Digital Ohm Meter & Micro Ohm Meter

Precision Low-Resistance Measurement Equipment with 4-Wire Kelvin Technology

Model: PE 011

Premier Digital Ohm Meter and Micro Ohm Meter

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Accurate Low-Resistance Measurement Instruments

Premier Electrosystems manufactures Digital Ohm Meters, Micro Ohm Meters, Milli Ohm Meters, and high-precision resistance measurement instruments designed specifically for industrial, laboratory, maintenance, and quality-control applications.

Utilizing advanced 4-wire Kelvin measurement technology, our instruments eliminate lead resistance errors to provide highly accurate testing of transformer windings, motor windings, electrical contacts, cables, busbars, and other low-resistance electrical components.

Need Custom Test Ranges? Premier Electrosystems manufactures tailored resistance meters with high thermal stability and custom current ranges suited for high-inductance load testing.

Certifications

  • ISO Certified
  • NABL Accredited

Key Features & Highlights

4-Wire Kelvin Method: Eliminates lead resistance and contact resistance errors completely.
High Resolution: Provides measurement resolution down to 1 microohm (1 µΩ).
Inductive Load Stability: Excellent stability with motors, transformers, and heavy inductive loads.
Max Test Current: Standard test current output up to 1 Amp for stable low-value readings.
Rugged & Compact: Microcontroller-based design built for harsh shop floor environments.
High Repeatability: Superior accuracy and long-term measurement consistency.

Applications

  • Transformer, motor, and generator winding resistance testing
  • Cable, wire, and busbar resistance measurement
  • Contact resistance testing of switches, circuit breakers, relays, and contactors
  • Connector, terminal, and industrial-heater resistance testing
  • Preventive electrical maintenance and quality assurance audits

Technical Specifications

Measurement Ranges & Resolutions

Measurement Range Resolution
1999 µΩ1 µΩ
19.99 mΩ10 µΩ
199.9 mΩ0.1 mΩ
1.999 Ω1 mΩ
19.99 Ω10 mΩ
199.9 Ω0.1 Ω
1999.9 Ω1 Ω
19.99 kΩ10 Ω

General Specifications

Display3½ digit red LED display
Accuracy±0.1% ±1 count
Maximum Test Current1 Amp
Operating Temperature5°C to 55°C
HumidityUp to 85% RH, non-condensing
Power Supply230 V AC ±10%, 50 Hz

Industries Served

Transformer & Motor Manufacturing Cable & Wire Industry Switchgear & Electrical Panels Industrial Maintenance & Repair Testing Labs & R&D Centers

How to Choose a Resistance Meter

Use these six steps to select the right digital ohm meter or micro ohm meter.

1. Know what you test

Transformer, motor or generator windings, cables, busbars, or contacts of switches, breakers and relays.

2. Check range and resolution

Ranges run from 1999 µΩ to 19.99 kΩ, with resolution down to 1 µΩ.

3. Use 4-wire Kelvin

Separate current and voltage leads remove lead and contact resistance errors.

4. Check the test current

Up to 1 Amp output gives stable readings on low values and inductive loads.

5. Confirm accuracy and display

±0.1% ±1 count with a 3½ digit red LED display.

6. Ask for custom ranges

We build resistance meters with custom current ranges for your load.

Product Video Demonstration

Watch how resistance measurement is performed accurately using Premier's Digital Ohm Meter and Micro Ohm Meter.

Frequently Asked Questions

A Micro Ohm Meter is a specialized electrical instrument designed to measure very low resistance values accurately (down to micro-ohms), which standard multimeters cannot reliably detect.

Kelvin 4-wire measurement separates current leads from voltage-sensing leads. This eliminates lead-resistance and contact-resistance errors from the measurement result, enabling ultra-precise low-resistance readings.

Yes. It is engineered with high measurement stability specifically suited for transformer and motor winding resistance testing, routine quality control, and field maintenance.

The meter covers 1999 µΩ to 19.99 kΩ across eight ranges, with resolution down to 1 µΩ.

Accuracy is ±0.1% ±1 count. The maximum test current is 1 Amp.

Transformer, motor and generator windings, cables, busbars, switch and breaker contacts, connectors, terminals and industrial heaters, plus preventive maintenance and quality audits.

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