Stroke Reading Cylinder

Stroke Reading Cylinder Specification

Pressure
Max 210 bar

Capacity
1000 mm stroke

Temperature
-10C to +80C

Wall Thickness
6 mm

Material
Alloy steel

Structure
Double acting

Power
Hydraulic

Dimensions
50 mm bore x 30 mm rod dia

Max. Stroke
1000 mm

Shaft Diameter
30 mm

Seals Type
Polyurethane/NBR

Rod
Hard chrome plated steel

Weight
47 kg

Stroke Position Feedback
Integrated scale for direct stroke reading

Port Size
3/8" BSP

Fluid Type
Hydraulic oil

End Cushioning
Both ends

Piston Type
Precision ground piston with wear rings

Mounting Type
Clevis

Surface Treatment
Hard chrome plated rod, painted cylinder body

Application
Industrial machinery, testing devices

Cylinder Type
Stroke reading (position feedback)

Operating Method
Direct control

Finish
Corrosion resistant paint

Stroke Reading Cylinder Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About Stroke Reading Cylinder

A pneumatic stroke reading cylinder is a pneumatic actuator that not only moves back and forth using compressed air, but also provides feedback about the position (stroke) of the piston during operation.

Precision Engineering for Optimal Performance

This hydraulic cylinder is engineered with a precision ground piston and wear rings to ensure long-lasting performance and minimal internal friction. The integrated stroke reading scale allows operators to monitor the cylinder's position directly, supporting accurate control and improved safety in high-stakes industrial environments. With double-acting power and solid alloy steel construction, reliability is at the core of this system.

Durable Construction for Rigorous Environments

With a hard chrome-plated steel rod and a cylinder body finished in corrosion-resistant paint, this stroke reading cylinder withstands demanding conditions. Its robust structure, including a wall thickness of 6 mm and polyurethane/NBR seals, ensures exceptional resistance to wear and corrosion, making it ideal for continuous use in industrial settings.

FAQ's of Stroke Reading Cylinder:

Q: How does the integrated stroke reading scale enhance the operation of this hydraulic cylinder?

A: The integrated stroke reading scale provides direct visual feedback of the piston's position. This feature enables operators to monitor and control the cylinder's stroke accurately, improving safety and precision during industrial and testing operations.

Q: What are the primary applications for this cylinder in industrial settings?

A: This cylinder is designed for installation in industrial machinery and testing equipment requiring high-precision stroke monitoring. Its robust construction and position feedback system make it indispensable for environments where accurate motion control and reliability are critical.

Q: When should routine maintenance be performed on this hydraulic cylinder?

A: Routine maintenance should be scheduled based on the frequency of use and the application's operating conditions-generally, inspection of seals, lubrication, and checking for wear every 6-12 months will ensure optimal performance and longevity.

Q: Where can this stroke reading cylinder be supplied and installed?

A: This hydraulic cylinder is available for supply and installation across India, from trusted suppliers and traders specializing in industrial hydraulic components. Its versatile design suits numerous industrial environments.

Q: What is the process for integrating the cylinder with existing hydraulic systems?

A: Integration involves connecting the cylinder using the 3/8" BSP fluid ports, securing it with the clevis mounting, and ensuring compatibility with your hydraulic setup. Direct control circuitry and position feedback wiring can then be connected to your system's controls, following the manufacturer's installation guidelines for optimal function.

Q: How does the corrosion-resistant finish and hard chrome-plated rod benefit long-term performance?

A: The corrosion-resistant painted body and hard chrome-plated rod protect key components from harsh industrial environments, reducing rust, wear, and the likelihood of premature failure, which extends the cylinder's service life and maintains smooth operation.

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