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Unit UT12A Non-Contact AC Voltage Detector 90-1000V
Unit UT12A Non-Contact AC Voltage Detector 90-1000V
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Unit UT12A Non-Contact AC Voltage Detector 90-1000V
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Unit UT12A Non-Contact AC Voltage Detector 90-1000V
Unit UT12A Non-Contact AC Voltage Detector 90-1000V
The Unit UT12A is a professional-grade non-contact AC voltage detector engineered for safe and efficient electrical testing. This compact device allows users to identify the presence of live voltage in wires, cables, circuit breakers, and electrical sockets without the need for direct metallic contact. By utilizing advanced induction technology, it provides a reliable way to verify electrical safety in residential and commercial environments, making it an essential tool for both professional electricians and home maintenance enthusiasts.
The primary benefit of the Unit UT12A is its non-contact design, which significantly reduces the risk of electrical shock during routine inspections. Its lightweight and ergonomic 150mm frame ensures portability and ease of use in tight spaces. The device offers both visual and audible indicators, ensuring that the user is immediately alerted to live voltage even in noisy or dimly lit conditions. Furthermore, its wide detection range makes it versatile enough for various standard electrical troubleshooting tasks.
This device is designed specifically for AC voltage detection and will not function on DC circuits. It is not intended for measuring precise voltage levels, as it only indicates the presence or absence of voltage within its specified range.
To use the Unit UT12A, simply bring the tip of the detector close to the wire, socket, or electrical component you wish to test. If the device detects AC voltage within the 90V to 1000V range, the LED indicator will light up and the buzzer will sound. Ensure the device is held by the insulated handle area during operation to maintain proper functionality and safety.
Always test the device on a known live source before using it to verify that a circuit is de-energized. Do not use the detector if the casing appears damaged or if the battery is depleted.
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