Festo Pneumatic Shock Absorber - YSRW-10-17 - Size 10 - 17mm Stroke

This pneumatic shock absorber offers a 17 mm stroke and absorbs up to 8 J of energy per stroke. It...

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eBayFesto Dysw-12-20-y1f 548075 Shock Absorber Industry Self-Adjusting Boxed, New
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Tameson UKFesto Pneumatic Shock Absorber 10Mm Stroke - Size 25 - 8073917
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eBayFESTO 548075, DYSW-12-20-Y1F, Shock absorber, self-adjusting
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Product Information

Full details

This Festo pneumatic shock absorber (YSRW-10-17) is designed for industrial automation applications requiring efficient and gentle deceleration. It's ideal for engineers and technicians looking to reduce vibration and increase cycle times in automated machinery. While it offers excellent self-adjusting cushioning, users should be aware of its specific energy absorption limits per stroke. Key features include a 17 mm stroke, 8 J energy absorption, and path-controlled flow for soft, progressive cushioning.

All features

Model Part NumberYSRW-10-17
BrandFesto

Extended Product Information

FAQs

What is the maximum energy absorption capacity per stroke?

The Festo YSRW-10-17 shock absorber can absorb up to 8 Joules of energy per stroke.

How does the self-adjusting cushioning work?

The shock absorber automatically adjusts its internal damping mechanism to provide a soft, progressive deceleration characteristic, reducing impact forces and vibration.

What is the stroke length of this model?

This model features a stroke length of 17 mm.

Can this shock absorber be used in any orientation?

While designed for typical industrial applications, consult the specific technical documentation for detailed mounting guidelines and any orientation limitations.

What type of air quality is recommended?

Standard filtered, lubricated, or non-lubricated compressed air is generally suitable. However, refer to the product's technical data sheet for precise air quality requirements.

How do I determine if this shock absorber is suitable for my application?

Calculate the kinetic energy of the moving mass at the point of impact and ensure it does not exceed the 8 J limit per stroke. Also, consider the required deceleration profile and ensure it matches the device's characteristics.

What maintenance is required for this shock absorber?

Minimal maintenance is required. Regular visual inspection for damage or leaks and keeping the surrounding area clean are recommended.

Troubleshooting

Shock absorber not decelerating effectively.

Check if the energy per stroke exceeds the 8 J limit. Ensure proper alignment and secure mounting. Verify operating pressure and temperature are within specifications.

Excessive vibration or noise during operation.

Confirm that the self-adjusting cushioning is functioning correctly. Ensure the path-controlled flow is not obstructed. Check for proper mounting and alignment.

Piston rod appears stuck or difficult to move.

Inspect for any external obstructions or damage. Ensure the operating environment is clean. If issues persist, professional inspection may be required.

Pros and Cons

Pros

  • Effective vibration reduction due to self-adjusting cushioning.
  • Enhances system efficiency by enabling shorter cycle times.
  • Gentle deceleration protects machinery and workpieces.
  • Durable design suitable for industrial environments.

Cons

  • Specific energy absorption limit (8 J) must not be exceeded.
  • May require precise mounting alignment for optimal performance.
  • Not suitable for extremely high-energy or impact applications without additional damping.

Setup, Compatibility & Care

Setup:

  1. Ensure the mounting surface is clean, flat, and capable of withstanding the forces involved.
  2. Securely mount the shock absorber using appropriate M10 mounting threads. Consult the technical datasheet for recommended torque specifications.
  3. Verify that the moving component aligns correctly with the shock absorber's piston rod.

Compatibility:

This shock absorber is designed for pneumatic systems commonly found in industrial automation. It is compatible with standard compressed air supplies. For optimal performance, ensure the operating temperature and pressure are within the specified ranges.

Care:

  • Periodically inspect the shock absorber for external damage or leaks.
  • Keep the area around the shock absorber clean to prevent debris from interfering with its operation.
  • Avoid exceeding the maximum energy absorption per stroke (8 J) or operating outside the recommended temperature and pressure limits, as this can lead to premature wear or failure.

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