Habotest HT100P Line Voltage Detector 12 - 1000 V Black Red

The Habotest HT100P Line Voltage Detector is a compact, pen-shaped instrument for detecting AC voltage and checking phase sequence. It measures AC voltages in the ranges 12–1000 V and 48–1000 V, and is designed for non-contact testing to reduce risk during wiring and cabling tasks. Weighing approximately 32 g, the device provides LED lighting, adjustable sensitivity, and combined sound and light alarms for clear indication.

Advantages

The detector offers non-contact voltage detection to increase user safety and prevent direct contact with live conductors. Adjustable sensitivity allows detection across a wide voltage range and in different environments. Audible and visual alarms provide immediate feedback, while the built-in LED light improves visibility in dim spaces. Its small, pen-like form factor makes it easy to carry and operate on-site.

Suitable for

• Electricians performing wiring and cabling work
• Technicians checking live circuits and phase sequence
• Industrial maintenance personnel verifying presence of AC voltage
• Rapid on-site voltage checks in residential and commercial installations

Key specifications

• Brand: Habotest
• Model: HT100P (MPN: HT101)
• AC voltage detection range: 12–1000 V and 48–1000 V
• Design: Pen-shaped, non-contact detector
• Weight: ~32 g
• Indicators: Sound and light alarm, LED lighting
• Adjustable sensitivity

How to use

Switch the detector on and set the sensitivity according to the expected voltage level. Bring the tip of the device close to the conductor or outlet without touching bare wires to perform a non-contact check. Observe the sound and light signals to determine the presence of AC voltage; use the LED light to illuminate the test area if necessary. For phase sequence checks, follow standard procedures and maintain safe distances from live parts while interpreting the tool's indications.

Recommendations

Use the Habotest HT100P as a preliminary check for the presence of AC voltage and phase sequence. Do not rely on this non-contact tester as the sole verification for de-energizing circuits—always follow established safety procedures and use appropriate proven methods and PPE for confirming circuits are de-energized before working on them.