SEL-751A Settings Sheets - CacheFly

Date _______________ 

SEL-751A Settings Sheets 


Group Settings (SET Command) 

SET.1 

of 66 

These settings sheets include the definition and input range for each setting in the relay. You can access the settings 

from the relay front panel and the serial ports. See Section 4: Protection and Logic Functions for detailed 

descriptions of the settings. 

➤ 

Some settings require an optional module. (Refer to SEL-751A Model Option Table, Table 1.1, and notes 

with the settings below for details.) 

Instruction Manual 

➤ 

➤ 

Some of the settings ranges may be more restrictive than shown, because of settings interdependency 

checks performed when new settings are saved (see Setting Entry Error Messages on page 6.5). 

The settings are not case sensitive. 


Identifier 

UNIT ID LINE 1 (16 Characters) RID := 

UNIT ID LINE 2 (16 Characters) TID := 

Configuration 

PHASE CT RATIO (1–5000) CTR := 

NEUTRAL CT RATIO (1–5000) CTRN := 

PHASE PT RATIO (1.00–10000.00) 

(Hidden if voltages not included) 

SYNCV PT RATIO (1.00–10000.00) 

(Hidden if sync voltage not included) 

XFMR CONNECTION (WYE, DELTA) 


LINE VOLTAGE (100–250 {if DELTA_Y := DELTA}, 

100–440 {if DELTA_Y := WYE}) 


PTR := 

PTRS := 

DELTA_Y := 

VNOM := 

SINGLE V INPUT (Y, N) (Hidden if voltages not included) SINGLEV := 

Maximum Phase Overcurrent 

MAXP OC TRIP LVL (OFF, 0.50–100.00 A {5 A nom.}, 50P1P := 

0.10–20.00 A {1 A nom.}) 

MAXP OC TRIP DLY (0.00–5.00 sec) 

50P1D := 

(Hidden if 50P1P := OFF) 

MAXP OC TRQ CON (SELOGIC) (Hidden if 50P1P := OFF) 50P1TC := 


0.10–20.00 A {1 A nom.}) 


50P2D := 



Date Code 20090501 Instruction Manual SEL-751A Relay

SET.2 

of 66 



Date________________ 


0.10–20.00 A {1 A nom.}) 


50P3D := 




0.10–20.00 A {1 A nom.}) 


50P4D := 



Neutral Overcurrent 

NEUT OC TRIP LVL (OFF, 0.50–100.00 A {5 A nom}, 

0.10–20.00 A {1 A nom}, 0.13–12.50 mA {2.5 mA nom}, 

5.0–1000.0 mA {50 mA nom}) 

50N1P := 

NEUT OC TRIP DLY (0.00–5.00 sec) (Hidden if 50N1P := OFF) 50N1D := 

NEUT OC TRQ CON (SELOGIC) (Hidden if 50N1P := OFF) 50N1TC := 


0.10–20.00 A {1 A nom}, 0.13–12.50 mA {2.5 mA nom}, 

5.0–1000.0 mA {50 mA nom}) 

50N2P := 




0.10–20.00 A {1 A nom}, 0.13–12.50 mA {2.5 mA nom}, 

5.0–1000.0 mA {50 mA nom}) 

50N3P := 




0.10–20.00 A {1 A nom}, 0.13–12.50 mA {2.5 mA nom}, 

5.0–1000.0 mA {50 mA nom}) 

50N4P := 



Residual Overcurrent 

RES OC TRIP LVL (OFF, 0.50–100.00 A {5 A nom.}, 50G1P := 

0.10–20.00 A {1 A nom.}) 

RES OC TRIP DLY (0.00–5.00 sec) (Hidden if 50G1P := OFF) 50G1D := 

RES OC TRQ CON (SELOGIC) (Hidden if 50G1P := OFF) 50G1TC := 


0.10–20.00 A {1 A nom.}) 



RES OC TRIP LVL (OFF, 0.50–100.00 A {5 A nom.}, 

0.10–20.00 A {1 A nom.}) 

50G3P := 

SEL-751A Relay Instruction Manual Date Code 20090501

Date _______________ 



SET.3 

of 66 




0.10–20.00 A {1 A nom.}) 



Negative-Sequence Overcurrent 

NSEQ OC TRIP LVL (OFF, 0.50–100.00 A {5 A nom.}, 50Q1P := 

0.10–20.00 A {1 A nom.}) 

NSEQ OC TRIP DLY (0.1–120.0 sec) (Hidden if 50Q1P := OFF) 50Q1D := 

NSEQ OC TRQ CON (SELOGIC) (Hidden if 50Q1P := OFF) 50Q1TC := 


0.10–20.00 A {1 A nom.}) 




0.10–20.00 A {1 A nom.}) 




0.10–20.00 A {1 A nom.}) 



Phase Time Overcurrent 

TOC TRIP LVL (OFF, 0.50–16.00 A {5 A nom.}, 

51AP := 

0.10–3.20 A {1 A nom.}) 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 51AC := 

(Hidden if 51AP := OFF) 

TOC TIME DIAL (0.50–15.00 {if 51_C := U_}, 0.05–1.00 {if 51ATD := 

51_C := C_}) (Hidden if 51AP := OFF) 

EM RESET DELAY (Y, N) (Hidden if 51AP := OFF) 51ARS := 

CONST TIME ADDER (0.00–1.00 sec) 

51ACT := 

(Hidden if 51AP := OFF) 

MIN RESPONSE TIM (0.00–1.00 sec) (Hidden if 51AP := OFF) 51AMR := 

TOC TRQ CONTROL (SELOGIC) (Hidden if 51AP := OFF) 51ATC := 


0.10–3.20 A {1 A nom.}) 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 

(Hidden if 51BP := OFF) 

TOC TIME DIAL (0.50–15.00 {if 51_C := U_}, 

0.05–1.00 {if 51_C := C_}) (Hidden if 51BP := OFF) 

51BP := 

51BC := 

51BTD := 


SET.4 

of 66 



Date________________ 

EM RESET DELAY (Y, N) (Hidden if 51BP := OFF) 51BRS := 


51BCT := 

(Hidden if 51BP := OFF) 

MIN RESPONSE TIM (0.00–1.00 sec) (Hidden if 51BP := OFF) 51BMR := 

TOC TRQ CONTROL (SELOGIC) (Hidden if 51BP := OFF) 51BTC := 


51CP := 

0.10–3.20 A {1 A nom.}) 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 51CC := 

(Hidden if 51CP := OFF) 


51CTD := 

0.05–1.00 {if 51_C := C_}) (Hidden if 51CP := OFF) 

EM RESET DELAY (Y, N) (Hidden if 51CP := OFF) 51CRS := 


51CCT := 

(Hidden if 51CP := OFF) 

MIN RESPONSE TIM (0.00–1.00 sec) (Hidden if 51CP := OFF) 51CMR := 

TOC TRQ CONTROL (SELOGIC) (Hidden if 51CP := OFF) 51CTC := 

Maximum Phase Time Overcurrent 


51P1P := 

0.10–3.20 A {1 A nom.}) 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 51P1C := 



51P1TD := 

0.05–1.00 {if 51_C := C_}) (Hidden if 51P1P := OFF) 

EM RESET DELAY (Y, N) (Hidden if 51P1P := OFF) 51P1RS := 


51P1CT := 


MIN RESPONSE TIM (0.00–1.00 sec) 

51P1MR := 


TOC TRQ CONTROL (SELOGIC) (Hidden if 51P1P := OFF) 51P1TC := 


51P2P := 

0.10–3.20 A {1 A nom.}) 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 51P2C := 



51P2TD := 

0.05–1.00 {if 51_C := C_}) (Hidden if 51P2P := OFF) 

EM RESET DELAY (Y, N) (Hidden if 51P2P := OFF) 51P2RS := 


51P2CT := 



51P2MR := 


TOC TRQ CONTROL (SELOGIC) (Hidden if 51P2P := OFF) 51P2TC := 


Date _______________ 



SET.5 

of 66 

Negative-Sequence Time Overcurrent 

TOC TRIP LVL (OFF, 0.50–16.00 A {5 A nom.}, 0.10–3.20 A 51QP := 

{1 A nom.}) 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 51QC := 

(Hidden if 51QP := OFF) 

TOC TIME DIAL (0.50–15.00 {if 51_C := U_}, 0.05–1.00 {if 51QTD := 

51_C := C_}) (Hidden if 51QP := OFF) 

EM RESET DELAY (Y, N) (Hidden if 51QP := OFF) 51QRS := 


51QCT := 

(Hidden if 51QP := OFF) 

MIN RESPONSE TIM (0.00–1.00 sec) (Hidden if 51QP := OFF) 51QMR := 

TOC TRQ CONTROL (SELOGIC) (Hidden if 51QP := OFF) 51QTC := 

Neutral Time Overcurrent 

TOC TRIP LVL (OFF, 0.50–16.00 A {5 A nom.}, 0.10–3.20 A 

{1 A nom.}, 0.13–2.00 mA {2.5 mA nom.}, 5.0–160.0 mA 

{50 mA nom.}) 

51N1P := 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 51N1C := 

(Hidden if 51N1P := OFF) 

TOC TIME DIAL (0.50–15.00 {if 51_C := U_}, 0.05–1.00 {if 51N1TD := 

51_C := C_}) (Hidden if 51N1P := OFF) 

EM RESET DELAY (Y, N) (Hidden if 51N1P := OFF) 51N1RS := 


51N1CT := 



51N1MR := 


TOC TRQ CONTROL (SELOGIC) (Hidden if 51N1P := OFF) 51N1TC := 


{1 A nom.}, 0.13–2.00 mA {2.5 mA nom.}, 5.0–160.0 mA 

{50 mA nom.}) 

51N2P := 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 51N2C := 


TOC TIME DIAL (0.50–15.00 {if 51_C := U_}, 0.05–1.00 {if 51N2TD := 

51_C := C_}) (Hidden if 51N2P := OFF) 

EM RESET DELAY (Y, N) (Hidden if 51N2P := OFF) 51N2RS := 


51N2CT := 



51N2MR := 


TOC TRQ CONTROL (SELOGIC) (Hidden if 51N2P := OFF) 51N2TC := 

Residual Time Overcurrent 


{1 A nom.}) 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 

(Hidden if 51G1P := OFF) 

51G1P := 

51G1C := 


SET.6 

of 66 



Date________________ 

TOC TIME DIAL (0.50–15.00 {if 51_C := U_}, 0.05–1.00 {if 51G1TD := 

51_C := C_}) (Hidden if 51G1P := OFF) 

EM RESET DELAY (Y, N) (Hidden if 51G1P := OFF) 51G1RS := 


51G1CT := 



51G1MR := 


TOC TRQ CONTROL (SELOGIC) (Hidden if 51G1P := OFF) 51G1TC := 

TOC TRIP LVL (OFF, 0.50–16.00 A {5 A nom.}, 0.10–3.20 A 51G2P := 

{1 A nom.}) 

TOC CURVE SEL (U1, U2, U3, U4, U5, C1, C2, C3, C4, C5) 51G2C := 


TOC TIME DIAL (0.50–15.00 {if 51_C := U_}, 0.05–1.00 {if 51G2TD := 

51_C := C_}) (Hidden if 51G2P := OFF) 

EM RESET DELAY (Y, N) (Hidden if 51G2P := OFF) 51G2RS := 


51G2CT := 



51G2MR := 


TOC TRQ CONTROL (SELOGIC) (Hidden if 51G2P := OFF) 51G2TC := 

RTD (Hidden if RTD card and Port 2 not included) 

RTD ENABLE (INT, EXT, NONE) 

E49RTD := 

(All RTD settings below Hidden if E49RTD := NONE) 

RTD1 LOCATION (OFF, WDG, BRG, AMB, OTH) RTD1LOC := 

RTD1 TYPE (PT100, NI100, NI120, CU10) 

RTD1TY := 

(Hidden if RTD1LOC := OFF) 

RTD1 TRIP LEVEL (OFF, 1–250 degC) 

TRTMP1 := 


RTD1 WARN LEVEL (OFF, 1–250 degC) 

ALTMP1 := 




RTD2TY := 



TRTMP2 := 



ALTMP2 := 




RTD3TY := 



TRTMP3 := 



ALTMP3 := 




Date _______________ 



SET.7 

of 66 


RTD4TY := 



TRTMP4 := 



ALTMP4 := 




RTD5TY := 



TRTMP5 := 



ALTMP5 := 




RTD6TY := 



TRTMP6 := 



ALTMP6 := 




RTD7TY := 



TRTMP7 := 



ALTMP7 := 




RTD8TY := 



TRTMP8 := 



ALTMP8 := 









RTD10 LOCATION (OFF, WDG, BRG, AMB, OTH) 







RTD9TY := 

TRTMP9 := 

ALTMP9 := 

RTD10LOC:= 

RTD10TY := 

TRTMP10 := 

ALTMP10 := 


SET.8 

of 66 



Date________________ 


(Hidden if E49RTD := INT) 


(Hidden if RTD11LOC := OFF or E49RTD := INT) 

RTD11 TRIP LEVE (OFF, 1–250 degC) 





(Hidden if E49RTD := INT) 







WIND TRIP VOTING (Y, N) (Hidden if less than 2 locations are 

WDG) 

BEAR TRIP VOTING (Y, N) (Hidden if less than 2 locations are 

BRG) 

RTD11LOC:= 

RTD11TY := 

TRTMP11 := 

ALTMP11 := 

RTD12LOC:= 

RTD12TY := 

TRTMP12 := 

ALTMP12 := 

EWDGV := 

EBRGV := 

Undervoltage 

(All or some of the settings below are hidden if appropriate Voltage Card Option not included, see Table 1.1) 

UV TRIP1 LEVEL (OFF, 0.02–1.00 xVnm) 27P1P := 

UV TRIP1 DELAY (0.0–120.0 sec) (Hidden if 27P1P := OFF) 27P1D := 

UV TRIP2 LEVEL (OFF, 0.02–1.00 xVnm) 27P2P := 

UV TRIP2 DELAY (0.0–120.0 sec) (Hidden if 27P2P := OFF) 27P2D := 

UVS LEVEL 1 (OFF, 2.00–300.00 V) 27S1P := 

UVS DELAY 1 (0.0–120.0 sec) (Hidden if 27S1P := OFF) 27S1D := 

UVS LEVEL 2 (OFF, 2.00–300.00 V) 27S2P := 

UVS DELAY 2 (0.0–120.0 sec) (Hidden if 27S2P := OFF) 27S2D := 

Overvoltage 

(All or some of the settings below are hidden if appropriate Voltage Card Option not included, see Table 1.1) 

OV TRIP1 LEVEL (OFF, 0.02–1.20 xVnm) 59P1P := 

OV TRIP1 DELAY (0.0–120.0 sec) (Hidden if 59P1P := OFF) 59P1D := 

OV TRIP2 LEVEL (OFF, 0.02–1.20 xVnm) 59P2P := 

OV TRIP2 DELAY (0.0–120.0 sec) (Hidden if 59P2P := OFF) 59P2D := 

ZS OV TRIP1 LVL (OFF, 0.02–1.20 xVnm) (Hidden if 59G1P := 

DELTA Y := DELTA) 

ZS OV TRIP1 DLY (0.0–120.0 sec) (Hidden if 59G1P := OFF) 59G1D := 

ZS OV TRIP2 LVL (OFF, 0.02–1.20 xVnm) (Hidden if 59G2P := 

DELTA Y := DELTA) 

ZS OV TRIP2 DLY (0.0–120.0 sec) (Hidden if 59G2P := OFF) 59G2D := 


Date _______________ 



SET.9 

of 66 

NSQ OV TRIP1 LVL (OFF, 0.02–1.20 xVnm) 59Q1P := 

NSQ OV TRIP1 DLY (0.0–120.0 sec) 

59Q1D := 

(Hidden if 59Q1P := OFF) 

NSQ OV TRIP2 LVL (OFF, 0.02–1.20 xVnm) 59Q2P := 

NSQ OV TRIP2 DLY (0.0–120.0 sec) 

59Q2D := 

(Hidden if 59Q2P := OFF) 

OVS LEVEL 1 (OFF, 2.00–300.00 V) 59S1P := 

OVS DELAY 1 (0.0–120.0 sec) (Hidden if 59S1P := OFF) 59S1D := 

OVS LEVEL 2 (OFF, 2.00–300.00 V) 59S2P := 

OVS DELAY 2 (0.0–120.0 sec) (Hidden if 59S2P := OFF) 59S2D := 

Synchronism Check 

(Hidden if Voltage Card Option With VS Input Not Included) 

SYNCH CHECK (Y, N) E25 := 

VS WINDOW LOW (0.00–300.00 V) (Hidden if E25 := N) 25VLO := 

VS WINDOW HIGH (0.00–300.00 V) (Hidden if E25 := N) 25VHI := 

V RATIO COR FAC (0.50–2.00) 25RCF := 

MAX SLIP FREQUENCY (0.05–0.50 Hz) (Hidden if E25 := N) 25SF := 

MAX ANGLE 1 (0–80 deg) (Hidden if E25 := N) 25ANG1 := 

MAX ANGLE 2 (0–80 deg) (Hidden if E25 := N) 25ANG2 := 

SYNCPH PHASE (VA, VB, VC, 0, 30, 60, 90, 120, 150, 180, 210, 

240, 270, 300, 330 deg lag VA) 

(Hidden if E25 := N) 

(Hidden if DELTA_Y := DELTA) 

SYNCPH PHASE (VAB, VBC, VCA, 0, 30, 60, 90, 120, 150, 180, 

210, 240, 270, 300, 330 deg lag VAB) 

(Hidden if E25 := N) 

(Hidden if DELTA_Y := WYE) 

SYNCPH := 

SYNCPH := 

BRKR CLOSE TIME (OFF, 1–1000 ms) (Hidden if E25 := N) TCLOSD := 

BLK SYNCH CHECK (SELOGIC) (Hidden if E25 := N) BSYNCH := 

Power Factor 

(Hidden if Voltage Card Option Not Included) 

PF LAG TRIP LEVL (OFF, 0.05–0.99) 55LGTP := 

PF LD TRIP LEVEL (OFF, 0.05–0.99) 55LDTP := 

PF TRIP DELAY (1–240 sec) 

55TD := 

(Hidden if both 55LDTP and 55LGTP := OFF) 

PF LAG WARN LEVL (OFF, 0.05–0.99) 55LGAP := 

PF LD WARN LEVEL (OFF, 0.05–0.99) 55LDAP := 

PF WARN DELAY (1–240 sec) 

(Hidden if both 55LDAP and 55LGAP := OFF) 

PF ARMING DELAY (0–5000 sec) 

(Hidden if all 55LGTP, 55LDTP, 55LGAP, and 55LDAP := OFF) 

55AD := 

55DLY := 


SET.10 

of 66 



Date________________ 

Frequency 

FREQ1 TRIP LEVEL (OFF, 20.00–70.00 Hz) 81D1TP := 

FREQ1 TRIP DELAY (0.00–240.00 sec) 

81D1TD := 

(Hidden if 81D1TP := OFF) 



81D2TD := 




81D3TD := 




81D4TD := 




81D5TD := 





Rate-of-Change of Frequency 

(Hidden if Voltage Card Option Is Not xx73xx or xx74xx, see Table 1.1) 

81D6TD := 

ENABLE 81R (OFF,1–4) (All Rate of Change of Frequency E81R := 

settings below Hidden if E81R := NONE) 

81R VOLTAGE SUP (OFF,0.1–1.3 xVnm) 81RVSUP := 

81R CURRENT SUP (OFF,0.1–2.0 xI NOM ) 81RISUP := 

81R1 TRIP LEVEL (OFF,0.10–15.00 Hz/sec) 81R1TP := 

81R1 TREND (INC,DEC,ABS) (Hidden if 81R1TP := OFF) 81R1TRND := 

81R1 TRIP DELAY (0.10–60.00 sec) 

81R1TD := 

(Hidden if 81R1TP := OFF) 

81R1 DO DELAY (0.00–60.00 sec) (Hidden if 81R1TP := OFF) 81R1DO := 




81R2TD := 






81R3TD := 





Date _______________ 



SET.11 

of 66 



81R4TD := 



Demand Metering 


ENABLE DEM MTR (THM,ROL) EDEM := 

DEM TIME CONSTNT (5, 10, 15, 30, 60 min) DMTC := 

PH CURR DEM LVL (OFF, 0.50–16.00 A {5 A nom}, 

0.10–3.20 A {1 A nom}) 

RES CURR DEM LVL (OFF,0.50–16.00 A {5 A nom}, 

0.10–3.20 A {1 A nom}) 

3I2 CURR DEM LVL (OFF,0.50–16.00 A {5 A nom}, 

0.10–3.20 A {1 A nom}) 

Power 


ENABLE PWR ELEM (N, 3P1, 3P2) 

(All Power element settings below hidden if EPWR := N) 

3PH PWR ELEM PU (OFF, 0.2–1300.00 VA {1 A phase CTs}, 

1.0–6500.0 VA {5 A phase CTs}) 

PWR ELEM TYPE (+WATTS, -WATTS, +VARS, -VARS) 

(Hidden if 3PRW1P := OFF) 

PWR ELEM DELAY (0.0–240.0 s) 

(Hidden if 3PRW1P := OFF) 

3PH PWR ELEM PU (OFF, 0.2–1300.00 {1 A phase CTs}, 

1.0–6500.0 VA {5 A phase CTs}) (Hidden if EPWR := 3P1) 

PWR ELEM TYPE (+WATTS, -WATTS, +VARS, -VARS) 

(Hidden if 3PRW2P := OFF or if EPWR := 3P1) 

PWR ELEM DELAY (0.0–240.0 s) 

(Hidden if 3PRW2P := OFF or if EPWR := 3P1) 

Trip/Close Logic 

PHDEMP := 

GNDEMP := 

3I2DEMP := 

EPWR := 

3PWR1P := 

PWR1T := 

PWR1D := 

3PWR2P := 

PWR2T := 

PWR2D := 

MIN TRIP TIME (0.0–400.0 sec) TDURD := 

CLOSE FAIL DLY (0.0–400.0 sec) CFD := 

TRIP EQUATION (SELOGIC) 

TR := 

REMOTE TRIP EQN (SELOGIC) REMTRIP := 

UNLATCH TRIP (SELOGIC) ULTRIP := 

BREAKER STATUS (SELOGIC) 52A := 

CLOSE EQUATION (SELOGIC) CL := 

UNLATCH CLOSE (SELOGIC) ULCL := 


SET.12 

of 66 


Logic Settings (SET L Command) 

Date________________ 

Reclosing Control 

(Hidden If Reclosing Option Is Not Included) 

ENABLE RECLOSER (OFF,1–4 shots) (All settings below are E79 := 

Hidden if OFF is selected) 

OPEN INTERVAL 1 (0.00–3000.00 sec) 79OI1 := 




RST TM FROM RECL (0.00–3000.00 sec) 79RSD := 

RST TM FROM LO (0.00–3000.00 sec) 79RSLD := 

RECLS SUPV TIME (OFF, 0.00–3000.00 sec) 79CLSD := 

RECLOSE INITIATE (SELOGIC) 79RI := 

RCLS INIT SUPVSN (SELOGIC) 79RIS := 

DRIVE-TO-LOCKOUT (SELOGIC) 79DTL := 

DRIVE-TO-LSTSHOT (SELOGIC) 79DLS := 

SKIP SHOT (SELOGIC) 79SKP := 

STALL OPN INTRVL (SELOGIC) 79STL := 

BLOCK RESET TMNG (SELOGIC) 79BRS := 

SEQ COORDINATION (SELOGIC) 79SEQ := 

RCLS SUPERVISION (SELOGIC) 79CLS := 


SELOGIC Enables 

SELOGIC LATCHES (N, 1–32) ELAT := 

SV/TIMERS (N, 1–32) ESV := 

SELOGIC COUNTERS (N, 1–32) ESC := 

MATH VARIABLES (N, 1–32) EMV := 

Latch Bits Equations 

SET01 := 

RST01 := 

SET02 := 

RST02 := 

SET03 := 

RST03 := 

SET04 := 

RST04 := 


Date _______________ 



SET.13 

of 66 

SET05 := 

RST05 := 

SET06 := 

RST06 := 

SET07 := 

RST07 := 

SET08 := 

RST08 := 

SET09 := 

RST09 := 

SET10 := 

RST10 := 

SET11 := 

RST11 := 

SET12 := 

RST12 := 

SET13 := 

RST13 := 

SET14 := 

RST14 := 

SET15 := 

RST15 := 

SET16 := 

RST16 := 

SET17 := 

RST17 := 

SET18 := 

RST18 := 

SET19 := 

RST19 := 

SET20 := 

RST20 := 

SET21 := 

RST21 := 

SET22 := 

RST22 := 

SET23 := 


SET.14 

of 66 



Date________________ 

RST23 := 

SET24 := 

RST24 := 

SET25 := 

RST25 := 

SET26 := 

RST26 := 

SET27 := 

RST27 := 

SET28 := 

RST28 := 

SET29 := 

RST29 := 

SET30 := 

RST30 := 

SET31 := 

RST31 := 

SET32 := 

RST32 := 

SV/Timers 

SV TIMER PICKUP (0.00–3000.00 sec) SV01PU := 

SV TIMER DROPOUT (0.00–3000.00 sec) SV01DO := 

SV INPUT (SELOGIC) SV01 := 















Date _______________ 



SET.15 

of 66 







































SET.16 

of 66 



Date________________ 







































Date _______________ 



SET.17 

of 66 



SV INPU (SELOGIC) SV31 := 




Counters Equations 

SC PRESET VALUE (1–65000) SC01PV := 

SC RESET INPUT (SELOGIC) SC01R := 

SC LOAD PV INPUT (SELOGIC) SC01LD := 

SC CNT UP INPUT (SELOGIC) SC01CU := 

SC CNT DN INPUT (SELOGIC) SC01CD := 


























SET.18 

of 66 



Date________________ 







































Date _______________ 



SET.19 

of 66 







































SET.20 

of 66 



Date________________ 







































Date _______________ 



SET.21 

of 66 





















Math Variables 

MV01 := 

MV02 := 

MV03 := 

MV04 := 

MV05 := 

MV06 := 

MV07 := 

MV08 := 

MV09 := 

MV10 := 

MV11 := 

MV12 := 

MV13 := 

MV14 := 

MV15 := 


SET.22 

of 66 



Date________________ 

MV16 := 

MV17 := 

MV18 := 

MV19 := 

MV20 := 

MV21 := 

MV22 := 

MV23 := 

MV24 := 

MV25 := 

MV26 := 

MV27 := 

MV28 := 

MV29 := 

MV30 := 

MV31 := 

MV32 := 

Base Output 

OUT101 FAIL-SAFE (Y, N) OUT101FS := 

OUT101 := 


OUT102 := 


OUT103 := 

Slot C Output 

(Hidden If Output Option Not Included) 


OUT301 := 


OUT302 := 


OUT303 := 


OUT304 := 


Date _______________ 



SET.23 

of 66 

Slot D Output 



OUT401 := 


OUT402 := 


OUT403 := 


OUT404 := 

Slot E Output 



OUT501 := 


OUT502 := 


OUT503 := 


OUT504 := 

MIRRORED BITS Transmit SELOGIC Equations 

(Hidden if PROTO is not MBxx on any of the communications ports) 

TMB1A := 

TMB2A := 

TMB3A := 

TMB4A := 

TMB5A := 

TMB6A := 

TMB7A := 

TMB8A := 

TMB1B := 

TMB2B := 

TMB3B := 

TMB4B := 

TMB5B := 

TMB6B := 


SET.24 

of 66 


Global Settings (SET G Command) 

Date________________ 

TMB7B := 

TMB8B := 


General 

PHASE ROTATION (ABC, ACB) PHROT := 

RATED FREQ. (50, 60 Hz) FNOM := 

DATE FORMAT (MDY, YMD, DMY) DATE_F := 

FAULT CONDITION (SELOGIC) FAULT := 

EVE MSG PTS ENABL (N, 1–32) EMP := 

Event Messenger Points (Only the points enabled by EMP are visible) 

MESSENGER POINT MP01 TRIGGER (Off, 1 Relay Word bit) MPTR01 := 

MESSENGER POINT MP01 AQ (None, 1 analog quantity) MPAQ01 := 

MESSENGER POINT MP01 TEXT (148 characters) MPTX01 := 























Date _______________ 



SET.25 

of 66 







































SET.26 

of 66 



Date________________ 





































Date _______________ 



SET.27 

of 66 

Group Selection 

GRP CHG DELAY (0–400 sec) TGR := 

SELECT GROUP1 (SELOGIC) SS1 := 



Phasor Measurement (PMU) 

EN SYNCHRO PHASOR (Y, N) (All subsequent PMU settings 

Hidden if EPMU :=N) 

EPMU := 

MESSAGES PER SEC (1, 2, 5, 10) MRATE := 

STATION NAME (16 characters) PMSTN := 

PMU HARDWARE ID (1–65534) PMID := 

VOLTAGE DATA SET (V1, ALL, NA) (Hidden if no voltages) PHDATAV := 

VOLT COMP ANGLE (–179.99 to 180.00 deg) 

(Hidden if PHDATAV := NA) 

VCOMP := 

CURRENT DATA SET (I1, ALL, NA) PHDATAI := 

CURRENT COMP ANGLE (–179.99 to 180.00 

deg)(Hidden if PHDATAI := NA) 

ICOMP := 

NUM ANALOG (0–4) NUMANA := 

NUM 16-BIT DIGTAL (0, 1) NUMDSW := 

TRIG REASON BIT 1 (SELOGIC) TREA1 := 




TRIGGER (SELOGIC) PMTRIG := 

CTRL BITS DEFN (NONE, C37.118) IRIGC := 

Breaker Failure 

52A INTERLOCK (Y, N) 52ABF := 

BK FAILURE DELAY (0.00–2.00 sec) BFD := 

BK FAIL INITIATE (SELOGIC) BFI := 

Arc-Flash Protection 

(Hidden If Voltage Card With Arc-Flash Detection Not Included, see Table 1.1) 

AF PH OC TRP LVL (OFF, 0.50–100.00 A {5 A nom. phase}, 

0.10–20.00 A {1 A nom. phase}) 

Note: All settings below are Hidden if 50PAFP := OFF 

AF N OC TRP LVL (OFF, 0.50–100.00 A {5 A nom. neutral}, 

0.10–20.00 A {1 A nom. neutral}) 

50PAFP := 

50NAFP := 

SENSOR 1 TYPE (NONE, POINT, FIBER) AFSENS1 := 


SET.28 

of 66 



Date________________ 

TOL 1 PICKUP (OFF, 3.0–20.0% {POINT}, 

TOL1P := 

0.6–4.0% {FIBER}) 



TOL2P := 

0.6–4.0% {FIBER}) 



TOL3P := 

0.6–4.0% {FIBER}) 



0.6–4.0% {FIBER}) 

AFD OUTPUT SLOT (101_2, 301_2, 401_2) 

TOL4P := 

AOUTSLOT:= 

Analog Inputs/Outputs 

For the following settings, x is the card position (3, 4, or 5 in Slot C, D, and E, respectively). (Settings are hidden if 

Analog I/O are not included.) 

AIx01 

AIx01 TAG NAME (8 characters 0–9, A–Z, _) AIx01NAM := 

AIx01 TYPE (I, V) AIx01TYP := 

If AIx01TYP = I 

AIx01 LOW IN VAL (–20.480 to +20.480; mA) AIx01L := 

AIx01 HI IN VAL (–20.480 to +20.480; mA) AIx01H := 

If AIx01TYP = V 

AIx01 LOW IN VAL (–10.240 to +10.240 V) AIx01L := 

AIx01 HI IN VAL (–10.240 to +10.240 V) AIx01H := 

NOTE: Set Warn and Alarm to a value between Engr Low and 

Engr High settings. 

AIx01 ENG UNITS (16 characters) AIx01EU := 

AIx01 EU LOW (–99999.000 to +99999.000) AIx01EL := 

AIx01 EU HI (–99999.000 to +99999.000) AIx01EH := 

AIx01 LO WARN L1 (OFF, –99999.000 to +99999.000) AIx01LW1 := 


AIx01 LO ALARM (OFF, –99999.000 to +99999.000) AIx01LAL := 

AIx01 HI WARN L1 (OFF, –99999.000 to +99999.000) AIx01HW1 := 


AIx01 HI ALARM (OFF, –99999.000 to +99999.000) AIx01HAL := 

AIx02 




Date _______________ 



SET.29 

of 66 
















AIx03 


















AIx04 




SET.30 

of 66 



Date________________ 
















AIx05 



















Date _______________ 



SET.31 

of 66 

AIx06 


















AIx07 



















SET.32 

of 66 



Date________________ 

AIx08 


















AOx01 

AOx01 ANALOG QTY (Off, 1 analog quantity) AOx01AQ := 

AOx01 TYPE (I, V) AOx01TYP := 

AOx01 AQTY LOW (–2147483647 to +2147483647) AOx01AQL := 

AOx01 AQTY HI (–2147483647 to +2147483647) AOx01AQH := 

If AOx01TYP = I 

AOx01 LO OUT VAL (–20.480 to +20.480 mA) AOx01L := 

AOx01 HI OUT VAL (–20.480 to +20.480 mA) AOx01H := 

If AOx01TYP = V 

AOx01 LO OUT VAL (–10.240 to +10.240 V) AOx01L := 

AOx01 HI OUT VAL (–10.240 to +10.240 V) AOx01H := 

AOx02 









Date _______________ 



SET.33 

of 66 




AOx03 











AOx04 











Station DC Battery Monitor 

(Hidden if Voltage Option xx73xx or xx74xx not included, see Table 1.1) 

DC UNDER VOLT PU (OFF, 20.00–300.00 Vdc) DCLOP := 

DC OVER VOLT PU (OFF, 20.00–300.00 Vdc) DCHIP := 

Input Debounce Settings (Base Unit) 

IN101 Debounce (AC, 0–65000 ms) IN101D := 


Input Debounce Settings (Slot C) 

(Hidden If Input Option Not Included) 



SET.34 

of 66 



Date________________ 








Input Debounce Settings (Slot D) 










Input Debounce Settings (Slot E) 










Breaker Monitor Settings 

BREAKER MONITOR (Y,N) (All subsequent settings 

EBMON := 

Hidden if EBMON :=N) 

CL/OPN OPS SETPT 1 (0–65000) COSP1 := 



kA PRI INTERRPTD 1 (0.10–999.00) KASP1 := 



Date _______________ 



SET.35 

of 66 


Control Breaker Monitor (SELOGIC) BKMON := 

Data Reset 

RESET TARGETS (SELOGIC) RSTTRGT := 

RESET ENERGY (SELOGIC) 

RSTENRGY:= 

RESET MAX/MIN (SELOGIC) 

RSTMXMN:= 

RESET DEMAND (SELOGIC) RSTDEM := 

RESET PK DEMAND (SELOGIC) 

RSTPKDEM:= 

Access Control 

DISABLE SETTINGS (SELOGIC) 

DSABLSET:= 

Time Synchronization Source 

(Hidden if Fiber-Optic Port 2 Not Available) 

IRIG TIME SOURCE (IRIG1, IRIG2) TIME_SRC := 


SET.36 

of 66 


SET PORT p (p = F, 1, 2, 3, or 4) Command 

Date________________ 


PORT F 

PROTOCOL (SEL, MOD, EVMSG, PMU) PROTO := 

Communications 

SPEED (300, 1200, 2400, 4800, 9600, 19200, 38400 bps) SPEED := 

DATA BITS (7, 8 bits) (Hidden if PROTO := MOD, EVMSG, or BITS := 

PMU) 

PARITY (O, E, N) (Hidden if PROTO := EVMSG or PMU) PARITY := 

STOP BITS (1, 2 bits) (Hidden if PROTO := MOD or EVMSG) STOP := 

PORT TIME-OUT (0–30 min) (Hidden if PROTO := MOD, 

EVMSG, or PMU) 

HDWR HANDSHAKING (Y, N) (Hidden if PROTO := MOD or 

EVMSG) 

SEND AUTOMESSAGE (Y, N) (Hidden if PROTO := MOD, 


T_OUT := 

RTSCTS := 

AUTO := 

Modbus 

MODBUS SLAVE ID (1–247) (Hidden if PROTO := SEL, 


SLAVEID := 

PORT 1 (Ethernet Port in Slot B) 

(Hidden If Ethernet Option Not Included) 

IP ADDRESS (zzz.yyy.xxx.www) IPADDR := 

SUBNET MASK (zzz.yyy.xxx.www) SUBNETM := 

DEFAULT ROUTER (zzz.yyy.xxx.www) DEFRTR := 

Enable TCP Keep-Alive (Y, N) ETCPKA := 

TCP Keep-Alive Idle Range (1–20 sec) (Hidden if ETCPKA := N) KAIDLE := 

TCP Keep-Alive Interval Range (1–20 sec) 

KAINTV := 

(Hidden if ETCPKA := N) 

TCP Keep-Alive Count Range (1–20) (Hidden if ETCPKA := N) KACNT := 

FAST OP MESSAGES (Y, N) FASTOP := 

OPERATING MODE (FIXED, FAILOVER, SWITCHED) 

(Hidden if not dual redundant Ethernet Port option) 

FAILOVER TIMEOUT (0.10–65.00 sec) (Hidden if not dual 

redundant Ethernet Port option or if NETMODE is not set to 

FAILOVER) 

NETMODE := 

FTIME := 

PRIMARY NETPORT (A,B,D) (Hidden if not dual redundant NETPORT := 

Ethernet Port option) 

NETWRK PORTA SPD (AUTO,10,100 Mbps) (Hidden if not NETASPD := 

dual redundant Ethernet Port option) 

NETWRK PORTB SPD (AUTO,10,100 Mbps) (Hidden if not NETBSPD := 

dual redundant Ethernet Port option) 

TELNET PORT (23,1025–65534) TPORT := 


Date _______________ 



SET.37 

of 66 

TELNET TIME-OUT (1–30 min) TIDLE := 

FTP USER NAME (20 characters) FTPUSER := 

Enable IEC 61850 Protocol (Y, N) (Hidden if 61850 not E61850 := 

supported) 

Enable IEC 61850 GSE (Y, N) (Hidden if E61850 := N) EGSE := 

Enable Modbus Sessions (0–2) EMOD := 

Modbus TCP Port1 (1–65534) *(Hidden if EMOD := 0) 

MODNUM1:= 

Modbus TCP Port2 (1–65534) *(Hidden if EMOD := 0 or 1) MODNUM2:= 

* Exclude the following port numbers: 20 (FTP Data), 21 (FTP Control), TPORT setting, and DNPNUM 

setting if present. 

DNP3 Protocol 

All DNP3 settings below are Hidden if DNP3 is not an option. 

Enable DNP Sessions (0–3) 

(DNP3 settings below Hidden if EDNP := 0) EDNP := 

DNP TCP and UDP Port (1–65534) DNPNUM := 

DNP Address (0–65519) DNPADR := 

Session 1 

IP Address {zzz.yyy.xxx.www} (15 characters) DNPIP1 := 

Transport Protocol (UDP, TCP) DNPTR1 := 

UDP Response Port (REQ, 1–65534) DNPUDP1 := 

DNP Address to Report to (0–65519) REPADR1 := 

DNP Map (1–3) DNPMAP1 := 

Analog Input Default Variation (1–6) DVARAI1 := 

Class for Binary Event Data (0–3) ECLASSB1 := 

Class for Counter Event Data (0–3) ECLASSC1 := 

Class for Analog Event Data (0–3) ECLASSA1 := 

Currents Scaling Decimal Places (0–3) DECPLA1 := 

Voltages Scaling Decimal Places (0–3) DECPLV1 := 

Misc Data Scaling Decimal Places (0–3) DECPLM1 := 

Amps Reporting Deadband Counts (0–32767) 

ANADBA1 := 

(Hidden if ECLASSA1 := 0) 

Volts Reporting Deadband Counts (0–32767) 

ANADBV1 := 


Misc Data Reporting Deadband Counts (0–32767) 

ANADBM1 := 

(Hidden if ECLASSA1 := 0 and ECLASSC1 := 0) 

Minutes for Request Interval (I, M, 1–32767) TIMERQ1 := 

Seconds to Select/Operate Time-Out (0.0–30.0) STIMEO1 := 

Seconds to send Data Link Heartbeat (0–7200) 

DNPINA1 := 

(HiddenifDNPTR1:=UDP) 

Event Message Confirm Time-Out (1–50 sec)) ETIMEO1 := 


SET.38 

of 66 



Date________________ 

Enable Unsolicited Reporting (Y, N) 

(Hidden if ECLASSA1 := 0, ECLASSB1 := 0, ECLASSC1 := 0, and 

ECLASSV1 := 0) 

Enable Unsolicited Reporting at Power-Up (Y, N) 

(HiddenifUNSOL1:=N) 

Number of Events to Transmit On (1–200) 


Oldest Event to Tx On (0.0–99999.0 sec) 


Unsolicited Message Max Retry Attempts (2–10) 


Unsolicited Message Offline Time-Out (1–5000 sec) 


UNSOL1 := 

PUNSOL1 := 

NUMEVE1 := 

AGEEVE1 := 

URETRY1 := 

UTIMEO1 := 

Session 2 

All Session 2 settings are Hidden if EDNP < 2. 














ANADBA2 := 



ANADBV2 := 



ANADBM2 := 





DNPINA2 := 








UNSOL2 := 

PUNSOL2 := 


Date _______________ 



SET.39 

of 66 









NUMEVE2 := 

AGEEVE2 := 

URETRY2 := 

UTIMEO2 := 

Session 3 

All Session 3 settings are Hidden if EDNP < 3. 














ANADBA3 := 



ANADBV3 := 



ANADBM3 := 





DNPINA3 := 












UNSOL3 := 

PUNSOL3 := 

NUMEVE3 := 

AGEEVE3 := 


SET.40 

of 66 



Date________________ 





URETRY3 := 

UTIMEO3 := 

PORT 2 (Fiber-Optic Serial Port in Slot B) 

(Hidden if E49RTD := EXT or Port 2 Not Included) 

PROTOCOL (SEL, DNP, MOD, EVMSG, PMU, MBA, MBB, 

MB8A, MB8B, MBTA, MBTB) 

PROTO := 



DATA BITS (7, 8 bits) (Hidden if PROTO := MOD, DNP, PMU, 

EVMSG, or MB_) 

PARITY (O, E, N) (Hidden if E49RTD := EXT or if 

PROTO := EVMSG, PMU, or MB_) 

STOP BITS (1, 2 bits) (Hidden if PROTO := MOD, EVMSG, or 

MB_) 

PORT TIME-OUT (0–30 min) (Hidden if PROTO := MOD, PMU, 



DNP, PMU, EVMSG, or MB_) 

FAST OP MESSAGES (Y, N) (Hidden if PROTO := MOD, dnp, 

pmu, EVMSG, or MB_) 

HDWR HANDSHAKING (Y, N) (Hidden if PROTO := MOD, 

DNP, SEL, PMU, EVMSG, or MB_) 

Modbus 



BITS := 

PARITY := 

STOP := 

T_OUT := 

AUTO := 

FASTOP := 

RTSCTS := 

SLAVEID := 

DNP3 Protocol 

(Hidden if PROTO := SEL, EVMSG, MB, PMU, or MOD.) 













ANADBA1 := 


Date _______________ 



SET.41 

of 66 


ANADBV1 := 



ANADBM1 := 




Data Link Retries (0–15) DRETRY1 := 

Seconds to Data Link Time-Out (0–5) 

DTIMEO1 := 

(Hidden if DRETRY1 := 0) 



(Hidden if ECLASSA1 := 0, ECLASSB1 := 0 and ECLASSC1 := 0) 











MIRRORED BITS Protocol 

(Hidden if PROTO := SEL, EVMSG, or MOD) 

UNSOL1 := 

PUNSOL1 := 

NUMEVE1 := 

AGEEVE1 := 

URETRY1 := 

UTIMEO1 := 

MB Transmit Identifier (1–4) TXID := 

MB Receive Identifier (1–4) RXID := 

MB RX Bad Pickup Time (0–10000 seconds) RBADPU := 

PPM MB Channel Bad Pickup (1–10000) CBADPU := 

MB Receive Default State (8 characters) RXDFLT := 

RMB1 Pickup Debounce Messages (1–8) RMB1PU := 

RMB1 Dropout Debounce Messages (1–8) RMB1DO := 












SET.42 

of 66 



Date________________ 





PORT 3 (EIA-232/485 Port in Slot B) 

PROTOCOL (SEL, DNP, MOD, EVMSG, PMU, MBA, MBB, 

MB8A, MB8B, MBTA, MBTB) 

PROTO := 



DATA BITS (7, 8 bits) (Hidden if PROTO := DNP, PMU, MOD, BITS := 


PARITY (O, E, N) (Hidden if PROTO := EVMSG, PMU, or MB_) PARITY := 

STOP BITS (1, 2 bits) (Hidden if PROTO := MOD, EVMSG, or 

MB_) 

PORT TIME-OUT (0–30 min) (Hidden if PROTO := MOD, PMU, 


HDWR HANDSHAKING (Y, N) (Hidden if COMMINF :=485 or 

PROTO := MOD, DNP, EVMSG, or MB_) 


DNP, PMU, EVMSG, or MB_) 

FAST OP MESSAGES (Y, N) (Hidden if PROTO := MOD, DNP, 

PMU, EVMSG, or MB_) 

STOP := 

T_OUT := 

RTSCTS := 

AUTO := 

FASTOP := 

Modbus 



SLAVEID := 

DNP3 Protocol 

(Hidden if PROTO := SEL, EVMSG, MB, PMU or MOD.) 













ANADBA1 := 


Date _______________ 



SET.43 

of 66 


ANADBV1 := 



ANADBM1 := 





Seconds to Data Link Time-Out (0–5) (HiddenifDRETRY1:=0) DTIMEO1 := 



UNSOL1 := 

(Hidden if ECLASSA1 := 0, ECLASSB1 := 0 and ECLASSC1 := 0) 


PUNSOL1 := 



NUMEVE1 := 



AGEEVE1 := 



URETRY1 := 



UTIMEO1 := 


Minimum Seconds from DCD to TX (0.00–1.00) MINDLY := 

Maximum Seconds from DCD to TX (0.00–1.00) MAXDLY := 

Settle Time from RTS On to TX (OFF, 0.00–30.00 sec) PREDLY := 

Settle Time from TX to RTS OFF (0.00–30.00 sec) PSTDLY := 

Modem Protocol (for DNP3 session and EIA-232 port only) 

Modem Connected to Port (Y, N) MODEM := 

Modem Startup String (30 characters) MSTR := 

Phone Number for Dial-Out (30 characters) PH_NUM1 := 


Retry Attempts for Phone 1 Dial-Out (1–20) RETRY1 := 


Time to Attempt Dial (5–300 sec) MDTIME := 

Time Between Dial-Out Attempts (5–3600 sec) MDRET := 








SET.44 

of 66 



Date________________ 


















PORT 4 (EIA-232/485 Port or DeviceNet Port in Slot C) 

(Hidden If Option Not Included) 

PROTOCOL (SEL, DNP, MOD, DNET, EVMSG, PMU, 

MBA, MBB, MB8A, MB8B, MBTA, MBTB) 

PROTO := 

Interface Select (Hidden if PROTO := DNET) 

COMM INTERFACE (232, 485) COMMINF := 


SPEED (300–38400 bps) (Hidden if PROTO := DNET) SPEED := 

DATA BITS (7, 8 bits) 

(Hidden if PROTO := DNP, MOD, PMU, EVMSG, MB_, or DNET) 

PARITY (O, E, N) 

(HiddenifPROTO:=DNET,EVMSG,PMU,orMB_) 

STOP BITS (1, 2 bits) 

(Hidden if PROTO := MOD, EVMSG, MB_, or DNET) 

PORT TIME-OUT (0–30 min) 

(Hidden if PROTO := MOD, EVMSG, MB_, PMU, or DNET) 

HDWR HANDSHAKING (Y, N) 

(Hidden if COMMINF := 485 or PROTO := MOD, DNP, EVMSG, 

MB_, or DNET) 

SEND AUTOMESSAGE (Y, N) 

(Hidden if PROTO := DNP, MOD, EVMSG, MB_, PMU, or DNET) 

FAST OP MESSAGES (Y, N) 

(Hidden if PROTO := DNP, MOD, EVMSG, MB_, PMU, or DNET) 

BITS := 

PARITY := 

STOP := 

T_OUT := 

RTSCTS := 

AUTO := 

FASTOP := 


Date _______________ 



SET.45 

of 66 

Modbus 

MODBUS SLAVE ID (1–247) 

(Hidden if PROTO := SEL, EVMSG, MB_, or DNET) 

SLAVEID := 

DNP3 Protocol 

(Hidden if PROTO := SEL, EVMSG, MB, PMU , DNET or MOD.) 












ANADBA1 := 



ANADBV1 := 



ANADBM1 := 





Seconds to Data Link Time-Out (0–5) 

DTIMEO1 := 

(Hidden if DRETRY1 := 0) 





UNSOL1 := 


PUNSOL1 := 



NUMEVE1 := 



AGEEVE1 := 



URETRY1 := 



UTIMEO1 := 


Minimum Seconds from DCD to TX (0.00–1.00) MINDLY := 

Maximum Seconds from DCD to TX (0.00–1.00) MAXDLY := 


SET.46 

of 66 



Date________________ 

Settle Time from RTS On to TX (OFF, 0.00–30.00 sec) PREDLY := 

Settle Time from TX to RTS OFF (0.00–30.00 sec) PSTDLY := 

Modem Protocol (for DNP3 session and EIA232 port only) 

Modem Connected to Port (Y, N) MODEM := 

Modem Startup String (30 characters) MSTR := 





Time to Attempt Dial (5–300 sec) MDTIME := 

Time Between Dial-Out Attempts (5–3600 sec) MDRET := 

























Date _______________ 


Front-Panel Settings (SET F Command) 

SET.47 

of 66 


General 

DISPLY PTS ENABL (N,1–32) EDP := 

LOCAL BITS ENABL (N,1–32) ELB := 

LCD TIMEOUT (OFF,1–30 min) FP_TO := 

LCD CONTRAST (1–8) FP_CONT := 

FP AUTOMESSAGES (OVERRIDE, ROTATING) FP_AUTO := 

CLOSE RESET LEDS (Y, N) RSTLED := 

Target LED 

TRIP LATCH T_LED (Y, N) T01LEDL := 

LED1 EQUATION (SELOGIC) T01_LED := 











PB1A_LED EQUATION (SELOGIC) PB1A_LED := 

PB1B_LED EQUATION (SELOGIC) PB1B_LED := 







Display Points 

Display Point Settings (maximum 60 characters): 

➤ (Boolean): Relay Word Bit Name, "Alias", "Set String", "Clear String" 

➤ (Analog): Analog Quantity Name, "User Text and Formatting" 

DISPLAY POINT DP01 (60 characters) DP01 := 



SET.48 

of 66 



Date________________ 































Local Bits Labels 

LB_NAME (14 characters) NLB01 := 

CLEAR LB_ LABEL (7 characters) CLB01 := 

SET LB_ LABEL (7 characters) SLB01 := 

PULSE LB_ LABEL (7 characters) PLB01 := 



Date _______________ 



SET.49 

of 66 







































SET.50 

of 66 



Date________________ 







































Date _______________ 



SET.51 

of 66 







































SET.52 

of 66 


Report Settings (SET R Command) 

Date________________ 














SER Chatter Criteria 

Auto-Removal Enable (Y, N) ESERDEL := 

Number of Counts (2–20 counts) SRDLCNT := 

Removal Time (0.1–90.0 seconds) SRDLTIM := 

SER Trigger Lists 

SERn = Up to 24 Relay-Word elements separated by spaces or commas. Use NA to disable setting. 

SER1 := 

SER2 := 

SER3 := 

SER4 := 

Relay Word Bit Aliases 

ALIASn= 'RW Bit'(space)'Alias'(space)'Asserted Text'(space)'Deasserted Text'. Alias, Asserted, and 

Deasserted text strings can be up to 15 characters long. Use NA to disable setting. 

Enable ALIAS (N,1–20) EALIAS := 

ALIAS1 ALIAS1 := 








Date _______________ 



SET.53 

of 66 


ALIAS 9 ALIAS9 := 












Event Report 

EVENT TRIGGER (SELOGIC) ER := 

EVENT LENGTH (15,64 cyc) LER := 

PREFAULT LENGTH (1–59 cyc {if LER := 15}, 1–10 cyc 

{if LER := 64}) 

Load Profile 

PRE := 

LDP LIST (NA, Up to 17 Analog Quantities) LDLIST := 

LDP ACQ RATE (5, 10, 15, 30, 60 min.) LDAR := 


SET.54 

of 66 


Modbus Map Settings (SET M Command) 

Date________________ 


Modbus User Map 

(See Appendix E: Modbus RTU Communications for 

additional details) 

User Map Register Label Name (8 characters) MOD_001 := 


































Date _______________ 



SET.55 

of 66 







































SET.56 

of 66 



Date________________ 







































Date _______________ 



SET.57 

of 66 




















SET.58 

of 66 


DNP3 Map Settings (SET DNP n Command) 

Date________________ 


(Hidden If DNP Option Not Included) 

Use SET DNP n command with n = 1, 2, or 3 to create up to three DNP User Maps. Refer to Appendix D: DNP3 

Communications for details. 

This is DNP Map 1 (DNP Map 2 and DNP Map 3 tables are identical to DNP Map 1 table). 

Binary Input Map 

DNP Binary Input Label Name (10 characters) BI_00 := 
































Date _______________ 



SET.59 

of 66 







































SET.60 

of 66 



Date________________ 

































Binary Output Map 

DNP Binary Output Label Name (10 characters) BO_00 := 




Date _______________ 



SET.61 

of 66 






























Analog Input Map 

DNP Analog Input Label Name (24 characters) 

AI_00 := 

AI_01 := 

AI_02 := 

AI_03 := 

AI_04 := 


SET.62 

of 66 



Date________________ 

AI_05 := 

AI_06 := 

AI_07 := 

AI_08 := 

AI_09 := 

AI_10 := 

AI_11 := 

AI_12 := 

AI_13 := 

AI_14 := 

AI_15 := 

AI_16 := 

AI_17 := 

AI_18 := 

AI_19 := 

AI_20 := 

AI_21 := 

AI_22 := 

AI_23 := 

AI_24 := 

AI_25 := 

AI_26 := 

AI_27 := 

AI_28 := 

AI_29 := 

AI_30 := 

AI_31 := 

AI_32 := 

AI_33 := 

AI_34 := 

AI_35 := 

AI_36 := 

AI_37 := 

AI_38 := 

AI_39 := 

AI_40 := 

AI_41 := 


Date _______________ 



SET.63 

of 66 

AI_42 := 

AI_43 := 

AI_44 := 

AI_45 := 

AI_46 := 

AI_47 := 

AI_48 := 

AI_49 := 

AI_50 := 

AI_51 := 

AI_52 := 

AI_53 := 

AI_54 := 

AI_55 := 

AI_56 := 

AI_57 := 

AI_58 := 

AI_59 := 

AI_60 := 

AI_61 := 

AI_62 := 

AI_63 := 

AI_64 := 

AI_65 := 

AI_66 := 

AI_67 := 

AI_68 := 

AI_69 := 

AI_70 := 

AI_71 := 

AI_72 := 

AI_73 := 

AI_74 := 

AI_75 := 

AI_76 := 

AI_77 := 

AI_78 := 


SET.64 

of 66 



Date________________ 

AI_79 := 

AI_80 := 

AI_81 := 

AI_82 := 

AI_83 := 

AI_84 := 

AI_85 := 

AI_86 := 

AI_87 := 

AI_88 := 

AI_89 := 

AI_90 := 

AI_91 := 

AI_92 := 

AI_93 := 

AI_94 := 

AI_95 := 

AI_96 := 

AI_97 := 

AI_98 := 

AI_99 := 

Analog Output Map 

DNP Analog Output Label Name (6 characters) AO_00 := 















Date _______________ 



SET.65 

of 66 



















Counter Map 

DNP Counter Label Name (11 characters) CO_00 := 


















SET.66 

of 66 



Date________________

SEL-751A Settings Sheets - CacheFly

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?