3-PHASE PRECISION POWER ANALYZER

MODEL-VPA-60080

Accurate measurements at low PF up to 01 Lead Lag

Basic Accuracy- plusmn 01 Band Width- 30 to 800 Hz

600V (Ph - N) 1000 V (Ph-Ph) True RMS Volt Measurement

Key Features of VPA-60080

80A True RMS Current Measurement

Six 10V DC channel

Inbuilt 500 Data Storage Memory (Optional 1000 M )

USB as well as RS-232 serial interface to communicate with Computer

Multiple Display (1 LCD Display 2 7Segment Red LED Display)

High Speed Measurement Facility (Optional)

Tamper Proof Calibration with Long Interval Stability in measurement

Rack Mountable as well as Table Top Model (2 in 1 )

Portable size

24 Keys For User Friendly Operation

RPM Slip RPM Measurement Provision

Descent and Attractive Look

Double Fuse Protection

Inbuilt Surge Protection ( High Voltage Auto Shutdown facility Optional)

Enhanced Software to communicate with Computer

Compliance with ISO 90012008

Tested by NABL accredited Laboratory EQDC ERDA

AN ISO 90012008 CERTIFIED COMPANY

VEE PO ER NA Y R W A L ZER

MOD L PA - 6 08E - V 0 0

SR N - 1 12 50 O 0 1

HELP- 07 -2 28 22 9 3 9 5

This Precision Power Analyzer is developed and manufactured by Veer Electronics It is result of our continuous Research amp Development activities It is an accurate Instrument for testing of Three phase Single phase AC Machines due to itrsquos high sampling rate amp simultaneous measurement of all voltage and current input channels VPA-60080 has no adjustable component inside therefore itrsquos accuracy remains for long time without tampering It has Isolated inputs which are having high immunity against electrical disturbance and high dynamic common-mode rejection Itrsquos Current Input terminals have been designed to withstand momentary over load condition up to 200A We have tried to fulfill most of needs of testing of Transformer Motor Submersible pump amp for that we have provided six 10 Volt DC channels to measure various types of parameters like Flow Temperature Torque Pressure etc You can measure these parameters using VPA-60080 along with related Transducer

Introducing VPA - 60080

1 It can measure True rms Mean Rectified and Peak value of Voltage and Current 2 It can also measure Active Power(P)Apparent Power(S) and Reactive Power (Q) accurately 3 It is Micro controller based Instrument so performs accurate calculations of V I P S Q PF CF FF with any load and signals of frequencies from 30 Hz to 800 Hz 4 It can measure frequency of V1 Input from 30Hz to 800Hz5 Range of Voltage - 6V to 600V Phase to Neutral (Phase to Phase 1000V)6 Range of Current - 80mA to 80A without use of external CT 7 Extra six 10V DC channels to measure various parameters like Temperature Flow Torque Pressure etc 8 Capable to measure RPM Slip RPM of AC motor Submersible pump

1 Inbuilt surge protection is provided for all three AC volt input channels2 Double fuse protection (inside and outside) is provided to tolerate overcurrent condition at auxiliary input

VPA - 60080 is designed for user-friendly operation with features like two displays [1] Liquid Crystal Display of 20 x 4 line (20 alphanumeric characters in each line so total 80 characters) [2] Seven segment high glow Red LED Display for Long distance view 24 embossed Keys are provided to perform easy operations

Display and Keys of Operations

Software to communicate with Computer

VPA-60080 is enhanced by USB amp RS-232 serial interface to communicate with computer Free software ldquoVeer Power Analyzer Toolrdquo is provided for that The software is capable to collect mostly all basic parameters from Instrument for both on line off line testing and capable to generate test report You can see any parameter in different view like Digital Analog Graphical etc You can record your testing data in real time also

Internal Non volatile memory is provided to save up to 500 (1000 Optional) test results All test results can be transferred to computer using ldquoVeer Power Analyzer Toolrdquo so there is no need to note down any test result

1 Testing of single three phase distribution transformer Power transformer control transformer Isolation transformer and other transformers 2 Testing of AC Induction Motors as well as submersible pumps 3 Testing of UPS Stabilizer Air conditioner Fan Heater lighting Ballast cooler Room Heater Washing Machine Dryer TV Mixers Blenders etc 4 To calibrate AC voltmeter current meter watt meter power factor meter AC power source etc5 To carry out research and development activites related to AC Power and testing of AC appliances

Measurement Capability

Inbuilt Memory

Protection

Application

REAR VIEW

Note- 1 Specifications are subject to change without prior notice so please confirm at the time of placing an order 2 Size and Weight may be changed without prior notice 3 Standard Warranty 1year Extended Warranty up to 5 Years optional

Our other Products

bull Digital Epstein Tester Model VET-1608 - To measure Watt loss of Elec steel

bull Digital Iron Loss Tester Model VDW-2065 - To measure Watt loss of Elec steel

bull Analog Iron Loss Tester Model VAW-95 - To measure Watt loss of Elec steel

bull Holiday Detector Model VHT-30 VHT-20 - To test coating of Pipe line

Weight 55 kg approximately

Panel mounting cut out size

332 x 145 mm including Feet (332 x 133 mm without Feet)

Size 376 x 320 x 145 mm (W x D x H) including projection

Power consumption 15VA maximum

Power supply 160V - 290V 50Hz 100V - 140V 60 Hz

Insulation withstand voltage

2500V AC for 1minute at 50 Hz across all of following areaVoltage input terminal to caseCurrent input terminal to caseVoltage input terminal to Current input terminal

Insulation Resistance

40MUgrave or higher at 600V DC across all of the following areaVoltage input terminals and Instrument caseCurrent input terminals and Instrument caseVoltage input terminals and Current input terminalsInstrument case and Power Supply Plug

Operating humidity 20 to 80 RH (no condensation)

Storage temperature 0 C to 55 COO

Warm up time 30 minutes

Operating temperature 5 C to 50 CO O

GENERAL SPECIFICATIONS INPUT SPECIFICATIONSParameter

Input type

Rated Values

Measuring instrument loss(Input resistance)

Voltage

Resistance voltage divider

600V rms phase to neutral

Approx 2M Ugrave

Current

Current to voltage converter

80A rms Direct Measurement

Approx 1m Ugrave

Maximum instantaneousallowed input

(1second duration)

Maximum continuous allowed input

Input terminal type

Peak value-200A or RMS value-150A

(Whichever is less)

Peak value-120A or RMS value-80A

(Whichever is less)

Direct input large binding Post (with 14rdquo copper stud

with insulated nut)

Peak value-15 kV or RMS value-11 kV (Whichever is less)

Peak value-850V orRMS value-600V

(Whichever is less)

Banana socket (wire fit type)

CALCULATION FUNCTIONS MEASUREMENT FUNCTIONS

Parameter

System

Additional power factor effect on active power

measurement

Effective Input range

Display updating value

Frequency Measurement

Accuracy ( within 1 year after Calibration)Conditions -

Temperature - 25 degCplusmn 5 degCHumidity - 30 - 75 RH Input waveform - Sine wave Power factor - 10Display digits - 5 6 digitsSample AVG - 8 Sample For normal testing amp input conditions

Notes-1 All Apparent Power Reactive Power Power Factor Crest Factor Form Factor etc are calculation based parameters so If the input contains distorted wave these parameters may not match to those of other measuring instruments based on different measuring principles2 If either voltage or current falls to 10 of range rating or less then Apparent Power (S) Power factor (PF) and Reactive Power (Q) may be displayed with more errors than specified3 No sign of power factor is displayed when current lags the voltage and negative Sign is displayed when current leads the voltage

Apparent Power S

Reactive Power Q

Parameter 3 Wire (2-wattmeter)V ph to ph mode

(3-wattmeter)4 Wire (3-wattmeter)

Current I I = (I1 + I2)2 I = (I1 + I2 + I3)3

Active Power P P = P1 + P2 P = P1 + P2 + P3

Power Factor PF PF = (Pf1 + PF2)2 PF =(PF1 + PF2 + PF3)3

S1 = V1 x I1S2 = V2 x I2S = S1+ S2

S1 = V1 x I1 S2 = V2 x I2 S3 = V3 x I3 S = S1 + S2 + S3

Mean Volt

Crest Factor cf

Vmean = 111072 x Voltage rectified

cf = Peak Value RMS Value

ff = RMS Value Average ValueForm Factor ff

Q = Ssup2 - Psup2

INPUT SPECIFICATIONS OF M1M2M3M4M5M6 RPM

Input L type terminal at rear side Accuracy Remark

Input type DC Pulse plusmn 025 FSD

Maximum Input Withstand up to 20V peak10V

Standard Accessories with VPA-60080

1 Power supply wire2 RS-232 serial interface wire3 USB interface wire4 Exra fuses

5 Link for Neutral Terminals6 Software CD7 Operation Manual8 Test amp Calibration Certificate

Voltage Current Active power

Digital sampling Sum of average method

Frequency range Accuracy

30 Hz to 44 Hz

45 Hz to 65 Hz

66 Hz to 800 Hz

plusmn(02 of reading + 02 of range)

plusmn(01 of reading + 01 of range)

plusmn(02 of reading + 02 of range)

Peak Mean= Above X 2

10-100 of Voltage 1-100 current range rating

1 to 10 seconds selectable by sample Average menu

Conditions- Input 20 of V1 from 30 to 800HzAccuracy plusmn 01Frequency measured at input of V1 to Neutral

At 50Hz 0035 deg or Time delay errors 25 microS

Volt V V=(V1 + V2)2

V1 = 3 (V1 + V2)2 V2 = 3 (V2 + V3)2 V3 = 3 (V3 + V1)2 V = (V1 + V2 + V3)3

V = (V1 + V2 + V3)3

Available Options on Request

bull High Speed Measurement Model up to 025 Sec Update rate

bull Voltage Range 150V Current Range 5A 8A with CTPT Ratio

bull Current Range 160A 40A 20A 8A

bull Inbuilt Memory M-1000

bull Automatic over voltage shut down facility

bull Economy Model

bull VFD Display instead of LCD Display

Rev 01

Note- 1 Specifications are subject to change without prior notice so please confirm at the time of placing an order 2 Size and Weight may be changed without prior notice 3 Standard Warranty 1year Extended Warranty up to 5 Years optional

Our other Products

bull Digital Epstein Tester Model VET-1608 - To measure Watt loss of Elec steel

bull Digital Iron Loss Tester Model VDW-2065 - To measure Watt loss of Elec steel

bull Analog Iron Loss Tester Model VAW-95 - To measure Watt loss of Elec steel

bull Holiday Detector Model VHT-30 VHT-20 - To test coating of Pipe line

Weight 55 kg approximately

Panel mounting cut out size

332 x 145 mm including Feet (332 x 133 mm without Feet)

Size 376 x 320 x 145 mm (W x D x H) including projection

Power consumption 15VA maximum

Power supply 160V - 290V 50Hz 100V - 140V 60 Hz

Insulation withstand voltage

2500V AC for 1minute at 50 Hz across all of following areaVoltage input terminal to caseCurrent input terminal to caseVoltage input terminal to Current input terminal

Insulation Resistance

40MUgrave or higher at 600V DC across all of the following areaVoltage input terminals and Instrument caseCurrent input terminals and Instrument caseVoltage input terminals and Current input terminalsInstrument case and Power Supply Plug

Operating humidity 20 to 80 RH (no condensation)

Storage temperature 0 C to 55 COO

Warm up time 30 minutes

Operating temperature 5 C to 50 CO O

GENERAL SPECIFICATIONS INPUT SPECIFICATIONSParameter

Input type

Rated Values

Measuring instrument loss(Input resistance)

Voltage

Resistance voltage divider

600V rms phase to neutral

Approx 2M Ugrave

Current

Current to voltage converter

80A rms Direct Measurement

Approx 1m Ugrave

Maximum instantaneousallowed input

(1second duration)

Maximum continuous allowed input

Input terminal type

Peak value-200A or RMS value-150A

(Whichever is less)

Peak value-120A or RMS value-80A

(Whichever is less)

Direct input large binding Post (with 14rdquo copper stud

with insulated nut)

Peak value-15 kV or RMS value-11 kV (Whichever is less)

Peak value-850V orRMS value-600V

(Whichever is less)

Banana socket (wire fit type)

CALCULATION FUNCTIONS MEASUREMENT FUNCTIONS

Parameter

System

Additional power factor effect on active power

measurement

Effective Input range

Display updating value

Frequency Measurement

Accuracy ( within 1 year after Calibration)Conditions -

Temperature - 25 degCplusmn 5 degCHumidity - 30 - 75 RH Input waveform - Sine wave Power factor - 10Display digits - 5 6 digitsSample AVG - 8 Sample For normal testing amp input conditions

Notes-1 All Apparent Power Reactive Power Power Factor Crest Factor Form Factor etc are calculation based parameters so If the input contains distorted wave these parameters may not match to those of other measuring instruments based on different measuring principles2 If either voltage or current falls to 10 of range rating or less then Apparent Power (S) Power factor (PF) and Reactive Power (Q) may be displayed with more errors than specified3 No sign of power factor is displayed when current lags the voltage and negative Sign is displayed when current leads the voltage

Apparent Power S

Reactive Power Q

Parameter 3 Wire (2-wattmeter)V ph to ph mode

(3-wattmeter)4 Wire (3-wattmeter)

Current I I = (I1 + I2)2 I = (I1 + I2 + I3)3

Active Power P P = P1 + P2 P = P1 + P2 + P3

Power Factor PF PF = (Pf1 + PF2)2 PF =(PF1 + PF2 + PF3)3

S1 = V1 x I1S2 = V2 x I2S = S1+ S2

S1 = V1 x I1 S2 = V2 x I2 S3 = V3 x I3 S = S1 + S2 + S3

Mean Volt

Crest Factor cf

Vmean = 111072 x Voltage rectified

cf = Peak Value RMS Value

ff = RMS Value Average ValueForm Factor ff

Q = Ssup2 - Psup2

INPUT SPECIFICATIONS OF M1M2M3M4M5M6 RPM

Input L type terminal at rear side Accuracy Remark

Input type DC Pulse plusmn 025 FSD

Maximum Input Withstand up to 20V peak10V

Standard Accessories with VPA-60080

1 Power supply wire2 RS-232 serial interface wire3 USB interface wire4 Exra fuses

5 Link for Neutral Terminals6 Software CD7 Operation Manual8 Test amp Calibration Certificate

Voltage Current Active power

Digital sampling Sum of average method

Frequency range Accuracy

30 Hz to 44 Hz

45 Hz to 65 Hz

66 Hz to 800 Hz

plusmn(02 of reading + 02 of range)

plusmn(01 of reading + 01 of range)

plusmn(02 of reading + 02 of range)

Peak Mean= Above X 2

10-100 of Voltage 1-100 current range rating

1 to 10 seconds selectable by sample Average menu

Conditions- Input 20 of V1 from 30 to 800HzAccuracy plusmn 01Frequency measured at input of V1 to Neutral

At 50Hz 0035 deg or Time delay errors 25 microS

Volt V V=(V1 + V2)2

V1 = 3 (V1 + V2)2 V2 = 3 (V2 + V3)2 V3 = 3 (V3 + V1)2 V = (V1 + V2 + V3)3

V = (V1 + V2 + V3)3

Available Options on Request

bull High Speed Measurement Model up to 025 Sec Update rate

bull Voltage Range 150V Current Range 5A 8A with CTPT Ratio

bull Current Range 160A 40A 20A 8A

bull Inbuilt Memory M-1000

bull Automatic over voltage shut down facility

bull Economy Model

bull VFD Display instead of LCD Display

Rev 01

You can test following by use of VPA-60080

Plot No B-45 GIDC Electronics EstateSector-25 Gandhinagar - 382024 Gujarat IndiaTele +91 - 79 - 23 28 92 25 M +91 - 98 79 20 86 38Fax +91 - 79 - 23 28 92 26Email veerveerelectronicscom hiren_vasaniindiatimescomWeb wwwveerelectronicscom

AN ISO 90012008 CERTIFIED COMPANY

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