About Non Contact OHE High Voltage Presence/absence Indication System
Stay Safe and Efficient with Our Non-Contact Voltage Detector OHE! Working in electrical environments just got safer and easier! Introducing our Non-Contact Voltage Detector OHE, designed with cutting-edge non-metallic contact technology. This tool helps you detect voltage without direct contact, reducing risks and enhancing workplace safety. The sleek, OHE-style design with a 3-stage bright LED ensures you can easily detect voltage, even in dark or low-light conditions. When voltage is detected, the OHEa s LED lights up red and triggers an audio alert, so youa ll never miss a reading. Why Choose Our Voltage Detector OHE? Dual Voltage Range: Detects both low (12V) and high (up to 1000V) voltage levels. All-in-One Detection: Features an electric torch and low voltage indicator to support you in any situation. Portable & Convenient: Compact, lightweight, and powered by standard AAA batteries, this OHE is ready when you are. Designed for Safety: No metallic contact needed a ideal for both professionals and DIY enthusiasts. Technical Specifications: Voltage Range: 12V to 1000V / 48V to 1000V Frequency: 50Hz, 60Hz Alarm Mode: Sound and Light Voltage Levels: Low, Moderate, High Torch & Indicator: Built-in electric torch and low voltage LED indicator Power Source: 2 x 1.5V AAA batteries Temperature Range: 0A C to 55A C Compact Design: OHE-type for portability and ease of use
Effortless High Voltage DetectionThis system enables train operators, maintenance teams, and safety personnel to check the presence or absence of high voltage (up to 30 kV AC) quickly, without direct contact or risk. Its rapid response time ensures real-time voltage status, making work around OHE lines safer and more efficient. Clear visual and audible indicators deliver unambiguous status, even in noisy or low-visibility environments.
Built for Railway EnvironmentsSpecially recommended for Indian Railways, the unit is suited for harsh outdoor conditions and routine rail operations. Its robust IP54 enclosure and operating temperature range from -10C to +60C provide dependable performance all year round. Designed with standard mounting, it fits easily on walls or panels near OHE sections where voltage detection is critical for routine inspection and maintenance.
FAQ's of Non Contact OHE High Voltage Presence/absence Indication System:
Q: How does the Non Contact OHE High Voltage Indication System detect voltage?
A: This system employs non-contact electromagnetic field detection to sense the presence of high voltage in overhead electric lines. It safely detects voltage without direct electrical contact, minimizing risk for operators and maintenance personnel.
Q: What types of alerts does the system provide when high voltage is present or absent?
A: The system offers clear visual indications via color-coded displays (such as Green/Red) and emits audible alarms. This dual alert approach ensures unmistakable notification of voltage status under various working conditions.
Q: Where should the indication system be installed for best results?
A: For optimal performance, the system should be wall or panel mounted close to the OHE section where immediate voltage status information is required. Its IP54 rated enclosure allows for reliable outdoor installation near railway tracks.
Q: When can this system be used during railway operations?
A: It can be operated at any time during inspection, maintenance, or before personnel enter zones near the OHE lines. The rapid response (less than 1 second) allows for real-time verification of voltage status, enhancing safety procedures.
Q: What is the benefit of using a non-contact voltage detection system in railway applications?
A: Non-contact detection eliminates the need for physical probes, reducing the risk of accidental electric shock or equipment damage. It provides a quick and reliable way to ensure safety before commencing work on or near high voltage lines.
Q: How does the system maintain functionality during power failures?
A: The system is available with an optional battery backup feature, ensuring that voltage indication and alert functions continue uninterrupted during power outages, thereby maintaining continuous safety monitoring.