HPF3K0PS24

## **HPF3K0** Series 

## 3kW **FAN COOLED** 

## AC-DC POWER SUPPLIES 

The HPF3K0 series provides a suite of sophisticated digital control and monitoring functions, which equip the product for use in systems with a distributed control architecture. Medical and information technology safety approvals, high power density and class B conducted emissions are just part of the generous feature set, supporting use in a wide variety of applications. 

## **Features** 

## **Applications** 

- Medical and Information Technology safety approvals 

- Multiple serial data communication protocols: PMBus, CANopen, MODBUS and SCPI 

- Programmable output voltage (0-105%) 

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Healthcare Industrial  Semiconductor  Technology<br>Electronics Manufacturing<br>**----- End of picture text -----**<br>


- Programmable output current (0-110%) 

- Intelligent fan speed control 

## **Dimensions** 

- Parallel operation 

- High efficiency – up to 93% 

- Analogue and digital interfaces 

279.4 x 177.8 x 63.5mm (11.0” x 7.00” x 2.50”) (Not including connectors and fan guards) 

- Graphical User Interface 

- 5V/2A housekeeping supply 

- 3 year warranty 

## **Models & Ratings** 

|Model Number(1)<br>HPF3K0PS24|Max<br>Output Power<br>3000W|Output Voltage V1|Output Voltage V1|Output Voltage V1|Output Current|Output Current|Efficiency(2)<br>90.3%|
|---|---|---|---|---|---|---|---|
|||Minimum<br>0VDC|Nominal<br>24VDC|Maximum<br>25.2VDC|Minimum<br>0.0A|Maximum<br>125.0A||
|HPF3K0PS36|3000W|0VDC|36VDC|37.8VDC|0.0A|83.3A|91.7%|
|HPF3K0PS48|3000W|0VDC|48VDC|50.4VDC|0.0A|62.5A|92.5%|
|HPF3K0PS60|3000W|0VDC|60VDC|63.0VDC|0.0A|50.0A|92.9%|



## **Notes:** 

1. Standard models include PMBus, CANopen and RS485 interfaces. RS485 default is full-duplex. RS485 half-duplex can be configured via I[2] C or factory configured on request. To replace RS485 with RS232 or UART, contact sales. 

2. Measured with 230VAC input and full load. 

AC-DC POWER SUPPLIES 

## **HPF3K0** Series 

## **Input** 

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Characteristic Minimum Typical Maximum Units Notes & Conditions<br>**----- End of picture text -----**<br>


|Characteristc|Minimum|Typical|Maximum|Units|Notes & Conditons|Notes & Conditons|
|---|---|---|---|---|---|---|
|Input Voltage<br>(see application notes)|180||264|VAC|3000W|Single phase input|
||90||180||1500W||
|Input Frequency|47||63|Hz|||
|Power Factor||0.98|||Complies with EN61000-3-2 for Class A @ 208V||
|Input Current||19||A|90VAC 50% load or 180VAC 100% load||
|Inrush Current|||60|A|264VAC, 25°C cold start||
|Earth Leakage Current|||450|µA|264VAC, 60Hz||
|Input Protection|F25A/250V fuse ftted in line and neutral||||||



## **Output** 

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Characteristic Minimum Typical Maximum Units Notes & Conditions<br>**----- End of picture text -----**<br>


|Characteristc<br>|Minimum<br>|Typical|Maximum<br>|Units<br>|Notes & Conditons<br>|
|---|---|---|---|---|---|
|Output Voltage|0||63|VDC|See Models and Ratings table|
|Output Set Tolerance||±0.1||%|Nominal voltage irrespective of set voltage|
|Output Voltage Program|0||105|%|Of nominal, slew rate <40ms 10-105% & 105-10%.<br>Max frequency of voltage program is 0.5Hz 0-5% load,<br>0.67Hz 5-10% load, 1Hz 10-20% load, 3Hz 20-100% load|
|Output Voltage Adjust|± 10|||%|Of set output via potentiometer 105% of nominal max.|
|Remote Sense|Compensates for 1% max of nominal voltage per lead, 2% of total nominal voltage.|||||
|Output Current Program|0||110|%|Of nominal|
|Minimum Load|0|||A|No minimum load required|
|Start Up Delay||1.8|2.3|s|Under all load and line conditions|
|Start Up Rise Time|||40|ms||
|Hold Up Time|13|15||ms|208VAC at 100% load and 25°C|
||10|12|||208VAC at 100% load and -20°C|
|Line Regulation|||±0.1|%|Of nominal voltage. Input variation 90-264VAC|
||||±0.5||5V Standby|
|Load Regulation|||±0.5|%|0-100% or 100-0% load|
||||±2.0||5V Standby|
|Transient Response|||3|%|Deviation with a 50-75-50% load change. Output returns to within 1%<br>in less than 500µs|
|Ripple & Noise|||1|%|Of nominal voltage. Peak-peak. 0 to 50°C 20MHz bandwidth with no<br>additional flter.|
||||2.5||5V Standby|
|Overshoot|||5|%|Turn on and turn off|
|Overvoltage Protection|110||120|%|Of nominal voltage, latching. Cycle AC to reset. No protection for 5V<br>Standby|
|Overtemperature Protection|Auto resetting thermal protection|||||
|Overload Protection|||110|% of<br>max load|Tolerance: ±3% of max load. Default constant current mode<br>behaviour, with user programmable protection threshold and<br>behaviours. De-rated power limit of 1500W for operation at 90 -<br>180VAC input.<br>5V Standby: 5A max|
|Temperature Coeffcient|||0.02|%/˚C|Of nominal voltage and 5V standby|
|Short Circuit Protection|Constant current characteristics. Main output: Constant cu||||rrent characteristic. 5V Standby: Hiccup characteristic <5A max.|
|Standby Voltage||5||VDC||
|Standby Tolerance||±3||%|At 50% load|
|Standby Current||2||A||



Specifications subject to change without notice. 

2 

AC-DC POWER SUPPLIES 

## **HPF3K0** Series 

## **General** 

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Characteristic Minimum Typical Maximum Units Notes & Conditions<br>Efficiency 92 % 230VAC, 100% load, 5V Standby at full load<br>**----- End of picture text -----**<br>


|Characteristc<br>Effciency|Minimum|Typical<br>92|Maximum|Units<br>%|Notes & Conditons<br>230VAC, 100% load, 5V Standby at full load|
|---|---|---|---|---|---|
|Isolation:  Input to Output<br>Input to Ground<br>Output to Ground|4000|||VAC|Reinforced insulation. 2 x MOPP|
||1500|||VAC|Basic insulation. 1 x MOPP|
||500|||VDC|Functional insulation|
|Switching Frequency||40||kHz|Fixed frequency PFC|
||41||250|kHz|Variable frequency main converter|
|Power Density|||0.95 (15.6)|W/cm3(W/in3)||
|MTBF||3810||khrs|Telecordia SR-332 Issue 4, +25°C|
|Weight||4.0 (8.8)||kg (lb)||



## **Environmental** 

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Characteristic Minimum Typical Maximum Units Notes & Conditions<br>**----- End of picture text -----**<br>


|Characteristc<br>|Minimum<br>|Typical|Maximum<br>|Units<br>|Notes & Conditons<br>|
|---|---|---|---|---|---|
|Operating Temperature|-20||+70|°C|Derate linearly from +50°C to 50% rated power at +70°C|
|Storage Temperature|-40||+85|°C||
|Cooling|Force air-cooled with intelligent fan speed control|||||
|Humidity|5||95|%RH|Non-condensing|
|Operating Altitude|||5000|m|Medical|
||||5000||IT|
|Shock|±3 x 30g shocks in each plane, total 18 shocks. 30g = 11ms (±0.5ms) half sine. Conforms to EN60068-2-27 & EN60068-2-47|||||
|Vibration|Single axis 10-500Hz at 2g sweep and endurance at resonance in all 3 planes. Conforms to EN60068-2-6|||||
|Acoustic Noise|<66dB LPA|||||



## **Signals & Controls** 

||Digital Control & Monitoring Functon|
|---|---|
|PMBus, CANopen and RS485|Operation of the product using the feldbus interfaces and associated protocols is defned in the supporting document ‘HPA1K5/<br>HPF3K0 Communication, Control and Status Specifcation’. Installation and use of the XP PS Manager software (graphical user<br>interface) is defned in the supporting document ‘XP PS Manager User Manual’. These documents are available through the XP<br>Power website.<br>Analog to digital monitoring accuracy: Vout monitor accuracy is ±0.1% of nominal voltage. Iout monitor accuracy is ±0.1% of full<br>load. Vout and Iout setting accuracy is ±0.1% of nominal voltage/full load|
||Analog Hardware Functon|
|V Program|0V to 5V signal will program Vout from 0-105%. VProg accuracy ±1% of nominal output voltage. Minimum source current 0.5mA. In<br>analog programming mode, Vout & Iout will be zero if either Vprog or Iprog is open circuit. Link PMBus_EN (pin 24) to SGND (pin 12)<br>to enable analog mode|
|I Program|0V to 5V signal will program the current limit from 0-110%. IProg accuracy ±2% of maximum current. Minimum source current<br>0.5mA|
|AC OK|Uncommitted opto-transistor. Circuit conducting means AC is within range. 2ms minimum warning time. See typical connection<br>diagram on page 7|
|DC OK|Uncommitted opto-transistor. The operating threshold of this signal is driven from the VOUT_UV_FAULT digital user variable, which<br>is 95% of nominal voltage by default and is programmable via PMbus. See typical connection diagram on page 7|
|Fan Fail/Temp Warning|3.3V logic signal referenced to SGND (pin 12). High = Fan FAIL and/or overtemperature, Low = Fan OK and temperature OK, unit<br>switches off 10s after Fan Fail/Temp Warning alarm, auto recovery|
|Sync|Connect parallel units to synchronize output turn on following application of AC input|
|Current Share|Connecting pin 23 on one unit to pin 23 on a like voltage unit will force the current to be shared. Up to 5 units can be paralleled.<br>Current share accuracy ±3% of a single unit maximum current rating.|
|Inhibit|Uncommitted opto-diode. User programmable to become Enable signal. See typical connection diagram page 7|



3 

AC-DC POWER SUPPLIES 

## **HPF3K0** Series 

## **EMC: Emissions** 

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Phenomenon Standard Test Level Notes & Conditions<br>**----- End of picture text -----**<br>


|Phenomenon<br>|Standard<br>|Test Level<br>|Notes & Conditons<br>|
|---|---|---|---|
|Conducted|EN55011/EN55032|Class B|Class A <80% nominal output voltage|
|Radiated|EN55011/EN55032|Class A||
|Harmonic Currents|EN61000-3-2|Class A|Input > 115Vac @1500W, > 200Vac @3000W|
|Voltage Flicker|EN61000-3-3|||



## **EMC: Immunity** 

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Phenomenon Standard Test Level Criteria Notes & Conditions<br>**----- End of picture text -----**<br>


|Phenomenon<br>|Standard|Test Level|Criteria|Notes & Conditons<br>|
|---|---|---|---|---|
|ESD Immunity|EN61000-4-2|4|A|±8kV contact / ±15kV air discharge|
|Radiated Immunity|EN61000-4-3|3|A||
|EFT/Burst|EN61000-4-4|3|A||
|Surge|EN61000-4-5|Installation class 4|A||
|Conducted|EN61000-4-6|3|A||
|Magnetic Field|EN61000-4-8|4|A||
|Dips and Interruptions|EN61000-4-11<br>(100VAC)|Dip 100%, 8.4ms|A||
|||Dip 100%, 16.7ms|A||
|||Dip 60%, 200ms|B|Criteria A derate to 320W|
|||Dip 30%, 500ms|B|Criteria A derate to 940W|
|||Dip 20%, 5000ms|B|Criteria A derate to 710W|
|||Int 100%, 5000ms|B||
||EN61000-4-11<br>(240VAC)|Dip 100%, 10ms|A||
|||Dip 100%, 20ms|B|Criteria A derate to 1420W|
|||Dip 60%, 200ms|B|Criteria A derate to 1590W|
|||Dip 30%, 500ms|A||
|||Dip 20%, 5000ms|A||
|||Int 100%, 5000ms|B||
||EN60601-1-2<br>(100VAC)|Dip 100%, 10ms|A||
|||Dip 100%, 20ms|A||
|||Dip 60%, 100ms|B|Criteria A derate to 320W|
|||Dip 30% , 500ms|B|Criteria A derate to 940W|
|||Int 100%, 5000ms|B||
||EN60601-1-2<br>(240VAC)|Dip 100%, 10ms|A||
|||Dip 100%, 20ms|B|Criteria A derate to 1420W|
|||Dip 60%, 100ms|B|Criteria A derate to 1590W|
|||Dip 30%, 500ms|A||
|||Int 100%, 5000ms|B||
||SEMI F47<br>(100VAC)|Dip 22% (78VAC),<br>1000ms|B|Criteria A derate to 1100W|
|||Dip 33% (67VAC),<br>500ms|B|Criteria A derate to 860W|
|||Dip 55% (45VAC),<br>200ms|B|Criteria A derate to 422W|
||SEMI F47<br>(200VAC)|Dip 22% (156VAC)<br>1000ms|A||
|||Dip 33% (134VAC)<br>500ms|B|Criteria A derate to 2360W|
|||Dip 55% (90VAC)<br>200ms|B|Criteria A derate to 1460W|



Specifications subject to change without notice. 

4 

AC-DC POWER SUPPLIES 

## **HPF3K0** Series 

## **Safety Approvals** 

|**Safety Approvals**|||
|---|---|---|
|Certification<br>CB Report|Safety Standard<br>IEC62368-1 Ed 2|Notes & Conditions<br>Information Technology|
||IEC60601-1 Ed 3 Including Risk Management|Medical|
|UL|UL62368-1, CSA 22.2 No.62368-1, UL60950-1|Information Technology|
||ANSI/AAMI ES60601-1:2005 & CSA C22.2,<br>No.60601-1:08|Medical|
|EN|EN62368-1|Information Technology|
||EN60601-1/2006|Medical|
|CE|Meets all applicable directives||
|UKCA|Meets all applicable legislation||
|Equipment Protection Class|Class I|See safety agency conditions of acceptability for details|



## **Applications Notes** 

## **Output Derating** 

## **Output Current Programming** 

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3000<br>1500<br>90 180 264<br>Input Voltage (VAC)<br>Output Power (W)<br>**----- End of picture text -----**<br>


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110<br>100<br>80<br>60<br>40<br>20<br>0<br>0 1 2 3 4 5<br>Iprog (V)<br>Output Current (% of nominal)<br>**----- End of picture text -----**<br>


## **Output Voltage Programming** 

## **Dielectric Strength Testing** 

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105<br>100<br>80<br>60 weeecc eee eeeeeneeeeeeeney<br>40<br>20<br>0<br>0 1 2 3 4 5<br>Vprog (V)<br>Output Voltage (% of nominal)<br>**----- End of picture text -----**<br>


This product includes Gas Discharge Tubes as part of the Surge Immunity counter-measures. This screw must be removed during dielectric strength testing in the end-equipment, to prevent flashover to Earth. Maximum applied voltage: Live and neutral to earth: 2100Vdc Input to Output: 2100Vdc Re-install the screw after testing. 

5 

AC-DC POWER SUPPLIES 

## **HPF3K0** Series 

## **Signals & C** ~~**ontrols**~~ G ~~Q»~~ **Signal Connections** 

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29 30<br>1 2<br>**----- End of picture text -----**<br>


|J1 Signal Connector Connections<br>~~OO~~|J1 Signal Connector Connections<br>~~OO~~|J1 Signal Connector Connections<br>~~OO~~|J1 Signal Connector Connections<br>~~OO~~|
|---|---|---|---|
|Pin<br>~~OO~~|Function<br>~~OO~~<br>~~—SSCSCsSC:és~~|Opto-isolator<br>~~—SSCSCsSC:és~~|Description<br>~~—SSCSCsSC:és~~|
|1<br>~~OO~~|DCOK<br>~~OO~~<br>~~—SSCSCsSC:és~~|Collector<br>~~—SSCSCsSC:és~~|See circuit diagram on page 7.<br>Uncommited opto-isolator. Circuit conducting means Vout is within range.<br>~~—SSCSCsSC:és~~|
|2|DCOK Return|Emitter||
|3|Remote Inhibit|Anode|See circuit diagram on page 7.<br>Uncommited opto-diode. Diode conducting means output OFF.|
|4|Remote Inhibit Return|Cathode||
|5|A0||I2C Device Address Bit (Internal 10kΩpull-up to 3.3V)|
|6|A1||I2C Device Address Bit (Internal 10kΩpull-up to 3.3V)|
|7|A2||I2C Device Address Bit (Internal 10kΩpull-up to 3.3V)|
|8|CANH||CAN Bus Communication using CANopen protocol|
|9|RS485_Y||RS485 Differential Serial Bus Communication|
|10|CANL||CAN Bus Communication using CANopen protocol|
|11|RS485_Z||RS485 Differential Serial Bus Communication|
|12|SGND||Signal Return|
|13|UART_RX / RS232_RX/RS485_A||RS485 Differential Serial Bus Communication or RS232 Serial Bus Communication or UART|
|14|I2C SDA||I2C (Internal 10kΩpull-up to 3.3V)|
|15|UART_TX / RS232_TX/RS485_B||RS485 Differential Serial Bus Communication or RS232 Serial Bus Communication or UART|
|16|I2C SCL||I2C Bus Clock (Internal 10kΩpull-up to 3.3V)|
|17|FAN_FAIL/TEMP WARNING||Fan Failure/Temp Warning Reporting (High means fan fails and/or overtemperature rating;<br>10kΩpull up to 3.3V) See circuit diagram on page 7.|
|18|SYNC||Connect parallel units to synchronise output turn on|
|19|VPROG||0 to 5V to set Vout from 0 to 105%(1)(50.8kΩinternal resistance between Vprog and SGND(2))|
|20|RS+||Positive Remote Sense|
|21|RS-||Negative Remote Sense|
|22|IPROG||0 to 5V to set Current Limit from 0 to110% of rated current(1)(50.8kΩinternal resistance between<br>Iprog and SGND)|
|23|ISHARE||0 to 2.6V for current sharing of units in parallel|
|24|PMBUS_EN||Selecting Digital (open) or Analog (low) mode for VPROG & IPROG (Internal 10kΩpull up to 3.3V)|
|25|ACOK|Collector|See circuit diagram on page 7.<br>Uncommited opto-isolator. Circuit conducting means AC is within range.|
|26|ACOK Return|Emitter||
|27|5VSBY||5V/2A Standby|
|28|5VSBY||5V/2A Standby|
|29|5VSBY_RTN||5V/2A Standby Return|
|30|5VSBY_RTN||5V/2A Standby Return|



## **Notes:** 

1. In analog mode, the default Vout and Iout settings are 0% when Vprog and Iprog are open circuit. 

2. To activate analog mode, PMBus_EN must be pulled down to SGND. Default if left open is digital programming. 

Specifications subject to change without notice. 

6 

AC-DC POWER SUPPLIES 

## **HPF3K0** Series 

## **Signals & Controls** 

**DC OK** 

**AC OK** 

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5V Standby  5V Standby<br>Pin 27/28 Pin 27/28<br>3K3 3K3<br>Pin 1 Pin 25<br>100R 15V 100R 15V<br>4mA max 4mA max<br>High: DC NOT OK  High: AC NOT OK<br>Low: DC OK Low: AC OK<br>Pin 2 Pin 26<br>5V Standby  5V St a ndby<br>HoT R eturn eT Return<br>Pin 29/30 Pin 29/30<br>Fan Fail/Temperature Warning Inhibit<br>**----- End of picture text -----**<br>


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Pin 29/30 Pin 29/30<br>Inhibit<br>5V Standby<br>3V3 Pin 27/28<br>511R<br>10K<br>Pin 17 Pin 3<br>Open/Floating: Power Supply ON<br>High: Power Supply OFF<br>0.5 mA min to inhibit<br>High: FAN NOT OK/Over Temperature  8mA max<br>Low: FAN OK/Temperature OK<br>3.3V TTL compatible Pin 4<br>Pin 12<br>SIGNAL GND 5V Standby<br>O M E Return<br>Pin 29/30<br>**----- End of picture text -----**<br>


7 

AC-DC POWER SUPPLIES 

## **HPF3K0** Series 

## **Signals & Controls** Ga» 

## **Current Share** 

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HPF3K0 HPF3K0 HPF3K0<br>V1 Output V1 Output V1 Output<br>Current Current<br>- + Share - + Share - +<br>Up to 5 x HPF3K0 units<br>Pin 23 Pin 23<br>E TIIIIt IIric L ]<br>Ral SGND  Ealee SGND<br>Pin 12 Pin 12<br>YY<br>L - | OL +<br>Load<br>+ Sense - Sense<br>- Sense + Sense<br>- Sense + Sense<br>**----- End of picture text -----**<br>


## **LED Signals** GD 

|Conditions|LED State<br>~~ee~~|LED State<br>~~ee~~|Signals<br>~~ee~~|Signals<br>~~ee~~|Signals<br>~~ee~~|Signals<br>~~ee~~|
|---|---|---|---|---|---|---|
||AC OK|DC OK|AC OK|DC OK|FAN _FAIL/<br>TEMP|Remote<br>Inhibit|
|AC input OK|ON|ON(3)|Active|Active|Active Low|Inactive|
|AC below control system startup<br>AC present but out of range or PFC|OFF<br>Blink (0.2s|OFF|Inactive|Inactive|Inactive|X(2)|
|AC present but out of range or PFC<br>failure or no primary to secondary<br>communication<br>Output Over Voltage|ON, 0.2s<br>OFF)<br>ON|OFF<br>OFF|High<br>Active|High<br>Inactive|Low<br>Active Low|X(2)<br>Inactive|
|Output Over Voltage<br>Current Limit (Constant current<br>response)<br>Fan Failure/Thermal Shutdown|ON<br>ON<br>ON|OFF<br>Blink<br>(0.2s ON, 0.2s OFF)<br>OFF|Active<br>Active<br>Active|Inactive<br>Active or<br>Inactive(3)<br>Inactive|Active Low<br>Active Low<br>Active High(1)|Inactive<br>Inactive<br>Inactive|
|Fan Failure/Thermal Shutdown<br>Remote OFF|ON<br>ON|OFF<br>Blink<br>(1.0s ON, 1.0s OFF)|Active<br>Active|Inactive<br>Inactive|Active High(1)<br>Active Low|Inactive<br>Active|
|PMBus Operation OFF|ON|Blink<br>(1.0s ON, 1.0s OFF)|Active|Inactive|Active Low|Inactive|



## **Notes:** 

1. In case of fan failure, and/or Overtemperature, FAN_FAIL/Temp Warning signal will be set 10s before output shutdown. 

2. Don’t care / not applicable. 

3. DC OK LED is ON if Output Voltage >= VOUT_UV_FAULT_LIMIT, if Output Voltage < VOUT_UV_FAULT_LIMIT, the DC OK LED will be OFF. 

8 

Specifications subject to change without notice. 

AC-DC POWER SUPPLIES 

## **HPF3K0** Series 

## **Mechanical Details** 

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2 x M4 mounting point,<br>4.0 max screw penetration<br>AC Input Terminal<br>31.8 Pitch: 13.0<br>(1.25)<br>Access width: 9.7<br>Screw: M4<br>Max torque: 1.1Nm<br>53.3 175.3<br>(2.10) (6.90) 17.5<br>(0.69)<br>279.4 15.3<br>(11.0) (0.60)<br>20.4<br>3.1 53.3 175.3 (0.80)<br>(0.12) (2.10) (6.90)<br>(<br>45.1<br>(1.77)<br>4 x M5 Screw<br>AIR FLOW DC OUT Terminal<br>177.8 88.9<br>(7.00) (3.50) 26.1<br>(1.03)<br>See table for<br>logic output<br>connector details<br>32.8<br>(1.29)<br>17.7<br>(0.70)<br>14.0<br>(0.55)<br>63.5<br>(2.50)<br>4 x M4 mounting point<br>4.0 max screw penetration<br>Pin Function Pin Function<br>1 DCOK 16 I2C_SCL<br>2 DCOK_RTN 17 FAN_FAIL<br>3 RMT_INH 18 SYNC<br>4 RMT_INH_RTN 19 VPROG<br>5 I2C_A0 20 RS+<br>6 I2C_A1 21 RS-<br>7 I2C_A2 22 IPROG<br>8 CANH 23 ISHARE<br>9 RS485_Y 24 PMBUS_EN<br>10 CANL 25 ACOK<br>11 RS485_Z 26 ACOK_RTN<br>12 SGND 27 5VSBY<br>13 RS232_RX/RS485_A 28 5VSBY<br>14 I2C_SDA 29 5VSBY_RTN<br>2 x<br>15 RS232_TX/RS485_B 30 5VSBY_RTN  60 x 38mm<br> FAN<br>1 29<br>2 30<br>**----- End of picture text -----**<br>


4 x M4 mounting point 4.0 max screw penetration 

## **Notes:** 

1. All dimensions are in mm (inches). 

2. Weight 4.0kg (8.8lbs). 

3. Signal Connector: JST part S30B-PUDSS-1 or equivalent. Mates with JST part PUDP-30V-S or equivalent. 

Contacts: SPUD-001T-P0.5 (26-22AWG), SPUD 002T-P0.5 (28-24AWG). 

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9 

25 Oct 2023