Transformer Test Transformer Test ProPro

Intelligent Transformer Intelligent Transformer Testing SoftwareTesting Software

Prolific Systems & Prolific Systems & Technologies Pvt LtdTechnologies Pvt Ltd

Thane, Pune, Baroda, Chennai, Kochi, Thane, Pune, Baroda, Chennai, Kochi, Hyderabad, DelhiHyderabad, Delhi

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Highlights Highlights

1 Intelligent Transformer Testing software with in-built Facility for multiple, user desired permutation and combinations based on:Type of Transformer

Type of Phases

Type of windings

Various Rated Capacities

Various vector connections

Tap Changers

1.1 All reports with digram as per Customer need

1.2 Auto page numbering & index page

1.3 Printing all reports in single click

2 Highlights of Software Parameters2.1 Tests covered : 40, Number of reports designed: 155

Type of transformers supportedType of transformers supported

Type of transformerType of transformer

1- phase or 3 - phase1- phase or 3 - phaseNo. of No. of windingswindings

No of tap No of tap changerchanger

Dual Dual voltagevoltage

GT, PT, FT, DTGT, PT, FT, DT 22 1, 2 or none1, 2 or none yesyes

Station transformerStation transformer 2 & 32 & 3 1, 2 or none1, 2 or none yesyes

Auto transformerAuto transformer 2 & 32 & 3 11 yesyes

Following type of transformers are not supported Following type of transformers are not supported

RT, LocomotiveRT, Locomotive 2 & more2 & more 1 or 21 or 2 yesyes

Reference Standards Reference Standards supported supported

• IS 2026IS 2026

• IEC 76IEC 76

• ANSI (IEEE - C57)ANSI (IEEE - C57)

Testing instruments Testing instruments supported supported

Sr No InstrumentNo of Tests Manufacturer

A POWER ANALYSER 11 A V Power

B NANOVIP LOAD MANAGER 6 Kry Card

C INSULATION METER 1 AVO

D RATIO METER 1 Tinsley

E YOKOGAWA OSCILLOSCOPE 2 Yokogawa

F RESISTANCE METER RS-232 3 Tinsley

G RESISTANCE METER GPIB 3 Tinsley

H IMPULSE OSCILLOSCOPE 4 Le Croy

Tests conducted on Tests conducted on various instruments various instruments

SR. NO. TESTS Instruments

1MEASUREMENT OF VOLTAGE RATIO AND CHECK OF PHASE DISPLACEMENT D, B

2 MEASUREMENT OF WINDING RESISTEANCE F, G, I

3 MEASUREMENT OF INSULATION RESISTANCE C

4 MEASUREMENT OF NO LOAD LOSS AND NO LOAD CURRENT A, I

5 TEST TO PROVE OVERFLUXING CAPABILITY / OIL SOAKING TEST A, I

6 MEASUREMENT OF LOAD LOSS AND IMPEDANCE VOLTAGE A, I

7 SEPRATE SOURCE VOLTAGE WITHSTAND TEST

8 INDUCED OVER VOLTAGE WITHSTAND TEST

9INDUCED OVER VOLTAGE WITHSTAND TEST WITH PATIAL DISCHARGE

MEASUREMENT

10 MAGNETIC BALANCE AND MAGNETISING CURRENT TEST B

11 MEASUREMENT OF NO LOAD LOSS & NO LOAD CURRENT AT LOW VOLAGE A, I

12MEASUREMENT OF LOAD LOSS AND IMPEDANCE VOLTAGE WITH SPILL

CURRENT MEASUREMENT. A, I, B

13MEASUREMENT OF LOAD LOSS AND IMPEDANCE VOLTAGE AT LOW

VOLTAGE A, I

Tests conducted on Tests conducted on various instruments various instruments

SR. NO. TESTS Instruments

14MEASURMENT OF SINGLE PHASE / THREE PHASE SHORT CIRCUIT

IMPEDANCE A, I, B

15 MAGNETIC CIRCUIT TEST

16 TESTS ON CT'S B

17 TESTS ON ON - LOAD TAP CHANGER (OLTC)

18 TEMPRATURE RISE TEST A, I, F, G

19 MEASUREMENT OF CAPACITANCE AND DISSIPATION FACTOR

20 MEASUREMENT OF HARMONICS A

21 MEASUREMENT OF ACOUSTIC NOISE LEVEL

22 MEASUREMENT OF POWER TAKEN BY COOLER CIRCUIT B

23 MEASUREMENT OF ZERO PHASE SEQUENCE IMPEDANCE A

24 RSO TEST E

25 LIGHTINING IMPULSE VOLTAGE WITHSTAND TEST H

26 LIGHTINING IMPULSE VOLTAGE WITHSTAND TEST FOR NEUTRAL WINDING H

27 MEASUREMENT OF TRANSFERRED SURGE VOLTAGE H, E

Tests conducted on Tests conducted on various instruments various instruments

SR. NO. TESTS Instruments

28 TEMPRATURE RISE TEST FOR OVERLOADING CYCLE A, I, F, G

29 DGA TEST ON OIL BEFORE AND AFTER TEMPRATURE RISE TEST

30 MEASUREMENT OF VIBRATION OF TRANSFORMER AT RATED EXCITATION

31 FUNCTIONAL CHECKS OF CONTROL PANELS

32 SWITCHING IMPULSE VOLTAGE WITHSTAND TEST H

33 OIL LEAKAGE TEST

34 PRESSURE DEFLECTION TEST

35 VACCUM DEFLECTION TEST

36 TEST ON PRESSURE RELIEF DEVICE

37 J ACKING TEST

38 MEASUREMENT OF OIL QUANTITY FOR FIRST OIL FILLING

39VISUAL INSPECTION AND DIMENSIONAL TEST ON ASSEMBLED

TRANSFORMER

40 CALIBRATION OF WTI & OTI

Overview of the software Overview of the software First screenFirst screen

• Different stage test reports (like internal Different stage test reports (like internal inspection, final inspection) for the same inspection, final inspection) for the same transformer be stored differently under transformer be stored differently under the same serial numberthe same serial number

• First page contains customer First page contains customer information, type of transformer, information, type of transformer, reference standard, stage of inspection reference standard, stage of inspection and other broad parameters of a and other broad parameters of a transformer transformer

Overview of the Overview of the software software Second screenSecond screen• PROVISION OF 1- PHASE OR 3- PHASE SELECTIONPROVISION OF 1- PHASE OR 3- PHASE SELECTION

• 1- PHASE OR CONNECTED IN 3-PHASE SELECTION 1- PHASE OR CONNECTED IN 3-PHASE SELECTION POSSIBLEPOSSIBLE

• TERMINAL NOTATIONS OF WINDINGS AS DESIREDTERMINAL NOTATIONS OF WINDINGS AS DESIRED

• AS PER STDS., SELECTION OF COOLING CAPACITY & MVAAS PER STDS., SELECTION OF COOLING CAPACITY & MVA

• AUTOMATIC CALCULATION OF CURRENTAUTOMATIC CALCULATION OF CURRENT

• AS PER SELECTION OF 2 OR 3 WINDING OR AUTO TRAFO, AS PER SELECTION OF 2 OR 3 WINDING OR AUTO TRAFO, AUTO SELECTION OF CONNECTION FROM VARIOUS AUTO SELECTION OF CONNECTION FROM VARIOUS GROUPGROUP

• TYPE OF TAP CHANGER ENABLES CALCULATION OF TYPE OF TAP CHANGER ENABLES CALCULATION OF RESPECTIVE WINDING VOLTAGES WITH VARIATION OF RESPECTIVE WINDING VOLTAGES WITH VARIATION OF TAP CHANGERS FOR MAIN PAIR WINDINGSTAP CHANGERS FOR MAIN PAIR WINDINGS

Overview of the Overview of the

softwaresoftware Third screenThird screen

• ENABLES TO TEST THE TRANSFORMER ENABLES TO TEST THE TRANSFORMER IN ANY SEQUENCEIN ANY SEQUENCE

• AFTER TEST COMPLETION, SAVES THE AFTER TEST COMPLETION, SAVES THE TEST SEQUENCE FOR AUTO TEST SEQUENCE FOR AUTO NUMBERING OF SHEETSNUMBERING OF SHEETS

• ““PRINT REPORT” ENABLES COMPLETE PRINT REPORT” ENABLES COMPLETE TEST REPORT PRINTINGTEST REPORT PRINTING

• TEST NAME CAN BE EDITABLETEST NAME CAN BE EDITABLE

• TEST INDEXING CAN BE DONE AS TEST INDEXING CAN BE DONE AS DESIRED BY THE CUSTOMER AND THE DESIRED BY THE CUSTOMER AND THE REPORT CAN BE PRINTED IN THE SAME REPORT CAN BE PRINTED IN THE SAME SEQUENCESEQUENCE

VOLTAGE RATIOVOLTAGE RATIO

• AUTO CALCULATION OF VOLTAGES AS PER AUTO CALCULATION OF VOLTAGES AS PER TAP POSITION FOR EACH WINDINGTAP POSITION FOR EACH WINDING

• CAN FIND OUT DESIRED RATIO AND CAN FIND OUT DESIRED RATIO AND SUBSEQUENTLY ERROR ON ACCOUNT OF SUBSEQUENTLY ERROR ON ACCOUNT OF ACCEPATANCE LIMITACCEPATANCE LIMIT

• RATIO MEAS. POSSIBLE FOR BETN PAIRS RATIO MEAS. POSSIBLE FOR BETN PAIRS OF WINDINGS AND DUAL VOLTAGES IF OF WINDINGS AND DUAL VOLTAGES IF PRESENT.PRESENT.

• TERMINAL NOTATIONS BASED ON VECTOR TERMINAL NOTATIONS BASED ON VECTOR GROUP HELPS TO SELECT PROPER PHASEGROUP HELPS TO SELECT PROPER PHASE

VOLTAGE RATIOVOLTAGE RATIO

• TEST REPORT PRINTS, DESIRED ROW TEST REPORT PRINTS, DESIRED ROW AND COLUMN DEPENDING UPON THE AND COLUMN DEPENDING UPON THE REQUIREMENT OR TAP POSITIONSREQUIREMENT OR TAP POSITIONS

• EVEN CALCULATES PROPER VOLTAGE EVEN CALCULATES PROPER VOLTAGE RATIO & PHASE SELECTION FOR ZIGZAG RATIO & PHASE SELECTION FOR ZIGZAG CONNECTIONSCONNECTIONS

• IN CASE OF UNEQUAL TAPPING RANGE, IN CASE OF UNEQUAL TAPPING RANGE, CAN EDIT THE VOLTAGES AS DESIRED CAN EDIT THE VOLTAGES AS DESIRED AND TEST REPORT POSSIBLE, SPECIALLY AND TEST REPORT POSSIBLE, SPECIALLY FOR FURNACE TRANSFORMERFOR FURNACE TRANSFORMER

VOLTAGE RATIO : VECTOR VOLTAGE RATIO : VECTOR GROUPSGROUPS

35 VECTOR GROUPS AVAILABLE35 VECTOR GROUPS AVAILABLE

FOR TWO WINDING TRANSFORMERFOR TWO WINDING TRANSFORMER

Dd0, Dyn1, Dyn11, Dy1, Dy11, Dyn7, Dz10, Dd6, Dd0, Dyn1, Dyn11, Dy1, Dy11, Dyn7, Dz10, Dd6, Dd10Dd10

YNyn0, Yd1, Yd11, YNd1, Ynd11, YNyn6, Yyn6YNyn0, Yd1, Yd11, YNd1, Ynd11, YNyn6, Yyn6

FOR THREE WINDING TRANSFORMERFOR THREE WINDING TRANSFORMER

Dyn11d0, Dyn11y1, Dyn1d0, Dyn1yn11, Dyn1yn7, Dyn11d0, Dyn11y1, Dyn1d0, Dyn1yn11, Dyn1yn7, Dyn1yn1 ,Dyn1yn1 , YNd11d1, YNd1d11, YNd1yn0, YNd11d1, YNd1d11, YNd1yn0, YNd1yn0, YNd1yn6, YNyn0d1, YNyn0d11, YNd1yn0, YNd1yn6, YNyn0d1, YNyn0d11, YNyn0yn0, YNd1d1YNyn0yn0, YNd1d1

VOLTAGE RATIO : VECTOR VOLTAGE RATIO : VECTOR GROUPSGROUPS

FOR AUTO TRANSFORMERFOR AUTO TRANSFORMER

YNa0d1, YNa0d11, YNa0YNa0d1, YNa0d11, YNa0

SINGLE PHASESINGLE PHASE

THIS COVERS MOST USEFUL THIS COVERS MOST USEFUL VECTORS IN INDUSTRY AND VECTORS IN INDUSTRY AND CONFIRMS THE RESPECTIVE CONFIRMS THE RESPECTIVE EQUATIONS FOR VARIOUS EQUATIONS FOR VARIOUS GROUPSGROUPS

WINDING RESITANCEWINDING RESITANCE

• WINDING UNDER TEST SELECTION WINDING UNDER TEST SELECTION

• TERMINAL NOTATIONS AS PER TYPE TERMINAL NOTATIONS AS PER TYPE OF VECTOR GROUP FOR THAT OF VECTOR GROUP FOR THAT PAERTICULAR WINDINGPAERTICULAR WINDING

• FOR AUTO TRANSFORMER RESIST. FOR AUTO TRANSFORMER RESIST. MEAS. TERMINALS NOTATIONS MEAS. TERMINALS NOTATIONS USEFULL FOR TEST ENGINEERSUSEFULL FOR TEST ENGINEERS

• ALL TAP MEAS. IS POSSIBLE , IN CASE ALL TAP MEAS. IS POSSIBLE , IN CASE OF TEST PERFORMED AT SELECTED OF TEST PERFORMED AT SELECTED TAPS POSSIBLE IN PRINT REPORTTAPS POSSIBLE IN PRINT REPORT

WINDING RESITANCEWINDING RESITANCE

• TEMP. SCANNER WITH SELECTABLE TEMP. SCANNER WITH SELECTABLE CHANNELS IS POSSIBLE FOR AVG. OIL CHANNELS IS POSSIBLE FOR AVG. OIL TEMP. AND CORR. TO SPECIFIED TEMP. AND CORR. TO SPECIFIED REFERANCE TEMPEARTUREREFERANCE TEMPEARTURE

• IN CASE OF THREE PHASE IN CASE OF THREE PHASE TRANSFORMER, IF THE RESISTANCE TRANSFORMER, IF THE RESISTANCE VALUE IS NOT IN LIMIT OF 1.5 % OF AVG VALUE IS NOT IN LIMIT OF 1.5 % OF AVG VALUE, WILL ENABLES HIGHLIGHT FOR VALUE, WILL ENABLES HIGHLIGHT FOR ERRORERROR

• SAME VALUES ARE BEING SENT FOR SAME VALUES ARE BEING SENT FOR LOAD LOSS CALCULATION INTERNALLY LOAD LOSS CALCULATION INTERNALLY AS WELL AS IN HEAT RUN TEST VALUE AS WELL AS IN HEAT RUN TEST VALUE AS PER PHASE AND TAP POSITION IS AS PER PHASE AND TAP POSITION IS SENT FOR TEMP. CORRECTIONSENT FOR TEMP. CORRECTION

INSULATION RESISTANCEINSULATION RESISTANCE

• TEST TAKES CARE OF BEFORE HIGH TEST TAKES CARE OF BEFORE HIGH VOLTAGE TEST AND AFTER HIGH VOLTAGE TEST AND AFTER HIGH VOLTAGE TEST, AS DESIREDVOLTAGE TEST, AS DESIRED

• TEST CAN BE DONE FOR WINDINGS, TEST CAN BE DONE FOR WINDINGS, CT’S TO EARTH & TEST TAP TO EARTH CT’S TO EARTH & TEST TAP TO EARTH AS PER CLIENT’S REQUIREMENTAS PER CLIENT’S REQUIREMENT

• IN I R TEST FOR WINDINGS, SELECTION IN I R TEST FOR WINDINGS, SELECTION OF MANUAL OR AUTO ENTRIES FROM OF MANUAL OR AUTO ENTRIES FROM INSTRUMENT IS POSSIBLE.INSTRUMENT IS POSSIBLE.

INSULATION RESISTANCEINSULATION RESISTANCE

• SELECTION OF TEST CONNECTION IS SELECTION OF TEST CONNECTION IS POSSIBLEPOSSIBLE

• AUTO CALCULATION OF PI VALUES AS AUTO CALCULATION OF PI VALUES AS PER DESIRED RATIO AND IF P I VALUES PER DESIRED RATIO AND IF P I VALUES ARE LESS THAN ONE, HIGHLIGHTS FOR ARE LESS THAN ONE, HIGHLIGHTS FOR ERROR IN TESTERROR IN TEST

• TEMP. SCANNER ENABLES MEAS. OF TEMP. SCANNER ENABLES MEAS. OF AVG. OIL TEMPERTAURE FROM AVG. OIL TEMPERTAURE FROM SELECTABLE CHANNELSELECTABLE CHANNEL

• PRINT REPORT AS DESIRED PRINT REPORT AS DESIRED

MEASUREMENT OF NO LOAD LOSS & NO MEASUREMENT OF NO LOAD LOSS & NO LOAD CURRENTLOAD CURRENT

• AS PER REF STANDARD, CORRECTION TO NO AS PER REF STANDARD, CORRECTION TO NO LOAD LOSSES, AS PER ANSI STANDARD CORR. LOAD LOSSES, AS PER ANSI STANDARD CORR. TO 20°C TEMP. IS POSSIBLETO 20°C TEMP. IS POSSIBLE

• DESIRED NO. OF RECORDS ARE POSSIBLE FOR DESIRED NO. OF RECORDS ARE POSSIBLE FOR CARRYING OUT MEASUREMENTCARRYING OUT MEASUREMENT

• SELECTION OF WINDING FOR TARFO EXCITED SELECTION OF WINDING FOR TARFO EXCITED FROM ANY WINDING, REF. TO BASE MVA FROM ANY WINDING, REF. TO BASE MVA ENABLES CALCULATION OF % NO LOAD ENABLES CALCULATION OF % NO LOAD CURRENTCURRENT

• IN ONE TEST, NO,. OF READINGS CAN BE IN ONE TEST, NO,. OF READINGS CAN BE TAKEN AS PER DESIRED, e. g. 40 TO 110 % [ 8 TAKEN AS PER DESIRED, e. g. 40 TO 110 % [ 8 RECORDS ARE POSSIBLE IN STEPS OF EVERY RECORDS ARE POSSIBLE IN STEPS OF EVERY NEXT 10 % VARIATION IN VOLTAGE]NEXT 10 % VARIATION IN VOLTAGE]

MEASUREMENT OF NO LOAD LOSS MEASUREMENT OF NO LOAD LOSS & NO LOAD CURRENT& NO LOAD CURRENT

• IN PRINT, OBSERVATION TABLE IN PRINT, OBSERVATION TABLE CAN BE PRINTED OUT AND PAGE CAN BE PRINTED OUT AND PAGE NO. IS NOT AFFECTED AT ALLNO. IS NOT AFFECTED AT ALL

• NO LOAD LOSS MEAS., BEFORE NO LOAD LOSS MEAS., BEFORE AND AFTER HIGH VOLTAGE TEST AND AFTER HIGH VOLTAGE TEST CAN BE POSSIBLE AS DESIRED CAN BE POSSIBLE AS DESIRED WITH TEST DIAGRAMSWITH TEST DIAGRAMS

• INTLLIGENT INTEGRATION OF INTLLIGENT INTEGRATION OF POWER ANYALYSER TO PC FOR POWER ANYALYSER TO PC FOR SAME AS DESIRED.SAME AS DESIRED.

TEST OT PROVE OVERFLUXING CAPABILTY & MEASUREMENT OF

HARMONICS

• IN OVERFLUXING TEST, TEST CAN BE DONE FOR IN OVERFLUXING TEST, TEST CAN BE DONE FOR DESIRED HOURS AND HOURLY READINGS ARE DESIRED HOURS AND HOURLY READINGS ARE TRANSFERRED TO PC THROUGH POWER ANYALYSERTRANSFERRED TO PC THROUGH POWER ANYALYSER

• MEASUREMENT OF HARMONICS FOR NO LOAD CURRENT MEASUREMENT OF HARMONICS FOR NO LOAD CURRENT AND NO LOAD VOLTAGES AT MAXIMUM FOR 4 AND NO LOAD VOLTAGES AT MAXIMUM FOR 4 DIFFERENT % VOLTAGES AS PER DESIRED DIFFERENT % VOLTAGES AS PER DESIRED COMBINATIONS IT COMBINATIONS IT

• MEASURES UPTO 9MEASURES UPTO 9THTH HARMONICS ONLY ODD HARMONICS ONLY ODD HARMONICS HARMONICS

• HERE IT IS TOTALLY CONTROLLED FROM PC TO SEND HERE IT IS TOTALLY CONTROLLED FROM PC TO SEND COMMANDS FOR CARRYING OUT THE TEST OR COMMANDS FOR CARRYING OUT THE TEST OR RECORDING HARMONICS FROM POWER ANYALYSERRECORDING HARMONICS FROM POWER ANYALYSER

MEAS. OF LOAD LOSS AND IMPEDANCE MEAS. OF LOAD LOSS AND IMPEDANCE VOLTAGEVOLTAGE

• MEAS. OF LOAD LOSS & % Z FROM ANY MEAS. OF LOAD LOSS & % Z FROM ANY WINDING AT SELECTED TAP OR ALL TAP WINDING AT SELECTED TAP OR ALL TAP POSSIBLE AT DESIRED BASE MVA POSSIBLE AT DESIRED BASE MVA

• INSTANT CAL. OF VAROIUS PARAMETERS INSTANT CAL. OF VAROIUS PARAMETERS DEPENDING UPON RATED FREQUENY, BASE DEPENDING UPON RATED FREQUENY, BASE MVA AND REF. TEMPERATUREMVA AND REF. TEMPERATURE

• IN CASE OF THREE WINDING & AUTO IN CASE OF THREE WINDING & AUTO TRANSFORMER, CAL OF THREE WINDING TRANSFORMER, CAL OF THREE WINDING LOSS TO DESIRED BASE MVA FOR EACH LOSS TO DESIRED BASE MVA FOR EACH WINDING ALSO TAKES CARE OF SPLIT WDG. WINDING ALSO TAKES CARE OF SPLIT WDG. TRANSFORMER[ HV / LV1+LV2 ]TRANSFORMER[ HV / LV1+LV2 ]

• AUTO CALCULATION OF RATED VOLTAGE AUTO CALCULATION OF RATED VOLTAGE AND CURRENT AND CAN BE EDITABLE TO AND CURRENT AND CAN BE EDITABLE TO TAKE CARE OF FURNACE TRANSFORMERS TAKE CARE OF FURNACE TRANSFORMERS AND WHERE RATINGS ARE NOT CONSTANT AND WHERE RATINGS ARE NOT CONSTANT AT ALL TAPSAT ALL TAPS..

MEAS. OF LOAD LOSS AND IMPEDANCE MEAS. OF LOAD LOSS AND IMPEDANCE VOLTAGEVOLTAGE

• FOR AUTO TRANSFORMER, TAKES CARE FOR AUTO TRANSFORMER, TAKES CARE OF TAPS PROVIDED ON HV OR IV WITH OF TAPS PROVIDED ON HV OR IV WITH LINEAR OR NON LINEAR TAP CHANGER LINEAR OR NON LINEAR TAP CHANGER

• IMPORTANT RATED PARAMETERS IMPORTANT RATED PARAMETERS HIGHLIGHTED BY COLOUR COMBINATION HIGHLIGHTED BY COLOUR COMBINATION AND DESIRED RECORD PRINT FACILITY AND DESIRED RECORD PRINT FACILITY ALONG WITH DIAGRAMSALONG WITH DIAGRAMS

• SPILL CURRENT MEAS. FACILITY IS SPILL CURRENT MEAS. FACILITY IS POSSIBLE AS PER DESIRED, POSSIBLE AS PER DESIRED, REQUIREMENT FROM TNEB CUSTOMERREQUIREMENT FROM TNEB CUSTOMER

• TEMP. SCANNER FACILITY FOR AVG. OIL TEMP. SCANNER FACILITY FOR AVG. OIL TEMP.TEMP.

THREE WINDING LOSS THREE WINDING LOSS CALCULATIONCALCULATION

• CALCULATES THREE WINDING LOSS WITHOUT ANY CALCULATES THREE WINDING LOSS WITHOUT ANY EFFORTS FOR EACH WINDING FOR DESIRED BASE EFFORTS FOR EACH WINDING FOR DESIRED BASE MVAMVA

• IF MAIN PAIR WINDING MVA RATINGS ARE EQUAL OR IF MAIN PAIR WINDING MVA RATINGS ARE EQUAL OR NOT EQUAL TAKES CARE OF CALCULATION FOR NOT EQUAL TAKES CARE OF CALCULATION FOR DESIRED TAP OR ALL TAPS AS PER LOAD LOSS TEST DESIRED TAP OR ALL TAPS AS PER LOAD LOSS TEST PERFORMEDPERFORMED

• INPUT, IF HEAT RUN TEST PERFORMED ON THREE INPUT, IF HEAT RUN TEST PERFORMED ON THREE WINDING LOSS OR TWO WINDING LOSS INPUT TO WINDING LOSS OR TWO WINDING LOSS INPUT TO LOSS FED FOR DESIRED MVA RATING .LOSS FED FOR DESIRED MVA RATING .

• IN CASE OF THREE WINDING LOSS TO THE RATED IN CASE OF THREE WINDING LOSS TO THE RATED MVA BASE CALCULATES BUT IF RATING TO BE MVA BASE CALCULATES BUT IF RATING TO BE CHANGE FOR CUSTOMER’S DEMAND, SOFTWARE CHANGE FOR CUSTOMER’S DEMAND, SOFTWARE SUPPORTS.SUPPORTS.

MEASURMENT OF IMPEDANCE MEASURMENT OF IMPEDANCE VOLTAGEVOLTAGE

• VERY USEFULL IN CASE OF MEASUREMENT VERY USEFULL IN CASE OF MEASUREMENT OF IMPEDANCE VOLTAGE AT ALL TAP OF IMPEDANCE VOLTAGE AT ALL TAP WITHOUT MEASURING LOSSESWITHOUT MEASURING LOSSES

• IF LOAD LOSS TEST PERFORMED BETN HV/LV IF LOAD LOSS TEST PERFORMED BETN HV/LV AT THREE TAPS BUT IMPEADANCE TO BE AT THREE TAPS BUT IMPEADANCE TO BE MEASURED AT ALL TAPS THEN FOR THOSE MEASURED AT ALL TAPS THEN FOR THOSE TAPS ALL READY IMPEDANCE AND LOSS TAPS ALL READY IMPEDANCE AND LOSS MEAS. THOSE TAPS ARE RETRIVED FROM MEAS. THOSE TAPS ARE RETRIVED FROM MAIN TEST IN SAME FORMATMAIN TEST IN SAME FORMAT

• IN CASE OF THREE WINDING TRANSFORMER, IN CASE OF THREE WINDING TRANSFORMER, PAIR IMPEDANCE TO BE MEASURED AND PAIR IMPEDANCE TO BE MEASURED AND THIS FRAME SUPPORTS FOR THE SAME WITH THIS FRAME SUPPORTS FOR THE SAME WITH AUTO LOADING OF VOLTAGE AND CURRENT AUTO LOADING OF VOLTAGE AND CURRENT AS IN LOAD LOSS TESTAS IN LOAD LOSS TEST

MEASUREMENT OF SINGLE MEASUREMENT OF SINGLE PHASE IMPEDANCEPHASE IMPEDANCE

• IN CASE OF THREE PHASE TRANSFORMER, IN CASE OF THREE PHASE TRANSFORMER, AS PER CUSTOMER’S REQUIREMENT AS PER CUSTOMER’S REQUIREMENT IMPEDANCE TEST TO BE DONE IN SINGLE IMPEDANCE TEST TO BE DONE IN SINGLE PHASE CONNECTION FROM BOTH SIDESPHASE CONNECTION FROM BOTH SIDES

• TEST SUPPORTS FOR ANY TYPE OF TEST SUPPORTS FOR ANY TYPE OF CONNECTION STAR AND DELTA FOR THREE CONNECTION STAR AND DELTA FOR THREE PHASE TRANSFORMERPHASE TRANSFORMER

CALCULATION OF EFFICIENCY CALCULATION OF EFFICIENCY AND REGULATIONAND REGULATION

• CALCULATES EFFICIENCY AND REGULATION CALCULATES EFFICIENCY AND REGULATION FOR THOSE TAPS ON WHICH LOAD LOSS TEST FOR THOSE TAPS ON WHICH LOAD LOSS TEST PERFORMED WITH 100, 75, 50, 25 % LOAD AT PERFORMED WITH 100, 75, 50, 25 % LOAD AT UNITY POWER FACTOR AND IF DESIRED AT 0.8 UNITY POWER FACTOR AND IF DESIRED AT 0.8 POWER FACTOR, CALCULATION CAN BE POWER FACTOR, CALCULATION CAN BE POSSIBLEPOSSIBLE

• ANY DESIRED LOAD TO BE PUT TO CALCULATE ANY DESIRED LOAD TO BE PUT TO CALCULATE EFFICIENCY MOSTLY REQUIRED FOR CAL OF EFFICIENCY MOSTLY REQUIRED FOR CAL OF MAX. EFFICIENCY, FACILITY PROVIDED.MAX. EFFICIENCY, FACILITY PROVIDED.

SEPARATE SOURCE WITHSTAND TESTSEPARATE SOURCE WITHSTAND TEST

• TEST TO BE CONDUCTED WITH OR WITHOUT TEST TO BE CONDUCTED WITH OR WITHOUT LEAKAGE CURRENT AS PER DESIREDLEAKAGE CURRENT AS PER DESIRED

• TEST REORT AND FRAME WITH DIAGRAM TEST REORT AND FRAME WITH DIAGRAM POSSIBLEPOSSIBLE

• WINDING MAXIMUN SYSTEM VOLTAGE [Um] WINDING MAXIMUN SYSTEM VOLTAGE [Um] ENTRY PROVIDEDENTRY PROVIDED

• AUTOMATICALLY TAKES CARE OF TWO / AUTOMATICALLY TAKES CARE OF TWO / THREE OR AUTO TRANSFORMER THREE OR AUTO TRANSFORMER COMBINATION FOR WINDINGS UNDER TESTCOMBINATION FOR WINDINGS UNDER TEST

INDUCED OVER VOLTAGE TEST

• INDUCED OVER VOLTAGE TEST WITH LINE INDUCED OVER VOLTAGE TEST WITH LINE CURRENT OR WITHOUT LINE CURRENT CURRENT OR WITHOUT LINE CURRENT MEASUREMENT FOR BOTH UNIFORM AND NON MEASUREMENT FOR BOTH UNIFORM AND NON UNIFORM INSULATION METHODUNIFORM INSULATION METHOD

• INDUCED OVER VOLTAGE TEST WITH PARTIAL INDUCED OVER VOLTAGE TEST WITH PARTIAL DISCHARGE MEASUREMENT WITH LINE CURRENT DISCHARGE MEASUREMENT WITH LINE CURRENT AND WITHOUT LINE CURRENT MEASUREMENTAND WITHOUT LINE CURRENT MEASUREMENT

• PD TEST WITH CALIBRATION FACTOR OR WITHOUT PD TEST WITH CALIBRATION FACTOR OR WITHOUT CALIBRATION FACTOR WITH LINE CURRENT OR CALIBRATION FACTOR WITH LINE CURRENT OR WITHOUT LINE CURRENTWITHOUT LINE CURRENT

• AS PER VARIOUS STANDARD, PD TEST CYCLE AS PER VARIOUS STANDARD, PD TEST CYCLE DIAGRAMS AND METHODS ADOPTED TO TAKE CARE DIAGRAMS AND METHODS ADOPTED TO TAKE CARE OF ALL REQUIRMENTS e.g. ACSD[PHASE-EARTH], OF ALL REQUIRMENTS e.g. ACSD[PHASE-EARTH], ACSD [PHASE-PHASE], ACLD FOR IEC STD, ALSO IS ACSD [PHASE-PHASE], ACLD FOR IEC STD, ALSO IS 2026 AND ANSI STANDARD COVERD2026 AND ANSI STANDARD COVERD

• TOTAL 25 TEST REPORTS ARE GENERATED TO TAKE TOTAL 25 TEST REPORTS ARE GENERATED TO TAKE CARE OF PD TEST ON ONE, TWO OR THREE CARE OF PD TEST ON ONE, TWO OR THREE WINDING ON SINGLE OR THREE PHASE WINDING ON SINGLE OR THREE PHASE TRANSFORMER WITH ABOVE COMBINATIONSTRANSFORMER WITH ABOVE COMBINATIONS

MEASURMENT OF CAPACITANCE MEASURMENT OF CAPACITANCE AND TAN DELTAAND TAN DELTA

• FOR TWO OR THREE WINDING TEST TAKES FOR TWO OR THREE WINDING TEST TAKES CARE FOR COMBINATIONS AND EEROR FREE CARE FOR COMBINATIONS AND EEROR FREE TEST REPORT CAN BE GENERATED, IN CASE OF TEST REPORT CAN BE GENERATED, IN CASE OF WRONG DATA FED IT WILL BE HIGHLIGHTED WRONG DATA FED IT WILL BE HIGHLIGHTED WITH COLOUR, WITH COLOUR,

• FOR THREE WINDING TRANSFORMER IT GIVES FOR THREE WINDING TRANSFORMER IT GIVES TEST TO BE DONE IN DEFINED CONNECTIONS TEST TO BE DONE IN DEFINED CONNECTIONS AND IT CALCULATES CAPACITANCE FOR THE AND IT CALCULATES CAPACITANCE FOR THE EACH WINDINGS BETWEEN WINDING TO EACH WINDINGS BETWEEN WINDING TO WINDING AND WINDING TO EARTH WINDING AND WINDING TO EARTH

• TEST WITH DIAGRAMS AND TO BE DONE AT 5 TEST WITH DIAGRAMS AND TO BE DONE AT 5 OR 10 KV OR ON BOTH VOLTAGES WITH BOTH OR 10 KV OR ON BOTH VOLTAGES WITH BOTH CONDITIOS OF BEFORE HIGH VOLTAGE AFTER CONDITIOS OF BEFORE HIGH VOLTAGE AFTER HIGH VOLTAGE SAME HAS BEEN DONE FOR HIGH VOLTAGE SAME HAS BEEN DONE FOR BUSHING’S FOR SINGLE TESTING.BUSHING’S FOR SINGLE TESTING.

• AS PER ANSI STD. CORRECTION TO 20°C IF AS PER ANSI STD. CORRECTION TO 20°C IF DESIRED BY A SINGLE CLICK FOR ANY TEMP.DESIRED BY A SINGLE CLICK FOR ANY TEMP.

LOW VOLTAGE TEST

• MAGNETIC BALANCE AND MAGNETISING CURRENT MAGNETIC BALANCE AND MAGNETISING CURRENT TESTTEST WITH SINGLE PHASE OR THREE PHASE CURRENT WITH SINGLE PHASE OR THREE PHASE CURRENT MEASURMENT AND AUTO TERMINAL NOTATIONS FOR MEASURMENT AND AUTO TERMINAL NOTATIONS FOR MEASUREMENTMEASUREMENT

• MEASUREMENT OF NO LOAD LOSS AND LOAD LOSSMEASUREMENT OF NO LOAD LOSS AND LOAD LOSS AT LOW VOLTAGE FROM ANY SIDE OR MULTIPLE AT LOW VOLTAGE FROM ANY SIDE OR MULTIPLE RECORDS ARE POSSIBLERECORDS ARE POSSIBLE

• TEST ON TRANSFORMER OILTEST ON TRANSFORMER OIL; TAKES CARE OF OIL BDV ; TAKES CARE OF OIL BDV AND MOISTURE CONTENT FOR BEFORE HV TEST AND AND MOISTURE CONTENT FOR BEFORE HV TEST AND AFTER HV TEST AND TEST ON OIL DGA TEST BEFOR HV AFTER HV TEST AND TEST ON OIL DGA TEST BEFOR HV AFTRE HV TEST AND BEFORE HEAT RUN TEST AFTER AFTRE HV TEST AND BEFORE HEAT RUN TEST AFTER HEAT RUN TEST AS WELL AS VARIOUS TEST ON HEAT RUN TEST AS WELL AS VARIOUS TEST ON TRANSFORMER OIL MADE FOR DESIRED TEST ON OIL TRANSFORMER OIL MADE FOR DESIRED TEST ON OIL FOR CUSTOMER’S REQUIREMENTFOR CUSTOMER’S REQUIREMENT

LOW VOLTAGE TESTLOW VOLTAGE TEST

• MAGNETIC CIRCUIT TESTMAGNETIC CIRCUIT TEST :TEST BETWEEN CORE TO :TEST BETWEEN CORE TO FRAME TEST AS WELL AS 2 KV TEST WITH LEAKAGE FRAME TEST AS WELL AS 2 KV TEST WITH LEAKAGE CURRENT OR MEAS. OF INSULATION RESISTANCE FOR CURRENT OR MEAS. OF INSULATION RESISTANCE FOR ALL COMBINATIONS AND AS PER DESIRED PRINT ALL COMBINATIONS AND AS PER DESIRED PRINT FACILITY FACILITY

• TEST ON CT’STEST ON CT’S :IT TAKES CARE OF GENERATING TEST :IT TAKES CARE OF GENERATING TEST FOR RATIO TEST AND POLARITY, CT KNEE POINT FOR RATIO TEST AND POLARITY, CT KNEE POINT VOLTAGE AND CT DC RESISTANCE FOR DESIRED VOLTAGE AND CT DC RESISTANCE FOR DESIRED WINDINGS AND DESIRED RECORDSWINDINGS AND DESIRED RECORDS

• TEST ON ON LOAD TAP CHANGERSTEST ON ON LOAD TAP CHANGERS :FLEXIBLE TEST :FLEXIBLE TEST FORMAT TO PRINT AS PER DESIRED BY JUST CLICKING FORMAT TO PRINT AS PER DESIRED BY JUST CLICKING THE DESIRED TEST DONE OR EDIT FACILITY PROVIDED THE DESIRED TEST DONE OR EDIT FACILITY PROVIDED

ACOUSTIC NOISE LEVEL TESTACOUSTIC NOISE LEVEL TEST

• AS PER TYPE OF COOLING TEST FORMAT AS PER TYPE OF COOLING TEST FORMAT SELECTED IN FRAME AS WELL AS SOME SELECTED IN FRAME AS WELL AS SOME INTELIIGENT LOCKS PROVIDED FOR AVOIDING INTELIIGENT LOCKS PROVIDED FOR AVOIDING ERRORS IN TEST REPORTSERRORS IN TEST REPORTS

• ALONG WITH DIAGRAMS TEST REPORT POSSIBLEALONG WITH DIAGRAMS TEST REPORT POSSIBLE• FOR SINGLE TRAFO MORE THAN ONE TEST CAN FOR SINGLE TRAFO MORE THAN ONE TEST CAN

BE DONE DEPENDING UPON THE TYPE OF BE DONE DEPENDING UPON THE TYPE OF COOLINGSCOOLINGS

• ARITHMATIC SUM OF DECIBALES CALCULATES ARITHMATIC SUM OF DECIBALES CALCULATES NOISE LEVEL FOR TRANSFORMER AND NOISE LEVEL FOR TRANSFORMER AND BACKGROUND NOISE FOR N NOS. OF READING BACKGROUND NOISE FOR N NOS. OF READING TAKEN INTO CONSIDERATIONTAKEN INTO CONSIDERATION

TEMPERAURE RISE TEST

• TEMP. RISE TEST FOR DESIRED COOLINGS AND AS TEMP. RISE TEST FOR DESIRED COOLINGS AND AS PER THAT CHANGE OF TEST FORMAT, SELECTION FOR PER THAT CHANGE OF TEST FORMAT, SELECTION FOR 1 OR 2 COOLER BANK AND SELECTION OF OTI / WTI 1 OR 2 COOLER BANK AND SELECTION OF OTI / WTI UPTO 0-4 AND WELL TAKEN CARE IN TEST REPORTUPTO 0-4 AND WELL TAKEN CARE IN TEST REPORT

• AUTO TESTING ENABLES POWER ANYALYSER TO TAKE AUTO TESTING ENABLES POWER ANYALYSER TO TAKE READINGS AT SET DESIRED INTERVAL WITH TEMP. READINGS AT SET DESIRED INTERVAL WITH TEMP. SCANNER WITH SELECTABLE SETTING OF CHANNELS SCANNER WITH SELECTABLE SETTING OF CHANNELS FOR READING TEMP. FOR VAROIUS LOCATIONSFOR READING TEMP. FOR VAROIUS LOCATIONS

• AUTOMATICALLY FINDS THE TAP POSITIONS WHERE AUTOMATICALLY FINDS THE TAP POSITIONS WHERE THE LOAD LOSS ARE MAXIMUM AND GIVES NO LOAD THE LOAD LOSS ARE MAXIMUM AND GIVES NO LOAD LOSS AND LOAD LOSS AND TEST CURRENT AS PER LOSS AND LOAD LOSS AND TEST CURRENT AS PER SELECTION OF BASE MVA AND CONTINUES THE TEST SELECTION OF BASE MVA AND CONTINUES THE TEST AS WELL AS FINDS OUT STEADY STATE TEMP. AND AS WELL AS FINDS OUT STEADY STATE TEMP. AND GIVES SIGNAL TO GIVES SIGNAL TO DOWN TO I RATEDDOWN TO I RATED IN IN HIGHLIGHTED COLOUR AS WELL AS FOR SHUTDOWN HIGHLIGHTED COLOUR AS WELL AS FOR SHUTDOWN DESIRED WINDING SELECTION WITH SELECTION OF DESIRED WINDING SELECTION WITH SELECTION OF ANY PHASE IS POSSIBLEANY PHASE IS POSSIBLE

• CONTINUE…………

TEMPERATURE RISE TESTTEMPERATURE RISE TEST

• AT THE TIME OF SHUTDOWN READINGS OF HOT AT THE TIME OF SHUTDOWN READINGS OF HOT RESISTANCE CAN MEASURED WITH MANUALLY OR RESISTANCE CAN MEASURED WITH MANUALLY OR AUTOMATICALLY, AND IT EXTRAPOLLATES RESITANCE AUTOMATICALLY, AND IT EXTRAPOLLATES RESITANCE AND GRAPH IS PLOTTED IT SELF AND AUTO AND GRAPH IS PLOTTED IT SELF AND AUTO CALCULATIONS OF VARIOUS TEMP. POSSIBLE CALCULATIONS OF VARIOUS TEMP. POSSIBLE WITHOUT ANY EXTERNAL INPUT TO THE TEST. WITHOUT ANY EXTERNAL INPUT TO THE TEST.

• ALSO IT TAKES CARE OF CORRECTION TO BE APPLIED ALSO IT TAKES CARE OF CORRECTION TO BE APPLIED FOR LOSSES FED OR TEST CURRENT LESS THAN RATED FOR LOSSES FED OR TEST CURRENT LESS THAN RATED CURRENT AND TO THE TYPE OF COOLING.CURRENT AND TO THE TYPE OF COOLING.

• MAIN FEATURE OF THE TEST IS WHEN LOSSES TO BE MAIN FEATURE OF THE TEST IS WHEN LOSSES TO BE FED THREE WINDING OR TWO WINDING, IT TAKES FED THREE WINDING OR TWO WINDING, IT TAKES CORRECT INPUT AND FOR CALCULATING TEMP. RISE CORRECT INPUT AND FOR CALCULATING TEMP. RISE OF THIRD WINDING WHICH RATING IS LOW THAN MAIN OF THIRD WINDING WHICH RATING IS LOW THAN MAIN PAIR WINDING, WHERE LOSSES FED LESS THAN RATED PAIR WINDING, WHERE LOSSES FED LESS THAN RATED LOSS IN MAIN TEST CAN CORRECT TEMP. LOSS IN MAIN TEST CAN CORRECT TEMP.

• NOS. OF SHUTDOWN POSSIBLE , IF HOT RESISTANCE NOS. OF SHUTDOWN POSSIBLE , IF HOT RESISTANCE TO BE MEAS. FOR 15SEC. OR ANY INTERVAL THOSE TO BE MEAS. FOR 15SEC. OR ANY INTERVAL THOSE CHANGES CAN BE ACCOMADED WITH SOME CHANGES CAN BE ACCOMADED WITH SOME INTELLIGENT METHOD INTELLIGENT METHOD

LIGHTNING AND SWITHCHING LIGHTNING AND SWITHCHING IMPULSE VOLTAGE WITHSTAND IMPULSE VOLTAGE WITHSTAND

VOLTAGE TESTVOLTAGE TEST

• LI TEST WITH FULL WAVE OR CHOPPED WAVE ON LI TEST WITH FULL WAVE OR CHOPPED WAVE ON ONE LIMB OR THREE LIMB AS VARIOUS STANDARD ONE LIMB OR THREE LIMB AS VARIOUS STANDARD WITH CONNECTIONS AND DAIGRAM WITH CONNECTIONS AND DAIGRAM

• CALCULATES FRONT TIME AND TAILTIME AS WELL CALCULATES FRONT TIME AND TAILTIME AS WELL AS DIVIDER RATIO AND DATE TIME AND TETS AS DIVIDER RATIO AND DATE TIME AND TETS VOLTAGE AUTO CALULATIONS AND AS DESIRED VOLTAGE AUTO CALULATIONS AND AS DESIRED REPORTED IN TEST REPORTREPORTED IN TEST REPORT

• TAKE CARE OF LECROY AND HAFELEY ANALOGUE TAKE CARE OF LECROY AND HAFELEY ANALOGUE OSCILLOSCOPE SYSTEM WITHOUT AFFECTING OSCILLOSCOPE SYSTEM WITHOUT AFFECTING PAGE NOS. AND QUALITY OF TEST CERTIFICATEPAGE NOS. AND QUALITY OF TEST CERTIFICATE

• LI TEST FOR NEUTRAL TERMINAL IS ALSO TAKEN LI TEST FOR NEUTRAL TERMINAL IS ALSO TAKEN CARECARE

• SI TEST DOES NOT TAKE CARE OF TEST SI TEST DOES NOT TAKE CARE OF TEST CONNECTIONS DUE TO TWO METHODS AOF CONNECTIONS DUE TO TWO METHODS AOF TESTING HOWEVER IT ‘ S SAME FUNCTION OF LI TESTING HOWEVER IT ‘ S SAME FUNCTION OF LI TEST FEATURES COVEREDTEST FEATURES COVERED

TRANSFFERED SURGE AND RSO TESTTRANSFFERED SURGE AND RSO TEST

• TEST COMBINATIONS BETWEEN VARIOUS WINDING FOR TEST COMBINATIONS BETWEEN VARIOUS WINDING FOR TWO OR THREE WINDING TRANSFORMER FOR TWO OR THREE WINDING TRANSFORMER FOR CALCULATING THE TRANSFFERED SURGE VOLTAGE ON CALCULATING THE TRANSFFERED SURGE VOLTAGE ON LOW VOLTAGE WINDING FOR ATLEAST THREE TAPS AND LOW VOLTAGE WINDING FOR ATLEAST THREE TAPS AND MAX THREE READINGS AND MINMUM ONE READINGMAX THREE READINGS AND MINMUM ONE READING

• THIS TEST ALSO INTERFACED WITH LECROY AND THIS TEST ALSO INTERFACED WITH LECROY AND HAEFELY TEST SYSTEM FOR ALL TYPE OF HAEFELY TEST SYSTEM FOR ALL TYPE OF TRANSFORMERS.TRANSFORMERS.

• RSO TEST IS LOW VOLTAGE SIGNATURE TEST FOR LI RSO TEST IS LOW VOLTAGE SIGNATURE TEST FOR LI VOLTAGE DISTRIBUTION ALONG THE WINDING AND VOLTAGE DISTRIBUTION ALONG THE WINDING AND FINDS INSULATION LEVEL OF TAP CHANGER AND LEADS FINDS INSULATION LEVEL OF TAP CHANGER AND LEADS INSULATION BETWEEN PHASES AND EARTH FOR INSULATION BETWEEN PHASES AND EARTH FOR DESIGNED PARAMETERS.DESIGNED PARAMETERS.

• THE APPLIED VOLTAGE ON WINDING UNDER TEST , THE APPLIED VOLTAGE ON WINDING UNDER TEST , VOLTAGES MEASURED ACROSS LEADS CALCULATES VOLTAGES MEASURED ACROSS LEADS CALCULATES ACTUAL VOLTAGES SEEN ON TAPPING SECTION AND ACTUAL VOLTAGES SEEN ON TAPPING SECTION AND OTHERS.OTHERS.

• TEST DIRECTS, FOR VOLTAGES TO BE MEASURED FOR TEST DIRECTS, FOR VOLTAGES TO BE MEASURED FOR TAPS TO EARTH AND BETWEEN ADJACENT TAP AND TAPS TO EARTH AND BETWEEN ADJACENT TAP AND TRANSFFERED SUREGE VOLTAGE BY JUST PUTTING THE TRANSFFERED SUREGE VOLTAGE BY JUST PUTTING THE LEAD NOS. IN TERMINAL BOX FOR e. g. IN MANY LEAD NOS. IN TERMINAL BOX FOR e. g. IN MANY TRANSFORMERS COMMON NUMBERINGS ARE STRATING TRANSFORMERS COMMON NUMBERINGS ARE STRATING FROM 3 TO 19. AFTER PUTTING THESE TERMINALS JUST FROM 3 TO 19. AFTER PUTTING THESE TERMINALS JUST PRESS TERMINAL WILL ENABLE HOW THE TEST TO BE PRESS TERMINAL WILL ENABLE HOW THE TEST TO BE DONEDONE

POWER TAKEN BY COOLER CKT AND POWER TAKEN BY COOLER CKT AND ZERO PHASE SEQUENCE IMPEADANCE ZERO PHASE SEQUENCE IMPEADANCE

TESTTEST

• FOR MEASUREMENT OF COOLER CIRCUIT LOSS AS FOR MEASUREMENT OF COOLER CIRCUIT LOSS AS PER TYPE COOLING PROVISION IS DONE ALONG PER TYPE COOLING PROVISION IS DONE ALONG WITH MEASURMENT OF STANDBY CKT. LOSS WITH MEASURMENT OF STANDBY CKT. LOSS MEAS.MEAS.

• IN ZERO PHASE SEQUNCE TEST, TEST CAN BE IN ZERO PHASE SEQUNCE TEST, TEST CAN BE DONE AT MORE THAN ONE TAP AS WELL AS ON DONE AT MORE THAN ONE TAP AS WELL AS ON ONE TAP DESIRED READINGS CAN BE POSSIBLE TO ONE TAP DESIRED READINGS CAN BE POSSIBLE TO TAKE CARE OF CUSTOMER’S DEMAND AT VARIOUS TAKE CARE OF CUSTOMER’S DEMAND AT VARIOUS % OF CURRENT% OF CURRENT

• NOS, OF COMBINATIONS ARE POSSIBLE NOS, OF COMBINATIONS ARE POSSIBLE DEPENDING UPON TEST TO BE DONE AND SOME DEPENDING UPON TEST TO BE DONE AND SOME INTELLIGENT LOCKS ARE PROVIEDED TO LIMIT INTELLIGENT LOCKS ARE PROVIEDED TO LIMIT THE TEST ERRORS AND TEST CERTIFICATETHE TEST ERRORS AND TEST CERTIFICATE

• PRINTS WITH DIGRAMS ARE EXTENDED BEAUTY. PRINTS WITH DIGRAMS ARE EXTENDED BEAUTY.

MECHANICAL TESTMECHANICAL TEST

• FOR COMPLETING TRANSFORMER INSPECTION, FOR COMPLETING TRANSFORMER INSPECTION, MECHANICAL TEST ARE OF VERY IMPORTANT AND MECHANICAL TEST ARE OF VERY IMPORTANT AND ALL THE TEST ARE COVERD AS LISTED BELOW ALL THE TEST ARE COVERD AS LISTED BELOW WITH SOME SPECIFIC CONTROLS TO BE GIVEN OR WITH SOME SPECIFIC CONTROLS TO BE GIVEN OR NOT AS DESIRED FOR EACH TESTNOT AS DESIRED FOR EACH TEST

• VIBRATION TEST AT RATED EXCITATIONVIBRATION TEST AT RATED EXCITATION• FUNCTIONAL CHECKS ON CONTROL PANELSFUNCTIONAL CHECKS ON CONTROL PANELS• OIL LEAKAGE TESTOIL LEAKAGE TEST• TEST ON PRESSURE RELIEF DEVICETEST ON PRESSURE RELIEF DEVICE• PRESSURE AND VACUUM DEFELECTION TESTPRESSURE AND VACUUM DEFELECTION TEST• JACKING TESTJACKING TEST• MEASUREMENT OF OIL QUANTITY FOR FIRST MEASUREMENT OF OIL QUANTITY FOR FIRST

FILLINGFILLING• VISUAL AND DIMENSIONAL CHECKS ON VISUAL AND DIMENSIONAL CHECKS ON

TRANSFORMERTRANSFORMER• CALIBRATION OF WTI AND OTICALIBRATION OF WTI AND OTI

CONTENTCONTENT

• TEST REPORT GENERATION SOFTWARE PRODUCED BY TEST REPORT GENERATION SOFTWARE PRODUCED BY THREE ENGINEERS. TWO FROM SOFTWARE SIDE AND THREE ENGINEERS. TWO FROM SOFTWARE SIDE AND ONE FROM LARGE RATING POWER TRANSFORMER ONE FROM LARGE RATING POWER TRANSFORMER INDUSTRY WITH 10 YEARS OF HANDS ON EXPERIENCED INDUSTRY WITH 10 YEARS OF HANDS ON EXPERIENCED AND KWNOLEDGE OF PRESENT CUSTOMER’S FORMATS, AND KWNOLEDGE OF PRESENT CUSTOMER’S FORMATS, TEST SEQUENCES AND RQUIREMENT FOR LARGE RATING TEST SEQUENCES AND RQUIREMENT FOR LARGE RATING TRANSFORMERS TESTINGTRANSFORMERS TESTING

• THIS IS BASIC SOFTWARE HOWEVER VERY USEFUL FOR THIS IS BASIC SOFTWARE HOWEVER VERY USEFUL FOR THE INDUSTRY WHO IS NEW TO MANUFACTURING AUTO THE INDUSTRY WHO IS NEW TO MANUFACTURING AUTO TRANSFORMERS, LARGE RATING POWER TRANSFORMERS TRANSFORMERS, LARGE RATING POWER TRANSFORMERS WITH TWO AND THREE WINDING TRANSFORMERSWITH TWO AND THREE WINDING TRANSFORMERS

• ENGINEERS WORKED ON THIS PROJECT, TRIED THEIR ENGINEERS WORKED ON THIS PROJECT, TRIED THEIR BEST TO GIVE BUT SOME OF THE CONDITIONS AS PER BEST TO GIVE BUT SOME OF THE CONDITIONS AS PER DIFFERENT PRACTICES AND SOME CONDITIONS MAY DIFFERENT PRACTICES AND SOME CONDITIONS MAY NOT COVERD. NOT COVERD.

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Prolific Systems & Technologies Pvt. Ltd.,Prolific Systems & Technologies Pvt. Ltd.,

Suchita Industrial Estate, IInd Floor, Opp. Oswal Park,Suchita Industrial Estate, IInd Floor, Opp. Oswal Park,

Pokhran Road No. 2, Thane (w) Pokhran Road No. 2, Thane (w)

Maharashtra, India – 400 601Maharashtra, India – 400 601

Tel : (91 -22) 2544 3307 / 2542 2887 / 2533 8399Tel : (91 -22) 2544 3307 / 2542 2887 / 2533 8399

Fax : (91 -22) 2539 1363Fax : (91 -22) 2539 1363

Email : Email : sales@sales@prolificindiaprolificindia.com.com, , support@support@prolificindiaprolificindia.com.com

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Branches : Delhi, Chennai, Pune, Vadodara, Hyderabad, Branches : Delhi, Chennai, Pune, Vadodara, Hyderabad, Nagpur, Kochi, Ahmedabad, ChandigarhNagpur, Kochi, Ahmedabad, Chandigarh