Multi functional automatic insulation relay testing machine

Multi functional automatic insulation relay testing machinePerformance characteristics:
1. There are multiple measurement methods available, including positive/reverse wiring, internal and external standard capacitors, CVT measurement (without the need for an external booster, the instrument comes with a built-in power supply), and internal/external test voltage measurement. Can measure C1/C2 simultaneously

2. Accurate measurement and good repeatability: The instrument has a high testing progress, with a dielectric loss test error of less than 0.0005 and good repeatability of test data.

3. When there is a high voltage short circuit or sudden power outage, food can quickly cut off the high voltage and issue a warning message.

4. High voltage output socket, no exposed, safe and reliable

5. High voltage insulated wires: The insulation level of high-voltage wires not only affects safety, but also directly affects the accuracy of reverse grounding testing due to ground leakage. The high-voltage output wire of this instrument is made of special material doors and can be directly dragged to the ground for use. When outputting 10KV, there is no discharge, no leakage, and no sound to the ground.

6. Large screen Chinese prompts for operation, RS232 microcomputer interface. The instrument comes with a built-in printer to print test data in a timely manner.

7. The anti energy performance instrument adopts seismic design, which can withstand earthquakes without damage.

8. Convenient to carry: The volume of this instrument is about 70% of similar products, making it very easy to carry.

Precautions for using the multifunctional automatic insulation relay protection testing machine

1. Before use, carefully read the operation manual of the equipment to understand its functions, operating steps, and precautions.

2. During the testing process, it is necessary to ensure the safety of the testing environment and avoid the influence of electromagnetic interference and mechanical vibration on the test results.

3. When connecting the tested device, ensure that the connection is correct and error free to avoid test failure or device damage caused by incorrect connections.

4. When setting test parameters, they should be accurately set according to the testing requirements to avoid inaccurate test results caused by incorrect parameter settings.

5. After the testing is completed, the power of the equipment should be turned off in a timely manner to extend its service life and avoid accidents.