ABB TPU2000R - Page 317

TPU2000/2000R Modbus/Modbus Plus Automation Guide
307
24/1 I 1-1 (ang) Hi byte
24/2 I 1-1 (ang) Lo byte
24/3 I 2-1 (ang) Hi byte
25/1 I 2-1 (ang) Lo byte
25/2 I 0-2 (ang) Hi byte
25/3 I 0-2 (ang) Lo byte
26/1 I 1-2 (ang) Hi byte
26/2 I 1-2 (ang) Lo byte
26/3 I 2-2 (ang) Hi byte
27/1 I 2-2 (ang) Lo byte
27/2 Scale - Phase Wdg 1 high byte
27/3 Scale - Phase Wdg 1 low byte
28/1 Scale - Phase Wdg 2 high byte
28/2 Scale - Phase Wdg 2 low byte
28/3 Scale - Neutral Wdg 1 high byte
29/1 Scale - Neutral Wdg 1 low byte
29/2 Scale - Ground Wdg 2 high byte
29/3 Scale - Ground Wdg 2 low byte
30/1 Spare
30/2 Spare
30/3 Spare
If no fault data entry is present then send all 0s for 2/1 through 30/3.
6.9 Send Next Through Fault Record (3 6 9)
Same format as ( 3 6 8 ) except Msg 1/2 = 0x69.
6.10 Send First Harmonic Restraint Record (3 6 10)
Msg byte
Definition
1/1 Relay Status (see command 3 4 1, msg 1/1)
1/2 Command + Subcommand = 0x6a
1/3 Total Number of Messages = 42
2/1 Param Flag (high byte)
2/2 Param Flag (low byte)
2/3 Fault Type (element) (See Send First Differential Fault Record, command 3 5 8 for Fault Type
Definitions)
3/1 Setting
3/2 Fault Number (high byte)
3/3 Fault Number (low byte)
4/1 Year
4/2 Month
4/3 Day
5/1 Hours
5/2 Minutes
5/3 Seconds
6/1 Hundredths of seconds
Values at Start
6/2 Winding 1 Tap Hi byte (*10)
6/3 Winding 1 Tap Lo byte
7/1 Winding 2 Tap Hi byte (*10)
7/2 Winding 2 Tap Lo byte
7/3 I operate A hi byte (*800)
8/1 I operate A lo byte
8/2 I operate B hi byte (*800)
8/3 I operate B lo byte
9/1 I operate C hi byte (*800)
9/2 I operate C lo byte