Register-Type Data - Holding Registers - Siemens SICAM Manual

Address
26
27
28
29
30
31
32
33
34
For more information about holding registers, see
Table B-5
Address Min/Max Value Parameters
1 –
2 0 to 6
4 1 to 247
5 to 8 –
9 0 to 1
10 10 to 360
11 0, 50 to 2500
12 4 to 6000
13 0, 4 to 20000
14 4 to 6000
15 2
16 0 to 2
17 0 to 4
18 0 to 3
19 0 to 2
20 0 to 1
21 0 to 30
22 0 to 30
23 0 to 30
24 0 to 30
25 0 to 100
26 4 to 6000
27 0, 3 to 480
28 50 to 1000
29 0, 50 to 2500
30 0, 4 to 6000
31 0, 1 to 60
32 0, 1 to 25
SICAM, Feeder Condition Monitor, Manual
E50417-H8940-C580-A4, Edition 03.2019
Modbus Data Type Parameters
Discrete Input I
1
Discrete Input I
2
Discrete Input I
3
Discrete Input I
1
Discrete Input I
2
Discrete Input I
3
Discrete Input Intermittent ground fault (I
Discrete Input Clockwise phase-sequence indication, ABC
Discrete Input Counter-clockwise phase-sequence indication,
ACB
Holding Registers
Modbus frame configuration
Modbus baud rate
Modbus ID
Date and time
Grid frequency
Primary voltage
Overcurrent trip value (I>>), high-set
Overcurrent response time (tI>>)
Ground-fault trip value (I
Ground-fault response time (tI
Transformer type
Neutral-point treatment (Group 1)
Language
Voltage transformer secondary/low-power
voltage transformer
Date type
Time type
V alarm
max
V warning
max
V alarm
min
V warning
min
Neutral-point displacement voltage V
(Group 1)
Neutral-point displacement time tV
(Group1)
Auto reset time
Rated primary current
Overcurrent trip value I>, low-set
Overcurrent response time (tI>), low-set
T1
T2
overcurrent (I>/I>>) indication
overcurrent (I>/I>>) indication
overcurrent (I>/I>>) indication
phase 1 to ground-fault (I ) indication
N
phase 2 to ground-fault (I ) indication
N
phase 3 to ground-fault (I ) indication
N
>)
N
B.4 Register-Type Data – Holding
>) (Group 1)
N
>) (Group 1) 4
N
>
NG
>
NG
Modbus Registers
B.2 Implementation of the Modbus Protocol
Access
R
R
R
R
R
R
R
R
R
Registers.
Default Unit
0 –
6 bps
247 –
– –
0 –
200 1/10 kV uInt16
0 A
4 x 10 ms uInt16
0 1/10 A
x 10 ms uInt16
2 –
2 –
1 –
0 V
0 –
0 –
0 %
0 %
0 %
0 %
30 %
10 x 10 ms uInt16
480 min
300 A
0 A
4 x 10 ms uInt16
0 s
0 s
Type
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
uInt16
97