Calibration; Operating Parameter Settings Of Scm Module; Functions Available In Scm; Three-Position Earthing Switch Or Two-Position Earthing Switch Or Two-Position Disconnector Switch Or Circuit Breaker Control Application - ABB Remote I/O RIO600 Installation And Commissioning Manual

1MRS757488 H
6.1.7.8
6.1.8
6.1.8.1
6.1.8.2
RIO600
Installation and Commissioning Manual
Table 102: FPIPTOC Technical data
Characteristic
Operation accuracy
Start time accuracy
1)
Operate time accuracy
1) f = 50 Hz, results based on statistical distribution of 1000 measurements
n

Calibration

The SIM4F module is factory calibrated.

Operating parameter settings of SCM module

Smart control module can be configured for different applications. Application types
can be set during the configuration wizard operation. Because of solid state outputs,
the module allows a direct making, carrying and breaking of motor and coil currents.
This technical characteristic offers the capability to control three-position switches or
two-position switches of, for example, gas-insulated switchgears, which requires a so
called "4-4H bridge" in order to turn a DC motor in both directions.

Functions available in SCM

Table 103: Functions available in SCM
Function
Supervision function
Trip circuit supervision
Three-position earthing switch or two-position earthing switch or two-
position disconnector switch or circuit breaker control application
The RIO600 smart control module is able to handle the following.
• Motor driven switches
• Three-position switch (combined earthing switch and disconnector switch)
• Two-position earthing switch
• Two-position disconnector switch
• Circuit breaker
• Interlocking rules to control coils
Each smart control module can handle one motor driven switch or one circuit breaker.
Value
Depending on the frequency of the current
measured: f = f
±1.5% of the set value
±1.0% of the set value or ±70 ms
±1.0% of the set value or ±30 ms
IEC 61850
Edition 1 Edition 2
TCSHSCBR/ TCSHSCBR/
TCSLSCBR TCSLSCBR
Section 6
Commissioning
n
IEC 60617 IEC-ANSI
TCS TCM
159