High Resistance Meter Voltage Tester Megohmmeter Tool

Reliable Insulation Testing for Safety and Compliance

Ensure electrical safety with this high-resistance meter voltage tester, designed for measuring insulation resistance in circuits, cables, and electrical equipment. Whether you're maintaining industrial systems or checking home installations, this megohmmeter provides accurate diagnostics with ease.

Multiple Voltage Ranges for Versatile Use

Equipped with selectable test voltages, this tool adapts to various applications, from low-voltage residential systems to higher-voltage industrial setups. Its clear digital display and intuitive operation make it simple for professionals and DIY users alike to identify faults and insulation breakdowns.

Built for Electrical Technicians and Field Work

Engineered for durability, this insulation resistance tester is rugged enough for job sites yet compact for portability. With protective housing and precise internal components, it’s a dependable tool for inspections, preventative maintenance, and regulatory checks.

Product Specifications

• Measurement Type: Insulation resistance (high resistance)
• Voltage Ranges: Multiple selectable output voltages
• Display: Backlit digital LCD
• Power Supply: Battery-operated (included)
• Applications: Industrial, commercial, and residential electrical testing
• Additional Features: Auto power-off, overload protection

What’s Included

• 1x High Resistance Voltage Tester (Megohmmeter)
• 1x Set of Test Leads
• 1x Instruction Manual

FAQs

What does this tester measure?
It measures insulation resistance in ohms or megohms, useful for checking the integrity of electrical wiring and insulation.

Can it be used on both home and industrial systems?
Yes, it supports multiple voltage ranges, making it suitable for residential and commercial applications.

Does it come with test leads and batteries?
Yes, both are included in the package for immediate use.

Is the display visible in low light?
Yes, it features a backlit LCD for clear readings in dim environments.