Kelvin Wire Resistance Voltage Current Meter USB Tester Current Voltage Meter Voltage Current USB Tester

Kelvin Wire Resistance Voltage Current Meter USB Tester Current Voltage Meter Voltage Current USB Tester Description

Battery Included : No

High-concerned chemical : None

Voltage range : Other

Origin : Mainland China

Brand Name : HpLive

DIY Supplies : Woodworking

Features:

*Accurate Measurement: The M001 Kelvin Wire Resistance Current and Voltage Meter provides precise current and voltage readings, reliable performance for your electrical testing needs.

* Compatibility: Equipped with both and ports, this meter easily connects to modern devices, making it suitable for a variety of applications in both home and professional environments.

*High-Speed Data Transfer: Capable of file transfer speeds up to 1GB, this device allows for rapid data movement between connected devices, increasing your productivity.

*User-Friendly Interface: The intuitive display interface provides clear measurement results at a glance, you can easily monitor electrical parameters without confusion.

*Compact Design: Its lightweight and portable design allows for easy transportation and storage, making it an essential tool for technicians and hobbyists alike.

Specifications:

Part Name: M001 Kelvin Wire Resistance Current and Voltage Meter

Material: ABS

size: As shown

Color: As shown

Important Notes:1. Wire resistance testing must be performed with an external isolation board and load board.

2. The input power supply current must be greater than 2 amps; less than this will not allow for accurate measurement. 3. Press the test switch to connect the power supply and start the test. Release the switch to stop the test.

4. Avoid excessive test time, as this can cause the load resistor to overheat.

Package Contents:

1 * Type A Tester

1 * Test Switch

Notes:

1. Due to various factors, such as monitor brightness and lighting, the actual product color may vary slightly from the image on this website.

2. Please note that slight deviations may occur due to manual measurement.