Dayton VA Triennial Testing - 2022-9.pdf
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- Solicitation number
- 36C25024Q1036
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This document is a Request for Quote (RFQ) for triennial deficiency repairs at the Dayton VA Medical Center. The Department of Veterans Affairs (VA) Network Contracting Office (NCO 10) has a requirement for these services, which are set-aside for Service-Disabled Veteran Owned Small Businesses (SDVOSB). The NAICS code is 238210 (Electrical Contractors and Other Wiring Installation Contractors) with a $19 Million size standard. The PSC code is J059 (Maintenance, Repair, and Rebuilding of Equipment- Electrical and Electronic Equipment Components). All vendors must be registered in SAM. The RFQ number is 36C25024Q1036 and the opportunity title is "J059--Repair Deficiencies Found In Tri-Annual Inspections".
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| 36C25024Q1036 0002.docx | DOCX document | |
| 36C25024Q1036 0001.docx | DOCX document | |
| 36C25024Q1036.docx | DOCX document |
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Text version
Dayton, OH
Veteran's Administration
Electrical Testing and Maintenance
North East, MD
Tekton
VETERANS ADMINISTRATION MEDICAL CENTER
4100 WEST THIRD STREET, DAYTON, OHIO
69-KV MAIN SUBSTATION EQUIPMENT
BUILDING 330 DISTRIBUTION SUBSTATIONS
SITE-WIDE DISTRIBUTION TRANSFORMERS
- a -
PROJECT RESULTS
SUMMARY
Preventive maintenance was performed on the 69-kV substation, unit substations in buildings 310 & 330, and distribution transformers. In addition, tests were performed to evaluate the condition of the equipment electrical insulation systems, and to verify their proper operation.
Unless noted in the Deficiency Summary section, all assets meet or exceed minimum standards as listed in the Test Data Analysis section for the tests performed
TEST DATA ANALYSIS
69-kV SF6 Circuit Switcher The contact resistance values obtained for a 69-kV circuit switcher should be less than the maximum recommended by the manufacturer; the insulation resistance test values should be higher than 100,000 megohms. In addition, the mechanisms should operate smoothly and be free of defects and should operate within manufacturer’s specified tolerances and times. S&C Series 2000 Circuit Switchers should open and close within 6 cycles.
Oil Filled Power Transformer The transformer test data verifies that the winding insulation system is in good condition.
The Doble insulation power factor values are within the expected range of 0.1% to 0.5% (higher power factors can be acceptable depending on transformer type, age, and size), and the winding insulation resistance values are higher than the minimum expected value of 5,000 megohms. Lower insulation resistance values can be considered acceptable for continued service, but there is an increasing risk of failure as the winding insulation resistance approaches imminent failure as determined by Equation 1.
Equation 1: Minimum Insulation Resistance = 1.5∗𝑉𝑉𝑉𝑉𝑉𝑉𝑉𝑉𝑉𝑉𝑉𝑉𝑉𝑉
√𝐾𝐾𝑉𝑉𝐾𝐾
Insulation resistance test results generally are not conclusive, but provide information on winding conditions, such as moisture content and carbonization. These tests are performed to determine if there are low resistance paths to ground or between winding to winding as a result of winding insulation degradation. The Doble insulation power factor test is the most comprehensive test for detecting insulation deterioration caused by aging, overheating, or other similar conditions that decrease insulation effectiveness.
The results of the winding resistance tests and the turns-ratio tests verify that the winding connections are good, and none of the winding turns is shorted. The individual phase winding resistance values are equivalent and the deviation of the measured turns-ratio values for each coil compared to each other and to the calculated value is less than 0.5%.
Gabe Garzia Cross-Out
69-KV MAIN SUBSTATION EQUIPMENT
BUILDING 330 DISTRIBUTION SUBSTATIONS
SITE-WIDE DISTRIBUTION TRANSFORMERS
- b -
PROJECT RESULTS
TEST DATA ANALYSIS
The results of the winding excitation tests are as expected – the two phases having similar, but noticeably higher exciting currents than the third phase. A deviation from this pattern can indicate that there is a partial or high resistance short circuit between winding turns;
or physical damage to interlaminar insulation; or dislocation of core sections. Any loosening of the core clamping system will introduce gaps in the iron circuit and increase the magnetizing component of the excitation current.
Oil Filled Power Transformer (Continued) In addition, the measured capacitance of the transformer windings is equivalent to the previous test data. Capacitance is a function of winding geometry, and is expected to be stable with temperature and age. A change of capacitance would be an indication of winding movement such as might occur as a result of a through fault.
The measured power factor and capacitance values of the transformer bushings are equivalent to their nameplate (factory test) values. Another consideration in the evaluation of bushing condition is the equivalency of the watts-loss test values. Typically, the difference is less than 0.02 watts. Values that differ by more than 0.03 watts are outside the expected range.
The results of the Doble watts-loss tests and the insulation resistance tests verify the condition of the surge arresters. All of the test data is better than the recommended service limits. The watts-loss values obtained for each same-type arrester are low and equivalent and the insulation resistance values are higher than the minimum expected values.
Insulating Oil The insulating oil in both the transformers is in good condition. The analysis for physical quality shows that its color is normal; the interfacial tension value is higher than the recommended minimum value of 24 dynes/cm; and the acid number is less than the maximum expected value of 0.2 KOH/g. The electrical quality analysis shows that the dielectric strength of the oil is higher than the recommended minimum value of 26 KV, and the moisture content is acceptable.
The quantity of emulsified water in insulating oil is significant because the presence of water molecules in the oil adversely affects the dielectric properties of the oil. In addition, the amount of moisture in the oil can be relative to the amount of moisture in the winding insulation. The percent water saturation indicates the possibility of free water formation in the oil. The following tables provide general guidelines for the interpretation of data.
69-KV MAIN SUBSTATION EQUIPMENT
BUILDING 330 DISTRIBUTION SUBSTATIONS
SITE-WIDE DISTRIBUTION TRANSFORMERS
- c -
PROJECT RESULTS
TEST DATA ANALYSIS
% Saturation water-in-oil Condition of cellulosic insulation
Suggested maximum water content
0 - 5 Dry insulation Oil at 50OC Oil at 60OC Saturation 6 - 20 Fairly dry to moderately wet <=69 kV 27 ppm 35 ppm 15% 21 - 30 Wet insulation >69 - <230 kV 12 ppm 20 ppm 8%
> 30 Extremely wet insulation =>230 kV 10 ppm 12 ppm 5% (From IEEE Std. C57.106-2002 Table 4 & Table 5)
The oil-dissolved gas analysis indicates that the transformers have been operating normally. The individual gas levels and the total dissolved combustible gas level are less than the criterion of industry guidelines for levels that indicate satisfactory operation.
Dissolved Key Gas Concentration Limits (IEEE Condition 1)
Oil-Dissolved Gases Hydrogen Methane Acetylene Ethylene Ethane
Carbon Monoxide
Carbon Dioxide
Total Combustible
H2 CH4 C2H2 C2H4 C2H6 CO CO2 TCG %
ppm 100 120 2 50 65 350 2,500 720
15-kV Vacuum Circuit Breakers The 15-KV vacuum circuit breakers are in good mechanical and electrical condition. The contact resistance values are less than the maximum expected value of 60 microhms; the insulation resistance values are much higher than the minimum expected value of 5,000 megohms; and the vacuum interrupter leakage currents are low – approximately 1 milliamp.
15-KV Load Interrupter Switches The operating mechanisms and the contact assemblies operate properly; the contact resistance values are less than the maximum recommended value of 100 microhms; and the resistance values of the fuse assemblies are equivalent.
480-Volt Power Circuit Breakers The insulation resistance values are much higher than the minimum expected value of 1,000 megohms (100 megohms recommended minimum), and contact resistance values are less than the recommended maximum value of 200 microhms.
69-KV MAIN SUBSTATION EQUIPMENT
BUILDING 330 DISTRIBUTION SUBSTATIONS
SITE-WIDE DISTRIBUTION TRANSFORMERS
- d -
PROJECT RESULTS
TEST DATA ANALYSIS
Protective Relays The protective relay functions should be verified to operate as intended by their settings.
Any pickup or timing tests that deviate by more than 5% or as recommended by the relay manufacturer should be investigated. Trip tests should be performed to verify proper operation of the protection system. Current and voltage injection at instrument transformer secondary terminals should be performed to verify proper voltage and current inputs to each device.
Dayton, OH
VA MEDICAL CENTER
CutomerDaytonVAMC Tekton
Plant
Table of Contents Job #TEKT225081734) 424-1200
Cent er vi l l e, O hi o
Tested By:Tested By: REVISED 5/18/2021
1 of 6PAGE
User
Substation PagePosition Equipment
BUILDING 108 1T-35 56200OE - TRANSFORMER TEST
BUILDING 115 4MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 115 5T-6 56200OE - TRANSFORMER TEST
BUILDING 116 8SL-28 56200OE - TRANSFORMER TEST
BUILDING 116 11T-5 56200OE - TRANSFORMER TEST
BUILDING 118 14T-41 CHURCH 56200OE - TRANSFORMER TEST
BUILDING 119 17T-4.2 56200OE - TRANSFORMER TEST
BUILDING 120 20T-5A 56200OE - TRANSFORMER TEST
BUILDING 120 23T-5B 56200OE - TRANSFORMER TEST
BUILDING 121 25T-4.3 56200OE - TRANSFORMER TEST
BUILDING 126 28T-2 56200OE - TRANSFORMER TEST
BUILDING 127 31T-16 56200OE - TRANSFORMER TEST
BUILDING 128 34SL-26 56200OE - TRANSFORMER TEST
BUILDING 128 37T-3 56200OE - TRANSFORMER TEST
BUILDING 129 40T-16A 56200OE - TRANSFORMER TEST
BUILDING 1301 43T-34 56200OE - TRANSFORMER TEST
BUILDING 131 46T-14A 56200OE - TRANSFORMER TEST
BUILDING 133 49T-37 56200OE - TRANSFORMER TEST
BUILDING 135 52SL-29 56200OE - TRANSFORMER TEST
BUILDING 135 55T-23 56200OE - TRANSFORMER TEST
BUILDING 143 58T-14 56200OE - TRANSFORMER TEST
BUILDING 147 61T-1 56200OE - TRANSFORMER TEST
BUILDING 210-214 64T-8 56200OE - TRANSFORMER TEST
BUILDING 214 67SL-27 56200OE - TRANSFORMER TEST
BUILDING 225 70T-18.1 56200OE - TRANSFORMER TEST
BUILDING 226 73T-18.2 56200OE - TRANSFORMER TEST
BUILDING 302 76MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 302 77MAIN EMERGENCY 15003OE - LV BREAKER - 3-POLE
BUILDING 302 78T-19 56200OE - TRANSFORMER TEST
BUILDING 302 81T-19.2 56200OE - TRANSFORMER TEST
BUILDING 305 84MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 305 85T-12 56200OE - TRANSFORMER TEST
BUILDING 310 8852F1 TRANSFER SWITCH 15003OE - LV BREAKER - 3-POLE
BUILDING 310 8952F2 EDPM 15003OE - LV BREAKER - 3-POLE
BUILDING 310 9052F3 EDPC 15003OE - LV BREAKER - 3-POLE
BUILDING 310 9152F4 EDPL 15003OE - LV BREAKER - 3-POLE
BUILDING 310 9252F5 SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 310 9352G1 15003OE - LV BREAKER - 3-POLE
Substation PagePosition Equipment
Table of Contents Job #TEKT225081
Tested By:Tested By: REVISED 5/18/2021
2 of 6PAGE
BUILDING 310 9452G2 15003OE - LV BREAKER - 3-POLE
BUILDING 310 95BAY 1C1 EDPM 15003OE - LV BREAKER - 3-POLE
BUILDING 310 96BAY 1D1 EDPC 15003OE - LV BREAKER - 3-POLE
BUILDING 310 97BAY 2C1 EDPL 15003OE - LV BREAKER - 3-POLE
BUILDING 310 98BAY 4D1 SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 310 99BAY 5C1 SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 310 100BAY 5D1 SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 310 101FEEDER A 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 310 102FEEDER A (RIGHT) 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 310 103FEEDER J (LEFT) 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 310 104FEEDER J (RIGHT) 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 310 105MAIN 1 15003OE - LV BREAKER - 3-POLE
BUILDING 310 106MAIN 2 15003OE - LV BREAKER - 3-POLE
BUILDING 310 107TIE 15003OE - LV BREAKER - 3-POLE
BUILDING 310 108US 1 56200OE - TRANSFORMER TEST
BUILDING 310 112US 1 (LEFT) 56200OE - TRANSFORMER TEST
BUILDING 315 116T-33 56200OE - TRANSFORMER TEST
BUILDING 320 119ARRESTERS 65510OE - LIGHTNING ARRESTER TEST
BUILDING 320 120MAIN 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 320 121T-30 15003OE - LV BREAKER - 3-POLE
BUILDING 320 122T-30 56200OE - TRANSFORMER TEST
BUILDING 330 125D2C SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 330 126EMD #1 15003OE - LV BREAKER - 3-POLE
BUILDING 330 127EMD #2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 128EMD #3 15003OE - LV BREAKER - 3-POLE
BUILDING 330 129EMD #4 15003OE - LV BREAKER - 3-POLE
BUILDING 330 130FIRE PUMP ATS-6 15003OE - LV BREAKER - 3-POLE
BUILDING 330 131GENERATOR 6 MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 132GENERATOR 7 MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 133GENERATOR C1 15003OE - LV BREAKER - 3-POLE
BUILDING 330 134GENERATOR C2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 135GENERATOR C3 15003OE - LV BREAKER - 3-POLE
BUILDING 330 136GENERATOR C4 15003OE - LV BREAKER - 3-POLE
BUILDING 330 137GENERATORS 6 & 7 ATS-MB2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 138GENERATORS 6 & 7 ATS-MC2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 139GENERATORS 6 & 7 ATS-MCB1 15003OE - LV BREAKER - 3-POLE
BUILDING 330 140GENERATORS 6 & 7 ATS-USA 15003OE - LV BREAKER - 3-POLE
BUILDING 330 141GENERATORS 6 & 7 ATS-USB 15003OE - LV BREAKER - 3-POLE
BUILDING 330 142GENERATORS 6 & 7 SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 330 143GENERATORS 6 & 7 SPARE-2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 144US 1A 56200OE - TRANSFORMER TEST
Job #TEKT225081
Tested By:Tested By: REVISED 5/18/2021
3 of 6PAGE
BUILDING 330 148US 1A CIRCUIT A 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 149US 1A CIRCUIT G 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 150US 1A FIRE PUMP 15003OE - LV BREAKER - 3-POLE
BUILDING 330 151US 1A MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 152US 1A PANELBOARD MDP-MRI 15003OE - LV BREAKER - 3-POLE
BUILDING 330 153US 1A/1B TIE 15003OE - LV BREAKER - 3-POLE
BUILDING 330 154US 1A2 SMOKE DUCT PANELBOARD 15003OE - LV BREAKER - 3-POLE
BUILDING 330 155US 1A3 ATS-5 15003OE - LV BREAKER - 3-POLE
BUILDING 330 156US 1A4 ATS-4 15003OE - LV BREAKER - 3-POLE
BUILDING 330 157US 1A5 ATS-9 15003OE - LV BREAKER - 3-POLE
BUILDING 330 158US 1B 56200OE - TRANSFORMER TEST
BUILDING 330 162US 1B CIRCUIT F 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 163US 1B CIRCUIT J 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 164US 1B MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 165US 1B1 ATS-15 15003OE - LV BREAKER - 3-POLE
BUILDING 330 166US 1B2 ATS-1 15003OE - LV BREAKER - 3-POLE
BUILDING 330 167US 1B3 ATS-2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 168US 1B4 ATS-3 15003OE - LV BREAKER - 3-POLE
BUILDING 330 169US 1B5 ATS-16 15003OE - LV BREAKER - 3-POLE
BUILDING 330 170US 1B8 BOTTOM SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 330 171US 1C 56200OE - TRANSFORMER TEST
BUILDING 330 175US 1C CANTEEN TRANSFORMER 15003OE - LV BREAKER - 3-POLE
BUILDING 330 176US 1C CIRCUIT A 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 177US 1C CIRCUIT G 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 178US 1C MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 179US 1C NDB PET CT 15003OE - LV BREAKER - 3-POLE
BUILDING 330 180US 1C PANELBOARD HN1D & HN3D 15003OE - LV BREAKER - 3-POLE
BUILDING 330 181US 1C PANELBOARD HN2B, HN3B 15003OE - LV BREAKER - 3-POLE
BUILDING 330 182US 1C PANELBOARD HN4B, HN5B, HN6B 15003OE - LV BREAKER - 3-POLE
BUILDING 330 183US 1C PANELBOARD HN7B, HN8B, HN9B 15003OE - LV BREAKER - 3-POLE
BUILDING 330 184US 1C PANELBOARD HNBB, HN1B 15003OE - LV BREAKER - 3-POLE
BUILDING 330 185US 1C PANELBOARD HNBD1 & HNBD2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 186US 1C PANELBOARD HNPD3 15003OE - LV BREAKER - 3-POLE
BUILDING 330 187US 1D 56200OE - TRANSFORMER TEST
BUILDING 330 191US 1D CIRCUIT F 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 192US 1D CIRCUIT J 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 193US 1D PANELBOARD HN2C 15003OE - LV BREAKER - 3-POLE
BUILDING 330 194US 1D PANELBOARDS HN2A, HN3A 15003OE - LV BREAKER - 3-POLE
BUILDING 330 195US 1D PANELBOARDS HN4A, HN5A, HN6A 15003OE - LV BREAKER - 3-POLE
BUILDING 330 196US 1D PANELBOARDS HN7A, HN8A, HN9A 15003OE - LV BREAKER - 3-POLE
BUILDING 330 197US 1D PANELBOARDS HNBA, HN1A 15003OE - LV BREAKER - 3-POLE
Job #TEKT225081
Tested By:Tested By: REVISED 5/18/2021
4 of 6PAGE
BUILDING 330 198US 1D PANELBOARDS HNBC, HN1C 15003OE - LV BREAKER - 3-POLE
BUILDING 330 199US 1D PANELBOARDS HNBE, HN1E 15003OE - LV BREAKER - 3-POLE
BUILDING 330 200US 1D PANELS HN3C, HN4C, HN5C, HN6C 15003OE - LV BREAKER - 3-POLE
BUILDING 330 201US 1D PANELS HN7C, HN8C, HN9C, HNP 15003OE - LV BREAKER - 3-POLE
BUILDING 330 202US 1D SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 330 203US 1D MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 204US 1D TIE TO US 1C 15003OE - LV BREAKER - 3-POLE
BUILDING 330 205US 1P 56200OE - TRANSFORMER TEST
BUILDING 330 209US 1P CIRCUIT F 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 210US 1P CIRCUIT G 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 211US 1P MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 212US 1P PANELBOARD HNCA 15003OE - LV BREAKER - 3-POLE
BUILDING 330 213US 1P1 MCB-2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 214US 1P2 ATS-7 15003OE - LV BREAKER - 3-POLE
BUILDING 330 215US 1P3 ATS-8 15003OE - LV BREAKER - 3-POLE
BUILDING 330 216US 1P4 MC-2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 217US 1P5 MCB-1 15003OE - LV BREAKER - 3-POLE
BUILDING 330 218US 1X 56200OE - TRANSFORMER TEST
BUILDING 330 222US 1X BOTTOM SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 330 223US 1X CIRCUIT F 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 224US 1X CIRCUIT G 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 225US 1X MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 226US 1X TOP SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 330 227US 1X/1P TIE 15003OE - LV BREAKER - 3-POLE
BUILDING 330 228US 1X1 ATS-14 15003OE - LV BREAKER - 3-POLE
BUILDING 330 229US 1X2 ATS-13 15003OE - LV BREAKER - 3-POLE
BUILDING 330 230US 1X3 ATS-12 15003OE - LV BREAKER - 3-POLE
BUILDING 330 231US 1X4 ATS-11 15003OE - LV BREAKER - 3-POLE
BUILDING 330 232US 1X5 PANELBOARD 1XD 15003OE - LV BREAKER - 3-POLE
BUILDING 330 233US 1X6 ATS-10 15003OE - LV BREAKER - 3-POLE
BUILDING 330 234US A 56200OE - TRANSFORMER TEST
BUILDING 330 238US A CHILLER 1 15003OE - LV BREAKER - 3-POLE
BUILDING 330 239US A CHILLER 2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 240US A CIRCUIT F 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 241US A CIRCUIT G 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 242US A FEEDER 1 15003OE - LV BREAKER - 3-POLE
BUILDING 330 243US A MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 244US A/B SPARE 1 15003OE - LV BREAKER - 3-POLE
BUILDING 330 245US A/B SPARE 2 15003OE - LV BREAKER - 3-POLE
BUILDING 330 246US A/B SPARE 3 15003OE - LV BREAKER - 3-POLE
BUILDING 330 247US A/B SPARE 4 15003OE - LV BREAKER - 3-POLE
Job #TEKT225081
Tested By:Tested By: REVISED 5/18/2021
5 of 6PAGE
BUILDING 330 248US B 56200OE - TRANSFORMER TEST
BUILDING 330 252US B CHILLER 3 15003OE - LV BREAKER - 3-POLE
BUILDING 330 253US B CHILLER 4 15003OE - LV BREAKER - 3-POLE
BUILDING 330 254US B CIRCUIT F 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 255US B CIRCUIT G 29000OE - MEDIUM VOLTAGE SWITCH
BUILDING 330 256US B MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 330 257US B MOTOR CONTROL CENTER 15003OE - LV BREAKER - 3-POLE
BUILDING 340 258T-36 56200OE - TRANSFORMER TEST
BUILDING 400 261T-7 56200OE - TRANSFORMER TEST
BUILDING 401 264T-17.2 56200OE - TRANSFORMER TEST
BUILDING 402 267T-17.1 56200OE - TRANSFORMER TEST
BUILDING 408 270MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 408 271T-13 56200OE - TRANSFORMER TEST
BUILDING 409 274409E-1 MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 409 275GENERATOR 15003OE - LV BREAKER - 3-POLE
BUILDING 409 276T-21 15003OE - LV BREAKER - 3-POLE
BUILDING 409 277T-21 56200OE - TRANSFORMER TEST
BUILDING 410 280BASEMENT 15003OE - LV BREAKER - 3-POLE
BUILDING 410 281MAIN EMERGENCY 15003OE - LV BREAKER - 3-POLE
BUILDING 410 282MAIN SECONDARY 15003OE - LV BREAKER - 3-POLE
BUILDING 410 283T-20.1 56200OE - TRANSFORMER TEST
BUILDING 411 286EMERGENCY GENERATOR MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 411 287T-20.2 56200OE - TRANSFORMER TEST
BUILDING 411 290T-20.2 411-2 SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 411 291T-20.2 411-2-3B 15003OE - LV BREAKER - 3-POLE
BUILDING 411 292T-20.2 411-2-ACCH1 15003OE - LV BREAKER - 3-POLE
BUILDING 411 293T-20.2 SECONDARY MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 411 294T-20.2 SPARE 15003OE - LV BREAKER - 3-POLE
BUILDING 411 295T-20.3 56200OE - TRANSFORMER TEST
BUILDING 411 298T-20.3 SECONDARY MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 412 299MAIN 15003OE - LV BREAKER - 3-POLE
BUILDING 412 300T-22 56200OE - TRANSFORMER TEST
BUILDING 425 303TRANSFORMER 56200OE - TRANSFORMER TEST
MAIN 306NORTH - 69KV CIRCUIT SWITCHER 45000OE - OVERCURRENT RELAY
MAIN 307NORTH - 69KV CIRCUIT SWITCHER 45001OE - PROTECTIVE RELAYS
MAIN 308NORTH - 87B 15KV SWITCHGEAR 45001OE - PROTECTIVE RELAYS
MAIN 309NORTH - 87T 45001OE - PROTECTIVE RELAYS
MAIN 310NORTH - FEEDER C 16110OE - MEDIUM VOLTAGE BREAKE
MAIN 311NORTH - FEEDER C 45000OE - OVERCURRENT RELAY
MAIN 312NORTH - FEEDER D 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 313NORTH - FEEDER D 45000OE - OVERCURRENT RELAY
Job #TEKT225081
Tested By:Tested By: REVISED 5/18/2021
6 of 6PAGE
MAIN 314NORTH - FEEDER G 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 315NORTH - FEEDER G 45000OE - OVERCURRENT RELAY
MAIN 316NORTH - FEEDER H 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 317NORTH - FEEDER J 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 318NORTH - FEEDER J 45000OE - OVERCURRENT RELAY
MAIN 319NORTH - MAIN BREAKER 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 320NORTH - MAIN BREAKER 45000OE - OVERCURRENT RELAY
MAIN 321NORTH TRANSFORMER 29000OE - MEDIUM VOLTAGE SWITCH
MAIN 322NORTH TRANSFORMER 56200OE - TRANSFORMER TEST
MAIN 326NORTH TRANSFORMER 56400OE - LOAD TAP CHANGER TTR
MAIN 327NORTH TRANSFORMER 56450OE - LOAD TAP CHANGER WR
MAIN 328SOUTH - 69KV CIRCUIT SWITCHER 45000OE - OVERCURRENT RELAY
MAIN 329SOUTH - 69KV CIRCUIT SWITCHER 45001OE - PROTECTIVE RELAYS
MAIN 330SOUTH - 87B 15KV SWITCHGEAR 45001OE - PROTECTIVE RELAYS
MAIN 331SOUTH - 87T 45001OE - PROTECTIVE RELAYS
MAIN 332SOUTH - FEEDER A 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 333SOUTH - FEEDER A 45000OE - OVERCURRENT RELAY
MAIN 334SOUTH - FEEDER B 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 335SOUTH - FEEDER B 45000OE - OVERCURRENT RELAY
MAIN 336SOUTH - FEEDER E 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 337SOUTH - FEEDER F 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 338SOUTH - FEEDER F 45000OE - OVERCURRENT RELAY
MAIN 339SOUTH - MAIN BREAKER 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 340SOUTH - MAIN BREAKER 45000OE - OVERCURRENT RELAY
MAIN 341SOUTH TRANSFORMER 29000OE - MEDIUM VOLTAGE SWITCH
MAIN 342SOUTH TRANSFORMER 56200OE - TRANSFORMER TEST
MAIN 346SOUTH TRANSFORMER 56400OE - LOAD TAP CHANGER TTR
MAIN 347SOUTH TRANSFORMER 56450OE - LOAD TAP CHANGER WR
MAIN 348TIE BREAKER 16110OE - MEDIUM VOLTAGE BREAKER
MAIN 349TIE BREAKER 45000OE - OVERCURRENT RELAY
PAGE
USER
ADDRESS
CUSTOMER
TRANSFORMER TESTING
OWNER REPRESENTATIVE TELEPHONE
VA MEDICAL CENTER; 4100 W Third Street; Dayton OH 45885
Dayton VA
JOB # TEKT225081
DATE
SUBSTATION T-35POSITION
7-14-22 Dayton, OH
BUILDING 108
98 °F EQPT. LOCATION%HUMIDITY 57TEMPERATURE
°C
OTHER GAUGES
MAXIMUM TEMPERATURE
BUSHINGS
MAIN TANK SYRINGE #
TESTS TO PERFORM:
BOTTLE # 945167 BOTTLE #
CLEAN DIRTY BROKEN
PAINT CONDITION OXIDIZEDGOOD
PROPERLY GROUNDED YES NO
YESNOFLUID LEAK LEAK DESCRIPTION
VISIBLE RUST
GROUNDING DESCRIPTION
ADDITIONAL EQUIPMENT
MINOR SIGNIFICANT
CABLE TERMINATIONS DETERIORATED
56200OE, REVISED 10/3/2022www.uiscorp.com
TESTED BY:TEST EQUIPMENT USED: RM/MM
LOW OIL LEVEL
% TOTAL COMBUSTIBLE GASES
MAXIMUM TEMPERATURE
LIQUID LEVEL NORMAL LOW NO GAUGE
LIQUID TEMPERATURE °C49 °C
°C
RESET TEMPERATURE GAUGE
WINDING TEMPERATURE
PRESSURE: #AS FOUND(+/-) AS LEFT(+/-) #
NO GAUGE
NO GAUGE
YES NO
NOYES
NO GAUGE NOYESP/V REGULATOR
GAUGE READINGS
RESET TEMPERATURE GAUGE
QUALITY MOISTURE PCBPOWER FACTOR OIL-DISSOLVED GAS ANALYSIS
PHYSICAL CONDITION
DIELECTRIC FLUID ANALYSIS
DIELECTRIC FLUID:
LIQUID-FILLED
MANUFACTURER
TAP CONNECTIONS
NAMEPLATE DATA
A B
WYE
WYE DETC TAP LOC.
C
TEMP. RISE
RATED kVA
SERIAL NO.
ENVIROTEMP FR3
WATER COOLED OIL PUMP FREE BREATHING
CONSERVATOR
SILICONE RTEMP
BIO TEMP
DRY
VAPOR TRAN
ENCAPSULATED
TRANSFORMER TYPE
12,470
E
SECONDARY VOLTAGE
PRIMARY VOLTAGE
CLASS
TAP VOLTAGES
DELTA
DELTA
SINGLE
SINGLE// SEC
CAPACITY
13,200
D
12,000
12,470
ABB
96J036037
DATE MFG. °C
IMPEDANCE %
TERM. TYPE
PRI
SEC
SEC
Copper CopperPRI
POUNDS
B.I.L. RATING (kV)
TOTAL WEIGHT
WINDING MATERIAL SEC
PRI
14,400
277.128
13,80014,400
TAP SETTING
3.1
GALLONS110 LTC GALLONS PCB LABEL YES NO PCB <1 ppm
COOLING FANS
OIL
VD
NOLOAD TAP CHANGER YES OPERATIONS
PRI
NITROGEN BLANKET ANALYSIS
MAIN TANK TC # LTC TC #
LTC SYRINGE #
% OXYGEN
# OF FANS
LTC MFG.
COMMENTS: STANDARD BAYONET FUSE RTE 358 C 10 25 AMP 5197
DEFICIENCIES:
LOW
HIGH 1
2.5
2.5
METER
READINGmA
METER
READING
10.9
3.61
18.2
10.9 0.266
0.796
0.09
0.632
Measured COR. 20°C
0.23 0.23
0.24 0.24
5 0.7 0.7
HIGH
HIGH
WINDING
ENERGIZED
HIGH
HIGH
GST A+B
GST gA
GST A+B
GST gA
UST A/B
GST A+B
GST gA
UST A/B
LOW
CH + CHL
CH
CL + CHL
CL
CHL
CH
LOW
G
G
G
G
D 5 10.5 6.36 10.5 G mA
TRANSFInc.
Dexter, Michigan
2 of 349PAGE
WINDING INSULATION POWER FACTOR
Test Mode
T E
S T
INSULATION
WINDING
CAPACITANCE
R A
T
IN
G
WINDING
GROUNDED
7.29
TEST
kV
TEST CONNECTIONS
UST TEST 2.5
7.3
Watts
EQUIVALENT 10 kV READINGS
MILLIAMPERES
UST TEST
CH + CHL
MULTI-
PLIER
MULTI-
PLIER R
A T
IN
G mA
MULTI-
PLIER
METER
READING
0.743484
W
MULTI-
PLIER
7.28
MULTI-
PLIER
0.515
0.53
0.542
(TEST 1) - (TEST 2)
(TEST 3) - (TEST 4)
(TEST 6) - (TEST 7)
CH TIP-UP SHOULD BE <0.5%
T-35 96J036037SERIAL NO.POSITION
LOW
WINDING
GUARDED
CALCULATED RESULTS
CALCULATED RESULTS
0.743484
CHL
% POWER FACTOR
DRY-TYPE TRANSFORMER TIP-UP POWER FACTOR
METER
READING
METER
READING
WINDING EXCITATION CURRENT
149 °CTEMPERATURE CORRECTION FACTOR TO 20°C, TCFEQUIP. TEMP.
56200OE, REVISED 10/3/2022www.uiscorp.com mA
PRIMARY CONNECTIONS DISCONNECTED: YES NO NOSECONDARY CONNECTIONS DISCONNECTED: YES
MILLIAMPERES
PHASE A PHASE B
MILLIAMPERES
PHASE C
MILLIAMPERESTEST
kV
TAP
POSITION
T E
S T
TRANSFORMER TESTING
3 of 349PAGE
56200OE, REVISED 10/3/2022www.uiscorp.com
96J036037SERIAL NO.POSITION T-35
CALCULATED RATIOTAP PHASE A PHASE B PHASE C% DEV. % DEV. % DEV.
TURNS RATIO
A 51.9615
B 49.7965
C 47.6314
D 44.9972 45.0100 0.0284 45.0140 0.0373 45.0120 0.0328
E 43.3013
WINDING RESISTANCE
°CWINDING TEMPERATURE REFERENCE TEMPERATURE °C75
TEMP. CORRECTED TEMP. CORRECTEDTAP READINGREADING READING
H3 - H1H2 - H3H1 - H2
RESULT UNITS:
Ohms
TEMP. CORRECTED
HIGH-SIDE WINDING RESISTANCE
A
B
C
D 8.87 8.87 8.86
E
READINGREADING READINGTEMP. CORRECTED TEMP. CORRECTEDTAP
X3 - X0X2 - X0X1 - X0
TEMP. CORRECTED
Milli Ohms
RESULT UNITS: LOW-SIDE WINDING RESISTANCE
D 4.104 4.027 3.888
READING 20 °C
SECONDARY TO GROUND
PRIMARY TO SECONDARY
18,800
12,100
19,900
89,540.00
147,260.00
TEST
VOLTAGE
(kVDC)
DAR
1.0 MIN./
0.5 MIN.
PI
10 MIN./
1.0 MIN.
139,120.00
READING
0.5 MINUTE 1.0 MINUTE 10 MINUTES
20 °C
INSULATION RESISTANCE
PRIMARY TO GROUND
WINDINGS
TESTED
INSULATION RESISTANCE (MEGOHMS)
READING20 °C
TEMPERATUREOILTEMPERATURE CORRECTION FACTOR 49AIR TCF°C 7.4
NAMEPLATE RESISTANCE (OHMS): MEASURED RESISTANCE (OHMS):
NEUTRAL GROUNDING RESISTOR
INSULATION RESISTANCE kVDCATΜΩ
City Centerville, OH LocationCustomer Dayton VAMC Sub-Name BUILDING 108 Unit No. TRANSFORMER T-35 Other SELECT TECH SERVICES-
VA MEDICAL CENTER
Date Printed 9/19/2022 TC# 9701
Manufacturer ABB Equipment Type TRANSFORMER Manufacture Date Transformer Class
Serial No. 96J036037 Impedance % 3.10
KVA Rating 225 Phase/Cycle 3/60
High Voltage 14,400 D Liquid Type OIL
Low Voltage 480 Y Gallons 110
Weight Other Access
Radiators Conservator Tank Fans LTC Compartment No
Water Cooled Bushing Location
Oil Pumps Breather
Top FPV (inch) Hose Length (feet)
Bottom FPV (inch) Service Online
InsulationType 65C Power Available
NAMEPLATE DATA ADDITIONAL EQUIPMENT
LIQUID SCREEN TEST DATA
DATE SERVICE ACID IFT DIEL 877 DIEL 1816 GAP COLOR SP. GRAV. VISUAL SEDIMENT
11/30/06 0.020 AC 40.4 AC 46 AC 1.00 AC 0.870 AC CLEAR AC NONE AC
11/15/11 0.020 AC 39.8 AC 49 AC 1.00 AC 0.890 AC CLEAR AC NONE AC
10/08/14 0.020 AC 38.9 AC 37 AC 1.50 AC 0.890 AC CLEAR AC NONE AC
10/31/17 0.020 AC 40.0 AC 45 AC 1.00 AC 0.890 AC CLEAR AC NONE AC
07/14/22 0.020 AC 38.3 AC 53 AC 1.50 AC 0.881 AC CLEAR AC NONE AC
VISUAL INSPECTION
DATE LEVEL
SAMPLE
TEMP
TOP
TEMP P/V PAINT LEAKS
11/15/11 NORMAL 28 0.00 GOOD
10/08/14 NORMAL 40 GOOD *
10/31/17 NORMAL 20 GOOD *
07/14/22 NORMAL 49 62 GOOD NONE
FIELD SERVICE
DATE SERVICE
Additional Information
Reason Not Tested
INHIBITOR CONTENT
DATE PCT. BY WEIGHT
NOTE - TESTING FOR INHIBITOR CONTENT IS USEFUL, SINCE
INHIBITOR SLOWS THE AGING RATE OF THE INSULATION SYSTEM.
LIQUID POWER FACTOR
DATE 25 C 100 C
KEY TO ABBREVIATIONS: AC - ACCEPTABLE QU - QUESTIONABLE UN - UNACCEPTABLE RS - RESAMPLE
NOTE: * After a result indicates that the test or service was performed by an outside source.
9/19/2022 TC# 9701Page 2 Date Printed
Customer Dayton VAMC S/N 96J036037
Sub-Name BUILDING 108 Mfg. ABB Gallons 110 High Volt. 14,400
Location Unit No. TRANSFORMER T-35 KVA 225 Low Volt. 480
KARL FISCHER TESTING MOISTURE CONTENT EXPRESSED IN PPM
AVG. PCT.
MOISTURE BY
DRY
DATE TEMP PPM SATURATION WEIGHT PCT.
11/30/06 25 4 5.1 AC 0.46
11/15/11 18 12 22.7 QU 2.76
10/31/17 25 12 17.0 QU 1.96
RECOMMENDATION
The moisture content is questionable based on the equipment class and liquid type. This may be due to an incursion of moisture or disruption in equilibrium due to changing load/temperature. A shorter test interval is recommended to monitor this unit.
FURAN ANALYSIS EXPRESSED IN PPB
DATE 5H2F 2FOL 2FAL 2ACF 5M2F TOTAL
ICP METALS-IN-OIL EXPRESSED IN PPM
DATE ALUMINUM IRON COPPER
PCB CONTENT EXPRESSED IN PPM
DATE 1242 1254 1260 OTHER TOTAL
NOTE: * After a result indicates that the test or service was performed by an outside source.
GAS-IN-OIL ANALYSIS GAS CHROMATOGRAPHY EXPRESSED IN PPM
DATE HYDROGEN OXYGEN NITROGEN METHANE
CARBON
MONOXIDE
CARBON
DIOXIDE ETHANE ETHYLENE ACETYLENE
TOTAL
COMBUST.
TOTAL
GAS
11/30/06 66 12,670 60,300 52 467 3,389 6 43 7 641 77,000
RECOMMENDATION RETEST 6 MONTHS
K-THE SMALL AMOUNT OF ACETYLENE, EVEN WITHOUT ELEVATED LEVELS OF OTHER COMBUSTIBLE GASES, INDICATES A POSSIBLE ARCING/SPARKING CONDITION OR OTHER SEVERE ELECTRICAL STRESS. POSSIBLE CAUSES INCLUDE ABNORMALITIES RELATED TO DETERIORATED
TAP CHANGER CONTACTS, INTERNAL CONNECTIONS, OR THE CORE ASSEMBLY.
ADDRESS
CUSTOMER
LOW VOLTAGE
CIRCUIT BREAKER TEST
OWNER REPRESENTATIVE TELEPHONE
VA MEDICAL CENTER; 4100 W Third Street; Dayton OH 45885
Dayton VAMC
JOB # TEKT225081
DATE
SUBSTATION MAINPOSITION
7-15-22 Dayton, OH
BUILDING 115
80 °F EQPT. LOCATION%HUMIDITY 52TEMPERATURE
50.000 sec sec
A A sec sec
TESTING
RESULTS
CATALOG NO.
MODEL NO.
MANUFACTURER
D.O.
FRAME SIZE
FUSE CAT. NO.
FUSE AMPS
TRIP RATING
FUSE MFR
ΜΩ
SN / SO NO.
ΜΩ
VDCTEST VOLTAGE 1,000 26.6667
ΜΩ
LONG TIME
SHORT TIME
INSTANTANEOUS
GROUND FAULT
90 110 %
PHASE A
15003OE, REVISED 6/24/2022www.uiscorp.com
TESTED BY:TEST EQUIPMENT USED: RM/MM
MULT. OF
SETTING
0.10.1
AS TESTED AS LEFT
TRIP UNIT TYPE
0.1
4W
CUTLER HAMMER
RD65K
TARGETS UVZONE INTLK
ABNORMAL
ABNORMAL OPERATIONALARC CHUTES: NONEAUXILIARY DEVICES:
NORMAL
OVERALL CONDITION: CLEAN DIRTY/CLEANED
YES NONORMAL
NORMAL
ARCING CONTACTS:
CONTACT FINGERS: ABNORMAL
GROUND CONNECTION:
ABNORMALNORMAL
PHASE C (P3-P1)
20°CREADING
(P2-P3)
20°CREADING
PHASE B
20°C
(P1-P2)PHASE A
READING
TEST
AMPERES
300 30.000
PHASE C
PASS
SEC. INJ.
(PS / FL)
sec
MOUNTING
BREAKER TYPE POWER
B.I.
MOLDED CASE
N/ABATT. REPLACED YES NO
TCC NO.
INSULATED CASE
N/ATHERMAL MEM. ON
50600 INT. RATING (kA)VOLT RATING (V)
AFN/A ALCOUNTER:
OFF
CATALOG NO.SHORT TIME PICKUP
LONG TIME DELAY
LONG TIME PICKUP
SHORT TIME DELAY
GRD. FLT. PICKUP
GRD. FLT. DELAY
INST. PICKUP
GRD. FLT.
I N
O U T
I N
O U T
I N
O U T
I²T
20RES16T
RES2000LSI
DIGITRIP 310
OVERCURRENT DEVICEAS FOUND I²T
I²T
RACKING DEVICES:
PHASE B
SECONDARY INJECTION
NOTE: SECONDARY INJECTION TESTING IS PERFORMED WITH A MANUFACTURERS SPECIFIED TEST SET.
PLEASE NOTE PASS/FAIL STATUS FOR APPLICABLE TESTS. SOME FIELDS BELOW MAY BE BLANK.
35.000
TEST METHOD: PRIMARY INJECTION
TOLERANCE
MINIMUM MAXIMUM
sec
INSULATION
RESISTANCE
POLE TO GROUND
POLE TO POLE
LINE TO LOAD
Microhms
FUSE
RESISTANCE
Milliohms
75.0
3W
PHASE A PHASE B PHASE C
56.056.0
CONTACT
RESISTANCE
MODEL NO.
TCF 1.36°C
3-POLE
EQUIPMENT TEMPERATURE
COMMENTS: CHANGED SHORT TIME TO 4X AS PER COORDINATION STUDY
ADDRESS
CUSTOMER
TRANSFORMER TESTING
OWNER REPRESENTATIVE TELEPHONE
VA MEDICAL CENTER; 4100 W Third Street; Dayton OH 45885
Dayton VAMC
JOB # TEKT225081
DATE
SUBSTATION T-6POSITION
7-15-22 Dayton, OH
BUILDING 115
93 °F EQPT. LOCATION%HUMIDITY 51TEMPERATURE
°C
OTHER GAUGES
MAXIMUM TEMPERATURE
BUSHINGS
MAIN TANK SYRINGE #
TESTS TO PERFORM:
BOTTLE # 68461 BOTTLE #
CLEAN DIRTY BROKEN
PAINT CONDITION OXIDIZEDGOOD
PROPERLY GROUNDED YES NO
YESNOFLUID LEAK LEAK DESCRIPTION
VISIBLE RUST
GROUNDING DESCRIPTION
ADDITIONAL EQUIPMENT
MINOR SIGNIFICANT
CABLE TERMINATIONS DETERIORATED
56200OE, REVISED 10/3/2022www.uiscorp.com
TESTED BY:TEST EQUIPMENT USED: RM/MM
LOW OIL LEVEL
% TOTAL COMBUSTIBLE GASES
MAXIMUM TEMPERATURE
LIQUID LEVEL NORMAL LOW NO GAUGE
LIQUID TEMPERATURE °C50 °C
°C
RESET TEMPERATURE GAUGE
WINDING TEMPERATURE
PRESSURE: #AS FOUND(+/-) AS LEFT(+/-) #
NO GAUGE
NO GAUGE
YES NO
NOYES
NO GAUGE NOYESP/V REGULATOR
GAUGE READINGS
RESET TEMPERATURE GAUGE
QUALITY MOISTURE PCBPOWER FACTOR OIL-DISSOLVED GAS ANALYSIS
PHYSICAL CONDITION
DIELECTRIC FLUID ANALYSIS
DIELECTRIC FLUID:
LIQUID-FILLED
MANUFACTURER
TAP CONNECTIONS
NAMEPLATE DATA
A B
WYE
WYE DETC TAP LOC.
C
TEMP. RISE
RATED kVA
SERIAL NO.
ENVIROTEMP FR3
WATER COOLED OIL PUMP FREE BREATHING
CONSERVATOR
SILICONE RTEMP
BIO TEMP
DRY
VAPOR TRAN
ENCAPSULATED
TRANSFORMER TYPE
12,160
E
SECONDARY VOLTAGE
PRIMARY VOLTAGE
CLASS
TAP VOLTAGES
DELTA
DELTA
SINGLE
SINGLE// SEC
CAPACITY
12,470
D
11,850
12,470
ABB
97J370159
DATE MFG. °C
IMPEDANCE %
TERM. TYPE
PRI
SEC
SEC
Copper CopperPRI
POUNDS
B.I.L. RATING (kV)
TOTAL WEIGHT
WINDING MATERIAL SEC
PRI
12,470
120.089
12,78513,095
TAP SETTING
GALLONS242 LTC GALLONS PCB LABEL YES NO PCB <1 ppm
COOLING FANS
OIL
VC
NOLOAD TAP CHANGER YES OPERATIONS
PRI
NITROGEN BLANKET ANALYSIS
MAIN TANK TC # LTC TC #
LTC SYRINGE #
% OXYGEN
# OF FANS
LTC MFG.
COMMENTS: FUSE RTE ELX CAT #3664040M11 40C AMP 15.5KV MAX MOUNTING CODE 5 MFG 13/1997
50KA SYM INTERRUPTING
DEFICIENCIES: Insulation Resistance does not meet NETA minimum standards and Power Factor has risen since previous testing.
Moisture in the oil is high as well
2.5
2.5
METER
READINGmA
METER
READING
11.4
5.16
19.5
13.3 0.73
1.238
0.302
0.813
Measured COR. 20°C
0.58 0.58
0.54 0.54
5 0.82 0.82
LOW
HIGH
HIGH
WINDING
ENERGIZED
HIGH
HIGH
GST A+B
GST gA
GST A+B
GST gA
UST A/B
GST A+B
GST gA
UST A/B
LOW
CH + CHL
CH
CL + CHL
CL
CHL
CHL
CH
CHL
LOW
G
G
G
G
C 15 9.5 15 G mA
TRANSFORMER TESTING
734) 424-1200
Cent er vi l l e, O hi o
6 of 349PAGE
WINDING INSULATION POWER FACTOR
Test Mode
T E
S T
INSULATION
WINDING
CAPACITANCE
R A
T
IN
G
LOW
WINDING
GROUNDED
6.24
TEST
kV
TEST CONNECTIONS
UST TEST 1
6.2
Watts
EQUIVALENT 10 kV READINGS
MILLIAMPERES
UST TEST
CH + CHL
MULTI-
PLIER
MULTI-
PLIER R
A T
IN
G mA
MULTI-
PLIER
METER
READING
0.81891
W
MULTI-
PLIER
6.2
MULTI-
PLIER
0.509
0.508
0.511 (TEST 1) - (TEST 2)
(TEST 3) - (TEST 4)
(TEST 6) - (TEST 7)
CH TIP-UP SHOULD BE <0.5%
T
97J370159SERIAL NO.POSITION
LOW
WINDING
GUARDED
CALCULATED RESULTS
CALCULATED RESULTS
0.81891
CHL
% POWER FACTOR
DRY-TYPE TRANSFORMER TIP-UP POWER FACTOR
METER
READING
METER
READING
WINDING EXCITATION CURRENT
150 °CTEMPERATURE CORRECTION FACTOR TO 20°C, TCFEQUIP. TEMP.
56200OE, REVISED 10/3/2022www.uiscorp.com mA
HIGH
PRIMARY CONNECTIONS DISCONNECTED: YES NO NOSECONDARY CONNECTIONS DISCONNECTED: YES
MILLIAMPERES
PHASE A PHASE B
MILLIAMPERES
PHASE C
MILLIAMPERES
TEST
kV
TAP
POSITION
T E
S T
T-6
T
TT-6
7 of 349PAGE
56200OE, REVISED 10/3/2022www.uiscorp.com
97J370159SERIAL NO.POSITION T-6
CALCULATED RATIOTAP PHASE A PHASE B PHASE C% DEV. % DEV. % DEV.
TURNS RATIO
A 109.0443
B 106.4628
C 103.8398 103.8800 0.0387 103.8900 0.0484 103.8900 0.0484
D 101.2584
E 98.6769
WINDING RESISTANCE
°CWINDING TEMPERATURE REFERENCE TEMPERATURE °C75
TEMP. CORRECTED TEMP. CORRECTEDTAP READINGREADING READING
H3 - H1H2 - H3H1 - H2
RESULT UNITS:
Ohms
TEMP. CORRECTED
HIGH-SIDE WINDING RESISTANCE
A
B
C 3.29 3.29 3.29
D
E
READINGREADING READINGTEMP. CORRECTED TEMP. CORRECTEDTAP
X3 - X0X2 - X0X1 - X0
TEMP. CORRECTED
Milli Ohms
RESULT UNITS: LOW-SIDE WINDING RESISTANCE
C 0.479 0.436 0.469
READING 20 °C
SECONDARY TO GROUND
PRIMARY TO SECONDARY
3.3
2.15
4.66
16.88
36.58
TEST
VOLTAGE
(kVDC)
DAR
1.0 MIN./
0.5 MIN.
PI
10 MIN./
1.0 MIN.
25.90
READING
0.5 MINUTE 1.0 MINUTE 10 MINUTES
20 °C
INSULATION RESISTANCE
PRIMARY TO GROUND
WINDINGS
TESTED
INSULATION RESISTANCE (MEGOHMS)
READING20 °C
TEMPERATUREOILTEMPERATURE CORRECTION FACTOR 50AIR TCF°C 7.85
NAMEPLATE RESISTANCE (OHMS): MEASURED RESISTANCE (OHMS): 0.75
Sub-Name BLDG.115 Unit No. T-6 Other
Date Printed 9/19/2022 TC# 8266
Manufacturer ABB Equipment Type TRANSFORMER Manufacture Date Transformer Class
Serial No. 97J370159 Impedance % 5.00
KVA Rating 500 Phase/Cycle 3/60
High Voltage 12,470 D Liquid Type OIL
Low Voltage 208 Y Gallons 242
Weight Other Access
Radiators Conservator Tank Fans LTC Compartment
Water Cooled Bushing Location
Oil Pumps Breather
Top FPV (inch) Hose Length (feet)
Bottom FPV (inch) Service Online
InsulationType 65C Power Available
NAMEPLATE DATA ADDITIONAL EQUIPMENT
LIQUID SCREEN TEST DATA
DATE SERVICE ACID IFT DIEL 877 DIEL 1816 GAP COLOR SP. GRAV. VISUAL SEDIMENT
11/15/11 0.020 AC 40.4 AC 48 AC 1.00 AC 0.880 AC CLEAR AC NONE AC
10/08/14 0.020 AC 40.9 AC 40 AC 1.00 AC 0.875 AC CLEAR AC NONE AC
11/14/17 0.020 AC 40.4 AC 51 AC 1.00 AC 0.870 AC CLEAR AC NONE AC
07/15/22 0.020 AC 39.5 AC 45 AC 1.50 AC 0.870 AC CLEAR AC NONE AC
VISUAL INSPECTION
DATE LEVEL
SAMPLE
TEMP
TOP
TEMP P/V PAINT LEAKS
11/15/11 NORMAL 20 GOOD
10/08/14 NORMAL 30 GOOD *
11/14/17 NORMAL 25 GOOD *
07/15/22 NORMAL 50 51 GOOD NONE
FIELD SERVICE
DATE SERVICE
Additional Information
Reason Not Tested
INHIBITOR CONTENT
DATE PCT. BY WEIGHT
NOTE - TESTING FOR INHIBITOR CONTENT IS USEFUL, SINCE
INHIBITOR SLOWS THE AGING RATE OF THE INSULATION SYSTEM.
LIQUID POWER FACTOR
DATE 25 C 100 C
9/19/2022 TC# 8266Page 2 Date Printed
Customer Dayton VAMC S/N 97J370159
Sub-Name BLDG.115 Mfg. ABB Gallons 242 High Volt. 12,470
Location Unit No. T-6 KVA 500 Low Volt. 208
KARL FISCHER TESTING MOISTURE CONTENT EXPRESSED IN PPM
AVG. PCT.
MOISTURE BY
DRY
DATE TEMP PPM SATURATION WEIGHT PCT.
11/15/11 10 15 42.0 UN 4.95
RECOMMENDATION RETEST 3 MONTHS
Management decisions concerning moisture in electrical equipment should not be based SOLELY on calculations from samples drawn when the average oil temperature is less than 20 degrees C.
FURAN ANALYSIS EXPRESSED IN PPB
DATE 5H2F 2FOL 2FAL 2ACF 5M2F TOTAL
ICP METALS-IN-OIL EXPRESSED IN PPM
DATE ALUMINUM IRON COPPER
PCB CONTENT EXPRESSED IN PPM
DATE 1242 1254 1260 OTHER TOTAL
NOTE: * After a result indicates that the test or service was performed by an outside source.
GAS-IN-OIL ANALYSIS GAS CHROMATOGRAPHY EXPRESSED IN PPM
DATE HYDROGEN OXYGEN NITROGEN METHANE
CARBON
MONOXIDE
CARBON
DIOXIDE ETHANE ETHYLENE ACETYLENE
TOTAL
COMBUST.
TOTAL
GAS
ADDRESS
CUSTOMER
TRANSFORMER TESTING
OWNER REPRESENTATIVE TELEPHONE
VA MEDICAL CENTER; 4100 W Third Street; Dayton OH 45885
Dayton VAMC
JOB # TEKT225081
DATE
SUBSTATION SL-28POSITION
7-17-22 Dayton, OH
BUILDING 116
86 °F EQPT. LOCATION%HUMIDITY 61TEMPERATURE
°C
OTHER GAUGES
MAXIMUM TEMPERATURE
BUSHINGS
MAIN TANK SYRINGE #
TESTS TO PERFORM:
BOTTLE # BOTTLE #
CLEAN DIRTY BROKEN
PAINT CONDITION OXIDIZEDGOOD
PROPERLY GROUNDED YES NO
YESNOFLUID LEAK LEAK DESCRIPTION
VISIBLE RUST
GROUNDING DESCRIPTION
ADDITIONAL EQUIPMENT
MINOR SIGNIFICANT
CABLE TERMINATIONS DETERIORATED
56200OE, REVISED 10/3/2022www.uiscorp.com
TESTED BY:TEST EQUIPMENT USED: RM/MM
LOW OIL LEVEL
% TOTAL COMBUSTIBLE GASES
MAXIMUM TEMPERATURE
LIQUID LEVEL NORMAL LOW NO GAUGE
LIQUID TEMPERATURE °C39 °C
°C
RESET TEMPERATURE GAUGE
WINDING TEMPERATURE
PRESSURE: #AS FOUND(+/-) AS LEFT(+/-) #
NO GAUGE
NO GAUGE
YES NO
NOYES
NO GAUGE NOYESP/V REGULATOR
GAUGE READINGS
RESET TEMPERATURE GAUGE
QUALITY MOISTURE PCBPOWER FACTOR OIL-DISSOLVED GAS ANALYSIS
068532
PHYSICAL CONDITION
DIELECTRIC FLUID ANALYSIS
DIELECTRIC FLUID:
LIQUID-FILLED
MANUFACTURER
TAP CONNECTIONS
NAMEPLATE DATA
A B
WYE
WYE DETC TAP LOC.
C
TEMP. RISE
RATED kVA
SERIAL NO.
ENVIROTEMP FR3
WATER COOLED OIL PUMP FREE BREATHING
CONSERVATOR
SILICONE RTEMP
BIO TEMP
DRY
VAPOR TRAN
ENCAPSULATED
TRANSFORMER TYPE
12,160
E
SECONDARY VOLTAGE
PRIMARY VOLTAGE
CLASS
TAP VOLTAGES
DELTA
DELTA
SINGLE
SINGLE// SEC
CAPACITY
12,470
D
11,850
12,470
ABB
98J622114
DATE MFG. °C
IMPEDANCE %
95 30
TERM. TYPE
PRI
SEC
SEC
Copper CopperPRI
POUNDS
B.I.L. RATING (kV)
TOTAL WEIGHT
WINDING MATERIAL SEC
PRI
12,470
277.128
12,78513,095
TAP SETTING
3.49
GALLONS131 LTC GALLONS PCB LABEL YES NO PCB <1 ppm
COOLING FANS
OIL
VC
NOLOAD TAP CHANGER YES OPERATIONS
PRI
NITROGEN BLANKET ANALYSIS
MAIN TANK TC # LTC TC #
LTC SYRINGE #
% OXYGEN
# OF FANS
LTC MFG.
COMMENTS: RTE ELX FUSE CAT #3564003M11 3C AMP 15.5KV MAX MOUNTING CODE 5
50KA SYN INTERRUPTING
2.5
2.5
METER
READINGmA
METER
READING
5.13
2.89
5.82
3.58 0.642
0.733
0.133
0.233
Measured COR. 20°C
0.46 0.46
1.79 1.79
5 0.045 0.045
LOW
HIGH
HIGH
WINDING
ENERGIZED
HIGH
HIGH
GST A+B
GST gA
GST A+B
GST gA
UST A/B
GST A+B
GST gA
UST A/B
LOW
CH + CHL
CH
CL + CHL
CL
CHL
CHL
CH
CHL
LOW
G
G
G
G
C 4.44 2.97 3.81 G mA
TRANSFORMER TESTING
24-1200
9 of 349PAGE
WINDING INSULATION POWER FACTOR
Test Mode
T E
S T
INSULATION
WINDING
CAPACITANCE
R A
T
IN
G
LOW
WINDING
GROUNDED
2.24
TEST
kV
TEST CONNECTIONS
UST TEST 2.5
2.24
Watts
EQUIVALENT 10 kV READINGS
MILLIAMPERES
UST TEST
CH + CHL
MULTI-
PLIER
MULTI-
PLIER R
A T
IN
G mA
MULTI-
PLIER
METER
READING
0.446429
W
MULTI-
PLIER
2.24
MULTI-
PLIER
0.099
0.091
0.1 (TEST 1) - (TEST 2)
(TEST 3) - (TEST 4)
(TEST 6) - (TEST 7)
CH TIP-UP SHOULD BE <0.5%
SL-28 98J622114SERIAL NO.POSITION
LOW
WINDING
GUARDED
CALCULATED RESULTS
CALCULATED RESULTS
0.446429
CHL
% POWER FACTOR
DRY-TYPE TRANSFORMER TIP-UP POWER FACTOR
METER
READING
METER
READING
WINDING EXCITATION CURRENT
139 °CTEMPERATURE CORRECTION FACTOR TO 20°C, TCFEQUIP. TEMP.
56200OE, REVISED 10/3/2022www.uiscorp.com mA
HIGH
PRIMARY CONNECTIONS DISCONNECTED: YES NO NOSECONDARY CONNECTIONS DISCONNECTED: YES
MILLIAMPERES
PHASE A PHASE B
MILLIAMPERES
PHASE C
MILLIAMPERES
TEST
kV
TAP
POSITION
T E
S T
10 of 349PAGE
98J622114SERIAL NO.POSITION SL-28
CALCULATED RATIOTAP PHASE A PHASE B PHASE C% DEV. % DEV. % DEV.
TURNS RATIO
A 47.2525
B 46.1339
C 44.9972 45.0480 0.1128 45.0520 0.1217 45.0480 0.1128
D 43.8786
E 42.7600
WINDING RESISTANCE
°CWINDING TEMPERATURE REFERENCE TEMPERATURE °C75
TEMP. CORRECTED TEMP. CORRECTEDTAP READINGREADING READING
H3 - H1H2 - H3H1 - H2
RESULT UNITS:
Ohms
TEMP. CORRECTED
HIGH-SIDE WINDING RESISTANCE
A
B
C 31.82 31.86 31.68
D
E
READINGREADING READINGTEMP. CORRECTED TEMP. CORRECTEDTAP
X3 - X0X2 - X0X1 - X0
TEMP. CORRECTED
Milli Ohms
RESULT UNITS: LOW-SIDE WINDING RESISTANCE
C 16.93 17.38 17.21
READING 20 °C
SECONDARY TO GROUND
PRIMARY TO SECONDARY
22,400
1,450
22,000
5,394.00
81,840.00
TEST
VOLTAGE
(kVDC)
DAR
1.0 MIN./
0.5 MIN.
PI
10 MIN./
1.0 MIN.
83,328.00
READING
0.5 MINUTE 1.0 MINUTE 10 MINUTES
20 °C
INSULATION RESISTANCE
PRIMARY TO GROUND
WINDINGS
TESTED
INSULATION RESISTANCE (MEGOHMS)
READING20 °C
TEMPERATUREOILTEMPERATURE CORRECTION FACTOR 39AIR TCF°C 3.72
NAMEPLATE RESISTANCE (OHMS): MEASURED RESISTANCE (OHMS): 2.0
Sub-Name BUILDING 116 Unit No. TRANSFORMER SL-28 Other SELECT TECH SERVICES-
VA MEDICAL CENTER
Date Printed 9/20/2022 TC# 9700
Manufacturer ABB Equipment Type TRANSFORMER Manufacture Date Transformer Class
Serial No. 98J622114 Impedance % 3.49
KVA Rating 45 Phase/Cycle 3/60
High Voltage 12,470 D Liquid Type OIL
Low Voltage 480 Y Gallons 131
Weight Other Access
Radiators Conservator Tank Fans LTC Compartment No
Water Cooled Bushing Location
Oil Pumps Breather
Top FPV (inch) Hose Length (feet)
Bottom FPV (inch) Service Online
InsulationType 65C Power Available
NAMEPLATE DATA ADDITIONAL EQUIPMENT
LIQUID SCREEN TEST DATA
DATE SERVICE ACID IFT DIEL 877 DIEL 1816 GAP COLOR SP. GRAV. VISUAL SEDIMENT
11/30/06 0.020 AC 41.9 AC 42 AC 1.00 AC 0.880 AC CLEAR AC NONE AC
11/15/11 0.030 AC 39.8 AC 50 AC 1.00 AC 0.890 AC CLEAR AC NONE AC
10/08/14 0.030 AC 39.0 AC 40 AC 1.50 AC 0.870 AC CLEAR AC NONE AC
11/13/17 0.020 AC 39.2 AC 49 AC 1.00 AC 0.880 AC CLEAR AC NONE AC
07/17/22 0.010 AC 37.4 AC 51 AC 1.50 AC 0.872 AC CLEAR AC NONE AC
VISUAL INSPECTION
DATE LEVEL
SAMPLE
TEMP
TOP
TEMP P/V PAINT LEAKS
11/15/11 NORMAL 25 GOOD
10/08/14 NORMAL 32 GOOD *
11/13/17 NORMAL 15 GOOD *
07/17/22 NORMAL 39 48 GOOD NONE
FIELD SERVICE
DATE SERVICE
Additional Information
Reason Not Tested
INHIBITOR CONTENT
DATE PCT. BY WEIGHT
NOTE - TESTING FOR INHIBITOR CONTENT IS USEFUL, SINCE
INHIBITOR SLOWS THE AGING RATE OF THE INSULATION SYSTEM.
LIQUID POWER FACTOR
DATE 25 C 100 C
9/20/2022 TC# 9700Page 2 Date Printed
Customer Dayton VAMC S/N 98J622114
Sub-Name BUILDING 116 Mfg. ABB Gallons 131 High Volt. 12,470
Location Unit No. TRANSFORMER SL-28 KVA 45 Low Volt. 480
KARL FISCHER TESTING MOISTURE CONTENT EXPRESSED IN PPM
AVG. PCT.
MOISTURE BY
DRY
DATE TEMP PPM SATURATION WEIGHT PCT.
11/30/06 25 5 6.6 AC 0.59
11/15/11 15 12 27.0 UN 3.28
RECOMMENDATION RETEST 3 MONTHS
Management decisions concerning moisture in electrical equipment should not be based SOLELY on calculations from samples drawn when the average oil temperature is less than 20 degrees C.
FURAN ANALYSIS EXPRESSED IN PPB
DATE 5H2F 2FOL 2FAL 2ACF 5M2F TOTAL
ICP METALS-IN-OIL EXPRESSED IN PPM
DATE ALUMINUM IRON COPPER
PCB CONTENT EXPRESSED IN PPM
DATE 1242 1254 1260 OTHER TOTAL
NOTE: * After a result indicates that the test or service was performed by an outside source.
GAS-IN-OIL ANALYSIS GAS CHROMATOGRAPHY EXPRESSED IN PPM
DATE HYDROGEN OXYGEN NITROGEN METHANE
CARBON
MONOXIDE
CARBON
DIOXIDE ETHANE ETHYLENE ACETYLENE
TOTAL
COMBUST.
TOTAL
GAS
11/30/06 37 8,215 58,352 88 457 4,269 15 53 13 663 71,499
RECOMMENDATION RETEST 6 MONTHS
K-THE SMALL AMOUNT OF ACETYLENE, EVEN WITHOUT ELEVATED LEVELS OF OTHER COMBUSTIBLE GASES, INDICATES A POSSIBLE ARCING/SPARKING CONDITION OR OTHER SEVERE ELECTRICAL STRESS. POSSIBLE CAUSES INCLUDE ABNORMALITIES RELATED TO DETERIORATED
TAP CHANGER CONTACTS, INTERNAL CONNECTIONS, OR THE CORE ASSEMBLY.
ADDRESS
CUSTOMER
TRANSFORMER TESTING
OWNER REPRESENTATIVE TELEPHONE
VA MEDICAL CENTER; 4100 W Third Street; Dayton OH 45885
Dayton VAMC
JOB # TEKT225081
DATE
SUBSTATION T-5POSITION
7-7-22 Dayton, OH
BUILDING 116
74 °F EQPT. LOCATION%HUMIDITY 78TEMPERATURE
°C
OTHER GAUGES
MAXIMUM TEMPERATURE
BUSHINGS
MAIN TANK SYRINGE #
TESTS TO PERFORM:
BOTTLE # BOTTLE #
CLEAN DIRTY BROKEN
PAINT CONDITION OXIDIZEDGOOD
PROPERLY GROUNDED YES NO
YESNOFLUID LEAK LEAK DESCRIPTION
VISIBLE RUST
GROUNDING DESCRIPTION
ADDITIONAL EQUIPMENT
MINOR SIGNIFICANT
CABLE TERMINATIONS DETERIORATED
56200OE, REVISED 10/3/2022www.uiscorp.com
TESTED BY:TEST EQUIPMENT USED: RM/MM
LOW OIL LEVEL
% TOTAL COMBUSTIBLE GASES
MAXIMUM TEMPERATURE
LIQUID LEVEL NORMAL LOW NO GAUGE
LIQUID TEMPERATURE °C33 °C
°C
RESET TEMPERATURE GAUGE
WINDING TEMPERATURE
PRESSURE: #AS FOUND(+/-) AS LEFT(+/-) #
NO GAUGE
NO GAUGE
YES NO
NOYES
NO GAUGE NOYESP/V REGULATOR
GAUGE READINGS
RESET TEMPERATURE GAUGE
QUALITY MOISTURE PCBPOWER FACTOR OIL-DISSOLVED GAS ANALYSIS
068464
PHYSICAL CONDITION
DIELECTRIC FLUID ANALYSIS
DIELECTRIC FLUID:
LIQUID-FILLED
MANUFACTURER
TAP CONNECTIONS
NAMEPLATE DATA
A B
WYE
WYE DETC TAP LOC.
C
TEMP. RISE
RATED kVA
SERIAL NO.
ENVIROTEMP FR3
WATER COOLED OIL PUMP FREE BREATHING
CONSERVATOR
SILICONE RTEMP
BIO TEMP
DRY
VAPOR TRAN
ENCAPSULATED
TRANSFORMER TYPE
12,160
E
SECONDARY VOLTAGE
PRIMARY VOLTAGE
CLASS
TAP VOLTAGES
DELTA
DELTA
SINGLE
SINGLE// SEC
CAPACITY
12,470
D
11,850
12,470
ABB
97J375242
DATE MFG. °C
IMPEDANCE %
TERM. TYPE
PRI
SEC
SEC
Copper CopperPRI
POUNDS
B.I.L. RATING (kV)
TOTAL WEIGHT
WINDING MATERIAL SEC
PRI
12,470
120.089
12,78513,095
TAP SETTING
4.5
GALLONS175 LTC GALLONS PCB LABEL YES NO PCB <1 ppm
COOLING FANS
OIL
VC
NOLOAD TAP CHANGER YES OPERATIONS
PRI
NITROGEN BLANKET ANALYSIS
MAIN TANK TC # LTC TC #
LTC SYRINGE #
% OXYGEN
# OF FANS
LTC MFG.
COMMENTS: RTE ELX FUSE CAT #3564012M11 12C AMP 15.5KV MAX MOUNTING CODE #5
50KA SYM INTERRUPTING
2.5
2.5
METER
READINGmA
METER
READING
8.56
3.41
11.2
6.01 0.274
0.543
0.0082
0.024
Measured COR. 20°C
0.387 0.387
0.457 0.457
5 0.51 0.51
LOW
HIGH
HIGH
WINDING
ENERGIZED
HIGH
HIGH
GST A+B
GST gA
GST A+B
GST gA
UST A/B
GST A+B
GST gA
UST A/B
LOW
CH + CHL
CH
CL + CHL
CL
CHL
CHL
CH
CHL
LOW
G
G
G
G
C 18.6 12.2 14.9 G mA
TRANSFORMER TESTING
12 of 349PAGE
WINDING INSULATION POWER FACTOR
Test Mode
T E
S T
INSULATION
WINDING
CAPACITANCE
R A
T
IN
G
LOW
WINDING
GROUNDED
5.15
TEST
kV
TEST CONNECTIONS
UST TEST 2.5
5.19
Watts
EQUIVALENT 10 kV READINGS
MILLIAMPERES
UST TEST
CH + CHL
MULTI-
PLIER
MULTI-
PLIER R
A T
IN
G mA
MULTI-
PLIER
METER
READING
0.0306796
W
MULTI-
PLIER
5.15
MULTI-
PLIER
0.0165
0.269
0.0158 (TEST 1) - (TEST 2)
(TEST 3) - (TEST 4)
(TEST 6) - (TEST 7)
CH TIP-UP SHOULD BE <0.5%
T
97J375242SERIAL NO.POSITION
LOW
WINDING
GUARDED
CALCULATED RESULTS
CALCULATED RESULTS
0.0306796
CHL
% POWER FACTOR
DRY-TYPE TRANSFORMER TIP-UP POWER FACTOR
METER
READING
METER
READING
WINDING EXCITATION CURRENT
133 °CTEMPERATURE CORRECTION FACTOR TO 20°C, TCFEQUIP. TEMP.
56200OE, REVISED 10/3/2022www.uiscorp.com mA
HIGH
PRIMARY CONNECTIONS DISCONNECTED: YES NO NOSECONDARY CONNECTIONS DISCONNECTED: YES
MILLIAMPERES
PHASE A PHASE B
MILLIAMPERES
PHASE C
MILLIAMPERES
TEST
kV
TAP
POSITION
T E
S T
T-5
13 of 349PAGE
56200OE, REVISED 10/3/2022www.uiscorp.com
97J375242SERIAL NO.POSITION T-5
CALCULATED RATIOTAP PHASE A PHASE B PHASE C% DEV. % DEV. % DEV.
TURNS RATIO
A 109.0443
B 106.4628
C 103.8398 103.9400 0.0965 103.9400 0.0965 103.9400 0.0965
D 101.2584
E 98.6769
WINDING RESISTANCE
°CWINDING TEMPERATURE REFERENCE TEMPERATURE °C75
TEMP. CORRECTED TEMP. CORRECTEDTAP READINGREADING READING
H3 - H1H2 - H3H1 - H2
RESULT UNITS:
Ohms
TEMP. CORRECTED
HIGH-SIDE WINDING RESISTANCE
A
B
C 13.61 13.6 13.63
D
E
READINGREADING READINGTEMP. CORRECTED TEMP. CORRECTEDTAP
X3 - X0X2 - X0X1 - X0
TEMP. CORRECTED
Milli Ohms
RESULT UNITS: LOW-SIDE WINDING RESISTANCE
C 1.97 1.92 1.9
READING 20 °C
SECONDARY TO GROUND
PRIMARY TO SECONDARY
21,100
10,000
26,200
24,720.00
64,766.40
TEST
VOLTAGE
(kVDC)
DAR
1.0 MIN./
0.5 MIN.
PI
10 MIN./
1.0 MIN.
52,159.20
READING
0.5 MINUTE 1.0 MINUTE 10 MINUTES
20 °C
INSULATION RESISTANCE
PRIMARY TO GROUND
WINDINGS
TESTED
INSULATION RESISTANCE (MEGOHMS)
READING20 °C
TEMPERATUREOILTEMPERATURE CORRECTION FACTOR 33AIR TCF°C 2.472
NAMEPLATE RESISTANCE (OHMS): MEASURED RESISTANCE (OHMS):
Sub-Name BLDG. 116 Unit No. T-5 Other
Date Printed 9/19/2022 TC# 8247
Manufacturer ABB Equipment Type TRANSFORMER Manufacture Date 7/1/1997 Transformer Class
Serial No. 97J375242 Impedance % 4.50
KVA Rating 150 Phase/Cycle 3/60
High Voltage 12,470 D Liquid Type OIL
Low Voltage 208 Y Gallons 175
Weight Other Access
Radiators Conservator Tank Fans LTC Compartment
Water Cooled Bushing Location
Oil Pumps Breather
Top FPV (inch) Hose Length (feet)
Bottom FPV (inch) Service Online
InsulationType 65C Power Available
NAMEPLATE DATA ADDITIONAL EQUIPMENT
LIQUID SCREEN TEST DATA
DATE SERVICE ACID IFT DIEL 877 DIEL 1816 GAP COLOR SP. GRAV. VISUAL SEDIMENT
11/15/11 0.020 AC 39.7 AC 43 AC 1.00 AC 0.880 AC CLEAR AC NONE AC
11/14/17 0.020 AC 39.1 AC 49 AC 1.00 AC 0.880 AC CLEAR AC NONE AC
07/07/22 0.020 AC 39.2 AC 52 AC 1.00 AC 0.878 AC CLEAR AC NONE AC
VISUAL INSPECTION
DATE LEVEL
SAMPLE
TEMP
TOP
TEMP P/V PAINT LEAKS
11/15/11 NORMAL 25 GOOD
11/14/17 NORMAL 20 GOOD *
07/07/22 NORMAL 33 47 GOOD NONE
FIELD SERVICE
DATE SERVICE
Additional Information
Reason Not Tested
INHIBITOR CONTENT
DATE PCT. BY WEIGHT
NOTE - TESTING FOR INHIBITOR CONTENT IS USEFUL, SINCE
INHIBITOR SLOWS THE AGING RATE OF THE INSULATION SYSTEM.
LIQUID POWER FACTOR
DATE 25 C 100 C
9/19/2022 TC# 8247Page 2 Date Printed
Customer Dayton VAMC S/N 97J375242
Sub-Name BLDG. 116 Mfg. ABB Gallons 175 High Volt. 12,470
Location Unit No. T-5 KVA 150 Low Volt. 208
KARL FISCHER TESTING MOISTURE CONTENT EXPRESSED IN PPM
AVG. PCT.
MOISTURE BY
DRY
DATE TEMP PPM SATURATION WEIGHT PCT.
11/15/11 15 19 42.7 UN 5.19
RECOMMENDATION RETEST 3 MONTHS
Management decisions concerning moisture in electrical equipment should not be based SOLELY on calculations from samples drawn when the average oil temperature is…
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