Schweitzer Engineering Laboratories SEL-311L, Instruction Manual, Page: 350 / 734

9-12 Setting the Relay Date Code 20010625
SEL-311L Instruction Manual
Row Bit Definition
Primary
Application
8 RB9
RB10
RB11
RB12
RB13
RB14
RB15
RB16
Remote Bit 9 asserted (see Figure 7.9)
Remote Bit 10 asserted (see Figure 7.9)
Remote Bit 11 asserted (see Figure 7.9)
Remote Bit 12 asserted (see Figure 7.9)
Remote Bit 13 asserted (see Figure 7.9)
Remote Bit 14 asserted (see Figure 7.9)
Remote Bit 15 asserted (see Figure 7.9)
Remote Bit 16 asserted (see Figure 7.9)
9 LT1
LT2
LT3
LT4
LT5
LT6
LT7
LT8
Latch Bit 1 asserted (see Figure 7.11)
Latch Bit 2 asserted (see Figure 7.11)
Latch Bit 3 asserted (see Figure 7.11)
Latch Bit 4 asserted (see Figure 7.11)
Latch Bit 5 asserted (see Figure 7.11)
Latch Bit 6 asserted (see Figure 7.11)
Latch Bit 7 asserted (see Figure 7.11)
Latch Bit 8 asserted (see Figure 7.11)
Latched control
–replacing
traditional
latching relays
10 LT9
LT10
LT11
LT12
LT13
LT14
LT15
LT16
Latch Bit 9 asserted (see Figure 7.11)
Latch Bit 10 asserted (see Figure 7.11)
Latch Bit 11 asserted (see Figure 7.11)
Latch Bit 12 asserted (see Figure 7.11)
Latch Bit 13 asserted (see Figure 7.11)
Latch Bit 14 asserted (see Figure 7.11)
Latch Bit 15 asserted (see Figure 7.11)
Latch Bit 16 asserted (see Figure 7.11)
11 SV1
SV2
SEL
OGIC
control equation variable timer input SV1
asserted (see Figure 7.23)
SEL
OGIC
control equation variable timer input SV2
asserted (see Figure 7.23)
Testing, Seal-in
functions, etc.
(see Figure
7.25)
SV3 SEL
OGIC
control equation variable timer input SV3
asserted (see Figure 7.23)
SV4 SEL
OGIC
control equation variable timer input SV4
asserted (see Figure 7.23)