The Martindale VT28 is a tough, compact two pole tester with both LCD and LED displays for measuring AC/DC voltages from 12V to 690V. Additional capabilities include continuity and phase rotation testing plus single pole voltage detection.
The large digit LCD display of the VT28 gives actual voltage readings in addition to the LED voltage ranges. The AC/DC voltage detection, continuity and phase rotation functions all have bright LED indication. Auto power-off ensures a long battery lifetime.
The voltage indicator conforms to the latest safety standards and includes removable probe caps for GS38 compliance. Additional safety features include a double insulated 1.2m cable with a black outer and contrasting inner core to give a visual warning of damage.
A built-in white LED torch makes it easy to use in low light environments.
Key features:
AC/DC voltage indication 12-690V
Digital LCD & LED displays
Continuity – LED & buzzer
Single pole phase test 90-690V
Phase rotation test 100-690V
White LED torch light
BS EN61243-3 & GS38 compliance
Available accessories include a soft carry case for just the tester, a matched proving unit and a combination carry case for both. The TC70 carry case enables the VT28 to be proved without having to unpack the PD690 and ensures the tester and proving unit are always to hand, making compliance with Electricity at Work Regulations straight forward.
The VT28, PD690 and TC70 carry case are available in a complete kit, the VT28PD.
Why choose Instrotech for your electrical test equipment?
With over 40 years’ experience supporting UK electricians, technicians and engineers, Instrotech is your trusted partner for quality tools and expert service. When you purchase from us, you benefit from:
Free UK shipping on all orders
Access to our knowledgeable technical support team
Available calibration services to maintain safety compliance
A 90-day money-back guarantee for complete peace of mind
We’re committed to helping you work safely and efficiently with industry-leading products and ongoing support.