Ecm Industries Llc ET6102 Voltage Tester 80-250V Ac Dc

Product Description

The ECM INDUSTRIES LLC ET6102 is a compact voltage tester designed to detect AC and DC voltage in the range of 80 to 250 volts. The snap-in probes are spaced to fit standard 120V outlets directly, making it practical for quick circuit verification on residential and light commercial electrical work. A high-visibility indicator provides a clear pass or no-voltage signal without requiring a digital readout. The over-molded, contoured housing is built from high-impact ABS plastic, giving it durability in field conditions. A pocket clip keeps it accessible on the job. The ET6102 carries a limited lifetime warranty.

This tester is suited for electricians, HVAC technicians, and maintenance professionals who need fast, reliable voltage presence confirmation at outlets, panels, junction boxes, and low-voltage equipment terminals. It is appropriate for both residential service calls and light commercial troubleshooting where a quick go or no-go voltage check is needed before handling wiring or energized components. The unit is sold in packages of five, making it practical for stocking service vehicles or toolboxes.

Key Features

• Tests 80 to 250 volts AC and DC voltage range
• Snap-in probes spaced to fit standard 120V outlets directly
• High-visibility indicator for fast go or no-go readings
• Over-molded, contoured grip for secure one-hand use
• High-impact ABS housing resists drops and field abuse
• Pocket clip included for belt or pocket carry
• Limited lifetime warranty

Compatibility

Designed for use on standard 120V outlets and general AC and DC circuits in the 80 to 250 volt range, suitable for residential and light commercial electrical applications.

Installation Notes

This tool is installed and used by licensed electricians and HVAC technicians performing circuit verification. Always treat circuits as energized until confirmed otherwise. Do not exceed the rated 250-volt maximum. Follow NEC guidelines for safe work practices when testing energized circuits, including use of appropriate PPE.