Festo Compact Cylinder - 6mm Bore, 5mm Stroke, Double Acting

The compact air cylinder ADN-S features a 6 mm piston diameter and 5 mm stroke, delivering a theor...

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Tameson UKFesto Compact Cylinder 6Mm Bore 5Mm Stroke Double Acting - 8080598
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Product Information

Full details

This guide is for engineers and technicians working with compact automation solutions. The Festo ADN-S compact air cylinder offers precise, small movements with its 6mm bore and 5mm stroke, delivering 17 N of force at 6 bar. Its primary benefit is its space-saving, lightweight design ideal for applications with tight constraints. A key consideration is its lack of internal cushioning, requiring careful integration to avoid impact.

All features

BrandFesto

Extended Product Information

FAQs

What is the maximum operating pressure?

The specific maximum operating pressure depends on the exact model variant, but for typical applications needing the stated force, pressures around 6 bar are used. Refer to the official Festo datasheet for precise limits.

Does this cylinder have adjustable cushioning?

No, the Festo ADN-S series features uncushioned operation. Movements must be controlled to prevent impact at the end of stroke.

What size fittings are required?

The required fitting size depends on the specific port thread of the cylinder variant. Consult the product's technical documentation for precise specifications.

Can I use this cylinder for continuous high-cycle applications?

While durable, its uncushioned nature may limit its suitability for very high-speed, continuous cycling without careful system design to manage impact and heat.

What is the advantage of the magnetic piston?

The magnetic piston allows for the use of external sensors to detect the cylinder's position, enabling automated feedback and control within a system.

How is the theoretical force calculated?

Theoretical force is calculated based on the piston area and the applied air pressure. For advancing (pushing), it's approximately (Piston Area * Pressure). The 17 N is the theoretical advancing force at 6 bar for the 6mm bore.

Troubleshooting

Cylinder not moving

Verify air supply pressure and connection to both ports. Check for obstructions in the air lines or cylinder ports. Ensure control signals are correctly sent to the directional control valve.

Weak force output

Confirm operating pressure is at or above the required level (e.g., 6 bar). Check for air leaks in the system. Ensure the piston is not obstructed.

Position sensor not detecting

Ensure the sensor is correctly positioned over the magnetic piston. Check sensor wiring and power supply. Verify sensor compatibility with the cylinder's magnetic field strength.

Erratic movement or inconsistent stroke

Check air quality (moisture, particulates). Inspect for internal cylinder damage or wear. Ensure correct control valve operation.

Pros and Cons

Pros

  • Extremely compact and lightweight for integration into confined spaces.
  • Offers precise control for small, repetitive movements.
  • Magnetic piston simplifies position monitoring.
  • Durable construction for industrial environments.
  • Contributes to sustainability through efficient design.

Cons

  • Lacks internal cushioning, requiring external dampening or careful speed control.
  • Limited stroke length may not be suitable for all applications.
  • Specific force output is dependent on operating pressure.
  • Requires external sensors for position detection.

Setup, Compatibility & Care

Setup: Mount the cylinder securely using appropriate fittings compatible with its port size (refer to technical data sheet for specifics). Connect compressed air lines to the double-acting ports. Ensure air supply meets the required pressure range (e.g., up to 6 bar for specified force). If using position sensing, attach compatible magnetic field sensors to the cylinder housing at the desired detection points.

Compatibility: The ADN-S cylinder is designed for standard pneumatic systems. Ensure compatibility of connecting fittings and air supply quality (clean, dry air is recommended) with Festo standards. It integrates well with standard automation control systems that can manage double-acting actuators and read sensor signals.

Care: Regularly inspect for air leaks. Keep the external surfaces clean using a dry or slightly damp cloth. Avoid using harsh solvents. Ensure the air supply is filtered to prevent contaminants from entering the cylinder, which could affect performance and longevity.

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