Occupational fatalities in electricity distribution often result from unexpected live lines or inadequate use of mandatory, cumbersome equipment.
Traditional contact-based voltage detectors (sticks) are heavy (approx. 2.5 kg) and difficult to use, leading to non-compliance and fatal accidents from electric shock or arc flash.
General Structure and Features
Autonomous Protection: Continuous monitoring of the surrounding electric field.
Zero Contact Risk: Detects energy presence without physical contact with the line.
High Portability: Lightweight and compact design
Triple Alert System: Ensures warnings are received in all operational environments
Sensing Element: Specialized Antenna Circuit optimized for capturing induced electric field signals.
Detection Principle: Electric Field (E-Field) Induction/Capacitive Measurement.
Output Signal :Analog E-Field measurement is digitized and processed by the Microcontroller.
Calibration: Factory-calibrated to a standard frequency and for specific voltage levels (MV/HV).
Detection Method
Normally purple, the clips turn pink when the temperature exceeds 70°C, providing a fast and clear visual alert.
Field Coverage
SAFE-FIELD: Continuous, autonomous area monitoring
Traditional: Momentary spot check only
Warning Mode
SAFE-FIELD: Visual, audible, and haptic alerts
Traditional: Typically visual/audible only
Personal OHS Wearable
Designed to be worn on clothing or equipment so that electric field protection is always with the technician in the field.
The device is built with a rugged hardplastic/ polymer housing and a high IP rating (IP65 or above), making it fully sealed, waterproof, and dust-proof for harsh field conditions. Its compact dimensions and ultra-light weight (under 200 g) support all-day use without fatigue. A built-in clip or lanyard point allows easy mounting on clothing or gear, turning it into a truly personal safety device.
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