ABB REB500 Communication Protocol Manual

Table 27: TYPE IDENTIFICATION: Generic data
0 0 0 0 1 0 1 0 Type Identification 10 DATA UNIT IDENTIFIER
1 0 0 0 0 0 0 1
Variable Structure
Qualifier
SQ=1,
SQ_No.= 1
Spontaneous <1>
Cause Of Transmission COT
GEN <254>
Function type FUN INFORMATION
Read value of single entry <244>
Information number INF OBJECT
<0>
Return information
identifier
RII
{1, 0, 0}
Number of generic data
sets
NGD {NO, COUNT, CONT}
46 H Generic identification
number
Group <46H .. 49H>
01 H Entry <1 .. 255>
Current value <1> Kind of description
KOD
DATA STRUCTURE <23>
14
1,0
DATA TYPE
DATA SIZE
NUMBER, CONT
GDD
<9> DOUBLE-POINT INFORMATION
WITH TRANSIENT AND ERROR
1
1,0
DATA TYPE
DATA SIZE
NUMBER, CONT
GDD 1
0 0 0 0 0 0 <0 .. 3>
GID 1
<14> BINARY TIME
7
1,0
DATA TYPE
DATA SIZE
NUMBER, CONT
GDD 2
Time stamp (CP56Time2a)
GID 2
4.5.5 Display of busbar differential currents
GUID-A271FDFD-8D47-4A1F-B45E-51DB2BD31164 v2
The differential currents are displayed for each corresponding busbar zone (1..32) (see transfer
of differential currents).
Table 28: Used attributes of ASDU 10 for differential current
COT CAA FUN
1 Spontaneous 0 REB500 CU 254 Generic
The group number 75 (0x4B) is used to display busbar differential currents and is therefore
only assigned to the Central Unit (CAA = 0).
Table 29: Directory entry for GIN 0x4B00 (header)
COD
Data type Length Number Value / Significance
<10> Description <1> os8ascii 21 1 Differential currents
<1> Current value <3> UI 1 1 Number of valid entries
The number of valid entries corresponds to the number of bus-bar zones and thus limited to
the range [1…32].
Each of the entries 1…32 in the group relates to a given busbar zone.
Section 4 1MRK 511 451-UEN B
IEC60870-5-103
24 Distributed busbar protection REB500
Communication protocol manual IEC60870-5-103
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ABB REB500 Specifications

General

Brand	ABB
Model	REB500
Category	Protection Device
Language	English