Digital AC Leakage Clamp Meter 0.01mA Resolution Precision Detection Auto Range Data Hold

Compact clamp design for easy handling and fast measurement. Designed for technicians and electricians who need precise leakage current readings without disconnecting conductors. Key benefits Simple to use: Clampshaped body allows quick onehanded placement around conductors for efficient field work. precision: Precision winding clamp head delivers accurate measurements, making small current detection reliable. Large jaw capacity: 68 mm jaw opening fits single large conductors or bundled cables common in industrial and commercial installations. Stable readings in noisy environments: Strong resistance to external magnetic fields reduces interference and improves measurement consistency. Versatile application: Suitable for a wide range of electrical systems and diagnostic tasks where noninvasive leakage measurement is required. Features and performance Function: Noncontact clamp measurement of leakage and small currents using a precision winding clamp head for improved accuracy. Size and compatibility: 68 mm jaws accommodate most conductor sizes used in residential, commercial, and industrial settings. User experience: Ergonomic clamp shape makes positioning and handling straightforward during inspections and troubleshooting. Measurement stability: immunity to external magnetic interference supports reliable readings near other energized equipment. Typical use scenarios Maintenance and troubleshooting in electrical panels: Detect and quantify leakage currents on feeders and branch circuits without disconnecting wiring. Industrial equipment inspection: Identify insulation or grounding issues on motors, transformers, and control panels while equipment remains in service. Residential and commercial diagnostics: Check appliance leakage and building wiring safety during routine inspections or after repairs. This meter focuses on practical, accurate leakage measurement in varied environments. It is designed to simplify onsite testing and deliver dependable small current detection where interference reduction and jaw capacity matter.