Specification parameters of insulation and voltage resistance device for live protective equipmentThis product effectively solves the problem of non-standard testing in the past, improves work efficiency, and ensures work safety. It is an ideal device for insulation boots (gloves) withstand voltage testing.

Functional features:

lSpecification parameters of insulation and voltage resistance device for live protective equipmentIntegration of high-voltage power supply and control system, convenient wiring operation, and complete protection function
Six test buckets, capable of simultaneously testing six insulated boots or gloves
Six digital ammeters with intuitive leakage current, each meter head has automatic overcurrent protection
L Soft chain high-voltage electrode, adjustable electricity * degree arbitrarily
The electrode is processed with H62 copper material and coated with CU/EpNi5bc process on the surface to achieve a surface discharge of less than 10pC

Technical indicators:
1. Voltage: 0-30KV or 0-50KV
2. Capacity: 0-3KVA or 0-5KVA
3. High voltage protection current: 0-30mA can be adjusted arbitrarily
4. Volume: Control box size: 450 * 500 * 650 millimeters Sink size: 820 * 800 * 700 millimeters
5. Weight: Control box: 28kg
5. Both the control box and sink are equipped with 3-inch walking wheels

usage method:
As shown in the figure, it consists of two main parts: a water tank test and a base. After unpacking the two parts of the packaging box, place the sink part on the base and tighten the grounding screw to ensure good contact with the sink.
During the experiment, the water tank should be filled with water to about 2/3, and the insulated boots (gloves) should be placed in the high-voltage electrode clamp to balance and suspend them. The inside of the insulated boots (gloves) should be filled with water, but the water level should not be higher than 5CM below the mouth of the insulated boots (gloves). And ensure that the exposed part of the insulated boots (gloves) remains dry and clean. Then adjust the electrode rod by locking the screw to insert the electrode into the insulating boot (glove). Shake the handle and lower the insulated boots (gloves) to the same position as the inner and outer water surfaces.
After the above work is completed, lead the high-voltage input nut (8) of this device to the high-voltage output terminal of the test transformer, and then connect the test connection wire between the test transformer and the control box (as shown in the figure). Only after ensuring the correct wiring can the boost test be carried out. When boosting to the rated level, pay attention to the milliampere meter. If the insulation performance of the insulated boots (gloves) decreases, the milliampere meter will indicate. Please read our company's "CTYDJ Series Test Transformer User Manual" and "CX Control Box User Manual" for detailed instructions on the use of CTYDJ test transformers and CX control boxes.