Product Description
With an aim to be a pioneer in our domain, we are indulged in manufacturing, supplying and exporting Heavy Duty Pneumatic Cylinder. This mechanical device is capable of utilizing the power of compressed gas for producing a force in reciprocating linear motion. The piston rod present in it transfers developed force to the object that has to be moved. Pneumatics is preferred more as it is much quieter, cleaner and does not requires a lot of space for fluid storage. Moreover, offered Heavy Duty Pneumatic Cylinder can be availed from us in required specifications such as size, appearance, and function.
Technical Specifications
| Type | Hydro Pneumatic |
| Power Source | Electric |
| Cushion Type | Provided on demand |
| Application | Industrial |
| Bore Size (mm) | 350 mm |
| Stroke (Mm) | 5 Feet |
| Working Pressure (Bar) | 150 P.S.I |
| Condition | New |
| Cushion Stroke (mm) | On demand |
Exceptional Durability for Industrial ApplicationsBuilt with a high-strength steel body and corrosion-resistant coating, this pneumatic cylinder offers impressive mechanical robustness and a long cycle life. The thick-walled design and induction-hardened piston rod enhance the systems resistance to wear, even under high loads and continuous operation, making it ideal for automation processes and heavy machinery demands.
Versatile Mounting and Smooth OperationInstall with ease using standard clevis, flange, or foot mounting options. Adjustable pneumatic cushioning at both ends enables smooth deceleration, reducing impact, noise, and extending the cylinders longevity. The aluminum alloy end covers and polished rod ensure consistent performance in diverse settings, from machine tools to presses.
FAQs of Heavy Duty Pneumatic Cylinder:
Q: How does the adjustable pneumatic cushioning improve cylinder performance?
A: Adjustable pneumatic cushioning at both ends minimizes end-of-stroke impact, reducing operating noise under 70 dB and lowering wear on internal components. This feature promotes longer service life and helps maintain reliable, precise movement, particularly in automation and high-speed applications.
Q: What are the primary benefits of the thick-walled, corrosion-resistant design?
A: The thick-walled cylinder construction, combined with a corrosion-resistant coating, provides superior durability and protection against harsh industrial environments. This ensures reliable service and minimizes maintenance, even when exposed to moisture or abrasive particles.
Q: Where can this heavy duty pneumatic cylinder be installed?
A: Suitable for a wide range of installations, the cylinder can be mounted using clevis, flange, or foot mounting options. It is ideal for automation systems, machine tools, presses, and other heavy machinery across various industrial sectors.
Q: When should I use filtered lubricated versus non-lubricated air as the operating medium?
A: Filtered lubricated air is recommended for enhanced seal longevity and reduced friction, especially in applications with frequent cycles. Non-lubricated air is also supported for environments where oil mist is undesirable, offering versatility to different operational requirements.
Q: What process steps are involved in maintaining this cylinder for optimal performance?
A: Routine maintenance involves checking for air leaks, verifying cushioning adjustment, inspecting the nitrile rubber seals, and ensuring rod surfaces remain polished and debris-free. Periodic lubrication, where applicable, extends seal and component life, while monitoring port and piston speeds ensures efficient operation.
Q: How does ISO 6431 compliance benefit industrial users?
A: Adherence to ISO 6431 standards guarantees dimensional and functional compatibility with other compliant pneumatic components, facilitating straightforward integration, standardized replacement, and reliable performance in global industrial environments.
Q: What usage advantages are offered by the max stroke of 1000 mm and bore size range of 32 mm to 320 mm?
A: The broad stroke and bore range allow users to select the right configuration for their force and motion requirements, accommodating applications from light automation to heavy-duty pressing, thus enhancing system versatility and productivity.