The Complete Set of Test Control Equipment for Electric Tools is a safety tool testing accessory produced by our company according to the definition of power frequency withstand voltage in "GB/T 16927.1-2001 High Voltage Test Techniques". The equipment is mainly composed of an automatic control cabinet and a test transformer, featuring intelligence, integration, miniaturization, ease of use, superior performance, safety, reliability, aesthetically pleasing design, durability, and ease of movement. It is an essential equipment for power supply companies, technical supervision departments, large factories, metallurgical industries, power plants, and railways that need to conduct transformer power frequency withstand voltage tests.
Safety Helmet Testing Stand
Press the "0" key on the safety helmet tester to reset.
2. Turn the "Up Hammer/Down Hammer" knob on the toggle control box, illuminate it, and install the half-circular hammer head under the electromagnet on the safety helmet test stand.
3. Turn the "Up Hammer/Down Hammer" knob on the toggle control box, the indicator熄灭，the hammer head falls from under the electromagnet of the safety helmet test stand onto the helmet.
4. The helmet test kit displays the impact force of the helmet. If the force is less than 4.9KN, the helmet passes; if greater than 4.9KN, the helmet test kit will alarm, indicating the helmet is不合格.
5. The helmet puncture test is the same as above, only replacing the hammerhead with a conical hammerhead. The qualification criterion is to see if the cone hammer pierces through the helmet and lands on the head mold.

Electrical force gauge (mechanical property test equipment for electrical safety tools), meets the requirements of the Power Corporation's "Preventive Test Code for Electrical Safety Tools" (State Power Corp. [2002] No. 777), has completed preventive mechanical property tests according to the "Code," and is widely applicable to mechanical tests of safety and climbing tools in the power, telecommunications, and construction industries.
Print out the certificate of conformity that meets the requirements of the "Regulations".
◆Additional parameters can be set for mechanical property tests of other soft and hard materials (such as ropes, gourds, etc., for lifting tools)
Equipment configuration includes imported displays and some imported components.
◆Project. Mechanical and performance testing for all electrical safety equipment such as seat belts, foot loops, bamboo(lumber) ladders, lifting platforms, and safety helmets
◆ Optionally, you can set parameters for mechanical property tests of other soft and hard materials (such as ropes, gourds, etc., for lifting tools)
◆ Displayed in Chinese characters, with human-computer dialogue operation
Microcomputer control in the testing process
Smooth loading, no overshoot, with manual/automatic operation switch for easy and accurate operation.
Peak record capability (commonly used for destructive tests such as hard hats)

Key Features
The entire testing process is controlled by computers, with the main unit composed entirely of world-class PLCs and analog-to-digital converters. The main unit is free of circuit boards, boasting superior performance and ease of maintenance.
2. Mechanical property testing for electrical safety equipment such as conductive wires, steel cables, pulleys, double hooks, porcelain bottles, and composite insulators.
Smooth loading, no overshoot, with manual/automatic operation switch for convenient and accurate operation.
3. The software can automatically load and maintain pressure based on set parameters.
The software can automatically detect the breaking of the sample, and the equipment will automatically unload during the break, while recording the force value at the moment of fracture.
4. During the pressure test, the equipment will automatically compensate for the force value when the test sample's testing force drops.
At the end of the test, the equipment can automatically unload and record data and reports from each test, and can print out A4-sized reports that meet the requirements.

Testing Method:
1. First, prop the bamboo and wood ladder at a certain angle against the hanger, then, with the ladder sliding, secure it with the "simulated foot" onto the ladder section to be tested. After securing, begin the test (the testing process can be referred to as the foot buckle test).
2. Wire rope and safety rope testing projects are generally similar in operation.
Secure the safety rope to the pulley of the equipment, click the test button at the automatic gear position, and the test will begin until it reaches the 5-minute pressure endurance mark, at which point the equipment will stop. Wire rope test (Note: Replace with a high-range sensor, range 2T.). After replacing it, install the wire rope onto the equipment, following the same procedure as the safety rope. Print the report after the test.