PG 10-6000 Surge Current Generator, 10/50µs, 10kA
PG 10-12500 Surge Current Generator, 10/350µs, 5kA
PG 10-25000 Surge Current Generator, 10/350µs, 10kA
PG 10-7000 Surge Current Generator, 10/350µs, 2.5kA
PG 5-4500 Surge Current Generator 1.5/5000µs 125A
HCC xx-xx Capacitor charger with control unit
PA 502, PA 503, PA 504, PA 505, PA 400 Safety test cabinets
PU DUT Automated Switching
Products
PG 10-4000 Surge Current Generator, 10/1000µs, 500A
The surge current generators PG 10-8000 generate impulse currents with waveform 10/1000 µs acc. to IEC, VDE etc.. Pulse current output amplitude is controlled by preset charging voltage and can be adjusted up to the maximum value of the special type of generator. The generator is designed for testing electrical components, over-voltage protectors and electronic circuits. It possesses an electronically regulated high-voltage power supply, which allows an excellent reproducibility of the pulse output amplitude.
PG 10-6000 Surge Current Generator, 10/50µs, 10kA
The surge current generators PG 10-6000 generate impulse currents with waveform 10/50 µs acc. to IEC, VDE etc.. Pulse current output amplitude is controlled by preset charging voltage and can be adjusted up to the maximum value of the special type of generator. The generator is designed for testing electrical components, over-voltage protectors and electronic circuits. It possesses an electronically regulated high-voltage power supply, which allows an excellent reproducibility of the pulse output amplitude.
PG 10-12500 Surge Current Generator, 10/350µs, 5kA
The surge current generators PG 10-12500 generate impulse currents with waveform 10/350 µs acc. to IEC, VDE etc.. Pulse current output amplitude is controlled by preset charging voltage and can be adjusted up to the maximum value of the special type of generator. The generator is designed for testing electrical components, over-voltage protectors and electronic circuits. It possesses an electronically regulated high-voltage power supply, which allows an excellent reproducibility of the pulse output amplitude.
PG 10-25000 Surge Current Generator, 10/350µs, 10kA
The surge current generators PG 10-25000 generate impulse currents with waveform 10/350 µs acc. to IEC, VDE etc.. Pulse current output amplitude is controlled by preset charging voltage and can be adjusted up to the maximum value of the special type of generator. The generator is designed for testing electrical components, over-voltage protectors and electronic circuits. It possesses an electronically regulated high-voltage power supply, which allows an excellent reproducibility of the pulse output amplitude.
PG 10-7000 Surge Current Generator, 10/350µs, 2.5kA
The surge current generators PG 10-7000 generate impulse currents with waveform 10/350 µs acc. to IEC, VDE etc.. Pulse current output amplitude is controlled by preset charging voltage and can be adjusted up to the maximum value of the special type of generator. The generator is designed for testing electrical components, over-voltage protectors and electronic circuits. It possesses an electronically regulated high-voltage power supply, which allows an excellent reproducibility of the pulse output amplitude.
PG 5-4500 Surge Current Generator 1.5/5000µs 125A
The high current pulse generator PG 5-4500 has been designed for pulse-current testing of electric components, overvoltage protectors and electronic circuits acc. IEC, VDE etc.
HCC xx-xx Capacitor charger with control unit
The HCC consists essentially of a control unit, a capacitor charger and other auxiliary equipment for the operation of generators.
PA 502, PA 503, PA 504, PA 505, PA 400 Safety test cabinets
The safety test cabinets PA 50* are designed for high-voltage testing of components and PCB's etc.
- Max. test voltage 12 kV / 24 kV
- Safety interlock switch
- Warning lights
- acc. to VDE 0104
- (PA 5xx series)
PU DUT Automated Switching
For high-voltage testing of components, DUTs are available for various pulse generators. The use of these DUTs significantly reduces placement times and significantly increases throughput.
