Megger AVO415 TRMS Digital Multimeter

Megger AVO415 TRMS Digital Multimeter

  • Measurements: DC/AC TRMS voltage (600 mV-1000 V, ±0.5-1.5% ± 2-3 digits), DC/AC current (600 µA-10 A, ±1-2% ± 3 digits), resistance (600 Ω-60 MΩ, ±0.8-1% ± 2-5 digits), capacitance (99.99 nF-99.99 mF, ±4-10% ± 5-20 digits), frequency (9.999 Hz-9.99 MHz, ±0.1% ± 4 digits), temperature (-40 to 1000 °C, ±3% ± 3 °C), VFD voltage (low-pass filter). 
  • Functionality: 6000-count backlit LCD, auto/manual ranging, Min/Max/REL, continuity buzzer, diode test, Type K thermocouple, VFD measurement, 2 m drop test. 
  • Design: 427 g (with battery), IP67, CAT III 1000 V/CAT IV 600 V, operates 5 °C to 40 °C, 9 V battery, fused (800 mA/10 A, 1000 V), 2000 m altitude. 
  • User-Friendly: Bright backlit display, durable housing, fast fault diagnosis with VFD and low-pass filter, intuitive interface. 
  • Complete Kit: AVO415 multimeter, 1 m non-fused test leads, probes (CAT II/III/IV), crocodile clips, K-type thermocouple/adapter, soft case, 9 V battery, one-year warranty.

The Megger AVO415 TRMS Digital Multimeter is a rugged, professional-grade tool for electricians and engineers, measuring DC/AC TRMS voltage (600 mV-1000 V, ±0.5-1.5%), DC/AC current (600 µA-10 A, ±1-2%), resistance (600 Ω-60 MΩ, ±0.8-1%), capacitance (99.99 nF-99.99 mF, ±4-10%), frequency (9.999 Hz-9.99 MHz, ±0.1%), and temperature (-40 to 1000 °C, ±3%) via Type K thermocouple.

It features VFD voltage measurement with a low-pass filter, a 6000-count backlit LCD, and functions like Min/Max/REL, continuity buzzer, and diode test. IP67-rated and drop-tested to 2 m, the 427 g device meets CAT III 1000 V/CAT IV 600 V safety standards, operates in 5 °C to 40 °C, and is powered by a 9 V battery with 800 mA/10 A fuses. Compliant with IEC 61010, its durable design (180 x 82 x 55 mm) suits harsh environments like cement plants and mining.

The kit includes the AVO415, non-fused test leads, probes, crocodile clips, K-type thermocouple/adapter, soft case, 9 V battery, and a one-year warranty, ideal for precise diagnostics in demanding applications.