Get your MITs on new insulation testers!
Megger’s new high-voltage insulation resistance testers (IRTs) offer exceptional versatility in a compact, rugged and light unit that weighs little more than half as much as its predecessors. Capable of providing accurate measurements up to 10 TΩ for 5 kV versions and 20 TΩ for 10 kV versions and having facilities for automatic timed IR tests and more advanced diagnostic tests; PI, DAR, DD, SV and ramp tests.
Megger’s new high-voltage insulation resistance testers (IRTs) offer exceptional versatility in a compact, rugged and light unit that weighs little more than half as much as its predecessors. Capable of providing accurate measurements up to 10 T? for 5 kV versions and 20 T? for 10 kV versions and having facilities for automatic timed IR tests and more advanced diagnostic tests; PI, DAR, DD, SV and ramp tests.
The new instruments also provide enhanced productivity – they can be used from an AC source even when their internal rechargeable battery is fully discharged – and they are capable of delivering dependable results even in noisy electrical environments, such as electricity substations, with noise levels up to 3 mA.
Megger’s new IRTs are available in three versions. The MIT515 is an entry-level 5 kV test set which offers insulation resistance (IR), timed insulation resistance (IR(t)), dielectric absorption ratio (DAR) and polarisation index (PI) test modes.
Megger
1304 502100
www.megger.com
Recommended Reading
Is 2026 the year electricians can no longer afford to stand still?
Logic4training’s Mark Krull asks whether 2026 is the year electricians must expand their skills or risk being left behind.
If AI is compromised, what fails next in critical energy operations?
Kiteworks’ Dario Perfettibile looks at how AI compromise could ripple through energy operations, from detection failures to physical disruption.
Can smart buildings take the heat off an overstretched grid?
As grids strain under peak demand, Parity CEO Brad Pilgrim makes the case for smart HVAC as a practical route to flexibility and resilience.