109
Register
name
Register
address
Register
description
Min
Max
Unit
Data type
Modbus
function code
Modbus
object
Notes
VERS_HW
36
Hardware version
00,01
99,99
---
unsigned INT.
4
input register
VERS_FW
37
Firmware version
00,01
99,99
---
unsigned INT.
4
input register
AVG_PWR_IN_01
42
Average power input 01
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_01 * AV_VOLT_IN
AVG_PWR_IN_02
43
Average power input 02
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_02 * AV_VOLT_IN
AVG_PWR_IN_03
44
Average power input 03
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_03 * AV_VOLT_IN
AVG_PWR_IN_04
45
Average power input 04
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_04 * AV_VOLT_IN
AVG_PWR_IN_05
46
Average power input 05
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_05 * AV_VOLT_IN
AVG_PWR_IN_06
47
Average power input 06
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_06 * AV_VOLT_IN
AVG_PWR_IN_07
48
Average power input 07
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_07 * AV_VOLT_IN
AVG_PWR_IN_08
49
Average power input 08
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_08 * AV_VOLT_IN
AVG_PWR_IN_09
50
Average power input 09
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_09 * AV_VOLT_IN
AVG_PWR_IN_10
51
Average power input 10
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_10 * AV_VOLT_IN
AVG_PWR_IN_11
52
Average power input 11
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_11 * AV_VOLT_IN
AVG_PWR_IN_12
53
Average power input 12
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_12 * AV_VOLT_IN
AVG_PWR_IN_13
54
Average power input 13
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_13 * AV_VOLT_IN
AVG_PWR_IN_14
55
Average power input 14
0
30000
Watt
unsigned INT.
4
input register
=AVG_CUR_IN_14 * AV_VOLT_IN
Summary of Contents for Transclinic 14i+
Page 2: ......
Page 74: ...74 2 2 1...
Page 75: ...75 2 2 ISO 7000 0434B X1 X4 X2...
Page 76: ...76 X1 X4 X1 X4 X2 15 2 3 Transclinic DC 2 PV Modbus RTU SCADA PLC RS485 0 P DC 0 PV...
Page 79: ...79 3 DIP 5 40 80 31 50 40 PV 1 kV...
Page 82: ...82 3 2 PV PV X1 X4 X2 2 X1 X4 PV PV X2 PV PV PV PCS DC PV IEC 60947 DC 21B PCS...
Page 83: ...83 PV Transclinic X1 X4 X2...
Page 86: ...86 PV PV X2 PV X2 2 1 PV X1 X4 3 3 X3 PV 0 0 Vdc 1 24 Vdc 2 X3 Transclinic 24 Vdc X3...
Page 87: ...87 X3 0 2 2 5 mm2 0 2 4 mm2 7 mm 0 4 0 5 Nm 0 6 3 5 mm Transclinic X3 EMC 3m...
Page 89: ...89 Transclinic 2 5 Adc DC DC X6 EMC 3m...
Page 100: ...100 5 OFF Transclinic OFF OFF 15 5 40 31 80 40 50 PV 2 1 X1 X4 X2 DIN RS 485...
Page 101: ...101...
Page 103: ...103 LVD 2006 95 EC EMC 2004 108 EC CE WEEE 012 19 EU WEEE...
Page 105: ...105...
Page 110: ......
