Bosch GVD 1000-17 - Professional Non-Contact Voltage Tester - 601077000
Included in this variant
- 2 x 1.5 V LR03 battery (AAA)
Overview
Robust Non-Contact Voltage Tester for Enhanced Safety
- Robust design with IP67 rating for exceptional protection against dust and water on the toughest jobsites.
- Dual voltage range from 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 GVD 1000-17 Voltage Tester is a easy to use tool designed to enhance safety and efficiency for professionals working with electricity. IP67 rated, the tool guarantees durability against dust and water immersion, while its robust rubberised housing provides protection against drops from up to 2m. Offering a dual voltage detection range from 24 V to 1000 V AC and with high sensitivity for the 24 V range, the voltage tester provides versatility across various applications. The GVD 1000-17 also features an automatic self-test conducted at startup and every 5 seconds to confirm functionality during use, ensuring reliability and safety that you can trust on the job.
Equipment & Application
This voltage detector is essential for electricians who need to perform quick voltage checks in a range of environments - from tough construction sites to clean indoor settings. Whether you're troubleshooting electrical installations, checking power outlets, or ensuring circuits are grounded, the GVD 1000-17 is your go-to tool. Its integrated flashlight assists you in low-light conditions and the convenient belt clip keeps it within reach at all times.
Additional Information
The GVD 1000-17 is CAT IV 1000 V tested to ensure an extra layer of safety for users dealing with electrical systems. The tool's design includes a tip that glows red, orange or green, accompanied by a beeper and vibration alert for a clear voltage indication. Designed to simplify and enhance the safety of the toughest tasks, the GVD 1000-17 is a must in the toolkit of professionals working with electricity.