OVERVIEW
YDG series dry type AC hi pot is a new high-voltage test transformer product developed based on the “Test Transformer” standard after years of careful improvement. Its coil uses epoxy resin vacuum casting technology, significantly weakening the leakage magnetic phenomenon and greatly improving the insulation strength and moisture resistance. This series of products is suitable for power systems and various power users and can test the insulation performance of different electrical equipment on site.
CHARACTERISTIC
- 1. The dry type AC hi pot is compact and light, has a reasonable structural design, does not leak oil, is maintenance-free, and meets environmental protection requirements.
- 2. Simple wiring, intuitive operation, and more convenient to use.
- 3. It is high-safety, reliable, and has a modern and beautiful appearance design.
For more information about pressure-resistant equipment, please click More.
To request the latest quotes, please click Contact Us.
FAQ
Q: Where are high-voltage transformers used?
A: High-voltage transformers efficiently transmit electricity in power systems, decreasing voltage for long-distance distribution. Specifically designed for testing in high-voltage labs, they simulate breakdowns and insulation failures to ensure equipment reliability, withstanding surges, and transient voltages during testing.
Q: What are the problems with dry-type transformers?
A: Dry-type transformers are vulnerable to damage from lightning strikes. To address this, the iron core is grounded at multiple points for enhanced protection. Furthermore, a short circuit current 20~30 times higher than the rated current may be produced for grounding and interphase short circuits at the low-voltage side.
Q: Why is hipot testing needed?
A: The hipot test assesses insulation integrity by checking dielectric strength against the ground. It evaluates if the equipment can withstand over-voltage scenarios exceeding its peak operating voltage. This test ensures the device can handle electrical stress and prevent failures due to excessive voltage.
APPLICATION
