Transformer Oil Filtration Service Trade Information
Minimum Order Quantity
1 Unit
Payment Terms
Cash in Advance (CID)
Delivery Time
7 Days
Main Domestic Market
All India
About Transformer Oil Filtration Service
Transformer Oil Filtration Service is a critical maintenance process that cleans insulating oil by removing moisture, dissolved gases, sludge, and particulate contaminants to restore its dielectric strength and extend the transformer's life. Using specialized equipment for stages like heating, vacuum dehydration, degasification, and multi-stage particulate filtration, the service improves insulation, enhances cooling, prevents breakdowns, and ensures transformer reliability and safety.
What the Service Involves
Heating:The oil is heated to reduce its viscosity, making it easier to pump and filter.
Vacuum Dehydration:A vacuum is applied to extract moisture from the oil.
Degasification:Dissolved gases are removed from the oil under deep vacuum.
Filtration:The oil passes through various stages of filters to remove solid contaminants like sludge and fine particles.
Testing:The filtered oil is tested to ensure its dielectric strength meets industry standards before being returned to the transformer.
Benefits of Transformer Oil Filtration
Extended Transformer Life:
By removing contaminants, the oil's dielectric properties are restored, preventing premature aging and breakdown of the transformer.
Improved Performance:
Restoring the oil's insulating and cooling capabilities enhances the transformer's overall efficiency and performance.
Enhanced Reliability:
Filtration reduces the risk of electrical breakdowns, overheating, and arcing, leading to more reliable operation of the power system.
Reduced Maintenance Costs:
Proactive filtration prevents costly repairs and unplanned downtime caused by oil degradation and equipment failure.
Safety:
Cleaner oil improves the transformer's safety by reducing the risk of hazardous situations like overheating and failure.
Why It's Necessary
Over time, transformer oil accumulates contaminants from several sources, including:
Moisture:
Can enter through seals and bushings, severely weakening the oil's insulating properties.
Gases:
Formed during normal transformer operation or due to faults, these gases reduce the oil's dielectric strength.
Particulate Matter:
Sludge and other solid particles can build up, hindering oil flow and creating insulation failures.
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