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35-080 protective relay report
AL PASSPass/Fail:AF/AL:Lib Routine:SEL-651R2-LEA z26900 09/30/2019Test Date:0Lib Version: Protective Relay Test Results Norwood, MA P: 781.269.2424 F: 781.688.2714 Relay Data: Tested_By: Nate Travers Date_: 9/30/2019 Division: Substation: Clean Energy Development Terminal: Northampton _PV Phase_Zone: G&W Recloser 651R Relay_Manf: SEL Relay_Type: SEL-651R2 Model_Style: 0651R24CXBAXAE1113C7XX IEEE_Device: MF IL_IB: Serial_Number: 5191970102 Global Defines: SET_GROUP$="1" 'SET GROUP TO TEST CONTACT$="201" 'OUTPUT CONTACT TO MASK SEL_AUTO=1 '0=MANUAL, 1=AUTO MASK, 2=MANUAL W/MESSAGES SKIP_TST=1 'DEFEAT DISPLAYED MESSAGES FOR ALL TESTS SKIPPED NO_TOE=1 'NO ERROR MESSAGE IF NO OPERATION MULT=1 'USED TO CONVERT TO LEA VALUES ***ENTERED AS 300/SEL BASE VOLTAGE*** PRINT_RAN_TESTS= 1 'PRINT RESULTS FOR ALL TESTS ATTEMPTED DIR_TEST_VOLTS= 100 'TEST VOLTAGE FOR DIRECTIONAL ELEMENTS ***DO NOT ENTER DATA *** NORM_VOLTS=VNOM 'NORM VOLTAGE *** DO NOT ENTER DATA *** NORM_FREQ=60 'NORMAL VOLTAGE FREQUENCY Routine Notes: Relay Settings Used for Testing: RID$= "POI RECLOSER" TID$= "RYAN RD_ NORTH HAMPTON PV" CTR= 200.0 CTRN= 200.0 PTRY= 266.67 PTRZ= 70.00 VNOM= 113.83 ESPB$= "N" E50P$= "N" E50N$= "N" E50G$= "N" E50Q$= "N" E51P= 1 E51ABC= 1 E51N1$= "N" E51N2$= "N" E51G1= 1 E51G2$= "N" E51Q$= "N" ELOAD$= "N" E32$= "Y" EVOLT$= "BOTH" E81= 6 E81R$= "N" E81RF$= "N" 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL E78VS$= "N" EFLOC$= "N" ELOP$= "N" EPWR$= "3P1" E25$= "N" E79= 1 ESOTF$= "N" EDEM$= "THM" ESSI$= "N" EHBL2$= "Y" EMV$= "N" Z1MAG= 1.00 Z1ANG= 45.00 Z0MAG= 1.00 Z0ANG= 45.00 LL= 1.00 s51PJP= 1.58 s51PJC$= "U3" s51PJTD= 3.80 s51PJRS$= "N" s51PJCT= 0.00 s51PJMR= 0.00 s51PTC= 1 s51AJP= 0.30 s51AJC$= "U3" s51AJTD= 3.80 s51AJRS$= "N" s51AJCT= 0.00 s51AJMR= 0.00 s51ATC$= "27ZA2" s51BJP= 0.30 s51BJC$= "U3" s51BJTD= 3.80 s51BJRS$= "N" s51BJCT= 0.00 s51BJMR= 0.00 s51BTC$= "27ZB2" s51CJP= 0.30 s51CJC$= "U3" s51CJTD= 3.80 s51CJRS$= "N" s51CJCT= 0.00 s51CJMR= 0.00 s51CTC$= "27ZC2" s51G1JP= 0.100 s51G1JC$= "U1" s51G1JTD= 0.50 s51G1JRS$= "N" s51G1JCT= 0.00 s51G1JMR= 0.00 s51G1TC$= "LT01" ORDER$= "Q" s50P32P= 0.10 Z2F= -0.30 Z2R= 0.30 s50QFP= 0.05 s50QRP= 0.05 A2= 0.10 K2= 0.20 s27YP1P= 14.94 s27YP2P= 26.29 s27YP3P$= "OFF" s27YP4P$= "OFF" 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL s27YPP1P= 49.16 s59YP1P= 32.87 s59YP2P= 35.85 s59YP3P$= "OFF" s59YP4P$= "OFF" s59YPP1P= 54.34 s59YN1P= 100.00 s59YN2P$= "OFF" s59YQ1P$= "OFF" s59YV1P$= "OFF" s27ZP1P= 56.91 s27ZP2P= 100.15 s27ZP3P$= "OFF" s27ZP4P$= "OFF" s27ZPP1P= 187.30 s59ZP1P= 125.20 s59ZP2P= 136.58 s59ZP3P$= "OFF" s59ZP4P$= "OFF" s59ZPP1P= 207.00 s59ZN1P$= "OFF" s59ZN2P$= "OFF" s59ZQ1P$= "OFF" s59ZV1P$= "OFF" s27B81P= 15.00 s81D1P= 56.50 s81D1D= 4.50 s81D2P= 58.50 s81D2D= 1997.00 s81D3P= 61.20 s81D3D= 1997.00 s81D4P= 62.00 s81D4D= 4.50 s81D5P= 59.80 s81D5D= 2.00 s81D6P= 60.30 s81D6D= 2.00 s3PWR1P= 369.13 PWR1T$= "-WATTS" PWR1D= 57.00 s79OI1= 180.00 s79RSD= 1800.00 s79RSLD= 600.00 s79CLSD$= "OFF" s79RI3P$= "SV13T AND 52A3P" s79RIS3P$= "52A3P OR 79CY3P" s79DTL3P$= "SV15T OR (NOT LT02 OR NOT LT06) AND ((TRIP3P AND 51P) OR NOT 52A3P) OR PB12_PUL OR OC3 " s79DTL3X$= "R_TRIG SV04T # QUALIFIED YELLOW HANDLE OPERATION " s79DLS3P= 0 s79SKP3P= 0 s79STL3P$= "SV14T OR TRIP3P" s79BRS3P= 0 s79SEQ3P= 0 s79CLS3P$= "TCCAP AND NOT (BTFAIL) # RECLOSE ONLY WHEN TRIP/CLOSE CAPACITORS CHARGED AND BATTERY HEALTHY " s3POD= 0.50 s50LP= 0.05 DMTC= 5 PDEMP$= "OFF" GDEMP$= "OFF" QDEMP$= "OFF" HBL2P= 10 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL HBL2PU= 0.00 HBL2DO= 5.00 HBL2TC= 1 TDURD= 40.00 TR3P$= "51PT OR 51G1T OR 51AT OR 51BT OR 51CT OR SV05T OR SV13T OR PB12_PUL OR OC3 " TR3X$= "HALARML OR SALARM OR BTFAIL" TRQL3P= 0 ULTR3P$= "NOT 52A3P AND NOT (51PT OR 51G1T OR 50P1T) " CFD= 60.00 s52A_3P$= "IN201" CL3P$= "(CC3 AND LT03 OR PB11_PUL AND LT05) AND LT06 AND NOT 52A3P AND NOT SV14T # REMOTE CLOSE COMMAND SUPERVISED BY REMOTE ENABLED. CLOSE PUSHBUTTON SUPERVISED BY LOCK. ALL SUPERVISED BY HOTLINE TAG, LEVEL 1 UV, 5MINUTE STABILIZATION DELAY AND B" ULCL3P$= "TRIP3P OR NOT (LT06 AND TCCAP OR CLOSE3P) OR NOT (LT05 OR CLOSE3P OR CC3 OR 79CY3P) " RCTR1$= "TRIP3P OR TRIPA OR TRIPB OR TRIPC" RCCL1$= "CLOSE3P" ELAT= 10 ESV= 22 ESC= 1 SET01$= "PB01_PUL AND NOT (LT01) AND LT05 # GROUND ENABLED " RST01$= "PB01_PUL AND LT01 AND LT05" SET02$= "(R_TRIG RB02 AND LT03 OR PB02_PUL AND LT05) AND NOT (LT02) AND LT06 # RECLOSE ENABLED " RST02$= "(R_TRIG RB02 AND LT03 OR PB02_PUL AND LT05) AND LT02 OR NOT (LT06) OR (79SH3P = -1.00) # LAST TERM IS RECLOSING RELAY DEFEATED " SET03$= "PB03_PUL AND NOT (LT03) AND LT05 # REMOTE ENABLED " RST03$= "PB03_PUL AND LT03 AND LT05" SET04$= "NA" RST04$= "NA" SET05$= "R_TRIG SC01QU AND NOT (LT05) # LOCK PUSH BUTTONS, MUST PRESS FOR THREE SECONDS (LOCKED WHEN LT05 DEASSERTED) " RST05$= "R_TRIG SC01QU AND LT05" SET06$= "(R_TRIG RB07 AND LT03 OR PB07_PUL AND LT05) AND NOT (LT06) # HOT LINE TAG (WHEN LT06 DEASSERTED) " RST06$= "(R_TRIG RB07 AND LT03 OR PB07_PUL AND LT05) AND LT06 " SET07$= "NA" RST07$= "NA" SET08$= "NA" RST08$= "NA" SET09$= "PB09_PUL AND NOT LT09 AND LT05 #DIRECTIONAL ENABLED " RST09$= "PB09_PUL AND LT09 AND LT05" SET10$= "PB10_PUL AND NOT (LT09) AND LT05" RST10$= "PB10_PUL AND LT09 OR SV02T AND LT05" SV01PU= 0.00 SV01DO= 20.00 SV01$= "NA #(RMB1A OR RMB2A) AND ROKA # DTT" SV02PU= 1800.00 SV02DO= 0.00 SV02$= "LT10" SV03PU= 29.75 SV03DO= 29.75 SV03$= "NOT (SV03T) AND PB06 # 1 HZ BLINK GENERATOR FOR LOCK PUSH BUTTON " SV04PU= 5.00 SV04DO= 60.00 SV04$= "NA" SV05PU= 60.00 SV05DO= 0.00 SV05$= "NOT PWR_SRC1 #LOSS OF AC SOURCE VOLTAGE TO RELAY " SV06PU= 0.00 SV06DO= 0.00 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL SV06$= "SV07T OR SV08T OR SV10T OR SV11T #TRIPPING FOR UNDER AND OVER VOLTAGE " SV07PU= 63.00 SV07DO= 20.00 SV07$= "27ZA1 OR 27ZB1 OR 27ZC1 #LOGIC FOR UNDERVOLTAGE LEVEL 1 " SV08PU= 117.00 SV08DO= 20.00 SV08$= "27ZA2 OR 27ZB2 OR 27ZC2 #LOGIC FOR UNDERVOLTAGE LEVEL 2 " SV09PU= 117.00 SV09DO= 0.00 SV09$= "59ZA1 OR 59ZB1 OR 59ZC1 #LOGIC FOR OVER VOLTAGE LEVEL 1 " SV10PU= 6.50 SV10DO= 20.00 SV10$= "59ZA2 OR 59ZB2 OR 59ZC2 #LOGIC FOR OVER VOLTAGE LEVEL 2 " SV11PU= 117.00 SV11DO= 20.00 SV11$= "59ZN1 #LOGIC FOR GROUND OVER VOLTAGE LEVEL " SV12PU= 0.00 SV12DO= 0.00 SV12$= "NA # SV18T AND NOT SV19T AND SV20T #SPO ANTI-ISLANDING SCHEME - NO PHASE CURRENT AFTER 3V0 BLIP WHILE BREAKER IS CLOSED AND BLOCK POTENTIAL FAULT CONDITION " SV13PU= 0.00 SV13DO= 0.00 SV13$= "SV07T OR SV08T OR SV09T OR SV10T OR SV11T OR SV16T OR SV17T #TRIP FOR OVER/UNDER VOLTAGE AND FREQUENCY AND SPO ANTI-ISLAND SCHEME " SV14PU= 0.00 SV14DO= 18000.00 SV14$= "SV22T #LOGIC FOR 5 MINUTE HEALTHY GRID CHECK " SV15PU= 864000.00 SV15DO= 0.00 SV15$= "SV13T AND NOT 52A3P #LOGIC FOR 4 HOUR STALL FOR DRIVE TO LOCKOUT " SV16PU= 0.00 SV16DO= 0.00 SV16$= "81D1T OR 81D4T OR SV17T #LOGIC FOR FREQUENCY " SV17PU= 16000.00 SV17DO= 0.00 SV17$= "81D2T OR 81D3T" SV18PU= 6.00 SV18DO= 0.00 SV18$= "SV17T AND (NOT 50A2 OR NOT 50B2 OR NOT 50C2) #CHECK PHASE CURRENT AFTER 3V0 BLIP " SV19PU= 2.00 SV19DO= 90.00 SV19$= "50P3 OR 50G1" SV20PU= 180.00 SV20DO= 0.00 SV20$= "52A3P" SV21PU= 60.00 SV21DO= 0.00 SV21$= "NA #NOT ROKA #DTT CHANNEL LOST" SV22PU= 0.00 SV22DO= 0.00 SV22$= "27ZAB1 OR 27ZBC1 OR 27ZCA1 OR 59ZAB1 OR 59ZBC1 OR 59ZCA1 OR 81D5 OR 81D6 OR SV12T OR SV16T # VOLTAGE AND FREQUENCY SENSING FOR UTILITY STABILIZATION " SC01PV= 3 SC01R$= "NOT (PB06)" SC01LD= 0 SC01CU$= "SV03T" SC01CD= 0 OUT201$= "NOT (SALARM OR HALARM)" OUT202$= "52A3P" 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL TMB1A$= "52A3P" TMB2A$= "NOT 52A3P" TMB3A$= "NA" TMB4A$= "NA" TMB5A$= "NA" TMB6A$= "NA" TMB7A$= "NA" TMB8A$= "NA" TMB1B$= "NA" TMB2B$= "NA" TMB3B$= "NA" TMB4B$= "NA" TMB5B$= "NA" TMB6B$= "NA" TMB7B$= "NA" TMB8B$= "NA" PMTRIG= 0 TREA1= 0 TREA2= 0 TREA3= 0 TREA4= 0 NFREQ= 60 PHROT$= "ABC" DATE_F$= "MDY" PWRDN_AC= 720 PWRDN_WU= 20 TESTBATT$= "LT10" FAULT$= "51P OR 51G1" IPCONN$= "ABC" EGNDSW$= "Y" CTPOL$= "POS" BKTYP= 3 VYCONN$= "ABC" VZCONN$= "ABC" VSELECT$= "VZ" FSELECT$= "VZ" METHRES$= "N" EICIS$= "N" EBMON$= "N" SALARM$= "BADPASS OR CHGPASS OR SETCHG OR GRPSW OR ACCESSP OR PASNVAL " TGR= 0 SS1= 1 SS2= 0 SS3= 0 SS4= 0 SS5= 0 SS6= 0 SS7= 0 SS8= 0 V1YRCF= 1.000 V2YRCF= 1.000 V3YRCF= 1.000 V1YPAC= 0.0 V2YPAC= 0.0 V3YPAC= 0.0 RSTTRGT= 0 RST_DEM= 0 RST_PDM= 0 RST_BK= 0 RST_HIS= 0 RST_ENE= 0 RST_MML= 0 RST_HAL= 0 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL RSTDNPE= 0 EPMU$= "N" EVELOCK= 0 DNPSRC$= "UTC" IRIGC$= "NONE" UTC_OFF= 0.00 DST_BEGM$= "NA" P1_EPORT$= "Y" P1_PROTO$= "SEL" P1_MAXACC= 2 P1_SPEED= 9600 P1_BITS= 8 P1_PARITY$= "N" P1_STOP= 1 P1_T_OUT= 15 P1_AUTO$= "N" P1_FASTOP$= "N" P2_EPORT$= "Y" P2_PROTO$= "SEL" P2_MAXACC= 2 P2_SPEED= 9600 P2_BITS= 8 P2_PARITY$= "N" P2_STOP= 1 P2_RTSCTS$= "N" P2_T_OUT= 15 P2_AUTO$= "N" P2_FASTOP$= "N" P3_EPORT$= "Y" P3_PROTO$= "SEL" P3_MAXACC= 2 P3_SPEED= 9600 P3_BITS= 8 P3_PARITY$= "N" P3_STOP= 1 P3_RTSCTS$= "N" P3_T_OUT= 15 P3_AUTO$= "N" P3_FASTOP$= "N" PF_EPORT$= "Y" PF_PROTO$= "SEL" PF_MAXACC$= "C" PF_SPEED= 9600 PF_BITS= 8 PF_PARITY$= "N" PF_STOP= 1 PF_RTSCTS$= "N" PF_T_OUT= 0 PF_AUTO$= "N" PF_FASTOP$= "N" Relay Test Results for:LOG IN TO RELAY OK? RAN Relay Test Results for:DOWNLOAD RELAY SETTINGS OK? RAN Relay Test Results for:SET PORT TIMEOUT AND AUTO OK? RAN Relay Test Results for:RELAY STATUS CHECK POI RECLOSER DATE: 09/30/2019 TIME: 16:35:13.231 RYAN RD_ NORTH HAMPTON PV TIME SOURCE: INTERNAL 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL FID=SEL-651R-2-R408-V0-Z008003-D20190308 CID=88DC SERIAL NUMBER: 5191970102 POI RECLOSER DATE: 09/30/2019 TIME: 16:35:13.231 +5V_PS +5V_REG +15V_PS -15V_PS +12V_TC +5VA_PS -5VA_PS 4.94 5.01 15.04 -15.07 11.95 5.02 -5.04 TEMPERATURE RTC HMI 40.2 DEGREES CELSIUS OK OK Relay Test Results for:51P1P PH PICKUP (51P1) PHASE PICKUP CURRENT IDEAL %ERROR OK? A-N 1.580 1.580 0.00 PASS B-N 1.580 1.580 0.00 PASS C-N 1.580 1.580 0.00 PASS Relay Test Results for:51P1 PH TIMING (51P1T) 51P1 PH TIMING (51P1T) (PHASE A-N) MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK? 3.00 4.740 132.64 2.211 2.209 0.08 PASS 5.00 7.900 59.62 0.994 0.980 1.36 PASS 10.00 15.800 31.39 0.523 0.515 1.60 PASS 51P1 PH TIMING (51P1T) (PHASE B-N) MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK? 3.00 4.740 133.61 2.227 2.209 0.81 PASS 5.00 7.900 59.65 0.994 0.980 1.42 PASS 10.00 15.800 31.43 0.524 0.515 1.75 PASS 51P1 PH TIMING (51P1T) (PHASE C-N) MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK? 3.00 4.740 133.60 2.227 2.209 0.80 PASS 5.00 7.900 59.33 0.989 0.980 0.87 PASS 10.00 15.800 31.48 0.525 0.515 1.89 PASS 51P1 PH TIMING (51P1T) MULTIPLE OF TAP 1.5 2 2.5 4 6 8 10 20TIME IN SECONDS0.2 0.5 1.0 2.0 5.0 10.0 20.0 Relay Test Results for:51ABC PH PICKUP (51ABC) PHASE PICKUP CURRENT IDEAL %ERROR OK? A-N 0.303 0.300 1.00 PASS B-N 0.303 0.300 1.00 PASS C-N 0.303 0.300 1.00 PASS Relay Test Results for:51ABC PH TIMING (51ABCT) 51ABC PH TIMING (51ABCT) (PHASE A-N) MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK? 3.00 0.900 133.25 2.221 2.209 0.54 PASS 5.00 1.500 59.52 0.992 0.980 1.20 PASS 10.00 3.000 31.39 0.523 0.515 1.60 PASS 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL 51ABC PH TIMING (51ABCT) (PHASE B-N) MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK? 3.00 0.900 133.16 2.219 2.209 0.47 PASS 5.00 1.500 59.42 0.990 0.980 1.03 PASS 10.00 3.000 31.35 0.522 0.515 1.48 PASS 51ABC PH TIMING (51ABCT) (PHASE C-N) MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK? 3.00 0.900 132.79 2.213 2.209 0.19 PASS 5.00 1.500 59.50 0.992 0.980 1.17 PASS 10.00 3.000 31.28 0.521 0.515 1.27 PASS 51ABC PH TIMING (51ABCT) MULTIPLE OF TAP 1.5 2 2.5 4 6 8 10 20TIME IN SECONDS0.2 0.5 1.0 2.0 5.0 10.0 20.0 Relay Test Results for:51G1P GND PICKUP (51G1) PHASE PICKUP CURRENT IDEAL %ERROR OK? A-N 0.101 0.100 1.00 PASS B-N 0.101 0.100 1.00 PASS C-N 0.101 0.100 1.00 PASS Relay Test Results for:51G1 GND TIMING (51G1T) 51G1 GND TIMING (51G1T) (PHASE A-N) MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK? 3.00 0.300 15.17 0.253 0.196 TO 0.295 PASS 5.00 0.500 11.19 0.186 0.128 TO 0.212 PASS 10.00 1.000 8.29 0.138 0.084 TO 0.159 PASS 51G1 GND TIMING (51G1T) (PHASE B-N) MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK? 3.00 0.300 15.62 0.260 0.196 TO 0.295 PASS 5.00 0.500 11.34 0.189 0.128 TO 0.212 PASS 10.00 1.000 8.47 0.141 0.084 TO 0.159 PASS 51G1 GND TIMING (51G1T) (PHASE C-N) MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK? 3.00 0.300 15.64 0.261 0.196 TO 0.295 PASS 5.00 0.500 11.13 0.186 0.128 TO 0.212 PASS 10.00 1.000 7.85 0.131 0.084 TO 0.159 PASS 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL 51G1 GND TIMING (51G1T) MULTIPLE OF TAP 1.5 2 2.5 4 6 8 10 20TIME IN SECONDS0.2 0.5 1.0 Relay Test Results for:27P1P UV PICKUP (27P1P) PHASE PICKUP VOLTS IDEAL %ERROR OK? A-N 56.910 56.910 -0.00 PASS B-N 56.910 56.910 -0.00 PASS C-N 56.910 56.910 -0.00 PASS Relay Test Results for:SV7 TIME (27P1) SV7 TIME (27P1) (PHASE A-N) MULTIPLE VALUE TIME(SEC) TIME(CY) IDEAL %ERROR OK? 0.93 52.926 1.072 64.34 63.00 2.13 PASS SV7 TIME (27P1) (PHASE B-N) MULTIPLE VALUE TIME(SEC) TIME(CY) IDEAL %ERROR OK? 0.93 52.926 1.074 64.44 63.00 2.29 PASS SV7 TIME (27P1) (PHASE C-N) MULTIPLE VALUE TIME(SEC) TIME(CY) IDEAL %ERROR OK? 0.93 52.926 1.078 64.69 63.00 2.69 PASS Relay Test Results for:27P2P UV PICKUP (27P2P) PHASE PICKUP VOLTS IDEAL %ERROR OK? A-N 100.154 100.150 0.00 PASS B-N 100.154 100.150 0.00 PASS C-N 100.154 100.150 0.00 PASS Relay Test Results for:SV8 TIME (27P2) SV8 TIME (27P2) (PHASE A-N) MULTIPLE VALUE TIME(SEC) TIME(CY) IDEAL %ERROR OK? 0.93 93.140 1.974 118.47 117.00 1.26 PASS SV8 TIME (27P2) (PHASE B-N) MULTIPLE VALUE TIME(SEC) TIME(CY) IDEAL %ERROR OK? 0.93 93.140 1.977 118.60 117.00 1.36 PASS SV8 TIME (27P2) (PHASE C-N) MULTIPLE VALUE TIME(SEC) TIME(CY) IDEAL %ERROR OK? 0.93 93.140 1.976 118.58 117.00 1.35 PASS Relay Test Results for:59P1P OV PICKUP (59P1P) PHASE PICKUP VOLTS IDEAL %ERROR OK? A-N 126.452 125.200 1.00 PASS B-N 126.452 125.200 1.00 PASS C-N 125.200 125.200 0.00 PASS Relay Test Results for:SV9 TIME (59P1) SV9 TIME (59P1) (PHASE A-N) MULTIPLE VALUE TIME(SEC) TIME(CY) IDEAL %ERROR OK? 1.03 128.956 1.972 118.33 117.00 1.13 PASS 30-Sep-2019Print Date: Relay Results (continued) for:SEL-651R2-LEA z2690009302019AL SV9 TIME (59P1) (PHASE B-N) MULTIPLE VALUE TIME(SEC) TIME(CY) IDEAL %ERROR OK? 1.03 128.956 1.970 118.20 117.00 1.03 PASS SV9 TIME (59P1) (PHASE C-N) MULTIPLE VALUE TIME(SEC) TIME(CY) IDEAL %ERROR OK? 1.03 128.956 1.967 118.03 117.00 0.88 PASS Relay Test Results for:59P2P OV PICKUP (59P2P) PHASE PICKUP VOLTS IDEAL %ERROR OK? A-N 136.580 136.580 0.00 PASS B-N 137.946 136.580 1.00 PASS C-N 136.580 136.580 0.00 PASS Relay Test Results for:SV10 TIME (59P2) SV10 TIME (59P2) (PHASE A-N) MULTIPLE VALUE TIME(SEC) TIME(CY) RANGE OK? 1.03 140.677 0.127 7.61 4.50 TO 8.50 PASS SV10 TIME (59P2) (PHASE B-N) MULTIPLE VALUE TIME(SEC) TIME(CY) RANGE OK? 1.03 140.677 0.129 7.72 4.50 TO 8.50 PASS SV10 TIME (59P2) (PHASE C-N) MULTIPLE VALUE TIME(SEC) TIME(CY) RANGE OK? 1.03 140.677 0.128 7.69 4.50 TO 8.50 PASS Relay Test Results for:81D1P FREQ PICKUP (81D1) PICKUP HZ IDEAL RANGE OK? 56.500 56.500 56.450 TO 56.550 PASS Relay Test Results for:81D1D FREQ TIME (81D1T) APPLIED VALUE TIME(SEC) TIME(CY) RANGE OK? 56.300 0.138 7.77 4.05 TO 8.45 PASS Relay Test Results for:81D2P FREQ PICKUP (81D2) PICKUP HZ IDEAL RANGE OK? 58.500 58.500 58.450 TO 58.550 PASS Relay Test Results for:81D2D FREQ TIME (81D2T) APPLIED VALUE TIME(SEC) TIME(CY) RANGE OK? 58.300 308.7413 17999.618 16197.800 TO******** PASS Relay Test Results for:81D3P FREQ PICKUP (81D3) PICKUP HZ IDEAL RANGE OK? 61.200 61.200 61.150 TO 61.250 PASS Relay Test Results for:81D3D FREQ TIME (81D3T) APPLIED VALUE TIME(SEC) TIME(CY) RANGE OK? 61.400 293.1730 18000.822 16200.000 TO******** PASS Relay Test Results for:81D4P FREQ PICKUP (81D4) PICKUP HZ IDEAL RANGE OK? 62.000 62.000 61.950 TO 62.050 PASS Relay Test Results for:81D4D FREQ TIME (81D4T) APPLIED VALUE TIME(SEC) TIME(CY) RANGE OK? 62.200 0.133 8.27 0.55 TO 8.45 PASS Relay Test Results for:81D5P FREQ PICKUP (81D5) PICKUP HZ IDEAL RANGE OK? 59.790 59.800 59.750 TO 59.850 PASS Relay Test Results for:81D6P FREQ PICKUP (81D6) PICKUP HZ IDEAL RANGE OK? 60.300 60.300 60.250 TO 60.350 PASS 30-Sep-2019Print Date: εc Residual magnetism Polarity OK Residual flux εc εε Residual magnetism 200.0 : 0.988Ratio ∆φ 37.53 min-1.1973 % 1.6158 % ∆φ V-kn 30° 0.1022 A 200.0862 0.0405 A Results at operating burden (0.09 VA) εt 0.0431 % Ratio 0.1710 sTs Results at rated burden (1.00 VA) V-kn 45° 6.82 V I-kn 45° Ratio Turns ratio 13.16 V 0.1282 sTs I-kn 30° ALFi 9.55 > 7.07 V Vb 7.17 ALFi Standard IEEE C57.13 Kr ALF 6.86ALF24.08 % > 0.86 VVb 1.00.09 VA R-ref (75.0 °C)+Rlead I-meas cos φ: Lm 0.41421 H Results at rated burden (1.00 VA) R-meas (25.0 °C)+Rlead 1.955 Ω Vb 20.0 V Primary winding resistance 1.955 Ω R-measR-meas (25.0 °C) 0.000115 H 0.09 Ω V-meas 0.0907V Z R-ref Burden Excitation 2.332 Ω Burden IEC-IDClass C Secondary winding resistance 9.34 R-ref (75.0 °C) 2.332 Ω 1.008 A Ls Results at operating burden (0.09 VA) Rct max Optional Frequency 60.0 Hz Comment 2.332 Ω Application Protection Tap A RecloserStandard Phase Test device Date/Time 9/30/2019 23:21 Test device CT-Analyzer Device serial no PL400P Company USA IEEE C57.13 Core Isn 1.0 A North Hampton/1.00 Serial numberOperating burden 0.09 VA Kiewit Rated burden 1.0 VA Manufacturer G&W Feeder /0.90 Type Station CountryViper S File name S3 Power Kiewit Northampton Object Overall assessement OK Ipn Asset 200.0 A Location 0.01 0.10 1.00 10.00 100.00 0.00 0.001 0.01 0.10 1.00 10.00 Voltage [V]Ie [A] Excitation curve X1-X2 1/2 107.7768 200.00 % 1/0.9 137.0811254.0212 39.311539.6533 38.214651.6798 Phase in min at % of rated current at rated burden (1.00 VA) 81.4404 120.00 %100.00 %VA/cos φ 1.00 % 5.00 % 10.00 % 50.00 %20.00 % 20.00 % -5.7697 -1.6950-2.0679 -1.60091/0.9 VA/cos φ 1.00 % 10.00 % -3.0398 -2.5758 5.00 % -3.5732 120.00 %50.00 % 100.00 % Current ratio error in % at % of rated current at rated burden (1.00 VA) 200.00 % -1.3639 -7.0000 -6.0000 -5.0000 -4.0000 -3.0000 -2.0000 -1.0000 0.0000 0.00 50.00 100.00 150.00 200.00 250.00Current ratio error [%]I/Ipn [%] Current ratio error in % at % of rated current at rated burden (1.00 VA) 1.00 VA 0.0000 50.0000 100.0000 150.0000 200.0000 250.0000 300.0000 0.00 50.00 100.00 150.00 200.00 250.00Phase [min]I/Ipn [%] Phase in min at % of rated current at rated burden (1.00 VA) 1.00 VA 2/2 εc Residual magnetism Polarity OK Residual flux εc εε Residual magnetism 200.0 : 0.9857Ratio ∆φ 48.06 min-1.4264 % 1.9902 % ∆φ V-kn 30° 0.1190 A 200.1025 0.0538 A Results at operating burden (0.08 VA) εt 0.0512 % Ratio 0.1578 sTs Results at rated burden (1.00 VA) V-kn 45° 7.96 V I-kn 45° Ratio Turns ratio 14.48 V 0.1177 sTs I-kn 30° ALFi 9.54 > 7.04 V Vb 7.13 ALFi Standard IEEE C57.13 Kr ALF 6.84ALF13.11 % > 0.74 VVb 1.00.08 VA R-ref (75.0 °C)+Rlead I-meas cos φ: Lm 0.381523 H Results at rated burden (1.00 VA) R-meas (25.0 °C)+Rlead 1.962 Ω Vb 20.0 V Primary winding resistance 1.962 Ω R-measR-meas (25.0 °C) 0.000116 H 0.078 Ω V-meas 0.0805V Z R-ref Burden Excitation 2.340 Ω Burden IEC-IDClass C Secondary winding resistance 9.33 R-ref (75.0 °C) 2.340 Ω 1.033 A Ls Results at operating burden (0.08 VA) Rct max Optional Frequency 60.0 Hz Comment 2.34 Ω Application Protection Tap B RecloserStandard Phase Test device Date/Time 9/30/2019 23:17 Test device CT-Analyzer Device serial no PL400P Company USA IEEE C57.13 Core Isn 1.0 A North Hampton/1.00 Serial numberOperating burden 0.08 VA Kiewit Rated burden 1.0 VA Manufacturer G&W Feeder /0.90 Type Station CountryViper S File name S3 Power Kiewit Northampton Object Overall assessement OK Ipn Asset 200.0 A Location 0.01 0.10 1.00 10.00 100.00 0.00 0.001 0.01 0.10 1.00 10.00 Voltage [V]Ie [A] Excitation curve X1-X2 1/2 134.9922 200.00 % 1/0.9 175.3421322.5858 47.867051.8922 49.929265.2281 Phase in min at % of rated current at rated burden (1.00 VA) 100.1549 120.00 %100.00 %VA/cos φ 1.00 % 5.00 % 10.00 % 50.00 %20.00 % 20.00 % -7.4301 -1.9987-2.5392 -1.86341/0.9 VA/cos φ 1.00 % 10.00 % -3.9030 -3.2690 5.00 % -4.5954 120.00 %50.00 % 100.00 % Current ratio error in % at % of rated current at rated burden (1.00 VA) 200.00 % -1.5160 -8.0000 -7.0000 -6.0000 -5.0000 -4.0000 -3.0000 -2.0000 -1.0000 0.0000 0.00 50.00 100.00 150.00 200.00 250.00Current ratio error [%]I/Ipn [%] Current ratio error in % at % of rated current at rated burden (1.00 VA) 1.00 VA 0.0000 50.0000 100.0000 150.0000 200.0000 250.0000 300.0000 350.0000 0.00 50.00 100.00 150.00 200.00 250.00Phase [min]I/Ipn [%] Phase in min at % of rated current at rated burden (1.00 VA) 1.00 VA 2/2 εc Residual magnetism Polarity OK Residual flux εc εε Residual magnetism 200.0 : 0.9902Ratio ∆φ 29.40 min-0.9757 % 1.2947 % ∆φ V-kn 30° 0.0556 A 200.0766 0.0238 A Results at operating burden (0.09 VA) εt 0.0383 % Ratio 0.1108 sTs Results at rated burden (1.00 VA) V-kn 45° 4.59 V I-kn 45° Ratio Turns ratio 8.47 V 0.0833 sTs I-kn 30° ALFi 9.44 > 7.02 V Vb 7.11 ALFi Standard IEEE C57.13 Kr ALF 6.83ALF32.99 % > 0.85 VVb 1.00.09 VA R-ref (75.0 °C)+Rlead I-meas cos φ: Lm 0.272105 H Results at rated burden (1.00 VA) R-meas (25.0 °C)+Rlead 1.983 Ω Vb 20.0 V Primary winding resistance 1.983 Ω R-measR-meas (25.0 °C) 0.000106 H 0.09 Ω V-meas 0.0914V Z R-ref Burden Excitation 2.365 Ω Burden IEC-IDClass C Secondary winding resistance 9.25 R-ref (75.0 °C) 2.365 Ω 1.012 A Ls Results at operating burden (0.09 VA) Rct max Optional Frequency 60.0 Hz Comment 2.365 Ω Application Protection Tap C RecloserStandard Phase Test device Date/Time 9/30/2019 23:14 Test device CT-Analyzer Device serial no PL400P Company USA IEEE C57.13 Core Isn 1.0 A North Hampton/1.00 Serial numberOperating burden 0.09 VA Kiewit Rated burden 1.0 VA Manufacturer G&W Feeder /0.90 Type Station CountryViper S File name S3 Power Kiewit Northampton Object Overall assessement OK Ipn Asset 200.0 A Location 0.01 0.10 1.00 10.00 100.00 0.00 0.001 0.01 0.10 1.00 10.00 Voltage [V]Ie [A] Excitation curve X1-X2 1/2 88.4212 200.00 % 1/0.9 112.2950210.3283 31.325928.7141 26.235542.3361 Phase in min at % of rated current at rated burden (1.00 VA) 67.6369 120.00 %100.00 %VA/cos φ 1.00 % 5.00 % 10.00 % 50.00 %20.00 % 20.00 % -3.9913 -1.4204-1.6369 -1.37661/0.9 VA/cos φ 1.00 % 10.00 % -2.1971 -1.9207 5.00 % -2.5578 120.00 %50.00 % 100.00 % Current ratio error in % at % of rated current at rated burden (1.00 VA) 200.00 % -1.3293 -4.5000 -4.0000 -3.5000 -3.0000 -2.5000 -2.0000 -1.5000 -1.0000 -0.5000 0.0000 0.00 50.00 100.00 150.00 200.00 250.00Current ratio error [%]I/Ipn [%] Current ratio error in % at % of rated current at rated burden (1.00 VA) 1.00 VA 0.0000 50.0000 100.0000 150.0000 200.0000 250.0000 0.00 50.00 100.00 150.00 200.00 250.00Phase [min]I/Ipn [%] Phase in min at % of rated current at rated burden (1.00 VA) 1.00 VA 2/2 Table of Contents Job #KiewitPC_RyanNorthampton REVISED 5/28/2010COPYRIGHT © 2002-2012 POWERDB, INC. www.powerdb.com PAGE PAGE NO.Asset PositionSubstationPlant KiewitCustomer KiewitOwner 27200 - VOLTAGE TRANSFORMER TEST PV Field Overhead MV Meter Cluster 27300 - VOLTAGE TRANSFORMER APPLIED PV Field Overhead MV Recloser PAGE Comment Summary Job #KiewitPC_RyanNorthampton REVISED 9/5/2012COPYRIGHT © 2002-2012 POWERDB, INC. www.powerdb.com Owner Customer Kiewit Kiewit Plant:PV Field Substation:Date:9/30/2019Overhead MV Position:Meter Cluster Equipment:27200 - VOLTAGE TRANSFORMER TEST Insulation resistance results greater than 5000M Ohms.Comments: Suitable for energization Plant:PV Field Substation:Date:9/30/2019Overhead MV Position:Recloser Equipment:27300 - VOLTAGE TRANSFORMER APPLIED Delta 4000 used for calibrated AC input voltageComments: Suitable for energization Megger TTR25-1, Megger S1568 Scott GuarenteTESTED BY: 27200, REVISED 1/16/2015COPYRIGHT © 2002-2012 POWERDB, INC. www.powerdb.com TEST EQUIPMENT USED: HUMIDITY SUBSTATION DATE POSITION 9/30/2019 VOLTAGE TRANSFORMER TEST ADDRESS ADDRESS KiewitPC_RyanNorthamptonJOB # PAGE OWNER Kiewit 9701 Renner Blvd; Lenexa KS USA 66219 Ryan Rd; Northampton MA USA 01062 CUSTOMER Kiewit ASSET ID Overhead MV AMBIENT TEMPERATURE Meter Cluster %42 PLANT LOCATION65°F 1.5 °C % CONNECTIONS H H X X 1 20°C 1 2 1 2 Subtractive ERROR % CONNECTIONS H H X X 20°C % CONNECTIONS H H X X 20°C B Phase 1 2 1 2 Subtractive 5 1 C Phase 1 2 1 2 Subtractive 5 1 VT CONNECTION:1 PHASE 3 PHASE 15KV Arteche : 20 1 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 5,000.0 120 70 69.973 70 69.971 70 69.924 0.11 0.04 0.04 TEMPERATURE CORRECTION FACTOR TO 20°C, TCF PRIMARY FUSE: PRIMARY:SECONDARY: NAMEPLATE DATA CALCULATED TURNS RATIO MEASURED TURNS RATIO CALCULATED TURNS RATIO MEASURED TURNS RATIO CALCULATED TURNS RATIO MEASURED TURNS RATIO POLARITY POLARITY POLARITY 70 1 8,400 DELTAWYEDELTAWYE ERROR @ @ 1 kVDC kVDC MEGOHMS MEGOHMS MEGOHMS RDG. SERIAL NUMBER: @ @ @ 1 kVDC kVDC kVDC RDG. MEGOHMS MEGOHMS MEGOHMS INSULATION TEST INSULATION TEST INSULATION TEST SERIAL NUMBER: MEGOHMS MEGOHMS RDG. kVDC kVDC kVDC @ @ SERIAL NUMBER:VT IDENTIFICATION: VT IDENTIFICATION: TURNS RATIO TEST ERROR TURNS RATIO TEST TURNS RATIO TEST VT IDENTIFICATION: SECONDARY FUSE: 1 5 kVDC A Phase MEGOHMSPRI - SEC PRI - GRD SEC - GRD PRI - SEC PRI - GRD SEC - GRD @ PRI - SEC PRI - GRD SEC - GRD @ 5,000.0 757031070CATALOG NO.MANUFACTURER PRIMARY VOLTAGE Other SECONDARY VOLTAGE TYPE kVA NAMEPLATE RATIO CLASS MANUFACTURER MANUFACTURER TYPE TYPE SIZE SIZE NO. NO. EQUIPMENT TEMPERATURE COMMENTS:Insulation resistance results greater than 5000M Ohms. Suitable for energization DEFICIENCIES: PART NO. STYLE / MODEL NO. HERTZFREQUENCY TYPE kV Other BASIC IMPULSE LEVEL ACCURACY CLASS BURDEN RATING VOLTAGE CLASS MANUFACTURER Delta 4000 Scott GuarenteTESTED BY: 27300, REVISED 4/22/2009COPYRIGHT © 2002-2012 POWERDB, INC. www.powerdb.com TEST EQUIPMENT USED: HUMIDITY SUBSTATION DATE POSITION 9/30/2019 VOLTAGE TRANSFORMER APPLIED VOLTAGE RATIO TEST ADDRESS ADDRESS KiewitPC_RyanNorthamptonJOB # PAGE OWNER Kiewit 9701 Renner Blvd; Lenexa KS USA 66219 Ryan Rd; Northampton MA USA 01062 CUSTOMER Kiewit ASSET ID Overhead MV AMBIENT TEMPERATURE Recloser %42 PLANT LOCATION65°F Viper-S 15kv B C A B C CF .983 CF 1 CF .972 POSITION PHASE NAME- PLATE RATIO COMMENTS TEST RESULTS APPLIED PRIMARY VOLTAGE MEASURED SECONDARY VOLTAGE MEASURED RATIO % Error Line Side VS Tested (Z) Corrected Secondary Voltage : : : : : : : : : : : : : : : : : : : : : : : : : : : 8,000.0 8,000.0 8,000.0 8,000.0 8,000.0 8,000.0 0.818 0.805 0.827 0.804 0.805 0.803 9,779.951 9,937.888 9,673.518 9,950.248 9,937.888 9,962.640 -2.2 -0.6 -3.3 -0.5 -0.6 -0.4 10,000 10,000 10,000 10,000 10,000 10,000 1 1 1 1 1 1 PART NO. OR SERIAL NO. NAMEPLATE DATA Voltage Sensor G&W 110 60 Viper376ER-12S 201907080327 A COMMENTS:Delta 4000 used for calibrated AC input voltage Suitable for energization DEFICIENCIES: