Festo Compact Cylinder 20mm Bore 50mm Stroke Double Acting - 4840820

Festo Compact Cylinder 20mm Bore 50mm Stroke Double Acting - 4840820
Festo Compact Cylinder 20mm Bore 50mm Stroke Double Acting - 4840820
Festo Compact Cylinder 20mm Bore 50mm Stroke Double Acting - 4840820
Festo Compact Cylinder 20mm Bore 50mm Stroke Double Acting - 4840820
Image may vary slightly
See specifications for accurate information.
Reference: P2D9V
Brand: Festo
Mfr. Part: DPDM-Q-20-50-PA

This compact air cylinder features a 20 mm piston diameter and 50 mm stroke, delivering a theoretical force of 188 N at 6 bar when advancing. The double-acting cylinder is designed with protection against rotation and includes 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 and precision in automated systems.

View all
Regular price
$108.42 USD
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 114 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.
Expected delivery in 5–7 business days

Shipping to United States: $14.95 USD
Free for orders > $390.00 USD (excl VAT)

We sell only to registered businesses


Description
Specifications
Downloads
Related products

This compact air cylinder features a 20 mm piston diameter and 50 mm stroke, delivering a theoretical force of 188 N at 6 bar when advancing. The double-acting cylinder is designed with protection against rotation and includes 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 and precision in automated systems.