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HIOKI 3490 Analog Mω Hitester

HIOKI 3490 Analog Mω Hitester is a reliable and portable instrument for industrial testing and measurement applications, designed for field and workshop use.

The HIOKI 3490 Analog Mω Hitester is built for reliable performance in industrial testing and measurement environments. Its compact and durable design makes it well suited to field maintenance, installation commissioning and laboratory use across electrical and instrumentation disciplines. Hinco Instruments supplies HIOKI test and measurement equipment throughout Perth and Western Australia, backed by professional calibration and servicing support.

Key Features

  • Analog insulation resistance measurement up to 2,000 MΩ
  • Test voltages of 500 V and 1,000 V selectable
  • Robust analog meter movement for intuitive readings
  • Built-in continuity buzzer for quick checks
  • Compact and durable for field use

Specifications

Key Specifications

Specification Details
Measurement Type Analog Insulation Resistance
Resistance Range Up to 2,000 MΩ
Test Voltages 500 V / 1,000 V DC
Continuity Built-in buzzer
Power Supply 006P (9 V) battery × 1
Weight Approximately 300 g

Applications

Typical Applications

  • Insulation resistance testing of electrical equipment
  • Motor and transformer winding testing
  • Cable and wiring insulation verification
  • Maintenance inspection of electrical installations

Industries

  • Manufacturing and Process Industries
  • Mining and Heavy Industry
  • Oil and Gas Operations
  • Water and Wastewater Utilities
  • Power Generation and Utilities
  • Instrumentation and Engineering Services

Documents

Technical Documentation


PDF
Download HIOKI 3490 Analog MΩ Hitester (PDF)


PDF
Download HIOKI 3490 Analog MΩ Hitester Manual (PDF)

Test and Measurement Support

Hinco Instruments supplies HIOKI test and measurement equipment across Perth and Western Australia. With over 70 years of instrumentation expertise, we also provide professional calibration services to support accurate and reliable measurement performance.