Maina Gear Coupling Stockist Jual Alat Ukur,Agen Jakarta,Promo Megger MIT30 30 Kv Insulation Tester

CALL: A.WIHARTA 081294124885 085778084789 087784022201 Info Produk Continuously variable test voltage, 0 – 30 kV • Test current 0 - 330 ¼ A • Output voltage accuracy, + 1.5% ( full scale) • Built-in adjustable ionization indicator • Fail-safe grounding and “ zero-start” switches • Rugged, compact, lightweight, and portable The MIT30 is a 30 kV Insulation tester that has been developed to satisfy the demand for a variety of high voltage, high accuracy, low current applications in electrical distribution industries, aerospace and defense applications. The unit offers unparallel accuracy and resolution, with a high voltage output from 0 to 30 kV dc., trip levels from 0 - 360 ¼ A and a resolution of 1 nA ( ± 1.5% ) . The MIT30 represents excellent precision in a field instrument, and gives the operator confidence in the meaningful results. The MIT30 can be used to perform step-voltage and proof tests which, when incorporated into a routine maintenance program, can aid in predicting potential failure before breakdown occurs. Continuously variable test voltage, 0 – 30 kV • Test current 0 - 330 ¼ A • Output voltage accuracy, + 1.5% ( full scale) • Built-in adjustable ionization indicator • Fail-safe grounding and “ zero-start” switches • Rugged, compact, lightweight, and portable The MIT30 is a 30 kV Insulation tester that has been developed to satisfy the demand for a variety of high voltage, high accuracy, low current applications in electrical distribution industries, aerospace and defense applications. The unit offers unparallel accuracy and resolution, with a high voltage output from 0 to 30 kV dc., trip levels from 0 - 360 ¼ A and a resolution of 1 nA ( ± 1.5% ) . The MIT30 represents excellent precision in a field instrument, and gives the operator confidence in the meaningful results. The MIT30 can be used to perform step-voltage and proof tests which, when incorporated into a routine maintenance program, can aid in predicting potential failure before breakdown occurs.