500A High Current Generator500A High Current Generator
Product Use:
Adopting imported high-permeability magnetic materials, with exquisite design, compact size, strong electric endurance, and convenient use, this series of high current generators is essential equipment for places requiring high current in electrical debugging across various industries. It is suitable for current load tests and temperature rise tests of switches, current transformers, and other electrical equipment at a frequency of 50Hz. After power failure, testing can continue without resetting to zero.
This series of products consists of an operation console and a current generator, featuring stepless output current adjustment, stable current rise, wide load variation range, reliable operation, and simple and safe operation. It can also serve as a current source device for current rise or temperature rise tests in industrial and mining enterprises. Equipped with a transformer, it allows for convenient reading of the test current value.
Safety Precautions
1. Testing work must be carried out by at least two people.
2. The housings of TD and DDG must be grounded. Do not neglect safety measures to prevent personal accidents due to the low voltage of the transformer.
3. The wires from the secondary side of the current generator to the test object should not be too long, and the cross-section should be sufficient (consider a current density of 6-8A/mm²). The contact surfaces should be cleaned (can be polished with fine gauze), otherwise, the connections may overheat, and the current may not reach the rated value.
4. Before work, check that the power supply (leads from TD to DDG) has sufficient capacity (DDG-2K and DDG-4K can be considered at 50A), otherwise, the power cord may heat up and the voltage drop may affect the normal operation of DDG.
5. Both TD and DDG housings must be grounded to ensure personal safety.
6. There should be no flammable materials at the work site. For prolonged temperature rise tests, sufficient fire extinguishing equipment should be prepared.
7. For continuous (temperature rise) tests, someone should be on duty at the site, regularly check the heating condition of the current source equipment and wire connections, and make records. Due to fluctuations in the grid voltage, pay attention to adjusting the TD to maintain the rated test current.
8. Testing work should comply with the relevant provisions of the electric power safety work regulations and formulate practical safety measures.
