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TCP4000 Series

 

3

 

 

 

 

Asia-Pacific 

+86 755 298 85888

 

Europe, Middle East 

+353 61 225 977

 

North America 

+1

 

408

 

785 5200

 

© 2019 Bel Power Solutions & Protection

 

BCM.00539_AA 

 

SIGNAL NAME 

PIN # 

TYPE 

SIGNAL 

REFERENCE 

LOW LEVEL 

HIGH LEVEL 

V MAX 

I MAX 

ACSH 

Active Current Share 

SRTN 

SRTN

 1

 

Signal Return for Active Current Share 

SENSE+ 

Sense line for Vout+ 

 voltage drop 

compensation for positive pole 

Vout+ 

SENSE- 

Sense line for Vout- 

 voltage drop 

compensation for negative pole 

Vout- 

1

   SRTN - Signal return on Active Current Share on 4-PIN connector (MC 1.5/ 4-G-3.81) is galvanically isolated from SRTN Signal (Internal 

Ground) on 15-pin D-SUB connector. 

 

SIGNAL OUTPUT CONNECTOR TCP4000-H090: PINOUT

 

Connector type:    Phoenix Contact, MC 1.5/ 4-G-3.81 
Mating part: 

   Phoenix Contact, MC 1.5/ 4-ST-3.81 

LED SIGNALING 

LED NAME 

COLOR 

STATUS 

OPERATING CONDITIONS 

AC-OK 

Green 

ON 

AC Input Voltage is within operation range 

DC-OK 

Green 

ON 

Output is Enabled and Operational 

OT/FAIL 

Orange 

ON 

Blinking 

Over Temperature conditions inside the unit or FAIL appeared (e.g. Overload) 
FW upgrade via RS485-1 

 
SIGNAL INPUT CONNECTOR 

 PINOUT 

SIGNAL NAME 

PIN # 

TYPE 

SIGNAL 

REFERENCE 

LOW LEVEL 

HIGH LEVEL 

V MAX 

I MAX 

RS485-1A 

RS485 Half Duplex, Differential pair 1  

RS485-1B 

+/-60 mA 

@ 60 

Ω

, 0 pF

2

 

-7 to 12 VDC 

8 mA 

RS485-2A 

RS485 Half Duplex, Differential pair 2 

RS485-2B 

+/-60 mA 

@ 60 

Ω

, 50 pF

2

 

-7 to 12 VDC 

8 mA 

ADDR-INIT IN 

The unit’s address change required

 

SRTN 

<0.4 VDC 
>2.5 VDC 

3.6 VDC 

0.2 mA 

IN OK 

AC Power Fail Warning - open collector,  

external pull-up needed to max. 7 V 

SRTN 

<0.4 VDC 

Pull up 

7 VDC 
10 mA 

OUT OK 

Output Voltage Fault - open collector,  

external pull-up needed to max. 7 V 

SRTN 

<0.4 VDC 

Pull up 

7 VDC 
10 mA 

INHIBIT 

Output Inhibit - 

Open circuit or “High” to SRTN 

shuts OFF Vout 

SRTN 

<0.4 VDC 
>2.5 VDC 

3.6 VDC 

0.2 mA 

ENABLE 

Power Supply Enable pin 

 for unit enable short 

this pin to SRTN 

SRTN 

<0.4 VDC 
>2.5 VDC 

3.6 VDC 

0.2 mA 

SRTN

1

 

Internal Ground (Signal Return) 

RS485-1B 

RS485 Half Duplex, Differential pair 1 

RS485-1B 

+/-60 mA 

@ 60 

Ω

, 50 pF

2

 

-7 to 12 VDC 

8 mA 

RS485-2B 

10 

RS485 Half Duplex, Differential pair 2 

RS485-2B 

+/-60 mA 

@ 60 

Ω

,50 pF

2

 

-7 to 12 VDC 

8 mA 

Not Connected 

11 

OT/FAIL 

12 

Over Temperature /PSU Fail, open collector, 

external pull-up needed to max. 7 VDC 

SRTN 

<0.4 VDC 

Pull up 

7 VDC 
10 mA 

PS-PRESENT 

13 

Power Supply Seated 

 signal internally 

connected through 10 Ohm resistor to SRTN 

SRTN 

1 VDC 
10 mA 

ACSH 

14 

NC not connected 

Margin 

15 

Optional 

 analog signal for Output Voltage 

adjustment 

 Not connected 

1

   SRTN - Signal return on 15-pin D-SUB connector is galvanically isolated from Vout, SENSE +/- and ACSH.  

2

   120 

Ω

 resistors connection required between RS485-xA and RS485-xB on both sides externally.  

Connector type:    Würth Elektronik, 61801529221 
Mating part: 

   Würth Elektronik, 61801529321

 

Summary of Contents for TCP4000-H090

Page 1: ...ormity registration Therefore the sellers and users are required to take caution in this regard 2 The AC Leakage Current exceeds 3 5mA at maximal input voltage and frequency 3 x 528Vac 60Hz Typical values are 1 8mA at input 3 x 200 208Vac L L 50 60Hz 3 0mA at 3 x 400Vac L L 50Hz and 4 1mA at 3 x 528Vac L L 60Hz 3 Switch off the input AC power before doing any intervention or manipulation with the ...

Page 2: ...assis Min 2 5 mm2 AC Line 1 L1 Input Power AC Fused Min 2 5 mm2 528 Vrms line to line 16 Arms per line AC Line 2 L2 Input Power AC Fused Min 2 5 mm2 AC Line 3 L3 Input Power AC Fused Min 2 5 mm2 POWER OUTPUTS CONNECTOR BUS BARS Connector type Bus bar see Fig 1 Mating part Ring terminal for M4 screw with appropriate cross section for wire SIGNAL NAME PIN TYPE SIGNAL REFERENCE LOW LEVEL HIGH LEVEL V...

Page 3: ...RS485 Half Duplex Differential pair 2 RS485 2B 60 mA 60 Ω 50 pF2 7 to 12 VDC 8 mA ADDR INIT IN 3 The unit s address change required SRTN 0 4 VDC 2 5 VDC 3 6 VDC 0 2 mA IN OK 4 AC Power Fail Warning open collector external pull up needed to max 7 V SRTN 0 4 VDC Pull up 7 VDC 10 mA OUT OK 5 Output Voltage Fault open collector external pull up needed to max 7 V SRTN 0 4 VDC Pull up 7 VDC 10 mA INHIBI...

Page 4: ...in to SRTN SRTN 0 4 VDC 2 5 VDC 3 6 VDC 0 2 mA SRTN1 8 Internal Ground Signal Return RS485 1B 9 RS485 Half Duplex Differential pair 1 RS485 1B 60 mA 60 Ω 50 pF2 7 to 12 VDC 8 mA RS485 2B 10 RS485 Half Duplex Differential pair 2 RS485 2B 60 mA 60 Ω 50 pF2 7 to 12 VDC 8 mA Not Connected 11 OT FAIL 12 Over Temperature PSU Fail open collector external pull up needed to max 7 VDC SRTN 0 4 VDC Pull up 7...

Page 5: ...ature difference of contact area of cold plate and power supply should be 5 C at worst case total power dissipation of each PSU max 300W Recommended is to use heat transfer paste with thermal conductivity 2 5 W m K between unit and cold plate surface roughness Ra 3 2 of the aluminium plate is acceptable Recommended tightening torque of M4 screws for assembling unit to aluminium cold plate is 3 5 4...

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