Enerpac CULP10 Single Acting Hydraulic Cylinder

Product Description

The ENERPAC CULP10 is a single-acting portable hydraulic cylinder designed for controlled, high-force linear pushing applications in confined or low-clearance spaces. Part of the CULP series, this cylinder features a solid plunger and a steel body built to withstand the demands of industrial and maintenance environments. With a retracted length of 1.08 inches and an extended length of 1.32 inches, it is engineered for tight-clearance work where stroke length is limited. Oil capacity is 0.51 cubic inches. Licensed hydraulic technicians and industrial maintenance mechanics are the primary installers of this component.

The CULP10 is suited for light-duty single-acting lifting, pushing, or pressing tasks in portable hydraulic setups. Its compact stroke and low retracted height make it a practical choice for applications where access is restricted and a full-size cylinder cannot be positioned. It is commonly used in equipment maintenance, alignment work, and assembly operations requiring precise, controlled force delivery in a small footprint.

Key Features

• Single-acting operation for straightforward force delivery in one direction
• Solid plunger design for durability under repeated loading cycles
• Steel body construction for strength and resistance to deformation
• Retracted length of 1.08 inches suits low-clearance installation points
• 0.51 cubic inch oil capacity keeps system fluid volume requirements minimal
• Part of the CULP series for consistent fitment within the ENERPAC portable cylinder lineup

Compatibility

Designed as an OEM-style replacement or supplemental component within the ENERPAC CULP series of single-acting portable hydraulic cylinders.

Installation Notes

Installation and service of hydraulic cylinders should be performed by a qualified hydraulic technician or industrial mechanic. Depressurize the hydraulic system completely and relieve all stored pressure before disconnecting or installing any cylinder. Ensure all fittings and connections meet the pressure ratings of the system. Follow applicable ASME and local safety standards for hydraulic equipment handling and operation.