Ideal Industries Digital Insulation Meter
Oil, dirt, excessive heat or cold, vibration and moisture can all damage electrical insulation, threatening equipment operation and endangering employee safety. To combat this serious problem, Ideal Industries introduces its new 61-797 Digital Insulation Meter, a rugged, industrial-grade tester designed for commissioning, routine troubleshooting and preventive maintenance.
Compact enough to be held in one hand, yet durable enough to withstand the rigours of heavy commercial and industrial usage, the 61-797 is purpose-designed to identify whether insulation is performing at an effective, safe level. Using test leads, the technician can quickly determine the integrity of insulation in new and existing wiring by identifying capacitive, absorption and leakage current at multiple test voltages (50V, 100V, 250V, 500V and 1000V) and resistance up to 20G ohms. In addition, this versatile tester measures earth-bond resistance to assure verification of the continuity of the protective bonding, automatically senses and displays AC/DC voltage to 600V, plus calculates the Polarization Index (PI) and Dielectric Absorption Ratio (DAR).
Insulation testing is most effective when it is part of a scheduled maintenance programme. Repetitive testing is made easier with the 61-797’s straightforward Pass/Fail function and its internal storage of values. Another convenience feature that will be appreciated by maintenance staff are the integrated “twist-on” alligator clips that fit over the test leads. There is also a remote test button for two-handed operation.
The Ideal brand is synonymous with safety. The 61-797 was designed with a 600V Cat IV overvoltage rating and will safely disable itself if connected to a live circuit exceeding 30 volts. A live voltage hazard indictor is also prominently displayed on the front panel to warn the technician before use on an energised circuit. Once testing is complete, the 61-797 automatically discharges capacitive voltage from the equipment under test that may be a shock hazard.
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