DC HIGH VOLTAGE TEST SET

Product Code: AHV008

Description: IBL" make High voltage testing sets are suitable for testing electrical insulation of condensers, transformers, motors, insulators, cables etc. The sets are capable of giving continuously variable DC HIGH VOLTAGE from zero to maximum rated output voltage. Input: Generally, 230 Volts, 50Hz, single phase AC. However, we also manufacture DC H.V. sets workable on other input voltage at extra cost. Output: Continuously variable from zero to maximum rated output voltage. Capacity: Spread over a wide range of sets from 1 KV to 300KV with current capacity upto 100mA. Sets of higher current capacity can also be manufactured. Duty cycle: Intermittent i.e., 5 minutes ON, 10 minutes OFF. However, test sets of continuous or other duty cycles can also be manufactured at extra cost. Metering: Output DC high voltage measured by HV resistor chain along with micro-ammeter scaled in kV. Milli-ammeter to measure the leakage current. Digital meters may be provided at extra cost. Protection: Overload & short circuit provided. Zero start interlocking along with Overvoltage alarm & indication are provided. Mode of operation: Generally, sets are manually operated. Motorisation facility can be available at extra cost. Units: Generally DC high voltage test sets are available in one unit upto 35KV and sets of higher output voltage are commonly manufactured in two units i.e. the control unit & Transformer–Rectifier unit. This Transformer–Rectifier unit are made cascaded type above 80KV. However, IBL always welcome customers' choice regarding the no. of units. Discharge rod: A discharge rod is provided with the set. DC high voltage is generally obtained by simple rectification of AC high voltage or by multiplication of relatively low AC high voltage by proper multiplier circuits as is found suitable for a particular DC HV test set. HV transformers of the Test Sets are Cast Resin types. While sending enquiry for quotation or order please specify the following: * Input voltage and frequency. * Maximum output voltage. * Capacity. * Duty Cycle. * Mode of operation: Manual/Motor operated. * Any other details you find important to be specified.