Join hundreds of other professionals who use this tester on a daily basis as a quick and easy method of testing voltage, continuity and for the detection of phase rotation.
Highly popular due to its low cost and accurate measurements, the Di-Log DL6780 is a cost-effective voltage and continuity tester suitable for any electrical professional. It can test AC/DC voltage from 12 to 690V using dual poles (with integrated GS38 compliant probe tips), includes continuity testing with optical and acoustic indication and includes a phase rotation testing system.
The DL6780 uses LED light indicators to show detected parameters. When measuring voltage a series of LED lights will illuminate up to a high threshold of 690V and dedicated lights for phase direction and continuity are also included.
Testing on systems with integrated RCD protection? The DL6780 is designed to not trip RCDs when testing across live or earth. Single pole detection can also be carried out when the L2 probe is connected above 100V.
DiLog DL6780 CombiVolt 1 Voltage and Continuity Tester Key Features
Testing of AC/DC voltages from 12 to 690V AC/DC
Continuity testing with optical and acoustic indication
Automatic switching between voltage and continuity
Three Phase Rotation detection system
Integrated single pole test for phase detection
Short response time (<0,1s) for fast voltage tests
Single pole phase indication
Fully compliant with GS38
Fully operational voltage indication even when batteries are discharged
IP65 - water-jet and dust-tight protection for outdoor use
Electrical torch function - for working in dark environments
Probe-tip protection - for reducing the danger of injuries which may be cause by probe tip
Designed and built according to IEC61010, IEC61243-3
Proving unit friendly
£37.30
£44.76 inc vat
4 in Stock:Available Next Working Day*
Important Notice This item is made-to-order exclusively for you once your order is placed. As a result, it is not eligible for cancellation or return under our standard policy. Your statutory rights remain unaffected.