Safety Footwear Electrical Hazard Tester
Product Introduction
The safety shoe voltage resistance tester is mainly used to test the voltage resistance of safety shoes under specified conditions, including the measurement of ground voltage, voltage resistance time and other parameters. Through the test of the equipment, the electrical insulation performance of the safety shoes can be effectively evaluated, so as to judge whether it meets the requirements of national standards. This is of great significance to the protection of workers' personal safety.
standard
GB12011. ISO 8782-1. GB20991-2007. IS2.344:2004. ANSI-241 and CSA-Z195
Product Advantages:
Measures Critical Safety Property: Quantifies the voltage resistance (dielectric strength) of safety footwear, which is paramount for protecting workers from electrical hazards.
Standard Compliant: Designed to meet numerous relevant national and international standards (GB 12011. ANSI Z41. CSA Z195. GB 20991. etc.) specifically for electrical hazard safety footwear testing.
Provides Objective Evaluation: Offers a quantitative assessment of the shoe's electrical insulation performance.
Ensures Compliance: Helps verify that safety shoes meet the stringent voltage resistance requirements outlined in safety standards.
Automated Control (PLC): Utilizes a PLC system for automated control of the test process, enhancing consistency and ease of use.
Configurable Test Parameters: Allows selection of different output voltages and adjustment of test time to meet various standard requirements.
User-Friendly Interface: Features a touch screen for easy operation and viewing of test results.
Product Features
High-voltage source capable of generating and applying test voltages to the safety shoe.
Selectable output voltage options (e.g., AC6KV, AC20KV, AC30KV, customizable) to meet the requirements of different standards and test levels.
System for applying voltage across the safety shoe according to standard methods, often involving electrodes and potentially a water bath or conductive medium in contact with the sole and/or inside the shoe.
PLC (Programmable Logic Controller) control system for automating the entire test process, including voltage ramp-up, holding time, and measurement.
Capability to perform tests at a specific frequency (typically 60Hz).
Adjustable test time (generally 1 minute or set according to standard requirements) for applying the test voltage.
Touch screen interface (7-inch color, English and Chinese switching) for setting test parameters, controlling the test, and displaying results and test status.
System capacity (Generally 0.5KVA) to ensure stable voltage output during the test.
Safety features (implied and essential for high voltage testing) to protect the operator and prevent accidental contact with high voltage.
Technical parameters
Control system: PLC (Programmable logic controller) is usually used to realize automatic control and test process.
Input voltage: generally AC220V, in line with the requirements of conventional power supply.
Output voltage: can be customized according to test requirements, common output voltage including AC6KV, AC20KV, AC30KV and so on.
Capacity: Generally 0.5KVA, to ensure stable operation of the equipment during the test.
Test frequency/time: The test frequency is usually 60Hz, and the test time is generally 1 minute or set according to standard requirements.
Touch screen: 7-inch color touch screen, support English and Chinese switching, easy to operate and view the test results.
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