Festo Compact Cylinder 32mm Bore 10mm Stroke Single Acting
This compact air cylinder offers a 32 mm piston diameter and 10 mm stroke, delivering a theoretica...This compact air cylinder offers a 32 mm piston diameter and 10 mm stroke, delivering a theoretical force of 445 N at 6 bar when advancing. The single-acting, push-type cylinder features elastic cushioning rings at both ends for smooth operation. Its compact design allows for versatile mounting options, including through-hole and internal thread. The magnetic piston enables position sensing, enhancing control capabilities. The cylinder's reduced material usage contributes to sustainable production practices without compromising performance.
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Product Information
Full details
The Festo Compact Cylinder DPDM-32-10-S-PA is designed for industrial automation applications requiring precise and reliable linear motion in confined spaces. It offers a substantial theoretical advancing force of 445 N at 6 bar with its 32mm bore and 10mm stroke, making it ideal for tasks like clamping, positioning, or light pressing. A key benefit is its compact design and versatile mounting options, allowing integration into complex machinery. However, its single-acting nature means it relies on spring return, which may not suit all applications requiring powered retraction.
All features
Model Part Number
DPDM-32-10-S-PA
Brand
Festo
Extended Product Information
FAQs
What is the maximum operating pressure for this cylinder?
While the product description does not explicitly state a maximum pressure, standard Festo compact cylinders typically operate up to 10 bar. Always refer to the official Festo datasheet for precise specifications.
Can this cylinder be used in a vacuum environment?
This cylinder is designed for positive pneumatic pressure and is not intended for vacuum applications without specific modifications or sealing considerations. Consult Festo for vacuum-rated options.
How is the cushioning adjusted?
The DPDM-32-10-S-PA features elastic cushioning rings, which are fixed and not adjustable. For adjustable cushioning, consider models with variants that offer this feature.
What is the theoretical force at 4 bar?
The theoretical advancing force is proportional to pressure. At 4 bar, the theoretical force would be approximately (4 bar / 6 bar) * 445 N = 297 N.
Can I use this for continuous high-cycle applications?
The elastic cushioning provides smooth operation, but for extremely high-cycle applications, it's advisable to consult Festo's technical data for expected lifespan and consider models with more robust cushioning or specific high-cycle designs.
What type of proximity sensors are compatible?
The cylinder's magnetic piston is compatible with standard Festo magnetic field sensors (e.g., SMT series) or other sensors designed to detect magnetic fields. Ensure the sensor's voltage and switching characteristics match your control system.
Does this cylinder require lubrication?
If using a clean, dry compressed air supply adhering to ISO 8573-1 Class 1.4.1 or better, lubrication is generally not required. For other air qualities, consult the specific Festo guidelines.
Troubleshooting
Cylinder does not extend
Check air supply pressure and connection. Ensure the control valve is actuated correctly. Verify that the air supply is not blocked.
Cylinder does not retract fully
Ensure the return spring is not obstructed. Check for internal friction or debris. Verify sufficient air pressure is released from the port during retraction.
Inconsistent stroke or jerky movement
Check the cleanliness of the air supply. Inspect for internal damage or wear. Ensure the piston is properly aligned and not binding. Adjust cushioning if applicable.
Position sensor not detecting piston
Verify sensor compatibility and correct mounting position. Ensure the sensor is energized and functioning. Check that the cylinder's magnetic piston is intact.
Pros and Cons
Pros
Compact form factor for space-constrained environments.