Parker 1.06DXPSRM02.00 Rodless Air Cylinder 1-1/16 in Bore

Product Description

The PARKER 1.06DXPSRM02.00 is a double acting rodless air cylinder designed for compact linear motion applications in pneumatic systems. It features a 1-1/16 inch (1.06 inch decimal) bore and a 2 inch stroke, with a maximum working pressure of 250 psi. The body is constructed from stainless steel for corrosion resistance in demanding environments. Port size is 1/8 NPTF, and the rod thread size is 5/16-24 UNF male. Overall assembly width is 1.12 inches. This cylinder is installed by millwrights, maintenance technicians, and automation specialists in industrial and light manufacturing settings.

This cylinder suits applications requiring short-stroke linear actuation where traditional rod-style cylinders present space constraints. The double acting design allows powered motion in both extend and retract directions. The double end or rear pivot mount style gives installers flexibility in how the cylinder is anchored to a machine frame or fixture. Typical use cases include indexing mechanisms, small part transfer, and clamping fixtures in automated assembly equipment.

Key Features

• Double acting operation for powered bidirectional movement
• Stainless steel body construction for corrosion resistance
• 1/8 NPTF port compatible with standard pneumatic fittings
• Double end or rear pivot mount style for versatile mounting configurations
• NBR (nitrile butadiene rubber) seals for reliable air retention
• Compact 1.12 inch overall assembly width for tight installations

Compatibility

Designed as an OEM-style replacement or direct-fit pneumatic cylinder for double acting rodless cylinder applications requiring a 1-1/16 inch bore, 2 inch stroke, and 1/8 NPTF porting.

Installation Notes

Installation is typically performed by qualified maintenance technicians or pneumatic system integrators. Depressurize and lock out the pneumatic supply line before removing or installing any cylinder. Ensure all fittings are rated for the system operating pressure before pressurizing. Follow applicable OSHA and machinery safety standards for pneumatic energy control during service.