Emerson PACSystems RSTi-EP - Page 397

User Manual Section 5
GFK-2958L May 2021
Detailed Description of I/O Modules 383
Byte
Bit
Description
Default
4
Reserved
5
Power factor alarm lower limit
6
Reserved
7
Diagnostic alarm enabled
2
0 … 7
Harmonic select
0x1
3
0 … 7
Power factor lower limit High Byte
0x0
4
0 … 7
Power factor lower limit Low Byte
0x0
5
0 … 7
Current imbalance alarm limit High Byte
0x3F
6
0 … 7
Current imbalance alarm limit Low Byte
0xFF
7
0 … 7
Voltage alarm lower limit High Byte
0x0
8
0 … 7
Voltage alarm lower limit Low Byte
0x0
9
0 … 7
Voltage alarm upper limit High Byte
0x6c
10
0 … 7
Voltage alarm upper limit Low Byte
0x0
11
0 … 7
Current alarm lower limit High Byte
0x0
12
0 … 7
Current alarm lower limit Low Byte
0x0
13
0 … 7
Current alarm upper limit High Byte
0x6c
14
0 … 7
Current alarm upper limit Low Byte
0x0
15
0 … 7
Frequency alarm lower limit High Byte
0x16
16
0 … 7
Frequency alarm lower limit Low Byte
0x80
17
0 … 7
Frequency alarm upper limit High Byte
0x20
18
0 … 7
Frequency alarm upper limit Low Byte
0x80
19
0 … 7
Measured value Channel 0
0xFF
20
0 … 7
Measured value Channel 1
0xFF
21
0 … 7
Measured value Channel 2
0xFF
22
0 … 7
Measured value Channel 3
0xFF
23
0 … 7
Measured value Channel 4
0xFF
24
0 … 7
Measured value Channel 5
0xFF
25
0 … 7
Measured value Channel 6
0xFF
26
0 … 7
Measured value Channel 7
0xFF
Fieldbus specific notes for parameterizing
Profinet: The parameter block can be written on Index 125 of the module using a Write Record access (SFB53).
A 4-byte header must be prepended to the parameter data: 0x1F, 0x00, 0x04, 0x18.
Profibus: The parameter block can be written on Index 125 of the module using a Write Record access
(SFB53). No header is required.
EtherNet/IP: The parameter block can be written on class 0x65, instance = slot number, attribute 0x73 using
a writing accesses. No header is required. The parameter block can also be transferred as part of the
configuration assembly.
Typical frequency curve for current and voltage measurements