Parker 1.12NLPE92.00 Rodless Air Cylinder 1-1/8 in Bore

Product Description

The PARKER 1.12NLPE92.00 is a single-acting rodless air cylinder designed for linear motion control in pneumatic systems. It features a 1-1/8 inch bore and a 2 inch stroke, making it suited for compact actuator applications where a traditional rod-style cylinder would not fit. The cylinder body is constructed from steel and aluminum, with a nitrile butadiene rubber seal. Port size is 1/8 NPT. Head or cap mounting is supported, giving installers flexibility in how the unit is positioned within an assembly. Licensed industrial maintenance technicians and pneumatic system integrators are the primary installers.

This cylinder is used in industrial automation, machine tooling, and light manufacturing environments where space-constrained linear actuation is required. The rodless design allows the load to travel along the cylinder body rather than extending on a rod, reducing the overall footprint of the actuator assembly. It is suited for applications requiring consistent, repeatable travel over short strokes in both horizontal and vertical orientations.

Key Features

• Single-acting pneumatic operation for straightforward extend or retract control
• 1-1/8 inch bore with 2 inch stroke for compact linear motion
• Steel and aluminum body construction for durability with reduced weight
• Nitrile butadiene rubber seals for compatibility with standard compressed air systems
• 1/8 NPT port for standard pneumatic line connections
• Head or cap mount configuration for flexible installation orientation

Compatibility

Designed as an OEM-style replacement or drop-in component for pneumatic systems requiring a single-acting rodless air cylinder with a 1-1/8 inch bore, 2 inch stroke, and 1/8 NPT port.

Installation Notes

Installation should be performed by a qualified pneumatic systems technician. Depressurize the pneumatic circuit completely before removing or installing the cylinder. Verify port thread type and size match the existing system fittings before connection. Follow applicable OSHA and machine safety standards when integrating this component into automated equipment.