Section 9 Logic; Tripping Logic Smpptrc; Identification; Application - ABB 650 series Applications Manual

1MRK 511 423-UEN A
Section 9
9.1
9.1.1
9.1.2
Bay control REC650 2.2 IEC
Application manual
Logic

Tripping logic SMPPTRC

Identification

Function description
Tripping logic

Application

All trip signals from the different protection functions shall be routed through the
trip logic. All start signals and directional information can be routed through the
trip logic as well. In its simplest form, the trip logic will only link the TRIP signal
to a binary output and make sure that the pulse time is long enough.
Tripping logic SMPPTRC offers three different operating modes:
• Three-phase tripping for all fault types (3ph operating mode)
• Single-phase tripping for single-phase faults and three-phase tripping for
multi-phase and evolving faults (1ph/3ph operating mode).
• Single-phase tripping for single-phase faults, two-phase tripping for two-phase
faults and three-phase tripping for three-phase faults (1ph/2ph/3ph operating
mode).
If the OHL is connected to the substation via more than one breaker, one
SMPPTRC function block should be used for each breaker. For example when
single-phase tripping and autoreclosing is used on the line, both breakers are
normally set up for 1/3-phase tripping and 1/3-phase autoreclosing. Alternatively,
the breaker chosen as master can have single-phase tripping, while the slave
breaker could have three-phase tripping and autoreclosing. In the case of a
permanent fault, only one of the breakers has to be operated when the fault is
energized a second time. In the event of a transient fault the slave breaker performs
a three-phase reclosing onto the non-faulted line.
The same philosophy can be used for two-phase tripping and autoreclosing.
IEC 61850 IEC 60617
identification identification
SMPPTRC
1 -> 0
IEC15000314 V1 EN-US
Section 9
Logic
IP14576-1 v4
SEMOD56226-2 v7
ANSI/IEEE C37.2
device number
94
M12252-3 v10
171