Eaton EC500, Руководство по эксплуатации

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EC500 Controller Handbook Connector Pin-outs
Copyright © 2019 Eaton Corporation. All Rights Reserved.
Issue A March 2019
Page 105 of 107
4 Battery Voltage – 3
X6 4-Pin Male,
Dual Row Individual Battery voltage
measurement 1 Battery Negative or Shunt
Common
2 Battery Voltage – 4
3 Battery Voltage – 5
4 Battery Voltage – 6
TB1 24-Pin Male,
Dual Row
PFC Output 1,3,5 1
st
Relay – Pole, NC, NO
2,4,6 2
nd
Relay – Pole, NC, NO
7,9,11 3
rd
Relay – Pole, NC, NO
8,10,12 4
th
Relay – Pole, NC, NO
13,15,17 5
th
Relay – Pole, NC, NO
14,16,18 6
th
Relay – Pole, NC, NO
19,21,23 7
th
Relay – Pole, NC, NO
20,22,24 8
th
Relay – Pole, NC, NO
TB2 16-Pin Male,
Dual Row 8 User defined optically
isolated PFC input 2,1 0V – D1 Input
4,3 0V – D2 Input
6,5 0V – D3 Input
8,7 0V – D4 Input
10,9 0V – D5 Input
12,11 0V – D6 Input
14,13 0V – D7 Input
16,15 0V – D8 Input
TB3 4-Pin Male,
Dual Row Battery Temperature sensing 1 3.3V Protected
2 Temperature – 1 Input
3 3.3V Protected
4 Temperature – 2 Input
TB4 10-Pin Male,
Dual Row External RS485 Interface 1,2 Isolated Ground
3 Transmit Data 1, Tx1+
4 Transmit Data 2, Tx2+
5 Transmit Data 1, Tx1-
6 Transmit Data 2, Tx2-
7 Receive Data 1, Rx1+
8 Receive Data 2, Rx2+
9 Receive Data 1, Rx1-
10 Receive Data 2, Rx2-