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Quantitative depressurization thin oil distributor
Exhibitor Information
Wenzhou Yirun Machinery Co., Ltd
Performance characteristics
1. The lubricating oil transported from the oiler is pushed upwards through the umbrella shaped valve in the XPQ/KXPQ distributor.
2. After the umbrella shaped valve closes the oil outlet, the oil pressure forces the oil storage block to overcome the spring force and start to descend
Lower to allow the oil chamber to start storing oil.
3. When the XPQ/KXPQ oil storage block is pushed to the top of the oil chamber, the XPQ/KXPQ oil storage is completed.
4. When the oil pump stops supplying oil, its pressure relief valve automatically opens, allowing the lubricating oil in the oil injection pipe to pass through the pressure relief valve
Return oil. At this time, the system pressure drops, and the umbrella valve resets to close the oil inlet, while the XPQ/KXPQ oil storage block
Under the action of spring force, the lubricating oil in the oil chamber is pushed out towards the oil outlet.
1. The lubricating oil transported from the oiler is pushed upwards through the umbrella shaped valve in the XPQ/KXPQ distributor.
2. After the umbrella shaped valve closes the oil outlet, the oil pressure forces the oil storage block to overcome the spring force and start to descend
Lower to allow the oil chamber to start storing oil.
3. When the XPQ/KXPQ oil storage block is pushed to the top of the oil chamber, the XPQ/KXPQ oil storage is completed.
4. When the oil pump stops supplying oil, its pressure relief valve automatically opens, allowing the lubricating oil in the oil injection pipe to pass through the pressure relief valve
Return oil. At this time, the system pressure drops, and the umbrella valve resets to close the oil inlet, while the XPQ/KXPQ oil storage block
Under the action of spring force, the lubricating oil in the oil chamber is pushed out towards the oil outlet.
