- 28
- Feb
Vacuum transformer oil filter device
| Vacuum transformer oil filter device
Have been tested by us for 7 years to be the most cost-effectirve among different modles of Vacuum oil filter device. We can help you to derease the risk of transformer manufacturing equipment selection, especially for a new transformer factory. |
Descriptions
There are great hazards, which are described as follows:
1. Reduce the breakdown voltage of the oil. The water content in the insulating oil is the main reason that affects the breakdown voltage reduction.
2. It will increase the dielectric loss factor. Because the presence of water in the oil is different, the influence on the dielectric loss factor is also different. The suspended emulsified water will increase the dielectric loss of the oil most obviously. Corrosion products of water, such as
Naphthenic acid soaps are very easy to worsen the dielectric loss and will sharply increase the dielectric loss, which is the indirect result of moisture affecting the dielectric loss
Fruit.
3. Make the insulating fiber easy to age and increase its dielectric loss.
4. Water promotes the corrosion ability of organic acids and accelerates the corrosion of metal parts. Metal corrosion products
Metal soaps, for example, will promote the rapid aging of oil, that is, play a catalytic role in oil aging,
To sum up, the more water content in the oil, the aging of the oil itself, the aging of equipment insulation and the corrosion of metal parts
The faster the corrosion rate is, it will affect the safe operation of the equipment and shorten the service life of the equipment.
Tech Data
Performance index unit high-efficiency two-stage vacuum oil filter
Flow L/h 3000
Two-stage vacuum system composed of vacuum stage vacuum pump and Roots pump
Working vacuum Pa ≤ 133
Limit vacuum pa ≤ 5
Constant temperature control range ℃ 20~80
Working pressure MPa ≤ 0.5
Working voice dB (A) ≤ 75
Pumping rate of vacuum unit ㎡/h ≥ 1000
Continuous working hours ≥ 200
Fault free working hours ≥ 5000
Overall leakage rate of unit Pa * L/s ≤ 100
Heating power KW 30 (two sets of independent heaters can be selected according to actual needs
Select one or two groups of work)
Total power KW 33
Power supply three-phase four-wire 380V50Hz
Inlet and outlet pipe diameter mm Ф thirty-two
Overall dimension
Length mm 1500
Width mm 1000
Height mm 1600
Equipment weight kg 500
Indicator after treatment
Residual moisture after filtration ppm ≤ 5 (GB/T260)
Residual gas% ≤ 0.1
Filtering precision μ M ≤ 1, no free carbon
Mechanical impurities% None (GB/T511)
Breakdown voltage KV ≥ 60
Cleanliness ≤ Class 6 (NAS1638)
Flash point (closed) ℃ ≥ 135 (GB/T3536)
Acetylene% 0