The Extech 380562 Milliohm Meter is a compact and precise instrument designed for accurate low resistance measurements. With its exceptional performance and versatile features, this meter is an essential tool for professionals in various fields, including electronics, manufacturing, and quality control.
Featuring 7 ranges, the 380562 allows you to select the most suitable range for your specific testing needs. This versatility ensures that you can achieve precise measurements across a wide range of resistance values. Whether you are working with small electronic components or larger systems, this meter delivers reliable and accurate results.
Equipped with a built-in comparator, the 380562 offers Hi/Lo/Go resistance testing or selection. This feature simplifies the evaluation process by allowing you to easily determine whether measured values fall within specified ranges or requirements. It streamlines quality control procedures and enhances efficiency in testing and analysis.
Key Features
- 7 ranges for wide 20.00mΩ to 20.00kΩ low resistance measurements
- High resolution to 0.01mΩ
- 1999 count display with large 0.8" digits
- 4-wire test cable with Kelvin clip connectors
- Automatic zero
What's Included
Included with Your Purchase:
- 4 - Wire Cables With Kelvin Clip Connectors
- 1 - Power Cord
Specifications
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Measurement Range: 20.00mΩ to 20.00kΩ
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Resolution: 0.01mΩ
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Display: 1999 count, 0.8" digits
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Test Leads: 4-wire Kelvin clip connectors
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Zeroing: Automatic zero function
FAQ
Q: What type of applications is the Extech 380562 suitable for?
A: The Extech 380562 is ideal for electronics, manufacturing, and quality control applications requiring precise low resistance measurements.
Q: How precise are the measurements of the Extech 380562?
A: The Extech 380562 offers high precision with a resolution of 0.01mΩ, ensuring reliable low resistance measurements.
Q: What is the benefit of using the 4-wire Kelvin test leads?
A: The 4-wire Kelvin test leads minimize lead resistance, eliminating measurement errors and ensuring high accuracy in low resistance measurements.
Documentation