Schweitzer Engineering SEL-351P - Page 441

Date Code 990430 Setting the SEL-351P Recloser Control 9-35
SEL-351P Manual Técnico
Row Bit Definition
Primary
Application
31 SV13
SV14
SV15
SV16
SEL
OGIC Control Equation variable timer input
SV13 asserted (see Figure 7.24)
SEL
OGIC Control Equation variable timer input
SV14 asserted (see Figure 7.24)
SEL
OGIC Control Equation variable timer input
SV15 asserted (see Figure 7.24)
SEL
OGIC Control Equation variable timer input
SV16 asserted (see Figure 7.24)
Testing, Seal-in
functions, etc.
(see Figure 7.25)
SV13T SEL OGIC Control Equation variable timer output
SV13T asserted (see Figure 7.24)
Control
SV14T SEL OGIC Control Equation variable timer output
SV14T asserted (see Figure 7.24)
SV15T SEL OGIC Control Equation variable timer output
SV15T asserted (see Figure 7.24)
SV16T SEL OGIC Control Equation variable timer output
SV16T asserted (see Figure 7.24)
32 79RS Reclosing relay in the Reset State (see Figure 6.5 and
Table 6.1)
79CY Reclosing relay in the Reclose Cycle State (see
Figure 6.5 and Table 6.1)
79LO Reclosing relay in the Lockout State (see Figure 6.5
and Table 6.1)
SH0 Reclosing relay shot counter = 0 (see Table 6.3)
SH1 Reclosing relay shot counter = 1 (see Table 6.3)
SH2 Reclosing relay shot counter = 2 (see Table 6.3)
SH3 Reclosing relay shot counter = 3 (see Table 6.3)
SH4 Reclosing relay shot counter = 4 (see Table 6.3)
33 CLOSE Close logic output asserted (see Figure 6.1) Output contact
assignment
CF Close Failure condition (asserts for 1/4 cycle; see
Figure 6.1)
Indication
RCSF Reclose supervision failure (asserts for 1/4 cycle; see
Figure 6.2)
OPTMN
Open interval timer is timing (see Reclosing Relay in
Section 6: Close and Reclose Logic)
Testing
RSTMN
Reset timer is timing (see Reclosing Relay in Section
6: Close and Reclose Logic)