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Home My WebLink AboutFIELD TEST REPORTnorth american substations services. LLC NOR' SUBS PO BOX' PHONE: SCANN BY FIELD Transformer Type: MVA: M Configuration: IH AMERICAN TATION SERVICES 161626; ALTAMONTE SPRINGS, FL 32716 1-877-NAS-8707 FAX: 407-788-3767 EST REPORT NUMBER: & 35797 THREE WINDING 9.98 23 0.419 0.419 Y Y D Ft Pierce 35796 35797 Job 2120-10 Report north american substations services, uc NORTH AMERICAN SUBSTATION SERVICES PO BOX 161626; ALTAMONTE SPRINGS, FL 32716 PHONE: 11-877-NAS-8707 FAX: 407-788-3767 JOB NUMBER: 5513-10 RE: Field services for the Transfbrmer Testing at Allied New Technologies We are pleased to submit our report and test data pertaining to project specified above. For your convenience, our report has been separated into sections. We trust this report meets with yo4 approval and requirements and we will contact you shortly for your comments regard' g our performance. Please do not hesitate to contact us should you require further info ation or assistance. We take this opportunity to thank on for your continued cooperation and assistance during our site visits, and for retai ing the services of North American Substation Services. We look forward to be' g of service to you again in the near future. Sincerely, North American Substation Don McCarty Testing Manager North American Substation Ft Pierce 35796 35797 Job 2120-10 Report north american substations services. LLc NORT SUBS PO BOX' PHONE: AMERICAN ATION SERVICES 61626; ALTAMONTE SPRINGS, FL 32716 1-877-NAS-8707 FAX: 407-788-3767 TABLE OF SECTION 1 357 ' 6 SECTION II 357.7 Ft Pierce 35796 35797 Job 2120-10 Report CONTENTS NORT AMERICAN NFA SS SUBSTATION SERVICES north american substations services. ur- PO BOX 61626 ALTAMONTE SPRINGS, FL 32716 PHONE: 1-877-NAS-8707 FAX: 407-788-3767 5796 Section 1 Ft Pierce 35796 35797 Job 2120-10 Report Nameplate - Three -winding Transfo mer Company .A.S.S. I Iserial Number 135796 (Location ALLIED NEWT CH Special ID I SOUTH ivision IST LUCIE Circuit Designation (Manufacturer OTHER Configuration Y-Y-D jYr. Manufactured 2008 ITank Type OPEN-CONSER JMfr. Location JITALY lClass jOFWF 1Winding Config.(H-L) Wye -Wye Coolant OIL -WATER '[Winding Config.(H-T) Wye -Delta Oil Volume 18100 kg {Winding Config.(L-T) Wye -Delta Weight Phases 13 JBILL IkV jKv 23, 0.419, 0.419 IVA Rating 9.98, , , MVA ote ',Test Date 2/11/2010 Test Time 2:53:31 PM Weather ISUNNY Air Temperature 113 °C ITank Te p. 9 °C 11111. 40 % ITest de by -� Work O der # -- (Last Test Date Checked by ITest Set ype M4K IRetest Date Checked Date I ISet Top $IN IReason IfNITIAL NEW Last Sheet # I ISet Bott m S/N Overall Tests IMeas. (Test kV ! mA III Watts %PF corr Corr jCap(pF) Fctr IRa„to IRman ICH + CHL 10.006 54.664 1.759 1.00 114499.9 CH 10.0 04 42.816 1.492 1 0.35 1.00 111357.21 G CHL(UST) 10.0 04 11.843 0.2580 0.22 1.00 13141.4 1 G CHI., 11.848 0.267 0.23 1 1.00 13142.7001 G JCL + CLT 0.5000 3.382 1.493 1.00 896.24 CL 0.50 00 1.973 1.493 7.57 1.00 521.83 B CLT(UST) 0.50 00 1.412 0.0000 1 0.00 1.00 374.43 I 1CLT 1.409 1 0.000 1374.410 iCT + CHT 0.5000 14.143 3.237 2.29 1.00 3750.6 jCT 0.50 00 2.790 2.968 10.64 1.00 735.96 B 1CHT(UST) 0.50 00 I 11.366 0.2760 0.24 1.00 3015.0 G jCHT 14.6401 G jWINDING RESISTANCE TAP 16 j1U-1V 161m,1V-1W 162m,1W-1U 162m 2U-2V 225u, 2V-2W 215u, 2W-2U 225 3U-3V 228u, 3V-3W 231u, 3W-3U 232 Insulation Resistance {Mfr. I ISerial # 1 Connection Volts 1(Mohms) T2(Mohms) PI (Hi to Earth Guard 1000 2200 2200 Lo Lo to Earth Guard 1000 2200 2200 l Hi Hi to Lo Guard 1000 2200 2200 Earth Tert to Earth 1000 2200 2200 Guard Hi Hi to Tert Guard 1000 2200 2200 Earth INote Exciting Current Tests Mfr. Type Steps Boost /o /o Buck Position Found Position Left Oil Volume De -Energized Tap Changer On -Load Tap Changer U-V V-W W-U DETCILTCITestkVi mA IWatts.1X mA Watts IX mA I Watts X IR81to IRman 1 1 1 5.009 142.95 11619.3FLI 129.40 1916.10 1 L 1142.97 11019.OTL G 2 1 5.010 1148.1011059.7 L 1133.46 1947.69 IL 148.06 11060.1 IL I G 7 1 5.008 1176.30 1284.71ILI 156.07 11124.5 ILI 176.33 11284.4IL G 8 1 1 5.010 182.39 1334.1 L 160.88 1163.1 L1182.3811334.61LI G 11 1 1 5.008 1201.30 1491.E L 175.93 1286.E L 201.35 1491.3 ILI G 12 1 5.012 1207.96 11546.71 L 1181.16 11329.6 1 L 1207.91 1547.4 L =G 18 1 5.011 1251.65 11909.411 L 1215.65 11612.0 IL 1251.67 11908.6 1 L I G 19 1 1 5.020 1259.98 11978.71IL1222.01 11664.71LI259.28 11971.7 ILI G Doble Ratio (H-L) Tests I I True Cap. I I HV Winding I LV Winding I 9737 j .3 lU -1V 2U-2V Volt ILtc I Volt I Cal I Rath 00 0 1 1 1 214.5 107.226107.3' 00 0 1 2 1225.9 101.815101.9t 00 0 3 237.3 96.924 97.08 00 0 4 248.7 92.481 92.64 00 0 1 5 1 260.1 188.428 188.52 00 0 1 6 1 271.5 184.715 184.81 00 0 1 7 1 282.9 181.301181.41 00 0 8 294.3 78.152 78.27 00 0 9 305.7 75.237 175.36 00 0 1101 317.1 172.532 72.61 00 0 ill 1 328.5 170.015 170.10 00 0 1121 339.9 167.667 67.76 00 0 113 1 351.3 165.471 65.57 00 0 1141 362.7 163.413 63.4 00 0 1151 374.1 161.481 161.59, 00 0 1161 385.5 159.663 159.7 00 0 1171 396.9 157.949 58.0 00 0 18 408.3 156.331 156.34 00 0 1191 419.7 154.801 154.8$ L-L L-L IV-1W 1W-1U 2V - 2W 2W - 2U Ratio2 Ratio3 Min Max IRau Lim Lim 107.3572107.5945 106.690 1107.762 1 G 101.9613102.1752 101.306 1102.324 1 G 96.9851 197.2757 1 96.439 1 97.408 G 92.5599 192.82461 92.018 1 92.943 1 G 88.5209 188.7630 1 87.985 188.870 1 G 84.8197 185.0419 1 84.291 1 85.138 1 G 81.4156 181.6203 1 80.894 1 81.707 1 G 78.2741 178.4633 1 77.761 1 78.542 1 G 75.3661 175.5415 1 74.861 1 75.613 G 72.6122 172.8295 1 72.170 1 72.895 G 70.1030 170.30541 69.665 1 70.365 1 G 67.7613 167.9505 1 67.329 1 68.005 G 65.5710 165.7481 1 65.144 1 65.798 G 63.5179 163.6841 1 63.096 63.730 G 61.5895 161.74571 61.173 1 61.788 1 G 59.7380 59.9218 59.364 59.961 G 58.0292 158.2026 57.659 58.239 G 56.4154 56.5465 56.049 56.613 G 54.8890 154.88901554.527 1 55.075 1 G Doble Ratio (H-T) Tests True Cap. HV Winding LV Winding 9763 .7 L-L L-L lU-1W 1Connections 3U - 3VW 1V-1W ~� 1W-lU 3V - 3WV 3W - 3UW Tap INp Volt ITap INp Volt I Cal I Rati 1 Ratio2 Ratio3 jMin Lim IMax Lim IRantu IRman 23000 1 2 4. 5 J61.907 61.99 7161.9917 61.95241 61.597 6 .2 17 1 G I- -- 23000 22 5. 9 158.783 58.81 5158.8529 58.7821 58.489 5P9.0 77 1 G 23000 3 2 7. 3 155.959 55.98 5 55.9845 155.95241 55.679 5;6.2 39 1 G 230001 4 2�8. 7 153.394 53.38t7l53.4119153.35361 53.127 50.6 61 1 G 23000 5 260. 1 151.054 51.03 7 151.0387 151.0120 1 50.798 51.3 09 G 23000 6 2 1. 5 48.910 48.89 8 48.8918148.86741 48.665 4j .1 55 1 G 23000 7 2 2. 9 46.939 46.89 8 46.8958146.87331 46.704 4y7.1 74 1 G 23000 8 2 4. 3 45.121 45.07 1 45.0771145.05631 44.895 4 .3 46 G 23000 9 3 5. 7 43.438 43.39 2 43.3942 43.3749 43.221 4 .6 55 G 22100 0 1 10 1 317.1 41.877 41.81 6 41.8146141.79671 41.667 1 42.086 1 G 1 2; 00 0 11 1 328.5 40.423 40.3 5 40.3625 40.3459 40.221 1 40.625 G 1 2200 0 1 12 1 339.9 39.068 39.0080 39.00800 38.9924 38.872 1 39.263 G 1 2= 00 0 1 13 1 351.3 137.800137.7414 37.7268137.72681 37.611 37.989 G 2 00 0 1 14 1 362.7 136.612 36.5 08 36.5408 36.5408 36.429 1 36.795 1 G 2.00 0 1 15 1 374.1 135.496 35.4 71 35.4271135.42711 35.319 1 35.673 1 G 2: 2: 00 0 00 0 16 17 385.5 396.9 34.446 33.457 34.3 33 33 92 16 34.3671 33.3802 34.3792 33.3802 34.274 33.290 34.619 1 33.624 1 G G 2200 0 1 18 1 408.3 132.523132.4483132.4483132.44831 32.360 1 32.685 1 G 2; 00 0 1 19 1 419.7 131.639131.5 71131.5569131.5671131.481 1 31.798 1 G Leakage Reactance Tests (3-Phase Equivalent) [H-L] Test Results DET LT Phase Voltag Curren I W PF Ind. Res.(Ohm Imp.(Ohm Reac.(Ohm jC C e t s mess s) s) s) 54.0 V 5.017 A 42. 7 15.64 0.02 18H 1.683 1 0.820 10.688 8 1 55.0 V 15.284 A 41 . 4 1329 7 H 1.5921 1 0.477 10.355 I 55.0 V [4.956 A 147. 1 1 17.46 0.02 19H 1.9381 1.165 10.996 3 6 UV NA 16 3SHOR 87.0 V 4.283 A 54. 3 14.71 0.05 2.990 2 0.267 20.045 7 7 3 H T VW 50. 2 15.37 05 3SHOR 80.0 V 4.100 A 0 1 111-H 2.9991 9.545 19.314 T WU 55. 9 16.23 0.05 3SHOR 83.0 V 4.118 A 3.2732 0.267 20.001 8 9 3 H T UV 61.54 16.60 0.05 NA 16 2SHOR 86.0 V 4.311 A 8 'V 3 2 H 3.3121 9.862 19.584 T VW 2SHOR 81.0 V 4.081 A 51. 9 15.57 0.05 3.0921 9.914 19.673 T 0 6 2 H WU 52 48 15.73 0.05 1.038 2SHOR 84.0 V 3.971 A 0 W 5 5 H 3.3292 20.773 T % Im edance % Reactance DETC LTC SHORTS %Imped. Bench ark Delta Bench. %Reac. Benchmark IDelta Bench. �WII ALL 1 10.207 1 7.q 29.203 110.074 1 1 27.519 NA IS 2 18.891 7.9 0 1 139.122 118.665 1 7.9 1 136.26 NA 1 S 3 19.122 7.900 0 142.047 118.875 1 7.9 1 1,3 8.927 DIAGNOSTIC SOLUTIONS F+33851 NTL WEIDMANN 4701 CRUM+ �ARD.LAKE HAMIL (86 438-8300 + (863) 438-8855 WWW. EIDMANN-DIAGNOSTICS.COM NORTH AMERICAN SUBSTATION SERVICES Location: F IRT PEIRCE ALLIED NEW TECHNOLOGIES Mfr: Account: 2120 4420 4TH AVE DR. EAST Serial #: 35 96 KV: 23/4.180 Order #: 328458 Bank/Ph: N RTH/3 KVA: 10 Control#: 6120547 BRADENTON, FL 64208 US Tank: T NSFORMER/MAIN(BOTTOM) Imp.(% Z): 7.9 Received: 02/23/2010 ATTN• KENNY PORTER Breathing: CNS Container: 6 Reported: 02/25/2010 on �• sF�a_�n Fluid: M N Gallons: 250 Project ID: Customer ID: ALLIED ASTM D-3612 Lab Control Number: 6120547 6060727 6058717 Report Units: PPM Date Sampled: 02/21/2010 10/03/2009 10/01/2009 Order Number: 328458 312436 312017 Oil Temp.(C): 20 48 28 Hydrogen (1-12): 10 5 10 to Methane (CH4): 1 0 2 to Ethane (C2116): 0 0 0 Ethylene (C2114): 0 0 0 Q Acetylene (C2112): 0 0 0 W Carbon Monoxide (CO): 54 46 152 to Carbon Dioxide (CO2): 231 248 634 Nitrogen (N2): 93493 22251 73182 > Oxygen (02): 24071 2864 20288 0 fn Total Dissolved Gas: 117860 25414 94268 fn G Total Dissolved Combustible Gas: 65 51 164 Equivalent TCG Percent: 0.0533 0.1765 0.1521 D-1533B Moisture in Oil (ppm): 5 2 5 D-971 Interfacial Tension (dynes/cm): 36.6 35.7 D-974 Acid Number (mg KOH/g): 0.004 0.002 D-1500 Color Number (Relative): L0.5 L0.5 D-1524 Visual Exam. (Relative): CLR&SPRK CLR&SPRK a� D-1524 Sediment Exam. (Relative): ND ND d D-877 Dielectric Breakdown (kV): 41 40 51 U) D-1816 Dielectric Breakdown 1 mm (kV mm-C): 33 (1-27C) 37 (1-27C) D-1816 Dielectric Breakdown 2 mm (kV mm-C): D-924 Power Factor @ 25C (%): 0.027 0.037 0.048 D-924 Power Factor @ 100C (%): 0.606 0.826 D-1298 Specific Gravity (Relative): WDS Passivator Win): D-2668 Oxidation Inhibitor (wt. %): DGA Key Gas / Interpretive Method: Hydrogen within condition 1 limits (100 ppm). IEEE C57.104 ( ) Acetylene Ethylene within condition 1 limits (2 ppm). within condition 1 limits (00 ppm). (Most recent sample) Carbon O Monoxide within condition 1 limits (350 ppm). erall equipment condition code: 1. DGA Rogers Ratio Method: A(talyzed gases do not exceed warning thresholds. Rogers Ratios do not apply. CQ2/CO Ratio not applicable -neither gas exceeds its limit. N DGA Cellulose (Paper) Insulation: V N DGA IEEE/ANSI (C57.104-1991): Ai Retest Annually. p (Two most recent samples) 1 continue normal monitoring. 0 t0 Moisture in Oil: eptable for in-service oil (35,ppm max). p Interfacial Tension: Acid Number: Color Number and Visual: Dielectric Breakdown D-877: cceptable for in-service oil (26 kV min). Dielectric Breakdown D-1816: Power Factor @ 25C: cceptable for in-service oil (0.5 % max). Power Factor @ 10OC: Oxidation Inhibitor: The analyses, opinions or interpretations contained in this report are based upon material and information.¢' ['ad by the client. Weidmann Diagnostic Solutions does not imply that the contents of the sample rewivea by mis woormory are he same as all such material in the environment from which the sample was taken. Our test results relate only to the shmple or samples tested. Any interpretations or opinions expressed represent the best judgement of Weidmann Diagnostic Solutions. Weidmanny:. Diagnostic Solutions assumes no responsibility and makes no warranty or representation, expressed or i plied as to the condition, productivity or proper operation of any equipment or other properly, for which this report may be used or relied upon for any reason whatsoever. A Member of the WICOR Group N-7= north american substations services. LLC NORTH AMERICAN SUBSTATION SERVICES PO BOX 1161626; ALTAMONTE SPRINGS, FL 32716 PHONE: I 1-877-NAS-8707 FAX: 407-788-3767 5797 Section II Ft Pierce 35796 35797 Job 2120-10 Report Nameplate - Three -winding Transfo mer iCompany .A.S.S. I Serial Number 35797 Location JALLIED NEW ECH Special ID NORTH Division IST LUCIE Icircuit Designation Manufacturer JOTHER Configuration Y-Y-D �Yr. Manufactured 12008 Tank Type OPEN-CONSER Mfr. Location JITALY Class OFWF Winding Config.(H-L) Wye -Wye Coolant OIL -WATER {Winding Config.(H-T) Wye -Delta LOU Volume 18100 kg Finding Config.(L-T) Wye -Delta iWeight Phases 13 JBIL JkV kV 123, 0.419, 0.419 VA Rating 9.98. , , MVA Note LOW SIDE FACTORY RE POWER FACT FOR CAPACIT DINGS ARE COMPLETLY SEPERATE SAYS OSCAR. THIS ACCOUNTS FOR UNUSUAL R ON OVERALL TEST. SAVED INFORMATION CE BASE LINE. Test Date 2/11/2010 Test Ti a 3:07:53 PM lWeather SUNNY Air Temperature 22 °C Tank T mp. 118 °C JRH. 56 % Tested by Work O der # Last Test Date Checked by Test Set Type M4K Retest Date Checked Date Set Top S/N I IReason JINITIAL NEW Last Sheet # Set Bottom S/N Overall Tests Meas. Test kV MA Watts %PF corr Corr Fctr Ca p(P�°`° IDa° CH + CHL 10.005 55.365 1 1.926 1.00 114685.8 CH 10.0 05 43.366 1 1.654----T 0.38 1.00 11503.0 G CHL(UST) 10.0 04 1 11.992 0.2660 0.22 1.00 13181.0 1 G CHL 11.999 0.272 0.23 1.00 13182.8001 G {CL + CLT 0.5000 3.546 2.759 1.00 937.97 CL 0.50 00 2.142 2.782 12.99 1.00 563.58 B CLT(UST) 0.50 1 00 1.410 -000.02 -0.14 1.00 374.09 1 I CLT 1.404 1 1 -0.023 1 -0.16 1 1.00 1374.3901 ,CT + CHT 0.5000 1 14.0741 2.786 1.98 1.00 3732.7 CT 0.50 00 2.744 1 2.533 9.23 1.00 724.86 1 B CHT(UST) 0.50 1 00 1 11.3371 1 0.2660 1 0.23 1 1.00 13007.4 1 G CHT 11.330 0.253 1 0.22 1 1.00 13007.840 G Insulation Resistance jmfr. Serial # i Connection i Volts TI(Mohms) T2(Mohms) PI Hi to Lo/Earth 1000 2200 2200 Lo to Hi/Earth 1000 2200 2200 Hi to Lo Guard 1000 2200 2200 { Earth Hi to Tert/Earth 1000 2200 2200 Tert to Hi/Earth 1000 2200 2200 Tert to Earth 1000 2200 2200 Guard Hi WINDING 16ANCE 1U-1V 161m,1V-1W 1 2U-2V 217u, 2V-2W 21 2m,1W-lU 161m 2W-2U 213u u, TES 3U-3V 218u, 3V-3W 21 u, 3W-3U 228u Exciting Current Tests Mfr. Type Steps st Boost Buck /o Position Found Position Left Oil Volume De -Energized Tap Changer On -Load Tap Changer lU-1V 1V-1W 1W-1U DETC LTC Test kV mA I Watts XF mA I Watts IX I mA I Watts X I IRa„ t0 1R... 1 1 1 5.024 141.55 998.81 L 129.40 915.20 L 139.97 991.80 ILI G 22 1 5.021 146.66 1037.5 ILI 133.54 947.23 ILI 145.13 1030.7 L G 77 5.012 1174.16 1254.0 L 156.33 1124.3 L 172.8011248.31LJ Q 88 5.0151180.16 1301.1 L 161.22 1163.8 L 178.81 1295.3 L Q 11 111 1 5.012 1198.3211451.2 L 176.23 1286.8 L 197.2511446.71LI G 1212 5.012 1204.86 1503.7 JIL 181.57 1330.3 L 1203.82 11499.5 ILI G 18 18 5.018 246.31 1847.3 11 L 1216.32 11611.5 1 L 246.14 1846.0 1 LTG 19 5.015 253.78 1908.5 L 222.44 1662.5 L 253.68 1907.8 L G Doble Ratio (H-L) Tests True Cap. HV Winding LV Winding 9745 .0 L-L L-L Connections lU -1W 1W -1V 1V -1U 2U - 2W 2W - 2V 2V - 2U Detc Volt Ltc Volt Np Cal Rati 1 Ratio2 Ratio3 Limn I Max. i nto FM IRman 2200 0 1 1214.5 1107.226107.7 19107.5821107.6355 106.690 107.762 G 2200 0 2 1225.9 101.815 102.2�53 102.1446 102.1874 101.306 102.324 1 G 2200 0 3 1 237.3 96.924 197.3 83 97.2312 197.3138 1 96.439 97.408 G 2200 0 1 4 248.7 192.481192.8472 92.8290 192.8626 1 92.018 92.943 G 2200 0 1-51 260.1 188.428 188.7$63 88.7216 88.7442 87.985 88.870 G 2200 0 6 1 271.5 84.715 85.0 97 84.9771 185.0297 84.291 85.138 G 2200 0 7 282.9 181.301 181.6948 81.6376 181.6109 80.894 1 81.707 G 2300 0 8 1 294.3 178.152 178.428 78.4281 78.4369 77.761 78.542 G 2 00 0 9 305.7 175.237 75.5681 175.5052 75.5110 74.861 75.613 G 2300 0 110 317.1 172.532 72.7 12 172.8032 172.8032 1 72.170 1 72.895 G 2300 0 Ill 328.5 170.015 70.2 85 170.2879 170.2677 69.665 70.365 G 2200 0 112, 339.9 167.667 167.8071 167.9274 167.9146 67.329 68.005 G 2200 0 13 351.3 65.471 65.6 68 65.6884 65.7003 65.144 65.798 1 G 2300 0 1141 362.7 63.413 163.6 29 163.6284 63.6342 63.096 63.730 G 2200 0 15 374.1 61.481 161.7085161.7358 161.6811 61.173 61.788 G 2200 0 16 385.5 59.663 159ffi38 159.8642 159,8863 59.364 59.961 G 2200 0 17 396.9 57.949 58.1590 58.1395 158.1503 57.659 58.239 G 2200 0 1181 408.3 156.331 56. 596 156.5177 156.5150 1 56.049 1 56.613 G 23100 0 1191 419.7 154.801 54. 978 154.9928 155.0015 1 54.527 55.075 1 G Doble Ratio (H-T) Tests True Cap. HV Winding LV Winding 9755 .7 I L-L L-L Connections lU -1W 1W -1V 1V - lU 3U - 3WV 3W - 3VU 3V - 3UW ITap Np Volt ITap Np Volt I Cal Rati 1 Ratio2 I Ratio3 IMin Lim IMax Lim 1%,„,o M,.. 23000 12 4. 5 161.907 61.8 4 61.9803 61.9803 61.597 6 .2 17 1 G 23000 22 5. 9 158.783 58.6 86 58.8047 58.8402 58.489 5F0 77 1 G 71 23000 1 3257. 3 55.959 55.8 46 55.9707 55.9707 55.679 5�.2 39 1 G 23000 i 4 2 8. 7 53.394 53.3 98 53.3974 53.39741 53.127 5 .6 61 G 23000 52 0. 1 51.054 50.9 36 51.0235 51.02351 50.798 51.3 09 G 23000 62 1. 5 48.910 48.8 29 48.8763 48.87631 48.665 4j9.1 55 G 23000 1 7 2 2. 9 146.939 46.8149 46.8799 46.9024 46.704 4 .1 74 G 23000 1 8 2 4. 3 145.121 45.0 94 45.0610 45.0610 44.895 4 .3 46 G 23000 1 9305. 7 143.438 43.3 94143.3779143.37791 43.2214 .6 55 G 22 00 0 1 10 1 317.1 141.877 41.7 03 41.8161 41.8161 41.667 42.086 G 22 00 0 11 1 328.5 40.423 40.#95140.3628140.36281 40.221 1 40.625 1 G 2: 00 0 12 339.9 139.068 38.9 60 39.0072 39.0072 38.872 1 39.263 G 2: 00 0 13 1 351.3 37.800 37.7 05 37.7251 37.7397 37.611 1 37.989 G 2:00 0 14 362.7 136.612 36.5 09 36.5382 36.5382 36.429 36.795 1 G 2:00 0 15 374.1 35.496 35.3 80 35.4237 35.4237 35.319 1 35.673 1 G 2:00 0 16 385.5 34.446 34.3 11 34.3753 34.3753 1 34.274 34.619 G Z 00 0 1 17 1 396.9 133.457 33.3 56 33.3871 33.3871 33.290 1 33.624 G 21:00 0 1 18 1 408.3 132.523132.4325132.4541132.45411 32.360 1 32.685 G 2: 00 0 1 19 1 419.7 131.639131. 514131.5718131.57181 31.481 1 31.798 1 G Leakage Reactance Tests (3-Phase E uivalent) [H-L] Test Results DET LT Phas Voltag Curren watt PF Ind. Res.(Ohms Imp.(Ohms Reac.(Ohms C C e e t meas ) ) ) 71.0 V 4.525 A 13W 52.1 16.22 1 12H 0.04 2.5451 6.141 15.939 1 71.0 V 155.6116.86 4.645 A 0.04 2.5781 5.729 15.516 8 4 1 H 75.0 V 4.666 A 61 '76 17.65 0.04 13H 2 838 1 6.609 16.364 8 7 NA 1,6 II lU- IV 52.0 V 4.792 A 39.0 8 15.68 4 0.02 8 H 1.7021 0.819 10.684 IV- 47.0 V 4.444 A 34.0 16.29 0.02 1.7241 0.539 10.397 1 W 4 8 8 H 11W 47.0 V 4.256 A 34.4 117.21 0.02 19H 1.9011 1.127 10.963 1u 5 3 NA 16 lU- 1V 86.0 V 4.178 A 59.15 16.46 0.05 4 H 3.3882 0.654 20.374 3SH 2 2 1V- 1W 81.0 V 4.119 A 52. 7 15.84 0.05 3.1161 9.619 19.370 2 7 1 H 3SH 1 W lU 77.0 V 3.777 A 43. 1 14.93 0.05 3.0442 0.288 20.059 9 W 1 3 H 3SH NA 1 lU- 1V 77.0 V 3.880 A 50. 7 16.96 0.05 3.3661 9.761 19.473 5 2 2 H 2SH IV- 1 W 83.0 V 4.095 A 62. 9 18.32 0.05 3.7152 0.337 19.995 5 8 3 H 2SH 1W lU 84.0 V 3.890 A 69.921.140.05 4.5672 1.471 20.980 4 7 6 H 2SH NA 1, % Im edance % Reactance DETC LTC shorts %Imped. Bench ark Delta Bench. %Reac. Benchmark IDelta Bench. NA 1, all 10.214 7.9 29.294 10.076 7.9 27.539 NA 1 2 19.042 7.9 141.04 18.804 7.9 138.023 NA 1 3 19.359 7.9 145.052 19.007 7.9 140.591 W E I D MAN N 4701 CRE'DUt RD DIAGNOSTIC SOLUTIONS P RD. +LAKE HAMILTON, FL + 33851 (8W3) 438-8300 + (863) 438-8855 WWW WEIDMANN-DIAGNOSTICS.COM NORTH AMERICAN SUBSTATION SERVICES Location: F RT PEIRCE ALLIED NEW TECHNOLOGIES Mfr: Account: 2120 4420 4TH AVE DR. EAST Serial #: 797 KV: 2314.180 Order #: 328458 Bank/Ph: S UTH/3 KVA: 10 Control#: 6120554 BRADENTON, FL 64208 US Tank: T NSFORMER/MAIN(BOTTOM) Imp^ Z): 7.9 Received: 02/23/2010 ATTN: KENNY PORTER Breathing: C NS Container: 7 Reported: 0212512010 PO #: 551340 Fluid: IN Gallons: 2500 Project ID: Customer ID: ALLIED ASTM D-3612 Lab Control Number: 6120554 6060724 6058718 Report Units: PPM Date Sampled: 02/21/2010 10/03/2009 10/01/2009 Order Number: 328458 312436 312017 Oil Temp.(C): 20 48 28 Hydrogen (1-12): 9 6 10 _w .y Methane (CH4): 1 0 3 Ethane (C2116): 0 0 0 cEthylene (C2H4): 0 0 1 Q Acetylene (C2112): 0 0 0 U) Carbon Monoxide (CO): 46 27 160 Carbon Dioxide (CO2): 211 180 644 Nitrogen (N2): 54125 14024 77121 C Oxygen (02): 5832 2039 17573 a fA Total Dissolved Gas: 60224 16276 95512 C Total Dissolved Combustible Gas: 56 33 174 Equivalent TCG Percent: 0.0859 0.198 0.1548 D4533B Moisture in Oil (ppm): 4 9 5 D-971 Interfacial Tension (dynes/cm): 36.1 37.2 D-974 Acid Number (mg KOH/g): 0.005 0.003 D4500 Color Number (Relative): L0.5 1-0.5 D4524 Visual Exam. (Relative): CLR&SPRK CLR&SPRK y D-1524 Sediment Exam. (Relative): ND ND D-877 Dielectric Breakdown (kV): 42 41 49 V1 D4816 Dielectric Breakdown 1 mm (kV mm-C): 32 (1-26C) 44 (1-27C) G D4816 Dielectric Breakdown 2 mm (kV mm-C): D-924 Power Factor @ 25C (%): 0.028 0.035 0.042 D-924 Power Factor @ 100C (%): 0.761 0.669 D4298 Specific Gravity (Relative): WDS Passivator (ppm): D-2668 Oxidation Inhibitor (wt. %): DGA Key Gas / Interpretive Method: Hyprogen within condition 1 limits (100 ppm). IEEEC57.104 ( ) Acetylene Ethylene within condition 1 limits (2 ppm). within condition 1 limits (50 ppm). (Most recent sample) Carbon Overall Monoxide within condition 1 limits (350 ppm). equipment condition code: 1. DGA Rogers Ratio Method: A alyzed gases do not exceed warning thresholds. Rogers Ratios do not apply. C 2/CO Ratio not applicable -neither gas exceeds its limit. DGA Cellulose (Paper) Insulation: A- etestAnnually. N DGA IEEEIANSI (C57.104-1991): _ (Two most recent samples) 1- ontinue normal monitoring. A'ceptable for in-service oil (35 ppm max). 2Moisture in Oil: a Interfacial Tension: Acid Number: Color Number and Visual: Dielectric Breakdown D-877: A ceptable for in-service oil (26 kV min). Dielectric Breakdown D-1816: Power Factor @ 25C: A ptable for in-service oil (0.5% max). Power Factor @ 100C: Oxidation Inhibitor: The analyses, opinions or Interpretations contained in this report are based upon matedal and information s�pplied by the client. Weidman Diagnostic Solutions does not imply that the contents of the sample received by this laboratory are the same as an such material in the environment from which the sample was taken. Our test results relate only to the ssaam(nple or samples tested. Any Interpretations or opinions expressed represent the beat judgement of Weldmann Diagnostic Solutions. Wellman Diagnostic Solutions assumes no responsibility and makes no warranty or representation, expressed or i71. as to the condition, productivity or proper operation crony equipment or other property for which this report may be used or reified upon for any reason whatsoever. A Me ber of the WICOR Group im ��j , iH'�ii liii , FIELD' Ft: aj7 u -,-EVALW� A ODUCT.410, A o) 1c" noffh1rpro CtIsli 0, _tf oZ, features , and CharOcterls tics apporeni at the inhwum shop 21 FRIEM S.pA aM Vim PI2,140'rmr A— at ''; *"T-- AJA %—,Lt%j Year 12UM I IYPe I Y" I%' L ----------- 1� Schematic 'diagram Job SIN E6 6:0 3 withst6d- -c-Urrejtzjpk-0D Ra ted peak Rated voltage V ff:DA Rated current In Nr. of phases short —time current Icw 9:::]kA Hz Rated --:3A I r2, j R n g closure ratin =z— Z, 0 FRIEM s.p.A. ,FVia Edison 1-20090 SEG 5 R-1,EM Telephone: ++39-02-87 353501)_.ITALY Telefox : ++39-02-26923036 CONTROL PANEL UL508A Year 2008 Type OVERVO'LTAGE PROTECTION Job EE 443 S/N. 6605 Schematic diagram 85449' . � ed volts a K::]V Rated peak withstand current Ipk A Rat 9 i0 A Rated current In Nr. of phases E3=1 DA ted short=time current lcw 200 Rated frequency 60 � Hz,. Ra �A 3 Rating largest motor osure rating Encl .. T t �--Nz�p'�. � RoM E�fi A � A MC,C'�MC � Lo Ro M2' S�v. TFdisph @�ePhpRa, �`�?ooga s� v Y" r 2 CONTROL 008 Job r T�A � ype Rated VOltq Schematic ge 460 V d�agra� 85449 0f withstand re Phases Rated peek � currant ipk �70 A Ratf;d current In ��ted `frequenc 25 Y 60 Hz RatA ed shod —time current 1� cw 10 Enclosure rating � 3 ' 9 largest �� Ratin gest motor 53 A 'N .LC: "BASEPLT9.xls" Program Version 3.6 I Job Name: Wiled New Technoloaies Plant I I Subiect: (Generator Base —1 Select::'s;V11i1:0X7;7;;; olumn Loadings: Axial Load, P(total) = :; ; `';< 26 50:i >:: kips Axial Load, P(DQ _ ;;5 ?:: O OO;; ;:::i<;?: kips Shear Load, V(totap =ps Moment @ Base, M = ' :?; OOOr ; ::<: n: kips esign Parameters: Base Plate Length, N = °:;'14 O:OO:i;>:' in. Base Plate Width, B = in. Plate Yield Stress, Fy = ksi Concrete Strength, f'c =40:00 000 ksi. Bearing Area, Az = <;1;960l);;>;= in.^2 Shear Coef., C 1 25 Coef. of Friction, µ nchor Bolt/Rod Data: Total No. of Bolts, Nb Bolt Diameter, db = '<?0751):i;:;:;`: in. Anchor Bolt Material F1554 3E Bolt Edge Dist., EDi in. Bolt Edge Dist., ED2 = i`°#i1;'500>r in. Eccentricity, e = 0.000 in. Length, Xc = 14.000 in. Fp = 1400.000 ksi fp(max) = 0.135 ksi fp(min) = 0.135 ksl Fp >= fp(max), O.K. r Bolt/Rod Tension and Shear: Ft = 19.10 ksi Ta = 8.44 k/boft Tb = 0.00 k/bolt Fv =M4.��7— ksi Va =k/bolt V(bolts) == v(total Vb =k/bolt (interaction) S.R. = N.A. = Tbrra- Column Pro ernes: A = 22.60 d = 10.600 tw = 0.530 bf = 10.200 tf = 0.870 in ^2 in. In. In. in. B=14 _1 ED1=1.5 Plan 2.92 30*bf 2.92 1 e=M*12/P=0 I P(total) _ I -26.5 (-down) I � W10x77 Col. 1 I I a i I 1 to T T= Xc=14 Tb*(Nb/2) N=14 Elevation fp(max)=0.135 Mess: Suggested plate thickness for rigidity: tp(req'd) = 0.358 11n. tp(min) =1 0.730 in. tp(min) —max. of m/4 or n/4 1 of 1 10/15/2009 10:12 MA OWN *711 OM NI Iir1.11'yl ,1�� LiCII1t9OFC7�OEYlh�� I�— I��M 1• ty' 1II1��©� - o0 1•A ° 1IIR�® ��_ � 11`1A'Ii I- CI= Cm I•� • __. . _ — • m1ILT I'�� f01tiC �illlllll,/� ,�� H LT IN �'1...11,• 11,E 1''I`��,11� SO, !C!!!imoonI �'� • � Iii�Yi I•�• I,A 1 C2 C3 Iltiy 1'ty' I•}••• © p —llwl IN I• • IN fl Iql lu®!•/': mill I IN IN '•••• a• •l-,III goollimillimmill ral a• •••••� •••••a••�••- ON TRANSFORMER AREA PLAN VIEW SCALE:11411'-O' Iass®,r.� STARTER BAPS �TO PREiIB SHOP OWLS LONCRETE PARAPET GALG9 FORSHEMArd {9� ,.,, e� BEARBlO CONNECTWNS I �. iOP OF PARAPET � 1'CONG BLAB M41®Iroc— EL. ,]2'-0' � FAd WAYBOfTOM (TYP) TOP OF ROOF - � c.IrcoNC TIE BEAurl4Jcm. CL 0-0' ANOq"E9 ®'P�; •' �EF-04EF-10 NOVAfD If✓OEEISIB CELL MAINTANECE ROCN TOP OF CO C TIEA . CALCULATIONS: , OIL MASS 8100KG OR 17,857# RXNHOa VOLUME OF OIL CONFINEMENT 17,857# @ 57#JFt' OR 314 Ft - VOLUME OF OIL CONFINEMENT PROVIDED CONCRETE VOLUME 14.5'x8.83'x T+14.67'It1St1.33'x Z OR 166 FP 19'x21.33'x 2.33' OR 945 FP LESS 166 Ft' OR Tf8 FP ROCK POROSITY FACTOR .465 OR 362 FP > 314 FP 3IIOURRa EVAPORATION AREA 19' x 21.33' LESS 14'-B' x 8-10' OR 276 FN SLAB DISTRIBUTED WEIGHT 1, TOTAL WEIGHT 29,300KG OR 64,000# AREA OF BASE 14.6T x BAT OR 130 Ft - BEARING ' IN #IFt' 64,0001130 OR 492#)Ft'<%500#IFF (SEE AM TESTING REPORT PSL 1940-0) REFEnro PREFAB SHOP OWGs ANO GY6 FOFISHEM MID THE CUSTOMER'S PRIVATE TRANSFORMER PAD ,',REA IS DESIGNED BASED ON aEARwG carw[cnoNB FPL STANDARDS FOR OIL CONFINEMENT & EVAPORATION OF RAIN WATER F.F iN ll I earronc TlE� eE.w.unwra. EL. ♦,J'-]- I IV4)pTIE9®,Pnc TOP OF CONC.IIE BEAM TRANSFORMER p AREA ]NOMFA I O li• T___.Ld 6 (OILI GRAVELBEO !I S CONFINE MENTAREA INCASE OF TRANSFORMER RAPTURE AlD RA WA Jy gaylE•y SLAB EVAPORATION BASIN. SEE CALCULAT ) ( NETALPIATEWmS iwLTnEO HooxBARs EI 6®B'dc EA'IT3B HooxALLTo�eARs F . GRADE -O-B- fIII. e'N WALLA 001 I 1 . E.JfJ, wArmrrou (®TrPj a.c f— EF-11 NWMEOIdI]FFIYTB lr%iE-FNB.GCWGJOIGT WN•OONPosrtE STAB®sd f ALL NOWALLS FAL AU GELzswm, GRour .-. 818'A1 C CONCRETE MASONRY UNIT VrliTl B GAUGE VOOER --—TYPENOR60NTALPEINFOPL.____ I EVERYORCOA E p g �� GOAVACIEO FxL :FETE FOOTLNG TVq SC1EgAE1 TRANSFORMER CROSS SECTION A SCALEI1411'-O" D•N•6 Design Group, LLC AA26001282 SW Blue Lagoon Dr. Suite 200 MIarnl, Florida 33126 Tel. 786.2753M Fax 786.275.8474 W ww.dnbdesigngroup.mrn ALLIED NEW TECHNOLOGIES PLANT "MAIN BUILDING" FT. PIERCE, FLORIDA OWNER ALLIED UNIVERSAL CORP. 3901 NW 115thAVE 305.8882623 DNB PROJECT NUMBER 07-120a OWNERS PROJECT NUMBER ISSUED FOR: TYPE OF DOCS: CONSTRUCTION DOCUMENTS DRAWN BY: APPROVED BY: AZ F.D. DATE SCALE: 1.28.09 AS SHOWN CONSULTANTS: RECNRER "°°" Convee & AVS Inc. Adolfo J. Gonzalez, P.E. SrATE�itWMBRNOIBPNUOWFA No- SBo� v,l Nn s4.,o4 ur,.L Fam.n, e no. DONass.e"s F,�pm)as4ave r GLEARSPACMB GERS USA FRou BOTTOM OF suBlrrv) CONSULTING ENGINEERS AUTHORI7A710N No. 9596 _ 2853 EXEC UTIVEPARKDRIVE,SUITE 104 I W ESTON, FL 3,331 Tel: (954) 384 8925 III I I I II III-� - I� Fax: (954) 384 6650 WALL MKAEMFOG1ViG SEAVSIGNATURE _ (PEF£RTO FOOTWG 50£OLLkj L---- p rA TN, m-. al:,ne P�OI><„Yol DNJ R ra„n a:ne,:w mbarepmuceoornrx,d • N Wfitla ap"I.It knot ,0 be "teal a, MYO:i�er TxNH a,a a,B ne „nnFeeR SHEET TITLE SHEET NUMBER S1 10a r- ;,—.——�--- , --� ----- �,- �< I i I c ""'~��_ -. .. � r+�► �--°�,�g •Rated voltage 420 V -Nr, of p hwes L�----� e Rated f ruen�y . q Enclosure rating. , 0 FRIEM S.P.A. Via Edison 1-20090 SEGRATE (MI)—RALY FRI• Telephone: ++39--02-87235350 ' Telefox : ++39-02-26923036 CONTROL PANEL °L508" Yeae Type OVERVOLTAGE PROTECTION Job, ' FE 443 S/N 6601► Schematic diagram 85449 - stand current Ipk �A Rated beak with Rated current In 1p DA • e current DZ]kA Rated short —time t Icw �n [:::]A Motor Rating largest 0No FRIE T E D-T � F� �NSp R 0�1 � D FAO SOTAv) �p_rCC L Oqb MCC _21FRIEpA FRIE 'S P.A. Via I±dison 1`2p09 0 Telephone: ++39—p2 SEGRgTE tldt Telefax 87235350) rT, ++39-�p2_26923036 CONTr�ni Year 2D PA N E �. UL 508 (J8 Type TRANSFORMER CON Job TRo�. E 443 S/N �600 Schematic diagram 85449 Rated voltage aE]v Mr. of phases Rated frequency 60 Hz Enclosure rating Rated peak withstand current ipk 17 A Rated current In 25 A Rated short —time current Icw 10 M Rating largest motor J