HCL504, 62 ton Capacity, 3.94 in Stroke, Single-Acting, High Tonnage, Lock Nut Hydraulic Cylinder
HCL504, 62 ton Capacity, 3.94 in Stroke, Single-Acting, High Tonnage, Lock Nut Hydraulic Cylinder
High Tonnage single-acting load return hydraulic cylinder with lock nut. For demanding high-capacity lifting applications that require safe mechanical locking for extended periods.
Powerful, safe, and efficient. HCL Series High Tonnage Cylinders are the ideal choice for demanding high capacity lifting projects - especially when secure mechanical load holding is vital. The single-acting load return configuration offers simplicity, and the tilt saddle ensures maximum contact can be made with misaligned loads.
Model: HCL504 Â Â |Â Â ECCN: EAR99 Â Â |Â Â Harmonization: 8412210075
Series: HCL Â Â |Â Â Product Line: Industrial Tools
Series: HCL Â Â |Â Â Product Line: Industrial Tools
HCL Series High Tonnage Hydraulic Cylinders feature a lock nut to provide secure mechanical load holding for extended periods. These single-acting load return cylinders contain fewer parts than other types making them simple to use and maintain.
All Enerpac High-Tonnage Cylinders are equipped with numerous special features to ensure the durability, safety, and performance needed for large-scale construction projects. Among these features are low-wear high-pressure seals, replaceable composite plunger support bearings, and a robust nitrocarburized finish on the body, lock nut and plunger.
- Safe mechanical load holding for extended periods
- Low friction lock nut spins easily, saving time and effort
- Load return design - simple to use and maintain
- Nitrocarburized surface resists side-loading and cyclic wear
- Withstands 10% side-load up to 90% of maximum stroke
- Overflow port as stroke limiter - prevents plunger blow-out
- Weather protected, inside and out
- Replaceable bearings support the plunger throughout the stroke
- Certified lifting eyes
- Base mounting holes included as standard.
- Maximum working pressure up to 10,000 psi (700 bar)
- Complies to ASME B30.1