Festo Compact Cylinder - 40mm Bore - 80mm Stroke - ADNGF-40-80-P-A

This compact air cylinder features a 40 mm piston diameter and 80 mm stroke, delivering a theoreti...

Best current price£175.00from Tameson UK

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Tameson UKFesto Compact Cylinder 40Mm Bore 80Mm Stroke Iso 21287 Double Acting - 554257
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Product Information

Full details

The Festo Compact Cylinder ADNGF-40-80-P-A is designed for automation engineers and industrial maintenance professionals seeking high-force, space-efficient linear motion. Featuring a 40 mm bore and 80 mm stroke, it excels in applications requiring precise guidance and non-rotating movement. While its compact footprint is ideal for tight spaces, users should note that the integrated guide rods require consistent lubrication to maintain optimal performance in high-cycle environments.

All features

Model Part NumberADNGF-40-80-P-A
BrandFesto

Extended Product Information

FAQs

What is the bore and stroke length of this cylinder?

This model has a 40 mm piston diameter (bore) and an 80 mm stroke length.

Is this cylinder capable of resisting rotation?

Yes, the integrated guide rods and yoke plate provide high resistance to torque and prevent the piston rod from rotating.

Can I use proximity sensors with this unit?

Yes, it contains a magnetic piston designed to work with standard Festo proximity sensors.

What type of cushioning does it use?

It uses elastic cushioning rings at both ends, denoted by the 'P' in the part number.

What is the theoretical force output?

At a standard operating pressure of 6 bar, it delivers a theoretical force of 754 N during the advance stroke.

Does it comply with industrial standards?

Yes, it is built to ISO 21287 standards, ensuring compatibility with standard mounting footprints.

Troubleshooting

Cylinder fails to reach full force

Check air supply for leaks and verify input pressure is consistently at 6 bar.

Proximity sensor not triggering

Ensure the sensor is correctly aligned with the magnetic piston and the cable connection is secure.

Uneven or jerky motion

Inspect guide rods for debris or lack of lubrication; verify air lines are not kinked.

Pros and Cons

Pros

  • Space-saving compact design
  • Prevents rod rotation without extra external components
  • High theoretical force of 754 N at 6 bar
  • Seamless integration with standard proximity sensors
  • Robust guide yoke for high lateral load capacity

Cons

  • Not suitable for extremely high-impact shock loads
  • Requires clean, filtered compressed air for longevity
  • Heavier than standard rodless or non-guided cylinders

Setup, Compatibility & Care

To install, mount the cylinder using the through-holes on the end caps, ensuring the mounting surface is flat to avoid mechanical stress on the guide rods. For position monitoring, slide a proximity sensor into the integrated slot along the cylinder barrel and tighten the mounting screw once the desired end-of-stroke position is reached.

Maintenance is straightforward: monitor the guide rods for dust or debris accumulation, as contaminants can degrade the seals over time. Wipe the guide rods clean with a lint-free cloth periodically and apply a thin film of grease if the application environment is dry. Ensure that your pneumatic system uses filtered, lubricated air (where applicable) to extend the life of the internal seals.

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