AC/DC Dielectric Test Systems
| We specialize in providing High Voltage Test Systems for the generation of AC, DC & Impulse voltage and current sources to meet your factory, laboratory and on-site test requirements. Our product innovations and expertise provides your company with a solid return on investment. |
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Portable DC Hipot Test Equipment BAUR PGK Series
DC Dielectric withstand testing has never been easier with these single section one part high voltage hipot testers. The PGK series hipot test equipment is especially designed to be lightweight, compact in design, user friendliness, and solid construction.
Although DC voltage testing is an old technology in developed power markets, it is by no means dispensable. It is being used for over hundreds of thousands of kilometers of existing cable networks. Their maintenance is an economic necessity and means the maximization of returns on investment for the cable network operators. |
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Two Piece AC/DC Hipot Test Equipment BAUR PGK HB Series
The two-part test sets PGK HB generate variable AC test voltages of mains frequency or DC voltages of positive or negative polarity.
PGK HB's with the 19“ rack design have a voltage and current display, safety control elements according to VDE 0104 and a variable transformer for voltage adjustment. The high voltage unit contains an oil insulated high voltage transformer and, depending on the desired operation mode, a rectifier rod or a resistor rod. The polarity of the DC test voltage can be changed by reversing the rectifier in the high voltage unit. |
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AC Resonant Test Systems
Resonant Test Systems are applied for the generation of a continuously variable alternating (AC) voltage of a fixed frequency (mainly 50 or 60 Hz) for high-voltage (HV) routine, type and development testing of capacitive test objects.
The variable inductance type resonant test system has been the staple of the resonant testing community. This type of tuning method has been employed world wide for over half a century. For on-site HV testing requirements it is common that variable frequency resonant test systems be utilized for there cascading options as well as the elimination of moving parts in the reactors which can be damaged during transit.
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