Megger MIT300 Insulation & Continuity Tester, 250V Min, 500V dc Max, 999MΩ Max, CAT III 600V

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RS Stock No.:
516-7681
Mfr. Part No.:
MIT300-EN
Manufacturer:
Megger
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Brand

Megger

Model Number p

MIT300

Tester Type

Insulation & Continuity Tester

Maximum Test Voltage

500V dc

Minimum Test Voltage

250V

Maximum Insulation Resistance Measurement

999MΩ

Display Type

LCD

Test Current

1mA

Power Source

Battery

Battery Life

5000 5-Second Tests

Battery Type

AA

Minimum Operating Temperature

-10°C

Maximum Operating Temperature

+60°C

Safety Category

CAT III 600V

Safety Category Level

CAT III

Safety Category Voltage

600V

Height

78mm

Dimensions

203 x 148 x 78mm

Plug Type

Type G - British 3-pin

Length

203mm

Weight

980g

Width

148mm

RoHS Status: Exempt

COO (Country of Origin):
GB

Megger Insulation Tester, 10kΩ to 999MΩ Resistance Measuring Range, LCD Screen - MIT300 Series - MIT300-EN


Make sure your electrical connections are in top form with this insulation tester from Megger. By measuring component resistance between 10kΩ and 999MΩ, it quickly spots large current leaks to cut the risk of damage from power faults. As it automatically runs continuity tests when connected, the device tackles many circuit monitoring tasks in one go to help you speed through maintenance. It's a breeze to read your results thanks to the unit's crisp LCD. Live voltage warnings mean the tool helps you steer clear of hazardous electrical loads to keep you safe during testing.

Features & Benefits


• Push button and rotary dial controls for ease of operation
• Battery life of up to 5,000 tests for long-term performance
• IP54 rating means it's protected against limited amounts of dust and water splashes

Applications


• Electronics manufacturing
• Power distribution networks
• Machine maintenance

What is continuity testing and why should I do it?


Continuity testing checks if a circuit has a steady current flow. A reliable flow of power keeps equipment working efficiently, while unstable current can indicate a fault in a component or connection.

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