1. Vacuum separation technology: Vacuum degassing and separation significantly increases the evaporation area and the residence time of the oil in the vacuum chamber, ensuring reliability.
2. Oil atomization particles ≤50um, greatly increasing the opportunity for water and gas molecules to come into contact with the vacuum.
3. Radiant heating system: Significantly increases the contact area between the heater and the oil, reducing the surface temperature of the heater and preventing oil decomposition and aging.
4. Heater liquid level protection: Prevents dry burning of the heater.
5. Vacuum pump pre-cooler: Reduces water entry into the vacuum pump, decreases the frequency of vacuum pump oil changes, and extends the vacuum pump's lifespan.
6. Self-developed degassing tank with "anti-foam structure + dual-path electronic foam monitoring system," ensuring proper oil spraying from the vacuum pump.
7. Oil outlet pressure protection: Protects equipment and personnel.
8. Phase sequence, phase loss, and overvoltage protection functions, with sudden shutdown control.
9. Equipped with interchangeable inlet and outlet oil pipes, allowing for direct valve direction changes without disassembling the inlet and outlet pipes, simplifying operation.
10. Fully automatic float and electronic oil level control system, enabling separation of human and machine operation.
11. This machine uses high-precision filter elements manufactured with German Hydac technology, achieving a precision of 1µm and a filter element β≥1000.
12. Uses a high-pressure oil pump, ensuring stable oil delivery, low noise, and long service life.
13. Selected components ensure stable overall machine performance.
14. Capable of vacuuming and vacuum oil filling of the transformer body during installation or maintenance.
15. User-friendly design, low noise, easy operation, long maintenance intervals, and low energy consumption saves operating costs.