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Product Details:
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| Other ParT Numbers: | Excavator Parts | Project: | Boom Cylinder Oil Pipe |
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| Item Weight: | 1 Kilogram | Project Width: | 22 Mm Diameter |
| Material Quality: | Seamless Steel Tube | Suitable For Model: | SK75 75-8 |
| Golour: | Green | Delivery Time: | 5-8 Days |
| Highlight: | SK75 Excavator Hydraulic Iron Oil Pipe,Kobelco Excavator Hydraulic Iron Oil Pipe,Excavator Inlet And Return Pipes |
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Kobelco SK75 75-8 Boom Hydraulic Cylinder Inlet And Return Pipes
Product Parameter
| Model | SK75 75-8 |
| Product Name | Bucket arm hydraulic cylinder inlet and return pipes |
| material | seamless steel tube |
| package | Use export packaging according to customer requirements |
| mode of transport | Means of Transport By sea, air cargo or DHL,FEDEX |
| Brand | Shengang |
Product Description
Hydraulic cylinders are an important component of the hydraulic system, responsible for converting hydraulic energy into mechanical energy. In hydraulic cylinders, the inlet and outlet oil of the cylinder are very important parameters. Below is a brief introduction.
Cylinder feeding: Cylinder feeding refers to the process of oil being fed into the cylinder. When the system starts, oil is fed from the hydraulic pump into the cylinder in the system, causing the piston of the cylinder to move forward, thereby pushing the device or working part connected to the piston.
Return oil: Return oil refers to the process of oil returning from the cylinder to the system. When the cylinder moves forward, the oil is pushed into the other end of the cylinder. When the cylinder moves backward, the oil will return to the system from the other end. In the hydraulic system, the speed and oil pressure of the return oil are very important and need to be adjusted according to the specific requirements of the hydraulic system.
In short, the inlet and outlet oil of the oil cylinder are very important parameters in the hydraulic system, and precise control of speed and pressure is necessary to ensure the stability and efficiency of system operation.
