What is the specification of our Six Phase Relay Protection Tester ?
1. AC current source:
Amplitude range: 6*(0-30A)
Accuracy: 0.1%
Six-phase current parallel output max: 180A
Phase current long-term allowable working values: 10A
Power: 300VA / phase
2. DC current source:
Amplitude: 20A
phase power: 300VA
phase accuracy: 0.2%
3. AC voltage source:
Amplitude range: 6*(0--125V)
Accuracy: 0.1%
Line voltage range: 0--250V
Phase voltage / line voltage Output power: 70VA / 100VA
4. DC voltage source:
Phase voltage output amplitude: 0-- ± 150V
Accuracy: 0.2%
Line voltage output amplitude: 0-- ± 300V
Phase voltage / line voltage Output power: 90VA / 180VA
5. DC auxiliary voltage source, + 110V (0.6A).
6. Switch Terminals: switch input terminals: 8 pairs
Air access point: 1--20mA, 110V internal device active
Potential flip: 0--6VDC low 15--250VDC high
Switch output terminals: four pairs of empty contacts, breaking capacity: 110V / 2A, 220V / 1A.
7. Time measurement range: 1ms ~ 9999s accuracy 1ms
8. Frequency range: 0--1000Hz Accuracy: 0.001Hz Harmonic times: 2--20 times
9. Phase: 0--360 ° Accuracy: 0.1 °
10.Volume weight: 470 × 405 × 185 (mm) about 20Kg
11.Power source: AC220V ± 10% 50Hz 10A
What is the main features of our Six Phase Relay Protection Tester ?
1. HZJD-I Six-phase current with a standard six-phase voltage while the output can meet all the test requirements of the site.
2. Various technical indicators fully meet the Ministry issued a DL / T624-1997 "microprocessor-based relayprotection test device technology" standards.
3. Stand-alone independent operation, built-in high-performance IPC clocked 500MHz, memory 512M, hard drive 16G, running Windows XP operating system. And selection of 8.4-inch with a resolution of 800*600 TFT display, making the overall operation easy stand-alone freely, durable.
4. Control board using DSP + FPGA structure, 16 DAC output to the fundamental point can produce a weeklyhigh density since 2000, has greatly improve the quality of the waveform to improve the quality of the waveform to improve the accuracy of the tester.
5. Linear power amplifier using high-fidelity amplifier, both to ensure the accuracy of small current, but also to ensure the stability of a large current.
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