Scope of delivery
- 2 x 1.5 V LR03 battery (AAA)
Product description
Robust non-contact voltage tester for increased safety
- Robust IP67-rated design for excellent protection against dust and water on the roughest construction sites
- Dual voltage range of 24 V to 1000 V AC or 90 V to 1000 V AC for versatile applications
- Reliable performance with automatic self-test before each use
Product highlights
The non-contact voltage tester GVD 1000-17 is a user-friendly tool designed to increase safety and efficiency for professionals working with electricity. The tool has an IP67 rating and is guaranteed to withstand dust and water immersion, while the robust rubber-coated housing ensures protection against a fall to a height of up to 2 m. With a dual voltage detection range of 24 V to 1000 V AC and high sensitivity for the 24V range, the voltage tester ensures versatility in a wide range of applications. The GVD 1000-17 also has an automatic self-test that runs at start-up and every 5 seconds, to confirm that it is working properly during operation. This ensures reliability and safety that can be relied on when working.
Equipment and application
This non-contact voltage tester is of great interest to electricians who need to quickly perform voltage checks in all kinds of environments - from rugged construction sites to clean indoor environments. When troubleshooting electrical installations, checking sockets or the earthing of circuits, the GVD 1000-17 is the tool to use. The integrated work light is useful in low-light areas, and the handy belt clip keeps the tool within easy reach at all times.
Additional information
The GVD 1000-17 is tested as CAT IV 1000 V to ensure extra safety for users dealing with electrical systems. The tool's design features a tip that lights up red, orange or green, complemented by a beeping sound and vibration for a clear indication of voltage. Designed to safely simplify the trickiest jobs, the GVD 1000-17 should not be missing from the tool kit of professionals working with electricity.
