)<br>3 LEDs:<br>– US: Operating voltage,<br>electronics (green)<br>– UP: Load voltage, valves<br>(green)<br>– RUN: Bus active (green)<br>– ERR: Error (red)<br>4 Fieldbus connection, incoming<br>(IP-Link fibre optic cable IP65<br>socket)<br>5 Fieldbus connection, outgoing<br>(IP-Link fibre optic cable IP65<br>socket)<br>6 LEDs (yellow) for switching status<br>display of CP solenoid coils|
||1<br>2||4<br>|
||||5<br>6|
|||||
|||||
|||||
|Power supply, incoming||||
|||Pin|Signal|
|||1<br>2<br>3<br>4|24 V DC operating voltage, electronics (US)<br>|
||||24 V DC load voltage, valves (UP)|
||||0 V electronics (US)|
||||0 V valves (UP)|
|||||
|Power supply, outgoing||||
|||Pin|Signal|
|||1<br>2<br>3<br>4|24 V DC operating voltage, electronics (US)|
||||24 V DC load voltage, valves (UP)|
||||0 V electronics (US)|
||||0 V valves (UP)|



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## Fieldbus Direct, CPV-IP 

Technical data – Fieldbus node CPV-IP 

## Equipotential bonding 

Example of connection with electrical isolation of operating and load voltage with 2 PELV power supply units 

**==> picture [484 x 209] intentionally omitted <==**

**----- Start of picture text -----**<br>
1 Power supply unit for load<br>1 2<br>3 4 1 2 voltage<br>24V UsUp RunErr IP -  L 2 Device for isolation monitoring<br>3 Power supply unit for operating<br>voltage<br>1214 1214 1214 1214 1214 1214 1214 1214 CPV Direct is prepared for the<br>connection with electrical isolation of<br>operating and load voltage.<br>24V UsUp RunErr IP -  L<br>12 12 12 12 12 12 12 12<br>14 14 14 14 14 14 14 14<br>3<br>**----- End of picture text -----**<br>


**==> picture [488 x 211] intentionally omitted <==**

**----- Start of picture text -----**<br>
Example of connection with PELV power supply unit and equipotential bonding<br>1 PE and equipotential bonding<br>3 4 1 2 2 Load voltage (can be<br>disconnected separately) plus<br>external fuses<br>The CPV valve terminal has an earth<br>terminal for equipotential bonding on<br>the end plate.<br>1 2<br>**----- End of picture text -----**<br>


|Ordering data|Ordering data|Ordering data||||
|---|---|---|---|---|---|
|Designation||||Type|Part No.|
|User documentation||||||
|||User documentation for CPV Direct, CPV fieldbus node<br>**IP**|German<br>English|P.BE-CPV-DI-IP-DE|534 516|
|||||P.BE-CPV-DI-IP-EN|534 517|
|||||||
|Software||||||
|||CD-ROM|Valve terminal user<br>documentation (PDF)<br>Utilities|P.CD-VALVE-T|183 350|
|||||P.CD-VI-UTILITIES-2|533 500|



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## Fieldbus Direct, CPV-CC 

## Technical data – Fieldbus node CPV-CC 

CPV fieldbus node for communication between a CPV valve terminal and a higher-order master for Control & Communication-Link (CC-Link) from Mitsubishi. The fieldbus node is used for activation of a CPV valve terminal with 8 valve slices and 16 solenoid coils and for displaying the switching status via LED. 

The CPV-… valves are activated using automatic current reduction, which results in less power consumption and heat emission. A CP input module with 16 digital inputs can be connected via a serial CP string extension. The CPV fieldbus node is available in three sizes, with identical performance characteristics: CPV10 a CPV14 a CPV18 

## Application 

## Bus connection 

The bus connection can be selected when ordering and is established by means of: 

a terminal strip with IP20 protection a Sub-D plug with IP65 protection from Festo a Sub-D plug with IP20 protection from other manufacturers 

All connection types have the function of an integrated T-distributor and thus support the connection of an incoming and outgoing bus cable. The integrated interface with RS 485 transmission technology is designed for the typical CC-Link 3-wire connection technology (in accordance with CLPA CC-Link Spec. V1.11). 

CC-Link implementation 

The CPV fieldbus node supports one station per slave. Cyclic data transmission for the solenoid coils, 

digital inputs and status information is conducted using the bit and word ranges (Rx/Ry/RWr/RWw). 

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## Fieldbus Direct, CPV-CC 

Technical data – Fieldbus node CPV-CC 

|General technical data|||||
|---|---|---|---|---|
|Type||CPV10-GE-CC-8|CPV14-GE-CC-8|CPV18-GE-CC-8|
|Part No.||197 959|197 967|197 969|
|CP string extension||Yes<br>16 inputs (connection of an additional CP valve terminal or CP output module<br>not possible)|||
|Fieldbus interface||Either:<br>�Sub-D, 9-pin socket<br>�5-pin screw terminal strip|||
|Baud rates|[kbps]|156 … 10 000<br>Set usingDIL switch|||
|Addressing range||1 … 64<br>Set usingDIL switch|||
|No. of stations per slave||1 station<br>Permanent setting|||
|Vendor code||0x0177|||
|Machine type||0x3C|||
|Type of communication||Cyclic communication|||
|Configuration support||-|||
|Max. no. of solenoid coils||16 (Ry)|||
|Max. no. of outputs||0|||
|Max. no. of inputs||16 (RWr)|||
|LED dia**g**nostic dis**p**la**y**s|RUN|Data communication OK|||
||Pow/Err|Operating voltage/CRC error or data communication error|||
|Device-specific diagnosis||Remote ready|||
|Parameterisation||Hold/clear by means of DIL switch|||
|Additional functions||8-bit system status in bit range (Rx)|||
|O**p**eratin**g**volta**g**e|Nominal value<br>[V DC]|24, reverse polarity protected|||
||Permissible range<br>[V]|20.4 … 26.4|||
||Power failure buffering<br>[ms]|20|||
|Current consumption|[mA]|Max. 200 + sensor supply|||
|Protection class to EN 60 529||IP20, IP65 (Sub-D)|||
|Approval||CE|||
|Tem**p**erature ran**g**e|Operating<br>[°C]|–5 … +50|||
||Storage<br>[°C]|–20 … +70|||
|Materials|Housing|Die-cast aluminium|||
||Plug cap|Polyamide, glass fibre (Ultramide)|||
||Seal|Nitrile rubber, Neoprene|||
|Dimensions||�Info 213 Valve terminal CPV|||
|Weight||�Info 213|||
|Technical data for valves||�Info 213|||



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## Fieldbus Direct, CPV-CC 

Technical data – Fieldbus node CPV-CC 

- Connection and display components 1 Fieldbus connection, 9-pin Sub-D 

- 1 socket 2 Switch module (removable) 

- 2 3 Connection for voltage supply 5 (4-pin M12 plug, operating 

- 3 voltage for electronics/sensors, load voltage for CP valves) 

- 4 LEDs: – Data communication (RUN) 

- – 

- 4 Operating voltage/error (Pow/Err) 

- 6 5 CP extension connection 6 Switching status displays of CPV solenoid coils 

## Pin allocation for Sub-D interface (socket view) 

|Pin allocation for Sub-D interface (socket view)|Pin allocation for Sub-D interface (socket view)|Pin allocation for Sub-D interface (socket view)|Pin allocation for Sub-D interface (socket view)|Pin allocation for Sub-D interface (socket view)|Pin allocation for Sub-D interface (socket view)|
|---|---|---|---|---|---|
||P||in<br>Si|gnal<br>D|esignation|
||1<br>2<br>3<br>4<br>5<br>6<br>7<br>8<br>9<br>H||n.|c.<br>N|ot connected|
||||D<br><br>D|A<br>D<br>G<br>D|ata A<br>ata reference potential|
||||n.|<br>c.<br>N|<br>ot connected|
||||n.|c.<br>FE<br>co|via RC combination (not used with CC-Link: connection via R/C<br>mbination to FE (1 Mohm/220 nF))|
||||n.|c.<br>N|ot connected|
||||C|AN_H<br>D|ata B|
||||n.|c.<br>N|ot connected|
||||n.|c.<br>N|ot connected|
||||ousing<br>S|LD<br>S|creen|
|||||||
|Pin allocation for terminal strip||||||
|||P|in<br>Si|gnal<br>D|esignation|
|||1<br>2<br>3<br>4<br>5|FG<br><br>|Fu<br><br>|nctional earthing/housing<br>|
|||||||
||||S|D<br>S|creen|
||||D|G<br>D|ata reference potential|
||||D|B<br>D|ata B|
||||D|A<br>D|ata A|
|||||||



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## Fieldbus Direct, CPV-CC 

Accessories – Fieldbus node CPV-CC 

|ering data|ering data||||
|---|---|---|---|---|
|gnation|||Type|Part No.|
|er supply|||||
||Power supply socket, straight||FBSD-GD-7<br>|18 497<br>|
||||FBSD-GD-9|18 495|
||Power supply socket, angled||FBSD-WD-7<br>|18 524<br>|
||||FBSD-WD-9|18 525|
||||||
|connection Open Style, 5-pin screw terminal strip|||||
||Bus connection, 5-pin terminal strip for CC-Link||FBA-1-KL-5POL|197 962|
||Fieldbus plug, Sub-D connection||FBS-SUB-9-GS-2x4POL-B|532 220|
||Mounting screw for standard Sub-D (IP20)||UNC 4-40/M3x5|340 960|
||||||
|e terminal connection|||||
||Connectin**g**cable WS-WD|0.5 m|KVI-CP-1-WS-WD-0,5|178 564|
|||1 m|KVI-CP-1-WS-WD-1.0|191 892|
|||2 m|KVI-CP-1-WS-WD-2|163 139|
|||3 m|KVI-CP-1-WS-WD-3.0|191 893|
|||5 m|KVI-CP-1-WS-WD-5|163 138|
||Connecting cable GS-WD|5 m|KVI-CP-1-GS-WD-5|163 137|
|||8 m|KVI-CP-1-GS-WD-8|163 136|
||Connectin**g**cable GS-GD|2 m, for chain link trunking|KVI-CP-2-GS-GD-2|170 234|
|||5 m, for chain link trunking|KVI-CP-2-GS-GD-5|170 235|
|||8 m, for chain link trunking|KVI-CP-2-GS-GD-8|165 616|
||||||
|documentation|||||
||User documentation for CPV Direct, CPV fieldbus node<br>CC|German|P.BE-CP-CC-DE|197 963|
|||English|P.BE-CP-CC-EN|197 964|
|||Japanese|P.BE-CP-CC-J|197 965|
||||||
|ware|||||
||CD-ROM|Valve terminal user<br>documentation (PDF)|P.CD-VALVE-T|183 350|
|||<br>Utilities|P.CD-VI-UTILITIES-2|533 500|



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## ©Copyright by Festo AG & Co. KG 

Whilst every effort is made to ensure that all dimensions and specifications are correct, any printers’ errors not rectified are outside the control of Festo, who cannot be held responsible for same. For Liability and Guarantee conditions, refer to our standard ”Conditions of Sale”, available on request from your local Festo office. All rights reserved, including translation rights. No part of this publication may be reproduced or transmitted in any form or by any means, electronic, mechanical, photocopying or otherwise, without the prior written permission of Festo AG & Co. KG. 

All technical data subject to change according to technical update. 

2004/11 – Subject to change – Info 201 

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## 100 % service with 100 % partnership 

Welcome to a world of service from Festo. Customer orientation is not just our everyday philosophy – it is our launch pad for the future and the route to success for both our customers and ourselves. 

## Global presence, always close at hand 

- 52 national Festo companies in constant on-line communication 

- A presence in almost 176 countries, with a total of 10,500 staff 

- Worldwide networking for consistent standards of consultancy, sales and service 

## Software service 

Electronic catalogue: 

Database-supported general catalogue on CD-ROM in 20 languages and a wealth of advantages: 

- Fast reliable product search functions 

- Automatic selection of accessories 

- Sizing of pneumatic circuits 

- Calculation and sizing programs with direct links to search functions 

- Take advantage of this genuine alternative to our printed catalogue. 

Festo Design Tool – provides support for designers using 2D- and 3D-drawings for CAD systems. 

## Personal advice 

- Worldwide support provided by over 1,000 highly-qualified technical consultants 

FluidDraw – allows fast and easy drafting of circuit diagrams, with direct import of data from the electronic catalogue. 

Info 201 – Subject to change – 2004/11 

56 

## Info service 

   - Spare parts service – Short delivery distances thanks to worldwide local spare-parts service 

   - – Supply from fully stocked Festo warehouses 

- Full product documentation with detailed technical information 

- – 

- Attractive regular customer magaSupply from fully stocked Festo zines showing useful application warehouses – 

- examples and new product inPrompt deliveries of Festo compoformation nents 

- The latest information available via – For particularly urgent cases, Festo the Internet at the click of a mouse sales offices hold stocks of a good from http://www.festo.com range of almost all accessories and standard components 

## Everything from a single source 

- Our catalogue includes over Delivery service – 

- 16,400 products Fast deliveries of catalogue 

- – All our components are precisely products ex stock coordinated – Non-standard stroke and special- 

- – Drives and drive accessories design cylinder production (SMS) – Handling and vacuum technology in 28 countries – – Positioning Fully-automated Customer Service 

- – Valves and valve accessories Center (production and logistics) in – Valve terminals and bus systems St. Ingbert-Rohrbach, Germany 

- Proportional technology – Customer Service Center handles 

- – Compressed air preparation over 7,400 orders comprising 

- Tubing, fittings, mounting 16,000 items every day accessories – Daily movement of 6,500 

- – Sensors and pressure switches crates weighing a total of 

- – Pneumatic control technology 50,000 kg 

– Electronic control technology – Direct deliveries to customers throughout Europe Customer service – Telephone advice via hotlines – Fast on-site service – Reliable maintenance and complaints service 

2004/11 – Subject to change – Info 201 

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## Festo automation components 

Important components in our product range 

|Compressed air preparation|Compressed air preparation|
|---|---|
||D series service units|
||MS series service units|
|Control technology<br>Individual valve CPE<br>Valve terminal CPV||
||Modular valve terminal MPA and electrical|
||terminal CPX|
||Smart Positioning Controller SPC200|
||Controller FEC Standard FC640|
|Long linear movement||
||Rodless cylinder DGPL|
||Electric toothed-belt drive DGE|
||Standard cylinder DNC and DSNU|
||Compact cylinder ADVU|
|Short linear movement<br>Linear module HMP<br>Guided drive DFM<br>Mini slide SLT<br>Flat slide SLG<br>Linear module HMPL<br>.||
||Short-stroke cylinder ADVC|



Rotary movement Rotary drive DRQD Swivel module DSM , Swivel/linear module DSL ~~LP~~ DP Gripping, mechanical … … or with vacuum Precision gripper HGPP Suction gripper ESG Micro gripper HGWM Vacuum generator VADMI ~~te,~~ Three-point gripper HGD Vacuum generator VN ~~Ee~~ Connecting and installing Basic elements Screw connectors Couplings Fittings and restrictors Tubing Checking, counting, sorting Checkbox family 3 uv 

Further products and details: http://catalog.festo.com or consult your Festo technical advisor. 

Info 201 – Subject to change – 2004/11 

58 

## Pneumatic Pictograms 

Stroke length 

Flow rate 

Voltage 

Force Pressure 

Temperature 

Diameter 

Vacuum 

Width 

Service Repair service 

Worldwide service 

Hotline 

Collection facility 

Delivery time 

In stock 

Note Type discontinued 

New 

Spare parts service 

2004/11 – Subject to change – Info 201 

59