Fully Automatic Insulation Boots Withstand Voltage Test Device

Fully Automatic Insulation Boots Withstand Voltage Test Device

METX-W6D2 Fully Automatic Insulation Boots Withstand Voltage Test Device The fully automated electrical safety tools testing system was created in compliance with the State Grid Corporation of China's Electrical Safety Work Procedures (Substation Section) and the State Electric Power Company's Notice on Issuing the "Preventive Testing Procedures for Electrical Safety Tools" (Trial) (State Electric Power [2002] No. 777). This product's specs all meet national requirements. In compliance with the "Preventive Testing Procedures for Electrical Safety Tools," it conducts intelligent insulation resist voltage testing on safety equipment like gloves and insulated boots. Breakdown is not allowed throughout the six-month testing cycle for insulated boots and gloves. Furthermore, insulated gloves and boots must not have leakage currents that are higher than certain thresholds.

3.1 The device can measure the leakage current for each specimen while testing eight pairs of insulated boots or gloves at once.
3.2 Insulated shoe testing utilizes a dry approach employing small steel balls put inside, replacing the previous procedure of filling shoes with water for testing-which proved difficult to dry afterward.
3.3 High and low voltages are isolated. Leakage current is relayed back to the control box using interference-resistant wireless technology, considerably boosting personal safety.
3.3 Each test channel provides a disconnect function. Should any channel encounter breakdown or surpass the predefined leakage current threshold, that channel immediately withdraws from testing without harming other specimens.

3.4 Each test channel provides a disconnect function. Should any channel encounter breakdown or surpass the predefined leakage current threshold, that channel immediately withdraws from testing without harming other specimens.
3.5 The device has a large information capacity thanks to its 7-inch TFT touchscreen LCD with Chinese character display. A single screen concurrently indicates test voltage, 8-channel high-voltage leakage currents, perpetual calendar, elapsed time, and Chinese prompts.

3.6 Utilizes a DC motor-controlled voltage regulator for the voltage-rising process, enabling fully automated withstand voltage testing. Upon test initiation, the instrument automatically closes the circuit and increases voltage at the rate specified by national standards. Once the predetermined voltage is attained, timing starts. The instrument maintains the test voltage, automatically drops voltage upon timing completion, and automatically turns off when reaching zero, signaling test completion. It concurrently shows leakage currents for each specimen and instantly stores test findings.
3.7 Insulation boot testing uses a specific metal grounding tray, whereas insulation glove testing utilizes a customized container for operating ease.
3.8 The test transformer's turns ratio is flexibly customizable, providing

Specifically, this includes the following core scenarios:

I. Power Industry (Core Application Areas)

1. Power supply companies / Power operation and maintenance units

2. Power generation enterprises (thermal, hydro, nuclear, wind power, etc.)

II. Industrial Mines and Manufacturing

1. High-voltage equipment manufacturing / maintenance enterprises

2. High-risk industrial and mining enterprises

III. Construction and Municipal Engineering

IV. Special Operations and Emergency Rescue

V. Testing Institutions and Metrology Institutes

VI. Education and Training Organizations