6.3793.0 OS 5227 NS 379300
S.G
OS-1083
| Size:F*OD*ID*H: | |
|---|---|
| Quantity: | |
Replace Kaeser Air Oil Separator for Part Number 6.3795.0 637950
| Model no | 6.3795.0 637950 | Efficiency | 90% |
| Working Temperature | 4500H | Operating pressure | |
| Part Number | 6.3795.0 637950 | Brand: | |
| Trademark | Transport Package: | Netural Packing or According Customer Requirs | |
| Origin: | Dongguan China | Hs Code: | 8421399090 |
| Out Diameter | Largest Inner | Flange | Total Hight | Product Net Weight: |
| 100mm | 41mm | 128mm | 110mm | 0.75kgs |
Working principle of oil and gas separator: During the compression process of the compressor host, a large amount of lubricating oil participates in the compression process. Therefore, the exhaust port of the host exhausts a mixture of oil and gas, which enters the space of the oil separation tank. Through a specially designed flow channel, collisions occur, and under the action of gravity, most liquid oil droplets gather at the bottom of the tank, ready to enter another oil circulation. At this time, there will still be a small amount of lubricating oil mist in the compressed air inside the oil and gas barrel, which requires the oil and gas separator core to play a role in intercepting the lubricating oil mist in the oil and gas barrel, allowing only relatively pure compressed air to pass through.
Replace Kaeser Air Oil Separator for Part Number 6.3795.0 637950
| Model no | 6.3795.0 637950 | Efficiency | 90% |
| Working Temperature | 4500H | Operating pressure | |
| Part Number | 6.3795.0 637950 | Brand: | |
| Trademark | Transport Package: | Netural Packing or According Customer Requirs | |
| Origin: | Dongguan China | Hs Code: | 8421399090 |
| Out Diameter | Largest Inner | Flange | Total Hight | Product Net Weight: |
| 100mm | 41mm | 128mm | 110mm | 0.75kgs |
Working principle of oil and gas separator: During the compression process of the compressor host, a large amount of lubricating oil participates in the compression process. Therefore, the exhaust port of the host exhausts a mixture of oil and gas, which enters the space of the oil separation tank. Through a specially designed flow channel, collisions occur, and under the action of gravity, most liquid oil droplets gather at the bottom of the tank, ready to enter another oil circulation. At this time, there will still be a small amount of lubricating oil mist in the compressed air inside the oil and gas barrel, which requires the oil and gas separator core to play a role in intercepting the lubricating oil mist in the oil and gas barrel, allowing only relatively pure compressed air to pass through.
