Product introduction

The high-voltage boot tester is mainly used to evaluate the protective performance of insulating boots in high-voltage environments to ensure the safety of the wearer. It is generally used in the power industry, electrical equipment manufacturing, laboratories and other places. Its working principle is to place the insulating boots in a specified position, and by applying a preset high voltage, detect its leakage current, withstand voltage and other indicators. If it exceeds the standard range, it is determined that the boots do not meet the safety requirements.

Product parameters

Power input voltage	220V±10% 50Hz
Console output voltage	0-250V
Console output current	12A
Rated output voltage	100kV
Rated output capacity	5kVA
Maximum range	29.9mA
Range of leakage current with trip system	≥12mA
Voltage measurement error	±1% + LSD
Leakage current measurement error	±1% + LSD
Leakage current resolution	0.01mA
Digital display timing	0~99mins
ambient temperature	-10℃-40℃
humidity	≤ 90% RH, no condensation, instrument does not flicker
External dimensions of control box	400×300×550mm³
External dimensions of the test bracket	1000×800×1000mm³
Control box weight (kg)	25
Test bracket weight (kg)	20

Product features

High-voltage Safety Protection Function
The core function of the high-voltage boot tester is to provide high-voltage safety testing to ensure the protective performance of insulating boots in high-voltage environments. It tests the leakage current of insulating boots by applying a set high voltage value (usually between 5000V and 10000V), and the leakage current is usually required not to exceed 0.5mA. The realization of this function can effectively screen out unqualified insulating boots, prevent electric shock accidents caused by substandard insulation performance, and provide great safety protection for users.

Automated Testing System
The high-voltage boot tester is equipped with an automated testing system that can automatically complete processes such as voltage regulation, leakage detection and result determination, reducing the complexity of manual operation. The system usually has a one-button operation function. The user only needs to place the boots in the designated position and press the start button. The system can automatically carry out the entire test process and automatically display the results after the test. The automated design greatly improves the test efficiency and is particularly suitable for scenarios that require frequent testing, such as large power companies or laboratories.

Durable Structural Design
High-voltage boot testers usually use polycarbonate or epoxy resin as shell materials, which can maintain insulation and stability under high voltage. This durable structural design not only extends the service life of the equipment, but also reduces maintenance costs.

Multiple Safety Protection Mechanisms
The high-voltage boot tester is also designed with integrated multiple safety protection mechanisms, such as overvoltage protection, leakage protection, and automatic power-off functions. When the device detects abnormal voltage or leakage, it will automatically cut off the power supply to prevent the operator from the risk of electric shock.