High-voltage testing equipment

Background

Extensive high-voltage tests are required in units such as power systems, testing agencies, and research institutions. Due to the high test voltage, violations could pose a severe threat to both personal and equipment safety, with potentially catastrophic consequences. Although there are strict operational procedures for high-voltage testing, tragedies still occur in practice due to insufficient experience among test personnel, carelessness, and inadequate supervision, resulting in personal injuries and fatalities.

High-voltage Transformers, Switchgear, Large TransformersGISDue to the large pressurized area with blind spots, even with temporary protective barriers and personnel guarding, non-high-voltage test personnel may still inadvertently enter the pressurized zone. If staff have a lack of safety awareness, violate operational procedures, or fail to provide adequate supervision, someone might cross the barriers, posing a severe threat to their personal safety, especially during large-scale power maintenance operations. According to the "Power Safety Work Regulations of the State Grid Corporation of China," safety protective measures must be arranged for the test area during high-voltage testing. Therefore, it is extremely urgent and of great practical significance to develop a system that can provide comprehensive protection for the personal safety of test personnel. Additionally, it will enhance the efficiency of high-voltage testing and strengthen staff safety awareness.

Product Overview

The system design incorporates fundamental electronic technology.,Through design steps such as infrared detection, signal collection, signal processing, logical processing, relay protection, control output, alarm triggering, and automatic disconnection, various unsafe factors have been fully considered, resulting in a high level of safety protection capabilities.