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Laboratory Three phase phantom load of testing energy meter for portable meter test equipment
This 3 phase phantom load is used for energising either CT or
Direct connected Energy meters during commissioning or routine
testing. The GF302D1 can deliver over 50VA per phase at 100Amps /
0.5V. "Variacs" are used to adjust the current injection level from
zero to full scale. Each phase has a dedicated display showing the
voltage and current value.
The phantom loading is used for examining the current rating
ability of the energy meter. The actual loading arrangement will
waste a lot of power. The phantom loading consumes very less power
as compared to real loading, and because of this reason, it is used
for testing the meter.
Three Phase Voltage And Current Phantom Load GF302D1 - Beijing
GFUVE Electronics Co. Ltd. Suited to heavy duty workshop testing of
meters up to 150A or 200A, this Model is conveniently housed in two
separate voltage and current units. Voltage unit: The unit is
powered from a 3 phase 4 wire 220/380V supply.
We hold expertise in developing a wide range of exemplary Three
Phase Test Benches. offered range comprises Three Phase Phantom
Load Test Bench and Three Phase Meter Test Bench. offered products
are manufactured by making use of supreme quality required basic
material, in complete adherence with the defined parameters of the
industry.
Electrical parameters | |
---|---|
Accuracy class | 0.05%, 0.1% |
Power supply | Single phase AC 85V-265V, 50/60 Hz |
AC Voltage output | |
Range (U1, U2, U3 phase) | 57.7V/100V/220V/380V, switch automatically (max 420V) |
Adjustment resolution | 0.01%, 0.1%, 1%, 10%, |
Accuracy | 0.05% RG |
Stability | 0.005% RG/1min |
Distortion degree | better than 0.1% (not capacitive load) |
Load Capacity | 25VA |
Full load regulation rate | Less than 0.01% RG |
Full load regulation time | Less than 1mS |
Temperature drift | 8 PPM / °C |
Long-term stability | 60 PPM/year |
AC Current output | |
Range (I1, I2, I3 phase) | 0.1/0.25A/0.5A/1A/5A/10A/20A, switch automatically |
Adjustment resolution | 0.01%, 0.1%, 1%, 10%, |
Accuracy | 0.05% RG |
Stability | 0.005% RG/1min |
Distortion degree | better than 0.1% (not capacitive load) |
Load capacity | 25VA |
Full load regulation rate | Less than 0.01% RG |
Full load regulation time | Less than 1mS |
Temperature drift | 8 PPM/°C |
Long-term stability | 60 PPM/year |
Power output | |
Active power accuracy | 0.05% |
Reactive power accuracy | 0.1% |
Stability | 0.005% RG/1min |
Phase | |
Range | 0°-359.99° |
Adjustment resolution | 0.01°, 0.1°, 1°, 10° |
Accuracy | 0.03° |
Power factor | |
Adjusting range | -1 to 0 to +1 |
Resolution | 0.0001 |
Accuracy | 0.0005 |
Frequency | |
Range | 40-65Hz or 40-400Hz (option) |
Adjustment resolution | 0.001Hz, 0.01Hz, 0.1Hz, 1Hz |
Accuracy | 0.002Hz |
Temperature drift | 0.5PPM/°C |
Long-term stability | 4 PPM/year |
Harmonic | |
Harmonic times | 2-128 |
Adjustment resolution | 0.1% (compared with fundamental wave) |
Harmonic content (compared with fundamental wave) | |
Voltage | ≤40% |
Current | ≤40% |
Phase | 0°-360° |
Capacitive load capacity | |
0 - 280 V | 1uF |
280 - 420 V | 0.6uF |
Mechanical parameters | |
Dimensions (W×D×H) (mm) | 450x380x160 |
Weight (kg) | 18 |