Festo Compact Cylinder 25mm Bore 10mm Stroke Double Acting - 4840825

Festo Compact Cylinder 25mm Bore 10mm Stroke Double Acting - 4840825
Festo Compact Cylinder 25mm Bore 10mm Stroke Double Acting - 4840825
Festo Compact Cylinder 25mm Bore 10mm Stroke Double Acting - 4840825
Festo Compact Cylinder 25mm Bore 10mm Stroke Double Acting - 4840825
Image may vary slightly
See specifications for accurate information.
Reference: P2DA2
Brand: Festo
Mfr. Part: DPDM-Q-25-10-PA

This compact air cylinder features a 25 mm piston diameter and 10 mm stroke, delivering a theoretical force of 295 N at 6 bar when advancing. The double-acting cylinder is designed with protection against rotation and includes elastic cushioning rings at both ends. Its compact design allows for versatile mounting options, including through-hole and internal thread. The magnetic piston enables position sensing, enhancing control and precision in automated systems. The cylinder's reduced material usage contributes to more sustainable production practices.

View all
Regular price
£89.04
excl VAT

In stock Ships in 3d Not available Not available
0 are currently in your cart. For orders exceeding 0, expect an increased lead time of 3 days. Up to 108 items available for online order. For higher quantities, please contact us on support@tameson.com to request the lead time. The item is not available for online order, please contact us on support@tameson.com to request the lead time.

Shipping to United Kingdom: Free
Free for orders > £75.00 (excl VAT)
Expected delivery in 5 - 6 business days

Description
Specifications
Downloads
Related products

This compact air cylinder features a 25 mm piston diameter and 10 mm stroke, delivering a theoretical force of 295 N at 6 bar when advancing. The double-acting cylinder is designed with protection against rotation and includes elastic cushioning rings at both ends. Its compact design allows for versatile mounting options, including through-hole and internal thread. The magnetic piston enables position sensing, enhancing control and precision in automated systems. The cylinder's reduced material usage contributes to more sustainable production practices.