Product Features:

• Ideal for electrical and industrial testing
• Performs insulation testing up to 1000 V and 200 Gigaohms range
• On-board memory stores up to 1000 test results
• Wirelessly downloads data to PC via Bluetooth
• Includes Polarization Index (PI) and Dielectric Absorption Ratio (DAR) functions
• Variable mode allows for adjustable test voltage from 10V to 1000V
• Carries out fast continuity testing with single range from 0.01 ohms to 1 Megaohm
• Stabilized insulation test voltage allows for higher accuracy
• Indicates PASS or FAIL depending on threshold voltage
• Automatically performs tests to a time limit with timed testing function
• Measures frequency between 15 Hz and 400 Hz
• Measures voltage up to 600 V TRMS AC and 600 V DC
• Measures capacitance from 100 pF to 10 ?F
• Display combines analog arc with dual digital readout
• Detects live voltages and inhibits insulation testing above user-selected thresholds
• Suitable for use on CAT IV applications and supply voltages to 600 V
• Tough, ABS housing absorbs shocks and provides excellent grip
• Weatherproof case rated to IP54

• The Megger MIT430/2 (1006-746) Insulation and Continuity Tester is designed not only for electrical and industrial testing, but also has an exceptionally wide range of applications in electrical installations, cable testing, motor testing, automotive, ESD, panel building, avionics, maintenance, and more. The insulation testing of the MIT430/2 has been enhanced with feedback controlled test voltages to limit over-voltage to 2%, rather than the industry standard 10-20%. In addition, continuity testing is now significantly faster, and a single auto-ranging 0.01 ohms to 1.0 Megaohm function replaces the “ohms” and “kOhms” ranges.

  The MIT430/2 features a rugged case, back-stand, and 6 cell battery compartment with separate fuse access. It is over-molded for increased protection and achieves an IP54 weatherproof rating.

  Insulation Resistance Testing

  The stabilized insulation test voltage for the MIT430/2 is accurate to +2% -0%. This compares to the industry standard +20%, providing a more accurate test voltage without the risk of over-voltage damage to circuits or components. The output voltage is maintained between 0 and 2% throughout the test range. Where a non-standard test voltage is required, a variable range allows the exact test voltage to be selected from 10 V up to 1000 V.