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SANY 55 60 Excavator Inlet And Return Pipes For Bucket Arm Cylinder

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SANY 55 60 Excavator Inlet And Return Pipes For Bucket Arm Cylinder

SANY 55 60 Excavator Inlet And Return Pipes For Bucket Arm Cylinder
SANY 55 60 Excavator Inlet And Return Pipes For Bucket Arm Cylinder SANY 55 60 Excavator Inlet And Return Pipes For Bucket Arm Cylinder

Large Image :  SANY 55 60 Excavator Inlet And Return Pipes For Bucket Arm Cylinder

Product Details:
Brand Name: SANY
Model Number: 55 60
Payment & Shipping Terms:
Minimum Order Quantity: 2
Price: discuss personally
Packaging Details: Wooden frame
Supply Ability: 200 units per week

SANY 55 60 Excavator Inlet And Return Pipes For Bucket Arm Cylinder

Description
Material: Iron OilType: Hydraulic
Type: Cylinder Brand: SANY
Color: Black Connection: Boom Cylinder Inlet And Return Oil
Model: 55 60 Usage: Connecting The Oil Cylinder
Highlight:

SANY 55 Excavator Inlet And Return Pipes

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SANY 60 Excavator Inlet And Return Pipes

SANY 55 60 Bucket arm cylinder inlet and return pipes

 

Product Description

 

Type: Hydraulic cylinder iron oil pipe
Application: excavator
customized Can be customized according to size
Health condition: new
Material: cutter
Transportation packaging: Wooden box
Customization: available

 

 

Product Parameter

 

What are the key points in the design of oil inlet and return pipelines in hydraulic systems?

 

    1.The design of oil inlet and return pipelines in hydraulic systems is crucial as they directly affect the working performance and reliability of the system. The following are some key points in the design of oil inlet and return pipelines in hydraulic systems:

 

     2.The diameter and length of the pipeline should meet the system requirements to ensure smooth flow of hydraulic oil. The diameter of the oil inlet pipeline should be large enough to ensure that the hydraulic pump can provide sufficient flow. The diameter of the return oil pipeline should also be large enough to ensure that the used hydraulic oil can smoothly flow back into the tank.

 

     3.The material of the pipeline should have sufficient strength and corrosion resistance. Common pipeline materials include steel pipes, copper pipes, and stainless steel pipes. When selecting pipeline materials, it is necessary to consider factors such as the working pressure, temperature, and chemical composition of hydraulic oil.

 

      4.The connection method of the pipeline should be reliable and able to withstand the high pressure and high temperature of the system. Common pipeline connection methods include welding, threaded connection, and flange connection.

 

     5.The layout of pipelines should be reasonable to minimize pressure loss and leakage of hydraulic oil to the greatest extent. The oil inlet pipeline should be as short as possible to reduce pressure loss in the system. The return pipeline should minimize the flow rate of hydraulic oil as much as possible to reduce the kinetic energy loss and noise of hydraulic oil.

 

     6.The installation position of the pipeline should comply with the design requirements of the hydraulic system and avoid being affected by factors such as mechanical vibration and external impact. When installing pipelines, factors such as expansion and deformation should be considered to avoid pipeline rupture and leakage.

 

      In summary, the design of oil inlet and return pipelines in hydraulic systems should consider factors such as flowability, strength, corrosion resistance, connection method, layout, and installation position to ensure the working performance and reliability of the system.

Contact Details
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