Brief: This video showcases the **Multifunctional Vacuum Oil Filter for Transformer Oil Purification**, demonstrating how the **Sino-NSH-VFD** unit effectively purifies insulating oils in transformers. Watch as we explain its thermal and double-stage vacuum processing, dehydration, degassing, and impurity removal capabilities, along with its four key security systems for safe operation.
Related Product Features:
The **Sino-NSH-VFD** uses vacuum flashing evaporation and delaminating gradual-close filter technology for superior oil purification.
It removes dissolved and free water, dissolved gas, and particulate impurities to enhance insulation oil properties.
The breakdown voltage can be increased from 25kV to over 70kV, ensuring high-performance insulation.
Features four main security systems: liquid level auto-control, pressure protection, steady temperature control, and electrical auto-protection.
Optimized structure and safe controls meet the needs of transformer manufacturers and service companies.
Ideal for improving insulating oils in electric power transformers and other oil-filled electrical equipment.
Combines thermal and double-stage vacuum processing for efficient dehydration and degassing.
Includes auto-protection for electric phases, voltage, and pump overload to ensure operational safety.
Faqs:
What types of impurities does the **Sino-NSH-VFD** remove from transformer oil?
The **Sino-NSH-VFD** effectively removes dissolved and free water, dissolved gas, and particulate impurities, enhancing the oil's insulation properties.
How does the **Sino-NSH-VFD** improve the breakdown voltage of transformer oil?
By integrating thermal and double-stage vacuum processing, the **Sino-NSH-VFD** increases the breakdown voltage from 25kV to over 70kV, ensuring superior insulation performance.
What safety features are included in the **Sino-NSH-VFD**?
The unit has four main security systems: liquid level auto-control, auto pressure protection, steady temperature control, and electrical auto-protection for phases, voltage, and pump overload.