Laser Tools Two Pole Voltage Tester - 12 - 600V

Best current price£16.97from eBay
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eBay£16.97Visit shop Laser Tools Two Pole Voltage Tester 12 - 600V 7803
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Best current price£16.97from eBay
Shopping.co.uk recommended and popular offers
eBay£16.97Visit shop Laser Tools Two Pole Voltage Tester 12 - 600V 7803
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This Laser Tools Two Pole Voltage Tester (12-600V) is designed for automotive technicians and electricians needing to accurately detect the presence or absence of voltage in a wide range of systems, especially hybrid and electric vehicles. Its primary benefit is providing a reliable, battery-free method for voltage testing up to 600V DC/AC. A key caveat is the requirement to always perform a self-test on a known voltage source before each use to ensure accurate readings.
| Model Part Number | 7803 |
|---|---|
| Brand | Laser |
No, this Laser Tools Two Pole Voltage Tester operates without batteries, making it ready for immediate use.
While versatile, it is specifically designed for proving the absence or presence of voltage on hybrid and battery electric vehicles, as well as general electrical circuits from 12V to 600V.
CAT III refers to a safety category for electrical measurements. A CAT III rating indicates the tester is suitable for measurements performed in building installations, such as distribution panels and fixed motors.
You must always perform a self-test on a known voltage source before each use to verify its functionality and ensure accurate readings.
No, this is a voltage presence/absence tester. It indicates if voltage is detected (LED on) or not (LED off) within its range, but it does not provide a specific voltage reading like a multimeter.
The tester is designed to work with voltages from 12V up to 600V, both DC and AC.
It is designed for hybrid and battery electric vehicles, but always follow the specific vehicle manufacturer's safety protocols and procedures for working with high-voltage systems.
Perform the mandatory self-test on a known voltage source. If it still shows no indication, the tester may be faulty or damaged and should not be used. Check probe connections.
The circuit may still have voltage. Do not proceed with work until voltage is confirmed absent. Re-test the tester itself on a known live source to ensure it is functioning correctly.
Ensure the tester is used correctly and that probes make good contact with the test points. Avoid testing in excessively wet conditions. Ensure the self-test was performed correctly prior to use.
Setup:
This tester requires no setup beyond ensuring it is clean and undamaged. Crucially, always perform a self-test on a known voltage source before each use. This ensures the tester is functioning correctly.
Compatibility:
Care: