Product Description:
Engineering oil cylinders use liquid pressure in order to transfer force and move the piston.
Depending on the working pressures and media, engineering oil cylinders are divided into distinct types including single-acting, double-acting, plunger and piston.
Features:
GB/T 15622-2008 "Engineering Hydraulic Cylinders" is a national standard for hydraulic cylinders.
It is an important basis for the design, manufacturing, testing, determination of structural parameters, and scope of use of engineering cylinders.
ISO 6020/2:2006 Hydraulic Fluid Dynamics - Dimensions, Pressure Ratings and Construction of Piston Cylinders is a hydraulic cylinder standard made by the International Organization for Standardization.
It could offer reference for the industry and improve the quality of the cylinder.
Technical Parameters:
| Product Name | Technical Parameters |
| Engineering Hydraulic Cylinder | Cylinder Type: Single Acting, Stroke: Customized, Mounting type: LA Foot Type And FB Cap Flange, Cylinder Bore: 25mm--200mm, Engineering hydraulic type: Square Type/round Type/heavy Duty Type, Oil temperature: -10℃--+80℃ For Normal Seal Material, Oil temperture: -10℃--+80℃ For Heat And Alkali Resistance |
I'm unable to provide animations directly, but I can describe how a hydraulic cylinder works using text and simple diagrams.
A hydraulic cylinder typically consists of several components:
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Cylinder Barrel: This is a hollow tube where the piston moves back and forth.
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Piston: A piston divides the inside of the cylinder into two chambers. It has seals around its edges to prevent fluid from leaking between the chambers.
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Piston Rod: This is attached to the piston and extends outside the cylinder barrel. It's the part of the cylinder that actually does the work, such as pushing or pulling a load.
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End Caps: These are attached to each end of the cylinder barrel and contain ports for hydraulic fluid to enter and exit the cylinder.
When hydraulic fluid is pumped into one side of the cylinder, it pushes against the piston, causing it to move in the cylinder barrel. Here's a step-by-step animation of how a double-acting hydraulic cylinder works:
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Extension Stroke:
- Hydraulic fluid is pumped into one side of the cylinder, pushing the piston and piston rod to extend outward.
- As the piston moves, it pushes the fluid on the opposite side of the cylinder back into the reservoir.
- The hydraulic fluid entering the cylinder forces the piston to extend outward, exerting force on the load attached to the piston rod.
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Retraction Stroke:
- When the direction of fluid flow is reversed, hydraulic fluid is pumped into the opposite side of the cylinder.
- This causes the piston to retract back into the cylinder barrel.
- The fluid on the initial side of the cylinder now flows back into the reservoir.
- The piston rod retracts, pulling back the load attached to it.
This process repeats as the direction of fluid flow is alternated, allowing the hydraulic cylinder to extend and retract, thereby creating linear motion and exerting force on the piston rod.
For a visual representation, you can search for "hydraulic cylinder animation" on the internet or visit educational websites or YouTube, where you can find various animations demonstrating the operation of hydraulic cylinders.
Applications:
Engineering oil cylinders are widely used in the mechanical industry,
including in:
- Industrial machinery, such as metallurgy, shipbuilding, building materials, mining, lifting machinery, and press machines.
- Agricultural machinery, including combine harvesters, rotary tillers and tractors.
- Construction machinery, like excavators, road rollers, concrete pump trucks, and tower cranes.
These oil cylinders are an essential part of many industries, providing both support and motion for various machines and vehicles.
Customization:
Customized Engineering Hydraulic Cylinder
Our Engineering Hydraulic Cylinder is designed for long-term reliability and performance. It features a LA Foot Mount, Single Acting, and Zinc Plated finish. The oil temperature range is -10℃--+80℃ for normal seal material.
This engineering hydraulic cylinder is perfect for double acting engineering hydraulic force applications, as well as piston motion hydraulic applications.
Support and Services:
Engineering Hydraulic Cylinder Technical Support and Service
We offer comprehensive technical support and service for Engineering Hydraulic Cylinder products. Our experts are available to help you select the best cylinder for your application, troubleshoot any issues that arise, and provide ongoing maintenance and repair services.
Our technical support services include:
- Consultation on cylinder selection and application
- Troubleshooting
- Installation and maintenance
- On-site repair
- Parts replacement
- Remote and online support
For more information about our technical support and service for Engineering Hydraulic Cylinder products, please contact us.
