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The PARKER 2.00DSRM12.00 is a double acting rodless air cylinder designed for linear motion in pneumatic automation systems. It features a 2 inch bore, a 12 inch stroke, and a maximum working pressure of 250 psi. The body is constructed from stainless steel for corrosion resistance in demanding environments. A 1/4 NPTF port provides a standard threaded connection for compressed air supply and exhaust lines. The front nose mount style simplifies bracket and frame integration. This cylinder is installed and serviced by industrial maintenance technicians, automation specialists, and mechanical contractors working on pneumatic motion control applications.
This cylinder is suited for industrial and commercial pneumatic systems requiring controlled bi-directional linear actuation. The double acting design uses air pressure on both sides of the piston to generate force in both the extend and retract directions. The front nose mount configuration is commonly used where the cylinder must be anchored at the head end to a machine frame or fixture plate. The 12 inch stroke and compact rodless profile make it appropriate for guided linear slides, material handling equipment, and automated fixture systems where a traditional rod-style cylinder would require additional clearance.
Designed as an OEM-style replacement or direct installation component for industrial pneumatic systems requiring a double acting rodless air cylinder with a 2 inch bore and 12 inch stroke at up to 250 psi.
Installation should be performed by a qualified industrial maintenance technician or mechanical contractor familiar with pneumatic system design. Depressurize and lock out the compressed air supply completely before installing or servicing this cylinder. Ensure all port connections use appropriate thread sealant compatible with pneumatic service and confirm fitting torque per the pneumatic fitting manufacturer specifications. Verify that the mounting structure can support the cylinder thrust loads at maximum working pressure before placing the system in service.
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