Table 49: IEC 61850 mapping
LED instance in Application
Configuration
Mapping in IEC 61850 data model (ALARM and OK signals)
LED1...LED11 LEDGGIO1.Alm1...LEDGGIO1.Alm11
LEDGGIO1.Ind1...LEDGGIO1.Ind11
LED12...LED22 LEDGGIO2.Alm1...LEDGGIO2.Alm11
LEDGGIO2.Ind1...LEDGGIO2.Ind11
LED23....LED33 LEDGGIO3.Alm1...LEDGGIO3.Alm11
LEDGGIO3.Ind1...LEDGGIO3.Ind11
LED34...LED44 LEDGGIO4.Alm1...LEDGGIO4.Alm11
LEDGGIO4.Ind1...LEDGGIO4.Ind11
LED45...LED55 LEDGGIO5.Alm1...LEDGGIO5.Alm11
LEDGGIO5.Ind1...LEDGGIO5.Ind11
LED56....LED66 LEDGGIO6.Alm1...LEDGGIO6.Alm11
LEDGGIO6.Ind1...LEDGGIO6.Ind11
3.6 Time synchronization
3.6.1 Time master supervision GNRLLTMS
3.6.1.1 Function block
Figure 48: Function block
3.6.1.2 Functionality
The protection relay has a disciplined RTC in hardware with a resolution of
one nanosecond. The clock can be either free-running or synchronized to an
external source. The RTC is used to time-stamp events, recorded data, disturbance
recordings, sampled measured values and various other system services.
The protection relay supports SNTP, IRIG-B, IEEE 1588 v2, DNP3, Modbus,
IEC 60870-5-101/104, IEC 60870-5-103 and line differential communication to
synchronize the RTC. IEEE 1588 v2 with a GNSS grandmaster clock and IRIG-B
provide the accuracy of ±1 μs. The accuracy is ±1 ms with SNTP.
Basic functions
1MRS759142 F
122 REX640
Technical Manual
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