A specialized complete set of equipment focusing on vacuum dehydration, vacuum degassing, precise filtration, and regenerative purification to remove water, gas, impurities, reduce acidity, and restore the insulation performance of transformer insulating oil.
Advantages
Technical Parameters
Type Introduction| OPS | -X1 | -X2 | -X3 | -X4 | -X5 | -X6 |
| Oil Treatment System | 04(m³/h) | 04(m³/h) | 1 2 3 ... |
01 (Circulatingoil injection) 02 (Direct oilinjection) |
01 (Online monitoring) 02 (/) |
Else |
| 06(m³/h) | 06(m³/h) | |||||
| 12(m³/h) | 20(m³/h) | |||||
| 20(m³/h) | 30(m³/h) |
-X1: Maxinum processing capacity
-X2: Maximum content of oil injection
-X3: Number of transformer oil types that can be processed
| NO. | Type | Maximum processing capacity |
Maximum content of oil injection |
Oil type | Pipeline design pressure |
Breakdown voltage of oil injection point |
NAS Granularity of oil injection point |
Gas content of oil injection point |
| 1 | OPS-04-12-1 | 4m³/h | 12m³L/h | 1 | PN10 | 70KV | 0 | 0.20% |
| 2 | OPS-06-20-1 | 6m³/h | 20m³L/h | 1 | PN10 | 70KV | 0 | 0.15% |
| 3 | OPS-06-20-2 | 6m³L/h | 20m³L/h | 2 | PN10 | 70KV | 0 | 0.15% |
| 4 | OPS-12-20-1 | 12m³L/h | 20m³L/h | 1 | PN10 | 72KV | 0 | 0.15% |
| 5 | OPS-12-20-2 | 12m³L/h | 20m³L/h | 2 | PN10 | 72KV | 0 | 0.15% |
| 6 | OPS-20-30-1 | 20m³L/h | 30m³L/h | 1 | PN10 | 80KV | 0 | 0.10% |
| 7 | OPS-20-30-2 | 20m³/h | 30m³L/h | 2 | PN10 | 80KV | 0 | 0.10% |
| 8 | OPS-20-30-3 | 20m³/h | 30m³L/h | 3 | PN10 | 80KV | 0 | 0.10% |
Technical data of Oil Filtration System
Workflow Diagram
