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RFL Electronics GARD 8000 - Table 8-12. Output Mapping

RFL Electronics GARD 8000
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System Logic
GARD 8000 SYS RFL Electronics
March 26, 2008 8-18 973.334.3100
8.5.2 OUTPUT MAPPING
There are 12 discrete outputs in the default configuration. Each of those outputs can be driven by one
of the following sources. Only one source can drive an output and each source can drive only one
output. In the following table, N can equal any function from 2 to 8.
Table 8-12. Output Mapping
System Source
Description
Not used
This indicates that this output is never driven active
Trip N
This is the function receive trip output
Unblock Trip N
This is the unblock trip output. After the unblock security time (20 ms) of failed
channel, this goes active for the unblock delay time (150 ms).
Block Trip N
This goes active when a local trip is sent or when the receive trip goes active.
Alarm 1 - Alarm 4
These go active when channel 1 senses communication errors
Trip Distance 1
Trip signal from the distance protection module
Trip Distance 2
Trip signal from the distance protection module
Retrip Breaker Fail 1
Retrip signal from the breaker failure protection
Retrip Breaker Fail 2
Retrip signal from the breaker failure protection
BFR Pickup
Breaker Failure Relay Pick-up signal
BFR Trip 1
Breaker Failure Relay trip signal
BFR Trip 2
Breaker Failure Relay trip signal
Breaker Close 1
Breaker close signal from the autorecloser
Breaker Close 2
Breaker close signal from the autorecloser
Delta Rate Step 1
Trip signal from rate of change of frequency function, step 1
Delta Rate Step 2
Trip signal from rate of change of frequency function, step 2
Delta Rate Step 3
Trip signal from rate of change of frequency function, step 3
Under Frequency Step 1
Trip signal from the under frequency function, step 1
Under Frequency Step 2
Trip signal from the under frequency function, step 2
Under Frequency Step 3
Trip signal from the under frequency function, step 3
Over Frequency Step 1
Trip signal from the over frequency function, step 1
Over Frequency Step 2
Trip signal from the over frequency function, step 2
Over Frequency Step 3
Trip signal from the over frequency function, step 3
Excess number of trips
Trip signal from the Breaker Monitor for excess number of trips
Excess breaker current
Trip signal from the Breaker Monitor for excess accumulated breaking current

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