MIC-10k1

• Insulation resistance measurement • MIC-10k1 | up to 40 TΩ • MIC-5050 | up to 20 TΩ • Measurement voltage - any in the range of • MIC-10k1 | 50…10000 V, 50…1000 V with steps of 10 V, 1…10 kV with steps of 25 V • MIC-5050 | 50…5000 V, 50…1000 V with steps of 10 V, 1…5 kV with steps of 25 V • Continuous indication of measured insulation resistance or leakage current • Automatic discharge of measured object capacitance voltage after the end of insulation resistance measurement • Acoustic signalling of 5-second intervals to facilitate capturing time characteristics • Adjustable measuring time - up to 99'59'’ • T1, T2 and T3 test times for measuring one or two absorption coefficients from the range of 1…600 s • Polarization index (PI), absorption coefficients Ab1, Ab2 and dielectric absorption ratio (DAR) measurement • Indication of actual test voltage during measurement • 1.2 mA, 3 mA or 6 mA test current • Insulation resistance measurement using two- or three-wire method • Measurements with test leads up to 20 m • Protection against measuring live objects • Automatic measurement of multiple core cables with the optional AutoISO-5000 adapter (for MIC-10k1 max. measuring voltage 5 kV) • Measurement of capacitance during the measurement of RISO • Measurement of temperature (with optional probe ST-1) • Step voltage insulation resistance measurement (SV) • Dielectric Discharge calculation (DD) • Damage location (burnout) • Digital filters for measurements with strong interferences • It can work in an environment where electromagnetic interferences of 400 kV occur • Measurement of DC and AC voltages within the range of 0…750 V The Sonel MIC-10k1 insulation resistance meter is a proven choice for professionals who require the highest precision and extensive measurement capabilities. This model is one of the most advanced insulation resistance meters available on the market. Recommended for representatives of electrical services who professionally deal with inspecting the condition and taking care of good condition of electroinsulating materials.