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Home >> ABB >> ABB CI534V02 3BSE010700R1 interface communication module

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ABB CI534V02 3BSE010700R1 interface communication module

A disturbance record can be triggered by

either the leading or lagging edges of all

binary signals or by events generated by the

internal protection algorithms. Up to 10 general-purpose binary inputs may be configured

to enable external signals to trigger a disturbance record. In addition, there is a binary

input in the central and the bay unit for starting

the disturbance recorders of all bay units.

The number of analog channels that can be

recorded, the sampling rate and the recording

period are given in Table 14. A lower sampling

rate enables a longer period to be recorded.

The total recording period can be divided into

a maximum of 15 recording intervals per bay

unit.

Each bay unit can record a maximum of 32

binary signals, 12 of which can be configured

as trigger signals.

The function can be configured to record the

pre-disturbance and post-disturbance states

of the signals.

The user can also determine whether the recorded data is retained or overwritten by the

next disturbance (FIFO = First In, First Out).

This function is performed in a stand-alone

mode in the bay unit (see page 7).

Note:

Stored disturbance data can be transferred via

the central unit to other computer systems for

evaluation by programs such as PSM505 [3].

Files are transferred in the COMTRADE format.

After retrieving the disturbance recorder data,

it is possible to display them graphically with

PSM505 directly.

Communication interface

Where the busbar protection has to communicate with a station automation system (SAS),

a communication module is added to the central unit. The module supports the interbay

bus protocols IEC 61850-8-1, IEC 60870-5-

103 and LON.

The IEC 61850-8-1 interbay bus transfers via

either optical or electrical connection:

• differential current of each protection zone

• monitoring information from REB500 central unit and bay units

• binary events (signals, trips and diagnostic)

• trip reset command

• disturbance recording data (via MMS file

transfer protocol)

• time synchronization with Simple Network

Time Protocol (SNTP)

• two independent time servers are sup ported. Server 2 as backup time

The LON interbay bus transfers via optical

connection:

• differential currents of each protection zone

• binary events (signals, trips and diagnostic)

• trip reset command

• disturbance recording data (via HMI500)

• time synchronization

The IEC 60870-5-103 interbay bus transfers

via either optical or electrical connection:

• time synchronization

• selected events listed in the public part

• all binary events assigned to a private part

• all binary events in the generic part

• trip reset command

Test generator

The HMI program (HMI500) which runs on a

PC connected to either a bay unit or the cen tral processing unit includes a test generator.

During commissioning and system mainte nance, the test generator function enables the

user to:

• activate binary input and output signals

• monitor system response.

• test the trip circuit up to and including the

circuit-breaker

• test the reclosure cycles

• establish and perform test sequences with

virtual currents and voltages for the bay

protection of the REB500sys

The test sequencer enables easy testing of

the bay protection without the need to decom mission the busbar protection. Up to seven

se-quences per test stage can be started. The

sequences can be saved and reactivated for

future tests.

Isolator supervision

The isolator replica is a software feature with out any mechanical switching elements. The

software replica logic determines dynamically

the boundaries of the protected busbar zones

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