36C25023P0914 Columbus VA Final Report Maint. Testing 10-24-2023.pdf
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- Solicitation number
- 36C25026Q0318AMEND0007
About this file
This is a final report documenting reliability testing and preventive maintenance services performed on electrical equipment at the Chalmers P. Wylie VA Ambulatory Care Center in Columbus, Ohio. The work was conducted by ABM Electrical Power Solutions and Volta Services from February 13, 2023 to August 24, 2023 under job number 86303213, with testing performed in accordance with NETA standards.
The report details comprehensive testing and maintenance of multiple pieces of electrical equipment located in the facility's energy center and substation areas. Equipment tested includes low voltage power circuit breakers (rated 400A and 800A), vacuum circuit breakers rated at 13.2kV, a dry-type transformer (2000 kVA, 13.2/0.48kV), medium voltage switchgear, and protective relay systems (SEL-700G and SEL-751A models). All tested equipment passed visual inspections, mechanical condition assessments, and electrical performance tests including insulation resistance measurements, high potential voltage tests, contact resistance measurements, and operational function verification. Testing results indicate acceptable performance across all evaluated apparatus, with no deficiencies noted. The report includes detailed test data, instrument readings, temperature corrections, and relay coordination settings, confirming the electrical distribution system is suitable for continued safe operation.
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| TRI ANNUAL DEVICE LIST FOR TESTING 2026.xlsx | XLSX spreadsheet | |
| VHA Directive 1028 Facility Electrical Power Systems.pdf |
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Text version
Project Summary
Date: 10/24/2023
Project: Reliability tes ng and preventa ve maintenance services as part of the Triennial Electrical
System Tes ng and Maintenance at the Chalmers P. Wylie VA Ambulatory Care Center
Period of Performance: 2/13/2023 to 8/24/2023
Summary: Reliability Tes ng and Preventa ve Maintenance Services
ABM Electrical Power Solu ons (ABM) and Volta Services performed reliability tes ng and preventa ve maintenance services in accordance with the detailed scope of services in the Volta
Services proposal and/or agreement/contract noted above. See the “Equipment Tested” sec on for a detailed lis ng of equipment tested and serviced. ABM performs comprehensive de-energized reliability tes ng and maintenance services to maintain the integrity of your electrical and distribu on system so that it operates safely, remains produc ve, and to insure suitability for con nued service. In the following report, ABM iden fies deficiencies and areas of concern along with the detailed recommended correc ve ac ons (Please refer to the sec on tled
"Analysis Recommenda ons”)
Descrip on of Tests:
Tests are compliant to the NETA standards for each individual apparatus. These include insula on resistance, contact resistance, and metering checks, overload protec on, cleaning, visual inspec on, and primary injec on.
Analysis and Recommenda ons:
This informa on can be located in the “Comments” or “Deficiencies” sec on and on the individual apparatus in ques on with any result in the test status header other than a pass.
Thank you for the opportunity to provide these services to you.
Aaron Philbrick
President
Volta Services, LLC
147 Woodhaven Lane
Ligonier, PA 15658-9263
412-439-9979
D.O.
ZONE INTLK
GRD. FLT.
GRD. FLT.
CU
THERMAL MEMORY
4W3W
AL
FRAME SIZE(F)
JF, DWTESTED BY:
www.abm.comABM Electrical Power Solutions 15055, REVISED 5/5/2020
REVIEWED BY:EQPT. INVENTORY NO. P0184, P0604
BREAKER TYPE
TRIP UNIT TYPE
0202340020010001
CUBICLE CODE
SN / SO NO.
MOUNTING
TARGETS
800A
20°C
INSPECTED CONDITION CLEAN/LUBE INSPECTED CONDITION CLEAN/LUBE
SIZE
A=
AA
X
A
A
A
A = A
AS
LEFT
TEST
AMPERES
POLE 1
FUNCTION
INSTANTANEOUS
SHORT TIME
LONG TIME
POLE 2
AS
FOUND
TIME BAND
MINIMUM
IPU
GFPU
VOLTAGE DROP @ LONG TIME TEST CURRENT
LTPU
STPU
GROUND FAULT
READING
POLE 3POLE 2POLE 1
20°C
LOAD CONDUCTOR NO.
READING 20°C 20°C
SQUARE D
MAXIMUM
20°C
EQPT. LOCATION
OWNER
ADDRESS
CUSTOMER
LOW VOLTAGE
POWER CIRCUIT BREAKER TEST
TELEPHONE
Columbus VA; 420 N James Rd; Columbus OH 43219
412-439-9979
JOB #147 Woodhaven Lane ; Ligonier PA 15658
Volta Services
86303213
CUSTOMER REPRESENTATIVE Aaron Philbrick
DATE 8/17/23 TEMPERATURE 68 °F HUMIDITY 50 % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION 109 ELECTRICAL ROOM PANEL H1EA BREAKER 15 Pass
PJA36080U33ALN
READING
84.00 82.00 73.00
NA
320-800A
Acceptable
Acceptable
Acceptable
N/A
Acceptable
N/A
Acceptable
0.047
0.581
13.263
0.047
0.581
13.263
Description
ARC CHUTES
AUXILIARY DEVICES
GROUND CONNECTION
Description
CUBICLE AND RACKING DEVICES
CONTACT FINGERS
LOADING AND ARCING CONTACTS
OVERCURRENT DEV. BATTERY
(P1-P2) (P2-P3) (P3-P4)
°C
800 800
6,000
3,600
1,867
4W3W A
X
SENSOR TAP 800
DELAY
RATING PLUG(R)
SENSOR TAP
POLE 3
RATING PLUG(R)
B.I.
OFFON
CURVE
I2T
DRAWING
GRD. FLT.
INST.
SHORT
LONG
FUNCTION
SHORT
LONG
PICKUP
CONTROL WIRING
POLE TO FRAME
POLE TO POLE
READING READING
CURRENT
MULTIPLE
AS
FOUND
I2T=
INST.
GRD. FLT.
LINE TO LOAD
TEMPERATURE CORRECTION FACTOR TO 20°C, TCF
POLE RESISTANCE - MICRO-OHMS
AS
FOUND
AS
LEFT
AS
LEFT
POWERPACT PJ800
FUSE CAT. NO.
MICROLOGIC 5.0
SENSOR TAPS
NA
CATALOG NO.
SETTINGS AS FOUND
A
SETTINGS AS LEFT FUNCTION PICKUP DELAY CURVE DRAWING
COUNTER READING BEG/END
INSULATION
RESISTANCE
20EQUIPMENT TEMPERATURE
MANUFACTURER
.1 ON
.1 ON
POLE1 POLE2 POLE3MEGOHMS MEGOHMS MEGOHMS
COMMENTS: Unable to perform insulation resistance due to connected loads. Test set automatically determines which phase is under test. All secondary tests passed.
DEFICIENCIES:
D.O.
ZONE INTLK
GRD. FLT.
GRD. FLT.
CU
THERMAL MEMORY
4W3W
AL
FRAME SIZE(F)
JF, DWTESTED BY:
www.abm.comABM Electrical Power Solutions 15055, REVISED 5/5/2020
REVIEWED BY:EQPT. INVENTORY NO. P0604, Micrologic LTU test set
BREAKER TYPE
TRIP UNIT TYPE
NA
CUBICLE CODE
SN / SO NO.
MOUNTING
TARGETS
400A
20°C
INSPECTED CONDITION CLEAN/LUBE INSPECTED CONDITION CLEAN/LUBE
SIZE
= AA
X
A
A
A
A = A
AS
LEFT
TEST
AMPERES
POLE 1
FUNCTION
INSTANTANEOUS
SHORT TIME
LONG TIME
POLE 2
AS
FOUND
TIME BAND
MINIMUM
IPU
GFPU
VOLTAGE DROP @ LONG TIME TEST CURRENT
LTPU
STPU
GROUND FAULT
READING
POLE 3POLE 2POLE 1
20°C
LOAD CONDUCTOR NO.
READING 20°C 20°C
SQUARE D
MAXIMUM
20°C
EQPT. LOCATION
OWNER
ADDRESS
CUSTOMER
LOW VOLTAGE
POWER CIRCUIT BREAKER TEST
TELEPHONE
Columbus VA; 420 N James Rd; Columbus OH 43219
412-439-9979
JOB #147 Woodhaven Lane ; Ligonier PA 15658
Volta Services
86303213
CUSTOMER REPRESENTATIVE Aaron Philbrick
DATE 8/17/23 TEMPERATURE 68 °F HUMIDITY 50 % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION 109 ELECTRICAL ROOM PANEL H1EA BREAKER 17 Pass
LJA36400U31XLD2
READING
88.00 86.00 80.00
NA
125-800A
Acceptable
Acceptable
Acceptable
N/A
Acceptable
N/A
Acceptable
0.059
2.287
0.059
2.287
Description
ARC CHUTES
AUXILIARY DEVICES
GROUND CONNECTION
Description
CUBICLE AND RACKING DEVICES
CONTACT FINGERS
LOADING AND ARCING CONTACTS
OVERCURRENT DEV. BATTERY
(P1-P2) (P2-P3) (P3-P4)
°C
400 400
2,500 6.25 0.083
2.5071.9913.841,539
4W3W A
X
SENSOR TAP 400
DELAY
RATING PLUG(R)
SENSOR TAP
POLE 3
RATING PLUG(R)
0.011
B.I.
OFFON
CURVE DRAWING
GRD. FLT.
INST.
SHORT
LONG
FUNCTION
SHORT
LONG
PICKUP
CONTROL WIRING
POLE TO FRAME
POLE TO POLE
READING READING
CURRENT
MULTIPLE
AS
FOUND
INST.
GRD. FLT.
LINE TO LOAD
TEMPERATURE CORRECTION FACTOR TO 20°C, TCF
POLE RESISTANCE - MICRO-OHMS
AS
FOUND
AS
LEFT
AS
LEFT
POWERPACT LJ400
FUSE CAT. NO.
MICROLOGIC 3.3
SENSOR TAPS
NA
CATALOG NO.
SETTINGS AS FOUND
A
SETTINGS AS LEFT FUNCTION PICKUP DELAY CURVE DRAWING
COUNTER READING BEG/END
INSULATION
RESISTANCE
20EQUIPMENT TEMPERATURE
MANUFACTURER
POLE1 POLE2 POLE3MEGOHMS MEGOHMS MEGOHMS
COMMENTS: Unable to perform insulation resistance due to connected loads. Test set automatically determines which phase is under test. All secondary tests passed.
HIGH POTENTIAL TEST VOLTAGE
TEST VOLTAGE MULTIPLIER, K1 =
VAC INTEGRITY TEST VOLTAGE
MVA
KVOPERATING VOLTAGE
DATE MANUFACTURED
AMPACITY
MODEL NO.
INTERRUPTING CAPACITY
MAXIMUM VOLTAGE
TYPE
MANUFACTURER
MS, JF, JHTESTED BY:
www.abm.comABM Electrical Power Solutions 16100, REVISED 3/9/2021
REVIEWED BY:EQPT. INVENTORY NO. P0604, P0605, P0600
CONDITION CLEAN/LUBE CONDITION CLEAN/LUBE
K2 = (K1) (TCF)
EQUIPMENT TEMPERATURE °C
KVAC
KVDC
POLE 2 POLE 3
HIGH POTENTIAL TEST
VAC INTEGRITY
PASS PASS PASS
PASS PASS PASS
RANGE
MULTIPLIER
INSULATION TEST VOLTAGE
1.000
1.000
1.000
@ KV KV =TO
VR
KV
KA
5/18
13.2
17-98392SQUARE D SERIAL NUMBER
Acceptable
Acceptable
Acceptable
C
C
Acceptable
Acceptable C
Acceptable C
Acceptable C
Acceptable
Acceptable
C/L
Acceptable C
Acceptable L
Acceptable
K2
1.000
1.000
1.000
READING
POLE 1 MEGOHMS (P1-P2)
20°C READING
POLE 2 MEGOHMS (P2-P3)
20°C
POLE 3 MEGOHMS (P1-P3)
READING
CONTACT FINGERS
VACUUM BOTTLE
CONTACT EROSION INDICATOR
OPERATING MECHANISM
CONTACT SEQUENCE
GROUND CONNECTION
AUXILIARY DEVICES
Description INSPECTEDINSPECTED
POLE 2
2,200
POLE 1
TEMPERATURE CORRECTION FACTOR TO 20°C, TCF 1
CONTACT MEASUREMENTS
RESISTANCE
INSULATION
POLE 3
CONTACT RESISTANCE
MICRO-OHMS
CONTROL WIRING - MEGOHMS
20°CREADING
Description
OVERALL CLEANLINESS
INSULATING MEMBERS
MECHANICAL CONNECTIONS
STRUCTURAL MEMBERS
CUBICLE
RACKING DEVICES
SHUTTER
20°C
POLE TO FRAME
POLE TO POLE
LINE TO LOAD
RDG.
EQPT. LOCATION
OWNER
ADDRESS
CUSTOMER
VACUUM CIRCUIT BREAKER TEST
TELEPHONE
Columbus VA; 420 N James Rd; Columbus OH 43219
412-439-9979
JOB #147 Woodhaven Lane ; Ligonier PA 15658
Volta Services
86303213
CUSTOMER REPRESENTATIVE Aaron Philbrick
DATE 2/21/23 TEMPERATURE 68 °F HUMIDITY 50 % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION113 PARALLEL SWITCHGEAR ROOM FEEDER 1 GPSS1 Pass
27KVDC 27KVDC KVAC
20°C
2,200
POLE 1
COUNTER READING: BEG. END00077 000077
COMMENTS:
VAC INTEGRITY TEST VOLTAGE
MVA
KVOPERATING VOLTAGE
DATE MANUFACTURED
AMPACITY
MODEL NO.
INTERRUPTING CAPACITY
MAXIMUM VOLTAGE
TYPE
MANUFACTURER
MS, JF, JHTESTED BY:
www.abm.comABM Electrical Power Solutions 16100, REVISED 3/9/2021
REVIEWED BY:EQPT. INVENTORY NO. P0604, P0605, P0600
CONDITION CLEAN/LUBE CONDITION CLEAN/LUBE
K2 = (K1) (TCF)
EQUIPMENT TEMPERATURE °C
KVAC
KVDC
POLE 2 POLE 3
HIGH POTENTIAL TEST
VAC INTEGRITY
PASS PASS PASS
PASS PASS PASS
RANGE
MULTIPLIER
INSULATION TEST VOLTAGE
1.000
1.000
2,660,000
1,167,000
1.000 2,520,000
20 21
20.0000 21.0000
@ KV KV =TO
VR
KV
KA
5/18
13.2
17-98390SQUARE D SERIAL NUMBER
Acceptable
Acceptable
Acceptable
C
C
Acceptable
Acceptable C
Acceptable C
Acceptable C
Acceptable
Acceptable
C/L
Acceptable C
Acceptable L
Acceptable
K2
1.000
1.000
1.000
READING
2,350,000
2,520,000
3,110,000
POLE 1 MEGOHMS (P1-P2)
20°C
2,350,000
2,520,000
3,110,000
READING
2,830,000
2,570,000
3,030,000
POLE 2 MEGOHMS (P2-P3)
20°C
2,830,000
2,570,000
3,030,000
POLE 3 MEGOHMS (P1-P3)
READING
2,660,000
2,520,000
1,167,000
CONTACT FINGERS
VACUUM BOTTLE
CONTACT EROSION INDICATOR
OPERATING MECHANISM
CONTACT SEQUENCE
GROUND CONNECTION
AUXILIARY DEVICES
Description INSPECTEDINSPECTED
POLE 2
2,200
POLE 1
20.0000
TEMPERATURE CORRECTION FACTOR TO 20°C, TCF 1
CONTACT MEASUREMENTS
RESISTANCE
INSULATION
POLE 3
CONTACT RESISTANCE
MICRO-OHMS
CONTROL WIRING - MEGOHMS
20°CREADING
Description
OVERALL CLEANLINESS
INSULATING MEMBERS
MECHANICAL CONNECTIONS
STRUCTURAL MEMBERS
CUBICLE
RACKING DEVICES
SHUTTER
20°C
POLE TO FRAME
POLE TO POLE
LINE TO LOAD
RDG.
EQPT. LOCATION
OWNER
ADDRESS
CUSTOMER
VACUUM CIRCUIT BREAKER TEST
TELEPHONE
Columbus VA; 420 N James Rd; Columbus OH 43219
412-439-9979
JOB #147 Woodhaven Lane ; Ligonier PA 15658
Volta Services
86303213
CUSTOMER REPRESENTATIVE Aaron Philbrick
DATE 2/21/23 TEMPERATURE 68 °F HUMIDITY 50 % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION113 PARALLEL SWITCHGEAR ROOM FEEDER 2 GPSS1 Pass
27KVDC 27KVDC KVAC
20°C
2,200
POLE 1
COUNTER READING: BEG. END00115 00116
VAC INTEGRITY TEST VOLTAGE
MVA
KVOPERATING VOLTAGE
DATE MANUFACTURED
AMPACITY
MODEL NO.
INTERRUPTING CAPACITY
MAXIMUM VOLTAGE
TYPE
MANUFACTURER
MS, JF, JHTESTED BY:
www.abm.comABM Electrical Power Solutions 16100, REVISED 3/9/2021
REVIEWED BY:EQPT. INVENTORY NO. P0604, P0605, P0600
CONDITION CLEAN/LUBE CONDITION CLEAN/LUBE
K2 = (K1) (TCF)
EQUIPMENT TEMPERATURE °C
KVAC
KVDC
POLE 2 POLE 3
HIGH POTENTIAL TEST
VAC INTEGRITY
PASS PASS PASS
PASS PASS PASS
RANGE
MULTIPLIER
INSULATION TEST VOLTAGE
1.000
1.000
2,370,000
1,670,000
1.000 2,500,000
24 21
24.0000 21.0000
@ KV KV =TO
VR
KV
KA
5/18
13.2
17-98394SQUARE D SERIAL NUMBER
Acceptable
Acceptable
Acceptable
C
C
Acceptable
Acceptable C
Acceptable C
Acceptable C
Acceptable
Acceptable
C/L
Acceptable C
Acceptable L
Acceptable
K2
1.000
1.000
1.000
READING
3,060,000
2,850,000
2,750,000
POLE 1 MEGOHMS (P1-P2)
20°C
3,060,000
2,850,000
2,750,000
READING
1,370,000
2,700,000
2,570,000
POLE 2 MEGOHMS (P2-P3)
20°C
1,370,000
2,700,000
2,570,000
POLE 3 MEGOHMS (P1-P3)
READING
2,370,000
2,500,000
1,670,000
CONTACT FINGERS
VACUUM BOTTLE
CONTACT EROSION INDICATOR
OPERATING MECHANISM
CONTACT SEQUENCE
GROUND CONNECTION
AUXILIARY DEVICES
Description INSPECTEDINSPECTED
POLE 2
2,200
POLE 1
22.0000
TEMPERATURE CORRECTION FACTOR TO 20°C, TCF 1
CONTACT MEASUREMENTS
RESISTANCE
INSULATION
POLE 3
CONTACT RESISTANCE
MICRO-OHMS
CONTROL WIRING - MEGOHMS
20°CREADING
Description
OVERALL CLEANLINESS
INSULATING MEMBERS
MECHANICAL CONNECTIONS
STRUCTURAL MEMBERS
CUBICLE
RACKING DEVICES
SHUTTER
20°C
POLE TO FRAME
POLE TO POLE
LINE TO LOAD
RDG.
EQPT. LOCATION
OWNER
ADDRESS
CUSTOMER
VACUUM CIRCUIT BREAKER TEST
TELEPHONE
Columbus VA; 420 N James Rd; Columbus OH 43219
412-439-9979
JOB #147 Woodhaven Lane ; Ligonier PA 15658
Volta Services
86303213
CUSTOMER REPRESENTATIVE Aaron Philbrick
DATE 2/21/23 TEMPERATURE 68 °F HUMIDITY 50 % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION113 PARALLEL SWITCHGEAR ROOM GENERATOR N0.1 MAIN Pass
27KVDC 27KVDC KVAC
20°C
2,200
POLE 1
COUNTER READING: BEG. END00396 00394
VAC INTEGRITY TEST VOLTAGE
MVA
KVOPERATING VOLTAGE
DATE MANUFACTURED
AMPACITY
MODEL NO.
INTERRUPTING CAPACITY
MAXIMUM VOLTAGE
TYPE
MANUFACTURER
MS, JF, JHTESTED BY:
www.abm.comABM Electrical Power Solutions 16100, REVISED 3/9/2021
REVIEWED BY:EQPT. INVENTORY NO. P0604, P0605, P0600
CONDITION CLEAN/LUBE CONDITION CLEAN/LUBE
K2 = (K1) (TCF)
EQUIPMENT TEMPERATURE °C
KVAC
KVDC
POLE 2 POLE 3
HIGH POTENTIAL TEST
VAC INTEGRITY
PASS PASS PASS
PASS PASS PASS
RANGE
MULTIPLIER
INSULATION TEST VOLTAGE
1.000
1.000
15,000,000
15,000,000
1.000 15,000,000
22 21
22.0000 21.0000
@ KV KV =TO
VR
KV
KA
5/18
13.2
17-98384SQUARE D SERIAL NUMBER
Acceptable
Acceptable
Acceptable
C
C
Acceptable
Acceptable C
Acceptable C
Acceptable C
Acceptable
Acceptable
C/L
Acceptable C
Acceptable L
Acceptable
K2
1.000
1.000
1.000
READING
15,000,000
15,000,000
15,000,000
POLE 1 MEGOHMS (P1-P2)
20°C
15,000,000
15,000,000
15,000,000
READING
15,000,000
15,000,000
15,000,000
POLE 2 MEGOHMS (P2-P3)
20°C
15,000,000
15,000,000
15,000,000
POLE 3 MEGOHMS (P1-P3)
READING
15,000,000
15,000,000
15,000,000
CONTACT FINGERS
VACUUM BOTTLE
CONTACT EROSION INDICATOR
OPERATING MECHANISM
CONTACT SEQUENCE
GROUND CONNECTION
AUXILIARY DEVICES
Description INSPECTEDINSPECTED
POLE 2
2,200
POLE 1
22.0000
TEMPERATURE CORRECTION FACTOR TO 20°C, TCF 1
CONTACT MEASUREMENTS
RESISTANCE
INSULATION
POLE 3
CONTACT RESISTANCE
MICRO-OHMS
CONTROL WIRING - MEGOHMS
20°CREADING
Description
OVERALL CLEANLINESS
INSULATING MEMBERS
MECHANICAL CONNECTIONS
STRUCTURAL MEMBERS
CUBICLE
RACKING DEVICES
SHUTTER
20°C
POLE TO FRAME
POLE TO POLE
LINE TO LOAD
RDG.
EQPT. LOCATION
OWNER
ADDRESS
CUSTOMER
VACUUM CIRCUIT BREAKER TEST
TELEPHONE
Columbus VA; 420 N James Rd; Columbus OH 43219
412-439-9979
JOB #147 Woodhaven Lane ; Ligonier PA 15658
Volta Services
86303213
CUSTOMER REPRESENTATIVE Aaron Philbrick
DATE 2/22/23 TEMPERATURE 68 °F HUMIDITY 50 % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION113 PARALLEL SWITCHGEAR ROOM GENERATOR N0.2 MAIN Pass
27KVDC 27KVDC KVAC
20°C
2,200
POLE 1
COUNTER READING: BEG. END00184 00185
EQPT. LOCATION
OWNER
ADDRESS
CUSTOMER
TRANSFORMER MAINTENANCE TEST
TELEPHONE
Columbus VA; 420 N James Rd; Columbus OH 43219
412-439-9979
JOB #147 Woodhaven Lane ; Ligonier PA 15658
Volta Services
86303213
CUSTOMER REPRESENTATIVE Aaron Philbrick
DATE 2/21/23 TEMPERATURE 68 °F HUMIDITY 50 % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION113 PARALLEL SWITCHGEAR ROOM H1T1 XFMR Pass
JF, JHTESTED BY:
www.abm.comABM Electrical Power Solutions 56700, REVISED 11/11/2021
REVIEWED BY:EQPT. INVENTORY NO. P0605, 011066, P0575
VISUAL AND MECHANICAL INSPECTION
INSPECT PHYSICAL AND MECHANICAL CONDITION
VERIFY FANS OPERATE
INSPECT ANCHORAGE, ALIGNMENT AND GROUNDING
INSPECTION REPORT
FAIL
FAIL
FAIL
PASS
PASS
PASS
INSPECTION REMARKS
NA
ELECTRICAL TESTS (OPTIONAL FOR L.V. TRANSFORMERS OR BELOW 500 kVA)
5,000
1.24609
1,000
4.01404
5,000
3.42188
MINUTES
PRIMARY TO
GROUND
SECONDARY TO
GROUND
PRIMARY TO
SECONDARY
INSULATION RESISTANCE IN MEGOHMS
TEST V
0.50
1.00
10.00
P. I.
P.I. = 10 min/1 min
MAINTENANCE
PHASE A
15.912
PHASE B
15.910
PHASE C
15.911
CALC
15.877
TRANSFORMER TURN RATIO TEST
TAP
E-GAL
ACCEPTANCE
.240778
.24090
.24096
.000389
.000408
.000411
E-G
WINDING RESISTANCE TEST IN OHMS
/2,000 60
6.25
NAMEPLATE DATA
38130361-006-01-1SERIAL NO.
13,860 13,530 13,200 12,870
E-F D-F E-G D-G C-G
13,200 Volts
SQUARE D YR MFR 2018
KVA
IMPEDANCE //AA FFA
12,540
WINDING MATERIAL °CALUMINUM
E-G
CLASSTYPECAPACITY
B.I.L. RATINGTEMPERATURE RISE
PRIMARY V
TAP POSITION Free Breathing
TAP SETTING
TAP VOLTAGES
/ 115
VPI
MANUFACTURER
INSULATING MEDIUM
TANK TYPE
Air
SECONDARY V 480
DRY TYPE CONSERVATOR
DELTA
/ 7,26113,200 WYE
WORKING TAP AF
H0-H1
H0-H2
H0-H3
X3-X1
X1-X2
X2-X3117,400
121,500
151,400
103,700
156,700
629,000
271,000
320,000
1,095,000
E-G
38130361-006-01-01_XD
DryTypeTransformerReport Source
2/21/2023 9:47:28 AMSession Test Date
Nameplate Company ABM Serial Number 38130361-006-01-1
Location COLUMBUS VA Special ID H1T1
Division CRANBERRY Circuit Designation H1T1
Manufacturer Square D Electric Class
Year Manufactured 2018 Type DryTypeTransformer
Mfr Location BLAND, VA Winding Insulation
Coolant Select Coolant Weight 12300 LB
Tank Type Select Tank Type BIL 60 kV
Dry Tank Type Ventilated VA Rating 2000 kV 13.2,0.48,* Insulation Material Paper
Administration Test Date 2/21/2023 Test Time: 9:47 AM Weather Indoors
Air Temperature 20.3°C Apparatus Temperature
20°C Humidity 24.261 %
Tester ABM Work Order Date Last Tested
Verified Test Set Type M4100 Date Retested
Verification Date Set Top Serial # 62033062 Reason Routine
Last Sheet # Test Set Model M4100 Travel Time
Purchase Order 86303213 Ins. Book # Duration
Copies Sheet # Crew Size 2
Overall Tests - 2K # Insulation Test kV mA Watts PF
Cap (pF) IR Man.
1 CH+CHL * * * * *
2 CH * * * * *
3 CHL (Measured) * * * * *
4 CHL * * * * *
5 CL+CHL * * * * *
6 CL * * * * *
7 CHL (Measured) * * * * *
8 CHL * * * * *
Report generated on 2/22/2023 10:18:58 AM 1 - 2
Overall Tests - LG # Insulation Test kV mA Watts PF
Cap (pF) Tip Up FRANK™ IR Man.
1 CH+CHL 7.599 8.804 1.154 1.311 2335.275 *
2 CH 7.599 1.067 0.227 2.126 283.094 * Good
3 CHL (Measured) 7.599 7.736 0.939 1.214 2051.930 * Good
4 CHL * 7.736 0.927 1.198 2052.181 *
5 CL+CHL 0.479 18.886 1.284 0.680 5009.720 *
6 CL 0.479 11.147 0.358 0.321 2956.935 * Good
7 CHL (Measured) 0.479 7.739 0.924 1.195 2052.605 * Good
8 CHL * 7.739 0.926 1.196 2052.785 *
Excitation Current & Losses Tests Manufacturer Type Steps Boost % Buck % Position Found Position Left Oil Volume
DETC Square D Electric
5 * * 3 3 *
H1 H0 H2 H0 H3 H0
Winding :
Tap Position
(s)
Test kV mA Watts X mA Watts X mA Watts X FRANK™ Manual
HV: 3 5 398.950 3061.12
L 313.294 2289.419 L 408.962 3068.464 L Good
Report generated on 2/22/2023 10:18:58 AM 2 - 2
VAC INTEGRITY TEST VOLTAGE
MVA
KVOPERATING VOLTAGE
DATE MANUFACTURED
AMPACITY
MODEL NO.
INTERRUPTING CAPACITY
MAXIMUM VOLTAGE
TYPE
MANUFACTURER
MS, JF, JHTESTED BY:
www.abm.comABM Electrical Power Solutions 16100, REVISED 3/9/2021
REVIEWED BY:EQPT. INVENTORY NO. P0604, P0605, P0600
CONDITION CLEAN/LUBE CONDITION CLEAN/LUBE
K2 = (K1) (TCF)
EQUIPMENT TEMPERATURE °C
KVAC
KVDC
POLE 2 POLE 3
HIGH POTENTIAL TEST
VAC INTEGRITY
PASS PASS PASS
PASS PASS PASS
RANGE
MULTIPLIER
INSULATION TEST VOLTAGE
1.000
1.000
3,400,000
4,330,000
1.000 3,350,000
22 20
22.0000 20.0000
@ KV KV =TO
VR
KV
KA
5/18
13.2
17-98388SQUARE D SERIAL NUMBER
Acceptable
Acceptable
Acceptable
C
C
Acceptable
Acceptable C
Acceptable C
Acceptable C
Acceptable
Acceptable
C/L
Acceptable C
Acceptable L
Acceptable
K2
1.000
1.000
1.000
READING
3,700,000
5,000,000
3,350,000
POLE 1 MEGOHMS (P1-P2)
20°C
3,700,000
5,000,000
3,350,000
READING
3,430,000
3,680,000
3,900,000
POLE 2 MEGOHMS (P2-P3)
20°C
3,430,000
3,680,000
3,900,000
POLE 3 MEGOHMS (P1-P3)
READING
3,400,000
3,350,000
4,330,000
CONTACT FINGERS
VACUUM BOTTLE
CONTACT EROSION INDICATOR
OPERATING MECHANISM
CONTACT SEQUENCE
GROUND CONNECTION
AUXILIARY DEVICES
Description INSPECTEDINSPECTED
POLE 2
2,200
POLE 1
21.0000
TEMPERATURE CORRECTION FACTOR TO 20°C, TCF 1
CONTACT MEASUREMENTS
RESISTANCE
INSULATION
POLE 3
CONTACT RESISTANCE
MICRO-OHMS
CONTROL WIRING - MEGOHMS
20°CREADING
Description
OVERALL CLEANLINESS
INSULATING MEMBERS
MECHANICAL CONNECTIONS
STRUCTURAL MEMBERS
CUBICLE
RACKING DEVICES
SHUTTER
20°C
POLE TO FRAME
POLE TO POLE
LINE TO LOAD
RDG.
EQPT. LOCATION
OWNER
ADDRESS
CUSTOMER
VACUUM CIRCUIT BREAKER TEST
TELEPHONE
Columbus VA; 420 N James Rd; Columbus OH 43219
412-439-9979
JOB #147 Woodhaven Lane ; Ligonier PA 15658
Volta Services
86303213
CUSTOMER REPRESENTATIVE Aaron Philbrick
DATE 2/21/23 TEMPERATURE 68 °F HUMIDITY 50 % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION113 PARALLEL SWITCHGEAR ROOM LOAD BANK / TEMP GEN Pass
27KVDC 27KVDC KVAC
20°C
2,200
POLE 1
COUNTER READING: BEG. END00103 00105
ADDRESS
CUSTOMER
JOB #
MEDIUM VOLTAGE
SWITCHGEAR INSPECTION
CUSTOMER REPRESENTATIVE TELEPHONE
Volta Services
Aaron Philbrick 412-439-9979
86303213147 Woodhaven Lane ; Ligonier PA 15658
Columbus VA; 420 N James Rd; Columbus OH 43219 LOCATION
DATE 3/27/23 TEMPERATURE 70 °F HUMIDITY 40 % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION PassMAIN SWGR113 PARALLEL SWITCHGEAR ROOM
Jason Rittko/ Scott AlterTESTED BY:
www.abm.comABM Electrical Power Solutions 50900, REVISED 4/8/2019
REVIEWED BY:EQPT. INVENTORY NO. P0002/ P0297/ P0133
SERIAL NO.
VOLTAGE CLASS
CATALOG NO.
MANUFACTURER METAL-CLADRUSSELECTRIC
NAMEPLATE DATA
AMPERES1200
15000 Volts
CURRENT RATING
ADDITIONAL INFORMATION
TYPE
CONDITION
CONDITION
REMARK NUMBER
REMARK NUMBER
INSPECTIONS
EXTERIOR OF EQUIPMENT
ALL INTERIOR OF CUBICLES
BUS SUPPORT INSULATORS AND SPACING
SYSTEM MAINTENANCE AND CHECKS
TORQUE-TEST BOLTED BUS (READILY ACCESSIBLE CONNECTIONS ONLY)
LUBRICATE DRAW-OUT ASSEMBLY PARTS
VACUUM AND CLEAN INTERIOR OF CUBICLES
OPERATE CONTROLS AND CHECK CORRECTNESS OF FUNCTIONS
CHECK AUTOMATIC TRANSFER RELAY OPERATION (IF USED)
ALL INTERIOR BUS CABLE SYSTEMS
DOORS PANELS BRACKETS
DOOR HANDLES LOCKING BARS / MECHANISMS
INSTRUMENTS RELAY COVERS
BREAKER CELL CONTACTS
CONTROL TRANSFORMERS METERING TRANSFORMERS INSTRUMENTS
GROUNDING
RAILS GUIDES ROLLERS SHUTTER MECHANISMS
WIRING TERMINAL CONNECTIONS
SPACE HEATERSGRID ASSEMBLIES
CELL INTERLOCKS AUXILIARY CONTACT ASSEMBLIES
FILTERS IN PLACE VENTS ARE CLEAR
ANNUNCIATOR ALARM / TARGET OPERATION
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
G P C I
= ITEMS FOUND IN SATISFACTORY CONDITIONG
P = ITEMS FOUND IN POOR CONDITION AND REQUIRING FUTURE CORRECTIVE ACTION
= ITEMS REPAIRED OR CORRECTED AND LEFT IN SATISFACTORY CONDITIONC
= ITEMS REQUIRING IMMEDIATE CORRECTIVE ACTIONSI
MEDIUM VOLTAGE
SWITCHGEAR INSPECTION
PAGE
Jason Rittko/ Scott AlterTESTED BY:
www.abm.comABM Electrical Power Solutions 50900, REVISED 4/8/2019
REVIEWED BY:EQPT. INVENTORY NO. P0002/ P0297/ P0133
INSULATION RESISTANCE
DESCRIBE WHAT WAS TESTED Test all sections of Bus @5kvdc
REFERENCE STANDARD: NETA ACCEPTABLE
ALL PHASES - TO - GROUND
PHASE A TO PHASE B, PHASE C AND GROUND
PHASE B TO PHASE C, PHASE A AND GROUND
PHASE C TO PHASE A, PHASE B AND GROUND
Measured
RESULT
(MEGOHMS)
RECOMMENDED
MINIMUM
(MEGOHMS)
RESULT
ACCEPTABLE
(YES / N0)
TEST VOLTAGE: VOLTS DC
MINUTE(S)Duration:
1,768,000 5,000
3,040,000 5,000
4,150,000 5,000
5,0003,200,000
YES
YES
YES
YES
OVERPOTENTIAL
Test all sections of Bus @27kvac
REFERENCE STANDARD: NETA ACCEPTABLE
DESCRIBE WHAT WAS TESTED
ALL PHASES - TO - GROUND
PHASE A TO PHASE B, PHASE C AND GROUND
PHASE B TO PHASE C, PHASE A AND GROUND
PHASE C TO PHASE A, PHASE B AND GROUND
Measured
RESULT
(MICRO AMPS)
RESULT
(PASS / FAIL)
RESULT
ACCEPTABLE
(YES / N0)
TEST VOLTAGE:
MINUTE(S)Duration:
0.14
0.13
0.14
0.14
YES
YES
YES
YES
PASS
PASS
PASS
PASS
CONNECTION RESISTANCE
ACCEPTABLE
(YES / NO)
ACCEPTABLE
(YES / N0)
MEASURED RESULT MEASURED RESULT
( MICRO OHMS) OHMS)(
YES
YES
YES
PHASE
PHASE
PHASE
PHASE
PHASE
PHASE
PHASE
PHASE
PHASE
PHASE
PHASE
PHASE
A
B
C
A
B
C
A
B
C
A
B
C
A
B
C
NETA CONNECTION RESISTANCE REQUIREMENT: COMPARE RESULTS TO RESULTS OF SIMILAR CONNECTIONS.
ARE RESULTS SATISFACTORY YES NO ( IF NO, SEE COMMENTS FOR AN EXPLANATION )
CONNECTION FROM
CONNECTION TO
ALL BUS
ALL BUS CONNECTION TO
CONNECTION FROM
CONNECTION TO
CONNECTION FROM
CONNECTION TO
CONNECTION FROM
ADDRESS
CUSTOMER
TELEPHONE
Columbus VA; 420 N James Rd; Columbus OH 43219
412-439-9979
JOB #147 Woodhaven Lane ; Ligonier PA 15658
Volta Services
86303213
CUSTOMER REPRESENTATIVE Aaron Philbrick
DATE 8/17/23 TEMPERATURE °F HUMIDITY % ENERGY CENTER
EQUIPMENT ID TEST STATUSSUBSTATION113 PARALLEL SWITCHGEAR ROOM RELAY TEST REPORTS Pass
TESTED BY:
www.abm.comABM Electrical Power Solutions 001, REVISED 2/18/2020
REVIEWED BY:EQPT. INVENTORY NO.
See attached relay test results.
REPORT FORM
Generator No. 1
RELAY TEST
RESULTS
Routine SEL-700G.FST_LIB AFAL AL Test Date 8/17/2023 Version Pass/Fail PASS
Device Data:
Tested_By: KAL Date_: 8/17/2023 Customer: Columbus VA Hospital Job_Number: 86303213 Location: Energy Center Substation: Parallel Switchgear Position: Generator No. 1 Phase_Zone: Generator No. 1 Relay_Manf: SEL Relay_Type: SEL-700G Model_Style: 0700G11ACACA76850300 IEEE_Device: MF IL_IB: Serial_Number: 3180710056
Routine Notes:
Device Settings Used for Testing:
RID$ = "SEL-700G"
TID$ = "GENERATOR RELAY"
PHROT$ = "ABC"
X_CUR_IN$ = "NEUT"
CTRX = 40
INOM = 5.0
DELTAY_X$ = "DELTA"
PTRX = 120.00
VNOM_X = 14.40
EXT3V0_X$ = "NONE"
CTCONY$ = "WYE"
CTRY = 40
PTRS = 120.00
CTRN = 40
PTRN = 40.00
E87$ = "NONE"
E87N$ = "N"
EREF$ = "N"
E64G$ = "N" E64F$ = "N"
EBUP$ = "C"
s51CP = 3.75 s51CC$ = "U4" s51CTD = 15.00 s51CRS$ = "Y" s51CTC = 1 E40$ = "N" E46$ = "N" E49T$ = "N" E24$ = "N" E78$ = "1B" s78FWD = 8.0 s78REV = 8.0 s78R1 = 6.0 s78R2 = 6.0 s78TD = 0.00 s78TDURD = 0.00 s50ABC = 0.25
Print Date: 8/17/2023 9:30:30 PM Page 1 of 10
RESULTS
Device Settings (Continued):OOSTC = 1
EINAD$ = "N"
s50PX1P$ = "OFF" s50PX2P$ = "OFF" s50PX3P$ = "OFF" s50GX1P = 1.20 s50GX1D = 0.40 s50GX1TC = 1 s50GX2P$ = "OFF" s50QX1P$ = "OFF" s50QX2P$ = "OFF" s51GXP$ = "OFF" s50PY1P$ = "OFF" s50PY2P$ = "OFF" s50PY3P$ = "OFF" s50GY1P$ = "OFF" s50GY2P$ = "OFF" s50QY1P$ = "OFF" s50QY2P$ = "OFF" s50N1P$ = "OFF" s50N2P$ = "OFF" s51NP$ = "OFF"
EDIRX$ = "N"
ZLFX = 6.50
PLAFX = 30.00
NLAFX = -30.00
EPWRX = 1
s3PWRX1P = 30.0
PWRX1T$ = "-WATTS"
PWRX1D = 5.00
E81X$ = "N"
E81RX$ = "N"
E81ACC$ = "N"
LOPBLKX = 0
s27PPX1P = 93.5 s27PPX1D = 0.50 s27PPX2P$ = "OFF" s59PPX1P$ = "OFF" s59PPX2P$ = "OFF" E27V1X = 1 s27V1X1P = 5.0 s27V1X1D = 0.50 E59V1X$ = "N" s59QX1P$ = "OFF" s59QX2P$ = "OFF" s27S1P = 30.0 s27S1D = 0.10 s27S2P$ = "OFF" s59S1P$ = "OFF" s59S2P$ = "OFF"
E49RTD$ = "NONE"
E25X$ = "Y" s25VLOX = 92.00 s25VHIX = 138.00 s25VDIFX = 15.0 s25RCFX = 1.000
Print Date: 8/17/2023 9:30:30 PM Page 2 of 10
RESULTS
Device Settings (Continued):GENV_$ = "N" s25SLO = -0.10 s25SHI = 0.10 s25ANG1X = 10 s25ANG2X = 15
CANGLE = 0
SYNCPX$ = "VABX"
TCLOSDX$ = "OFF"
CFANGLE$ = "OFF"
BSYNCHX$ = "NOT 3POX"
EAUTO$ = "NONE"
EDEM$ = "ROL"
DMTC = 15
PHDEMPX$ = "OFF"
GNDEMPX$ = "OFF"
s3I2DEMPX$ = "OFF" s50LXP = 0.25 s3POXD = 0.00
TDURD = 0.50
CFDX = 0.50
TRX$ = "SV06 OR SV07 OR SV08 OR 46Q2T OR 81X1T OR 81X2T OR 81RX1T OR 81RX2T OR OOST OR
SV04T OR OCX"
TR1$ = "SV06 OR SV07 OR SV08"
TR2$ = "SV06 OR SV07 OR LT06"
TR3$ = "SV06 OR SV07"
REMTRIP = 0
ULTRX$ = "3POX"
ULTR1$ = "NOT TR1"
ULTR2$ = "NOT TR2"
ULTR3$ = "NOT TR3"
s52AX$ = "IN101"
CLX$ = "SV03T OR CCX OR SV11T AND 25C"
ULCLX$ = "TRIPX"
ELAT = 6
ESV = 12
ESC$ = "N"
EMV$ = "N"
SET01$ = "R_TRIG SV01T AND NOT LT01"
RST01$ = "R_TRIG SV01T AND LT01"
SET02 = 0
RST02 = 0
SET03$ = "PB03 AND R_TRIG SV02T AND LT01 AND NOT 52AX "
RST03$ = "( R_TRIG SV02T OR SV03T ) AND LT03"
SET04$ = "PB04 AND R_TRIG SV02T AND 52AX"
RST04$ = "( R_TRIG SV02T OR SV04T ) AND LT04"
SET05$ = "NA"
RST05$ = "NA"
SET06$ = "LB01 OR RB01"
RST06$ = "3POX"
SV01PU = 3.00
SV01DO = 0.00
SV01$ = "PB01"
SV02PU = 0.25
SV02DO = 0.00
SV02$ = "PB01 OR PB02 OR PB03 OR PB04"
SV03PU = 0.00
Print Date: 8/17/2023 9:30:30 PM Page 3 of 10
RESULTS
Device Settings (Continued):SV03DO = 0.00
SV03$ = "LT03"
SV04PU = 0.00
SV04DO = 0.00
SV04$ = "LT04"
SV05PU = 0.25
SV05DO = 0.25
SV05$ = "( PB01 OR PB02 OR LT03 OR LT04 ) AND NOT SV05T "
SV06PU = 0.00
SV06DO = 0.00
SV06$ = "87R OR 87U OR 87N1T OR 87N2T OR 64G1T OR 64G2T OR REF1P OR 67GX1T OR 67GX2T OR
INADT OR 64F2T"
SV07PU = 0.00
SV07DO = 0.00
SV07$ = "21C1T OR 21C2T OR 51CT OR 51VT OR 51GXT OR 51NT OR 67N1T OR 67N2T OR 49T OR LT06
AND NOT 3PWRX1T AND NOT LOPX "
SV08PU = 0.00
SV08DO = 0.00
SV08$ = "24C2T OR 3PWRX1T OR 40Z1T OR 40Z2T"
SV09PU = 0.00
SV09DO = 0.00
SV09 = 0
SV10PU = 0.00
SV10DO = 0.00
SV10 = 0
SV11PU = 0.00
SV11DO = 2.00
SV11 = 0
SV12PU = 0.00
SV12DO = 2.00
SV12 = 0
OUT101FS$ = "N"
OUT101$ = "TRIPX"
OUT102FS$ = "N"
OUT102 = 0
OUT103FS$ = "N"
OUT103 = 0
OUT301FS$ = "Y"
OUT301$ = "HALARM OR SALARM"
OUT302FS$ = "N"
OUT302 = 0
OUT303FS$ = "N"
OUT303$ = "25AY2 OR 25AX2 OR 27S1"
OUT304FS$ = "N"
OUT304 = 0
OUT401FS$ = "N"
OUT401 = 0
OUT402FS$ = "N"
OUT402 = 0
OUT403FS$ = "N"
OUT403 = 0
OUT404FS$ = "N"
OUT404 = 0
FNOM = 60
DATE_F$ = "MDY"
FAULT$ = "51V OR 51C OR 50PX1P OR 46Q2 OR 21C1P OR 21C2P OR 50PY1P OR 50QY1P OR 50GY1P OR
67N1P OR 51PYP OR 51QYP OR 51GYP OR TRIP EVENT MESSENGER"
Print Date: 8/17/2023 9:30:30 PM Page 4 of 10
RESULTS
Device Settings (Continued):EMP$ = "N"
TGR = 3
SS1 = 1
SS2 = 0
SS3 = 0
EPMU$ = "N"
IRIGC$ = "NONE"
UTC_OFF = 0.00
DST_BEGM$ = "OFF"
s52ABF$ = "N"
BFDX = 0.50
BFIX$ = "R_TRIG TRIPX"
IN101D = 10
IN102D = 10
IN301D = 10
IN302D = 10
IN303D = 10
IN304D = 10
IN401D = 10
IN402D = 10
IN403D = 10
IN404D = 10
EBMONX$ = "Y"
COSP1X = 10000
COSP2X = 150
COSP3X = 12
KASP1X = 1.20
KASP2X = 8.00
KASP3X = 20.00
BKMONX$ = "TRIPX"
RSTTRGT = 0
RSTENRGY = 0
RSTMXMN = 0
RSTDEM = 0
RSTPKDEM = 0
DSABLSET = 0
TIME_SRC$ = "IRIG1"
P1_IPADDR$ = "192.168.3.11"
P1_SUBNETM$ = "255.255.0.0"
P1_DEFRTR$ = "192.168.3.254"
P1_ETCPKA$ = "Y"
P1_KAIDLE = 10
P1_KAINTV = 1
P1_KACNT = 6
P1_FASTOP$ = "N"
P1_NETASPD$ = "AUTO"
P1_TPORT = 23
P1_TIDLE = 15
P1_FTPUSER$ = "FTPUSER"
P1_EMOD = 2
P1_MODNUM1 = 502
P1_MODNUM2 = 502
P1_MTIMEO1 = 15
P1_MTIMEO2 = 15
P1_ESNTP$ = "OFF"
P2_PROTO$ = "SEL"
Print Date: 8/17/2023 9:30:30 PM Page 5 of 10
RESULTS
Device Settings (Continued):P2_SPEED = 9600
P2_BITS = 8
P2_PARITY$ = "N"
P2_STOP = 1
P2_T_OUT = 5
P2_AUTO$ = "N"
P2_FASTOP$ = "N"
P3_PROTO$ = "SEL"
P3_SPEED = 9600
P3_BITS = 8
P3_PARITY$ = "N"
P3_STOP = 1
P3_T_OUT = 5
P3_AUTO$ = "N"
P3_FASTOP$ = "N"
PF_PROTO$ = "SEL"
PF_SPEED = 9600
PF_BITS = 8
PF_PARITY$ = "N"
PF_STOP = 1
PF_RTSCTS$ = "N"
PF_T_OUT = 5
PF_AUTO$ = "N"
Global Defines:
SET_GROUP$="1" 'RELAY SET GROUP TO TEST
CONTACT$="401" '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
DIR_TEST_VOLTS=30 'TEST VOLTAGE FOR DIRECTIONAL ELEMENTS
ZONE_TEST_AMPS=5 'DESIRED TEST CURRENT FOR ZONE ELEMENTS
IF DELTAY_X$="WYE" THEN
NORM_VOLTS=(VNOM_X*1000/PTRX)/SQR(3)
ELSE
NORM_VOLTS=(VNOM_X*1000/PTRX)
END IF
Device Test Results for: RELAY STATUS CHECK
N/A
Additional Data:
STA
SEL-700G Date: 08/17/2023 Time: 17:05:15.055 GENERATOR RELAY Time Source: Internal
Serial Num = 3180710056 FID = SEL-700G-R110-V0-Z005002-D20160831
CID = 9BD8 PART NUM = 0700G11ACACA76850300
Self Tests (W=Warn)
Print Date: 8/17/2023 9:30:30 PM Page 6 of 10
RESULTS
(Continued) Device Test Results for: RELAY STATUS CHECK
FPGA GPSB HMI RAM ROM CR_RAM NON_VOL CLOCK +0.9V +1.2V +1.5V
OK OK OK OK OK OK OK OK 0.91 1.21 1.51
+1.8V +2.5V +3.3V +3.75V +5.0V -1.25V -5.0V BATT
1.81 2.51 3.34 3.78 4.93 -1.25 -5.09 3.00
Option Cards
CARD_C CARD_D CARD_E CARD_Z
OK OK OK OK
Offsets (mV) W=Warn
IAX IBX ICX IAY IBY ICY IN VAX VBX VCX VS VN
6 6 8 4 5 6 6 -7 -7 -7 -6 -6
Relay Enabled
Device Test Results for: METER TEST
APPLIED APPLIED CURRENT
SEC VOLT SEC AMP PH LAG
69.28 2.00 30.00
PHASE CALCULATED MEASURED % ERROR CALCULATED MEASURED % ERROR OK?
PRI KV PRI KV PRI CUR PRI CUR
A-N 14.0 14.2 1.5 72.0 71.9 -0.1 PASS
B-N 14.4 14.6 1.6 80.0 80.2 0.2 PASS
C-N 14.8 14.4 -2.7 88.0 88.0 0.0 PASS
CALCULATED MEASURED % ERROR CALCULATED MEASURED % ERROR OK?
MEGA WATT MEGA WATT MEGA VAR MEGA VAR
1.7 1.7 -0.1 1.0 1.0 0.5 PASS
Device Test Results for: ZLFX SOURCE X FORWARD LOAD IMPEDANCE
Z ANGLE VOLTAGE CURRENT IMPEDANCE IDEAL %ERROR OK?
0.00 56.292 5.000 6.50 6.50 0.00 PASS
Device Test Results for: ZLFX SOURCE X FORWARD LOAD ANGLE
LAGGING ANGLE IDEAL RANGE OK?
30.00 30.00 27.00 TO 33.00 PASS
LEADING ANGLE IDEAL RANGE OK?
330.00 330.00 327.00 TO 333.00 PASS
Device Test Results for: 51CP PHASE TIME OVERCURRENT PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
3.750 3.750 0.00 PASS
Print Date: 8/17/2023 9:30:30 PM Page 7 of 10
RESULTS
Device Test Results for: 51C PHASE TIME OVERCURRENT CURVE
MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK?
2.00 7.500 1730.43 28.840 28.878 -0.13 PASS
3.00 11.250 666.97 11.116 11.159 -0.39 PASS
4.00 15.000 369.89 6.165 6.198 -0.54 PASS
Device Test Results for: 27PPX1P SOURCE X PHASE TO PHASE UNDERVOLTAGE PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
92.565 93.500 -1.00 PASS
Device Test Results for: 27PPX1D SOURCE X PHASE TO PHASE UNDERVOLTAGE TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
0.80 74.800 31.04 0.517 0.385 TO 0.615 PASS
Device Test Results for: 27V1X1P SOURCE X POSITIVE SEQUENCE UNDERVOLTAGE PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
5.000 5.000 0.00 PASS
Device Test Results for: 27V1X1D SOURCE X POSITIVE SEQUENCE UNDERVOLTAGE TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
0.80 4.000 31.25 0.521 0.385 TO 0.615 PASS
Device Test Results for: 3PWRX1P SOURCE X THREE PHASE POWER PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
0.082 0.083 -2.00 PASS
Device Test Results for: 3PWRX1D SOURCE X THREE PHASE POWER TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK?
1.20 0.100 303.13 5.052 5.000 1.04 PASS
Print Date: 8/17/2023 9:30:30 PM Page 8 of 10
RESULTS
Device Test Results for: 50GX1P SOURCE X ZERO SEQUENCE OVERCURRENT PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
1.200 1.200 0.00 PASS
Device Test Results for: 50GX1D SOURCE X ZERO SEQUENCE OVERCURRENT TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
1.20 1.440 25.66 0.428 0.350 TO 0.450 PASS
Device Test Results for: 27S1P SYNCHRONIZING PHASE UNDERVOLTAGE PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
30.000 30.000 0.00 PASS
Device Test Results for: 27S1D SYNCHRONIZING PHASE UNDERVOLTAGE TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
0.80 24.000 7.06 0.118 0.000 TO 0.203 PASS
Device Test Results for: 25VLOX SOURCE X LINE SYNCHRONIZING PHASE LOW VOLTAGE THRESHOLD
DROPOUT VOLTS IDEAL %ERROR OK?
91.080 92.000 -1.00 PASS
Device Test Results for: 25VHIX SOURCE X LINE SYNCHRONIZING PHASE HIGH VOLTAGE THRESHOLD
DROPOUT VOLTS IDEAL %ERROR OK?
138.000 138.000 0.00 PASS
Device Test Results for: 25VLOX SOURCE X BUS SYNCHRONIZING PHASE LOW VOLTAGE THRESHOLD
PICKUP VOLTS IDEAL %ERROR OK?
92.920 92.000 1.00 PASS
Device Test Results for: 25VHIX SOURCE X BUS SYNCHRONIZING PHASE HIGH VOLTAGE THRESHOLD
PICKUP VOLTS IDEAL %ERROR OK?
136.620 138.000 -1.00 PASS
Device Test Results for: 25DIFX SOURCE X BUS VOLTAGE DIFFERENTIAL PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
114.758 117.100 -2.00 PASS
Device Test Results for: 25ANG1X SOURCE X SYNCHRONIZING ANGLE 1
LAGGING ANGLE IDEAL RANGE OK?
10.00 10.00 8.00 TO 12.00 PASS
LEADING ANGLE IDEAL RANGE OK?
350.50 350.00 348.00 TO 352.00 PASS
Print Date: 8/17/2023 9:30:30 PM Page 9 of 10
RESULTS
Device Test Results for: 25ANG2X SOURCE X SYNCHRONIZING ANGLE 2
LAGGING ANGLE IDEAL RANGE OK?
15.00 15.00 13.00 TO 17.00 PASS
LEADING ANGLE IDEAL RANGE OK?
345.50 345.00 343.00 TO 347.00 PASS
Print Date: 8/17/2023 9:30:30 PM Page 10 of 10
Generator No. 2
RESULTS
Routine SEL-700G.FST_LIB AFAL AL Test Date 8/17/2023 Version 8.5 Pass/Fail PASS
Device Data:
Tested_By: KAL Date_: 8/17/2023 Customer: Columbus VA Hospital Job_Number: 86303213 Location: Energy Center Substation: Parallel Switchgear Position: Generator No. 2 Phase_Zone: Generator No. 2 Relay_Manf: SEL Relay_Type: SEL-700G Model_Style: 0700G11ACACA76850300 IEEE_Device: MF IL_IB: Serial_Number: 3213440375
Routine Notes:
Device Settings Used for Testing:
RID$ = "700G LOCATION"
TID$ = "GENERATOR#2"
PHROT$ = "ABC"
X_CUR_IN$ = "TERM"
CTRX = 40
INOM = 2.7
DELTAY_X$ = "DELTA"
PTRX = 120.00
VNOM_X = 14.40
EXT3V0_X$ = "NONE"
CTCONY$ = "WYE"
CTRY = 100
PTRS = 120.00
CTRN = 20
PTRN = 120.00
E87$ = "GEN"
TAPX = 2.70
TAPY = 1.08
O87P = 0.50 U87P = 5.0 s87AP$ = "OFF"
SLP1 = 10
HSM = 0
O87P2 = 1.25
HSMDOT = 10.00
E87N$ = "Y" s87N1P = 0.20 s87N1D = 0.00 s87N2P$ = "OFF" s87NTC = 1
EREF$ = "N"
E64G$ = "N" E64F$ = "N"
EBUP$ = "C"
s51CP = 2.80 s51CC$ = "U3" s51CTD = 0.50 s51CRS$ = "N"
Print Date: 8/17/2023 11:13:58 PM Page 1 of 15
RESULTS
Device Settings (Continued):s51CTC = 1 E40$ = "Y" s40Z1P = 25.0 s40XD1 = -2.5 s40Z1D = 5.00 s40Z2P = 35.0 s40XD2 = -2.5 s40Z2D = 5.00 s40ZTC = 1 E46$ = "Y" s46Q1P = 8.0 s46Q1D = 5.00 s46Q2P = 12.0 s46Q2K = 20 s46QTC = 1 E49T$ = "N" E24$ = "N" E78$ = "N"
EINAD$ = "N"
s50PX1P = 9.00 s50PX1D = 0.01 s50PX1TC = 1 s50PX2P$ = "OFF" s50PX3P$ = "OFF" s50GX1P = 0.50 s50GX1D = 0.00 s50GX1TC = 1 s50GX2P$ = "OFF" s50QX1P$ = "OFF" s50QX2P$ = "OFF" s51GXP = 0.50 s51GXC$ = "U3" s51GXTD = 1.00 s51GXRS$ = "N" s51GXCT = 0.00 s51GXMR = 0.00 s51GXTC = 1 s50PY1P$ = "OFF" s50PY2P$ = "OFF" s50PY3P$ = "OFF" s50GY1P$ = "OFF" s50GY2P$ = "OFF" s50QY1P$ = "OFF" s50QY2P$ = "OFF" s50N1P$ = "OFF" s50N2P$ = "OFF" s51NP = 5.00 s51NC$ = "U4" s51NTD = 1.00 s51NRS$ = "N" s51NCT = 0.00 s51NMR = 0.00 s51NTC = 1
EDIRX$ = "N"
ZLFX$ = "OFF"
EPWRX = 1
Print Date: 8/17/2023 11:13:58 PM Page 2 of 15
RESULTS
Device Settings (Continued):s3PWRX1P = 30.0
PWRX1T$ = "-WATTS"
PWRX1D = 5.00
E81X = 2 s81X1TP = 58.00 s81X1TD = 2.00 s81X2TP = 62.00 s81X2TD = 1.00 s81XTC = 1
E81RX$ = "N"
E81ACC$ = "N"
LOPBLKX = 0
s27PPX1P = 96.0 s27PPX1D = 2.00 s27PPX2P$ = "OFF" s59PPX1P = 92.0 s59PPX1D = 2.00 s59PPX2P = 92.0 s59PPX2D = 0.00 E27V1X = 1 s27V1X1P = 5.0 s27V1X1D = 0.50 E59V1X$ = "N" s59QX1P = 2.0 s59QX1D = 1.00 s59QX2P$ = "OFF" s27S1P = 10.0 s27S1D = 0.00 s27S2P$ = "OFF" s59S1P$ = "OFF" s59S2P$ = "OFF" E27I1$ = "N" E27I2$ = "N" E59I1$ = "N" E59I2$ = "N" E59I3$ = "N" E59I4$ = "N"
E49RTD$ = "NONE"
E78VS$ = "OFF"
E25X$ = "Y" s25VLOX = 92.00 s25VHIX = 138.00 s25VDIFX = 10.0 s25RCFX = 1.000
GENV_$ = "N"
s25SLO = -0.10 s25SHI = 0.10 s25ANG1X = 7 s25ANG2X = 0
CANGLE = 0
SYNCPX$ = "VABX"
TCLOSDX$ = "OFF"
CFI$ = "CLOSEX"
CFANGLE = 30
BSYNCHX$ = "NOT 3POX"
EAUTO$ = "NONE"
Print Date: 8/17/2023 11:13:58 PM Page 3 of 15
RESULTS
Device Settings (Continued):EDEM$ = "ROL"
DMTC = 15
PHDEMPX$ = "OFF"
GNDEMPX$ = "OFF"
s3I2DEMPX$ = "OFF" s50LXP$ = "OFF" s3POXD = 0.00
TDURD = 0.50
CFDX = 0.50
CFDY = 0.50
TRX = 0
TR1$ = "87R OR 87U OR 40Z1T OR 40Z2T OR 59QY1T OR 46Q1T OR 46Q2T OR ORED50T OR ORED51T OR
3PWRX1T OR 51VT OR 50PX1T "
TR2$ = "87R OR 87U OR 40Z1T OR 40Z2T OR 87N1T OR 50PX1T OR 51CT OR 3PWRX1T "
TR3$ = "87R OR 87U OR 87N1T OR 50PX1T OR 51CT OR 51GXT "
TRY = 0
REMTRIP = 0
ULTRX = 0
ULTR1$ = "NOT TR1"
ULTR2$ = "NOT TR2"
ULTR3$ = "NOT TR3"
ULTRY$ = "3POY"
s52AX$ = "IN101" s52BX$ = "NOT 52AX"
CLX = 0
ULCLX = 0
s52AY = 0 s52BY$ = "NOT 52AY"
CLY = 0
ULCLY$ = "TRIPY"
ELAT$ = "N"
ESV = 1
ESC$ = "N"
EMV$ = "N"
SV01PU = 0.00
SV01DO = 3.00
SV01$ = "NOT 59PPX1T AND NOT 27PPX1T AND NOT 81X1T AND NOT 81X2T #RATED VOLTAGE AND
FREQUENCY"
OUT101FS$ = "N"
OUT101$ = "TRIP3 #LOCKOUT RELAY"
OUT102FS$ = "N"
OUT102 = 0
OUT103FS$ = "N"
OUT103$ = "TRIP3 #LOCKOUT RELAY"
OUT301FS$ = "Y"
OUT301$ = "HALARM"
OUT302FS$ = "N"
OUT302 = 0
OUT303FS$ = "N"
OUT303$ = "25AX1 OR ( 59PPX1T AND 27S1T ) #SYNCH CHECK OR LIVE LINE AND DEAD BUS"
OUT304FS$ = "N"
OUT304$ = "TRIP2 #ENGINE SHUTDOWN"
OUT401FS$ = "N"
OUT401 = 0
OUT402FS$ = "N"
OUT402 = 0
Print Date: 8/17/2023 11:13:58 PM Page 4 of 15
RESULTS
Device Settings (Continued):OUT403FS$ = "N"
OUT403 = 0
OUT404FS$ = "N"
OUT404 = 0
FNOM = 60
DATE_F$ = "MDY"
METHRES$ = "Y"
FAULT$ = "51V OR 51C OR 50PX1P OR 46Q2 OR 21C1P OR 21C2P OR 50PY1P OR 50QY1P OR 50GY1P OR
67N1P OR 51PYP OR 51QYP OR 51GYP OR TRIP EVENT MESSENGER POINT SETTINGS"
EMP$ = "N"
TGR = 3
SS1 = 1
SS2 = 0
SS3 = 0
SS4 = 0
EPMU$ = "N"
IRIGC$ = "NONE"
UTC_OFF = 0.00
DST_BEGM$ = "OFF"
s52ABF$ = "N"
BFDX = 0.50
BFIX$ = "R_TRIG TRIPX"
IN101D = 10
IN102D = 10
IN301D = 10
IN302D = 10
IN303D = 10
IN304D = 10
IN401D = 10
IN402D = 10
IN403D = 10
IN404D = 10
EBMONX$ = "N"
RSTTRGT = 0
RSTENRGY = 0
RSTMXMN = 0
RSTDEM = 0
RSTPKDEM = 0
DSABLSET = 0
TIME_SRC$ = "IRIG1"
s89EN2P$ = "N" s89EN3P$ = "N"
EN_LRC$ = "N"
P1_EPORT$ = "Y"
P1_EETHFWU$ = "N"
P1_IPADDR$ = "192.168.3.12"
P1_SUBNETM$ = "255.255.0.0"
P1_DEFRTR$ = "0.0.0.0"
P1_ETCPKA$ = "Y"
P1_KAIDLE = 10
P1_KAINTV = 1
P1_KACNT = 6
P1_NETASPD$ = "AUTO"
P1_ETELNET$ = "Y"
P1_MAXACC = 2
P1_LANG$ = "ENGLISH"
Print Date: 8/17/2023 11:13:58 PM Page 5 of 15
RESULTS
Device Settings (Continued):P1_TPORT = 23
P1_TCBAN$ = "TERMINAL SERVER"
P1_TIDLE = 15
P1_FASTOP$ = "N"
P1_EFTPSERV$ = "Y"
P1_FTPACC = 2
P1_FTPUSER$ = "FTPUSER"
P1_FTPCBAN$ = "FTP SERVER"
P1_FTPIDLE = 5
P1_EMOD = 2
P1_MODIP1$ = "0.0.0.0"
P1_MODNUM1 = 502
P1_MTIMEO1 = 15
P1_MODIP2$ = "0.0.0.0"
P1_MODNUM2 = 502
P1_MTIMEO2 = 15
P1_EHTTP$ = "Y"
P1_HTTPACC = 2
P1_HTTPPORT = 80
P1_HTTPBAN$ = "THIS SYSTEM IS FOR THE USE OF AUTHORIZED PERSONNEL ONLY. "
P1_HTTPIDLE = 10
P1_ESNTP$ = "OFF"
P1_EPTP$ = "N"
P2_EPORT$ = "Y"
P2_PROTO$ = "SEL"
P2_MAXACC = 2
P2_SPEED = 9600
P2_BITS = 8
P2_PARITY$ = "N"
P2_STOP = 1
P2_T_OUT = 5
P2_LANG$ = "ENGLISH"
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_T_OUT = 5
P3_LANG$ = "ENGLISH"
P3_AUTO$ = "N"
P3_FASTOP$ = "N"
PF_EPORT$ = "Y"
PF_PROTO$ = "SEL"
PF_MAXACC = 2
PF_SPEED = 9600
PF_BITS = 8
PF_PARITY$ = "N"
PF_STOP = 1
PF_T_OUT = 5
PF_RTSCTS$ = "N"
PF_LANG$ = "ENGLISH"
PF_AUTO$ = "N"
Print Date: 8/17/2023 11:13:58 PM Page 6 of 15
RESULTS
Device Settings (Continued):
Global Defines:
SET_GROUP$="1" 'RELAY SET GROUP TO TEST
CONTACT$="401" '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
DIR_TEST_VOLTS=30 'TEST VOLTAGE FOR DIRECTIONAL ELEMENTS
ZONE_TEST_AMPS=5 'DESIRED TEST CURRENT FOR ZONE ELEMENTS
IF DELTAY_X$="WYE" THEN
NORM_VOLTS=(VNOM_X*1000/PTRX)/SQR(3)
ELSE
NORM_VOLTS=(VNOM_X*1000/PTRX)
END IF
Device Test Results for: RELAY STATUS CHECK
N/A
Additional Data:
STA
700G LOCATION Date: 08/17/2023 Time: 17:51:32.298 GENERATOR#2 Time Source: Internal
Serial Num = 3213440375 FID = SEL-700G-R301-V2-Z007004-D20210723
CID = FD62 PART NUM = 0700G11ACACA76850300
Self Tests (= Warn)
FPGA GPSB HMI RAM ROM CR_RAM NON_VOL CLOCK +0.9V +1.2V +1.5V
OK OK OK OK OK OK OK OK 0.90 1.21 1.50
+1.8V +2.5V +3.3V +3.75V +5.0V -1.25V -5.0V BATT
1.81 2.50 3.35 3.77 5.00 -1.25 -5.25 2.97
Option Cards
CARD_C CARD_D CARD_E CARD_Z
OK OK OK OK
Offsets (mV) W=Warn
IAX IBX ICX IAY IBY ICY IN VAX VBX VCX VS VN
6 7 8 2 2 4 7 -5 -3 -4 -1 0
Relay Enabled
Print Date: 8/17/2023 11:13:58 PM Page 7 of 15
RESULTS
Device Test Results for: U87P PHASE A CURRENT DIFFERENTIAL UNRESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
13.635 13.500 1.00 PASS
Device Test Results for: O87P WINDING X PHASE A CURRENT DIFFERENTIAL RESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
1.364 1.350 1.00 PASS
Device Test Results for: U87P PHASE B CURRENT DIFFERENTIAL UNRESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
13.635 13.500 1.00 PASS
Device Test Results for: O87P WINDING X PHASE B CURRENT DIFFERENTIAL RESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
1.364 1.350 1.00 PASS
Device Test Results for: U87P PHASE C CURRENT DIFFERENTIAL UNRESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
13.500 13.500 0.00 PASS
Device Test Results for: O87P WINDING X PHASE C CURRENT DIFFERENTIAL RESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
1.364 1.350 1.00 PASS
Device Test Results for: U87P PHASE 87A CURRENT DIFFERENTIAL UNRESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
5.400 5.400 0.00 PASS
Device Test Results for: O87P WINDING Y PHASE A CURRENT DIFFERENTIAL RESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
0.545 0.540 1.00 PASS
Device Test Results for: U87P PHASE 87B CURRENT DIFFERENTIAL UNRESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
5.454 5.400 1.00 PASS
Device Test Results for: O87P WINDING Y PHASE B CURRENT DIFFERENTIAL RESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
0.545 0.540 1.00 PASS
Device Test Results for: U87P PHASE 87C CURRENT DIFFERENTIAL UNRESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
5.454 5.400 1.00 PASS
Print Date: 8/17/2023 11:13:58 PM Page 8 of 15
RESULTS
Device Test Results for: O87P WINDING Y PHASE C CURRENT DIFFERENTIAL RESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
0.551 0.540 2.00 PASS
Device Test Results for: 87 WINDING X-Y PHASE A CURRENT DIFFERENTIAL SLOPE 1 PERCENTAGE
RESTRAINT OPERATE IDEAL RANGE OK?
CURRENT CURRENT
8.168 2.66 2.67 2.44 TO 2.91 PASS
Device Test Results for: 87 WINDING X-Y PHASE B CURRENT DIFFERENTIAL SLOPE 1 PERCENTAGE
RESTRAINT OPERATE IDEAL RANGE OK?
CURRENT CURRENT
8.168 2.66 2.67 2.44 TO 2.91 PASS
Device Test Results for: 87 WINDING X-Y PHASE C CURRENT DIFFERENTIAL SLOPE 1 PERCENTAGE
RESTRAINT OPERATE IDEAL RANGE OK?
CURRENT CURRENT
8.168 2.66 2.67 2.44 TO 2.91 PASS
Device Test Results for: METER TEST
APPLIED APPLIED CURRENT
SEC VOLT SEC AMP PH LAG
69.28 2.00 30.00
PHASE CALCULATED MEASURED % ERROR CALCULATED MEASURED % ERROR OK?
PRI KV PRI KV PRI CUR PRI CUR
A-N 14.0 14.2 1.5 72.0 72.0 0.0 PASS
B-N 14.4 14.6 1.4 80.0 80.0 0.0 PASS
C-N 14.8 14.4 -2.8 88.0 88.0 0.0 PASS
CALCULATED MEASURED % ERROR CALCULATED MEASURED % ERROR OK?
MEGA WATT MEGA WATT MEGA VAR MEGA VAR
1.7 1.7 -0.1 1.0 1.0 -0.1 PASS
Device Test Results for: 40Z1P LOSS OF FIELD IMPEDANCE
Z ANGLE VOLTAGE CURRENT IMPEDANCE IDEAL %ERROR OK?
270.00 125.000 4.591 27.23 27.50 -0.99 PASS
300.00 125.000 5.491 22.76 22.99 -0.99 PASS
240.00 125.000 5.437 22.99 22.99 0.00 PASS
Print Date: 8/17/2023 11:13:58 PM Page 9 of 15
RESULTS
Graph for Test:
Device Test Results for: 40Z1D LOSS OF FIELD TIME DELAY
SETTING Z FAULT Z TIME(CY) TIME(SEC) RANGE OK?
27.50 22.92 302.58 5.043 4.742 TO 5.308 PASS
Device Test Results for: 40Z2P LOSS OF FIELD IMPEDANCE
Z ANGLE VOLTAGE CURRENT IMPEDANCE IDEAL %ERROR OK?
270.00 175.000 4.713 37.13 37.50 -0.99 PASS
300.00 175.000 5.579 31.37 31.68 -0.99 PASS
240.00 175.000 5.579 31.37 31.68 -0.99 PASS
Device Test Results for: 40Z2D LOSS OF FIELD TIME DELAY
SETTING Z FAULT Z TIME(CY) TIME(SEC) RANGE OK?
37.50 31.25 302.53 5.042 4.742 TO 5.308 PASS
Device Test Results for: 46Q1P NEGATIVE SEQUENCE OVERCURRENT PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
0.667 0.648 3.00 PASS
Print Date: 8/17/2023 11:13:58 PM Page 10 of 15
RESULTS
Device Test Results for: 46Q1D NEGATIVE SEQUENCE OVERCURRENT TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
1.20 0.778 303.18 5.053 4.746 TO 5.304 PASS
Device Test Results for: 46Q2P NEGATIVE SEQUENCE OVERCURRENT PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
0.991 0.972 2.00 PASS
Device Test Results for: 46Q2D NEGATIVE SEQUENCE OVERCURRENT PICKUP 100% INOM
APPLIED VALUE TIME(CY) TIME(SEC) RANGE OK?
8.100 1204.63 20.077 18.975 TO 21.025 PASS
Device Test Results for: 46Q2D NEGATIVE SEQUENCE OVERCURRENT PICKUP 50% INOM
APPLIED VALUE TIME(CY) TIME(SEC) RANGE OK?
4.050 4837.99 80.633 75.975 TO 84.025 PASS
Device Test Results for: 51CP PHASE TIME OVERCURRENT PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
2.800 2.800 -0.00 PASS
Device Test Results for: 51C PHASE TIME OVERCURRENT CURVE
MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK?
2.00 5.600 41.53 0.692 0.695 -0.38 PASS
3.00 8.400 16.66 0.278 0.291 -4.49 PASS
4.00 11.200 10.28 0.171 0.178 -3.48 PASS
Device Test Results for: 27PPX1P SOURCE X PHASE TO PHASE UNDERVOLTAGE PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
96.000 96.000 0.00 PASS
Print Date: 8/17/2023 11:13:58 PM Page 11 of 15
RESULTS
Device Test Results for: 27PPX1D SOURCE X PHASE TO PHASE UNDERVOLTAGE TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK?
0.80 76.800 121.17 2.019 2.000 0.98 PASS
Device Test Results for: 27V1X1P SOURCE X POSITIVE SEQUENCE UNDERVOLTAGE PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
5.000 5.000 0.00 PASS
Device Test Results for: 27V1X1D SOURCE X POSITIVE SEQUENCE UNDERVOLTAGE TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
0.80 4.000 31.22 0.520 0.385 TO 0.615 PASS
Device Test Results for: 3PWRX1P SOURCE X THREE PHASE POWER PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
0.082 0.083 -2.00 PASS
Device Test Results for: 3PWRX1D SOURCE X THREE PHASE POWER TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK?
1.20 0.100 302.96 5.049 5.000 0.99 PASS
Device Test Results for: 50PX1P SOURCE X PHASE OVERCURRENT PICKUP
PHASE PICKUP CURRENT IDEAL %ERROR OK?
A-N 9.000 9.000 0.00 PASS
B-N 9.000 9.000 0.00 PASS
C-N 9.000 9.000 0.00 PASS
Device Test Results for: 50PX1D SOURCE X PHASE OVERCURRENT TIME DELAY
50PX1D SOURCE X PHASE OVERCURRENT TIME DELAY (PHASE A-N)
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
1.20 10.800 2.36 0.039 0.000 TO 0.040 PASS
50PX1D SOURCE X PHASE OVERCURRENT TIME DELAY (PHASE B-N)
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
1.20 10.800 2.22 0.037 0.000 TO 0.040 PASS
50PX1D SOURCE X PHASE OVERCURRENT TIME DELAY (PHASE C-N)
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
1.20 10.800 2.36 0.039 0.000 TO 0.040 PASS
Device Test Results for: 51GX1P SOURCE X ZERO SEQUENCE TIME OVERCURRENT PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
0.495 0.500 -1.00 PASS
Print Date: 8/17/2023 11:13:58 PM Page 12 of 15
RESULTS
Device Test Results for: 51GX1D SOURCE X ZERO SEQUENCE TIME OVERCURRENT CURVE
MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK?
2.00 1.000 83.87 1.398 1.390 0.59 PASS
3.00 1.500 34.51 0.575 0.581 -1.07 PASS
4.00 2.000 20.63 0.344 0.355 -3.15 PASS
Device Test Results for: 59PPX1P SOURCE X PHASE TO PHASE OVERVOLTAGE PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
92.000 92.000 -0.00 PASS
Device Test Results for: 59PPX1D SOURCE X PHASE TO PHASE OVERVOLTAGE TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK?
1.10 101.200 121.60 2.027 2.000 1.34 PASS
Device Test Results for: 59PPX2P SOURCE X PHASE TO PHASE OVERVOLTAGE PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
92.000 92.000 -0.00 PASS
Device Test Results for: 59QX1P SOURCE X NEGATIVE SEQUENCE OVERVOLTAGE PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
2.020 2.000 1.00 PASS
Device Test Results for: 59QX1D SOURCE X NEGATIVE SEQUENCE OVERVOLTAGE TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK?
1.10 2.200 61.70 1.028 1.000 2.84 PASS
Device Test Results for: 81X1TP SOURCE X FRQEUENCY PICKUP
PICKUP HZ IDEAL RANGE OK?
57.973 58.000 57.850 TO 58.150 PASS
Print Date: 8/17/2023 11:13:58 PM Page 13 of 15
RESULTS
Device Test Results for: 81X1TD SOURCE X FRQEUENCY TIME DELAY
APPLIED VALUE TIME(CY) TIME(SEC) RANGE OK?
57.800 119.10 2.060 1.796 TO 2.270 PASS
Device Test Results for: 81X2TP SOURCE X FRQEUENCY PICKUP
PICKUP HZ IDEAL RANGE OK?
62.009 62.000 61.850 TO 62.150 PASS
Device Test Results for: 81X2TD SOURCE X FRQEUENCY TIME DELAY
APPLIED VALUE TIME(CY) TIME(SEC) RANGE OK?
62.200 66.10 1.063 0.896 TO 1.170 PASS
Device Test Results for: 51NP NEUTRAL TIME OVERCURRENT PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
5.000 5.000 0.00 PASS
Device Test Results for: 51N NEUTRAL TIME OVERCURRENT CURVE
MULTIPLE VALUE TIME(CY) TIME(SEC) IDEAL %ERROR OK?
2.00 10.000 115.01 1.917 1.925 -0.44 PASS
3.00 15.000 43.64 0.727 0.744 -2.24 PASS
4.00 20.000 24.77 0.413 0.413 -0.10 PASS
Device Test Results for: 87N1P GROUND CURRENT DIFFERENTIAL RESTRAINED PICKUP
PICKUP CURRENT IDEAL %ERROR OK?
0.198 0.200 -1.00 PASS
Device Test Results for: 87N1D GROUND CURRENT DIFFERENTIAL TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
1.20 0.240 1.57 0.026 0.000 TO 0.030 PASS
Print Date: 8/17/2023 11:13:58 PM Page 14 of 15
RESULTS
Device Test Results for: 27S1P SYNCHRONIZING PHASE UNDERVOLTAGE PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
10.000 10.000 0.00 PASS
Device Test Results for: 27S1D SYNCHRONIZING PHASE UNDERVOLTAGE TIME DELAY
MULTIPLE VALUE TIME(CY) TIME(SEC) RANGE OK?
0.80 8.000 1.01 0.017 0.000 TO 0.100 PASS
Device Test Results for: 25VLOX SOURCE X LINE SYNCHRONIZING PHASE LOW VOLTAGE THRESHOLD
DROPOUT VOLTS IDEAL %ERROR OK?
92.000 92.000 0.00 PASS
Device Test Results for: 25VHIX SOURCE X LINE SYNCHRONIZING PHASE HIGH VOLTAGE THRESHOLD
DROPOUT VOLTS IDEAL %ERROR OK?
138.000 138.000 0.00 PASS
Device Test Results for: 25VLOX SOURCE X BUS SYNCHRONIZING PHASE LOW VOLTAGE THRESHOLD
PICKUP VOLTS IDEAL %ERROR OK?
92.000 92.000 0.00 PASS
Device Test Results for: 25VHIX SOURCE X BUS SYNCHRONIZING PHASE HIGH VOLTAGE THRESHOLD
PICKUP VOLTS IDEAL %ERROR OK?
136.620 138.000 -1.00 PASS
Device Test Results for: 25DIFX SOURCE X BUS VOLTAGE DIFFERENTIAL PICKUP
PICKUP VOLTS IDEAL %ERROR OK?
119.658 122.100 -2.00 PASS
Device Test Results for: 25ANG1X SOURCE X SYNCHRONIZING ANGLE 1
LAGGING ANGLE IDEAL RANGE OK?
7.00 7.00 5.00 TO 9.00 PASS
LEADING ANGLE IDEAL RANGE OK?
353.00 353.00 351.00 TO 355.00 PASS
Device Test Results…
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File details come from the government source that posted it. Updated .