ENERPAC RSM1500 Hydraulic Cylinder, 150 Ton, 5/8 Inch Stroke Length

Enerpac RSM1500 low-height hydraulic cylinder is ideal for construction, manufacturing, maintenance and general lifting applications where space is limited.

Working Mechanism:

• Enerpac RSM1500 cylinder operates using hydraulic pressure to generate force.
• When pressurised hydraulic fluid is supplied to the cylinder, it enters the cylinder's chamber, pushing against the piston.
• The piston, connected to the plunger, begins to move outward, extending the stroke length.
• As the stroke length increases, the cylinder applies a powerful pushing force with a capacity of 153.4 tons.
• Once the desired stroke length is reached or the hydraulic pressure is released, the cylinder can hold the position without further fluid supply due to its single-acting design.
• During the return stroke, a powerful return spring assists in retracting the plunger swiftly and conveniently, ready for the next operation.

Features:

• Enerpac RSM1500 hydraulic cylinder is equipped with mounting holes to permit easy fixturing for secure installation.
• It features steel construction with a baked enamel finish for corrosion resistance and structural rigidity.
• This flat jack hydraulic cylinder is equipped with a CR-400 coupler to minimise leakage and a dust cap to protect against contamination, dust & dirt.
• It has hard chrome-plated steel plungers for prolonged service life.
• This Enerpac RSM1500 hydraulic cylinder has grooved plunger ends to eliminate the need for a saddle during operation.
• It operates as a single-acting cylinder with a spring return mechanism and can be operated at pressures up to 10000 psi.

Frequently Asked Questions:

Q. How is Enerpac RSM-1500 low-height flat jack cylinder maintained?

A.

• Cleaning the cylinder at regular intervals.
• Inspecting the seals and connections for leaks.
• Lubricating the cylinder regularly.

Q. How to bleed air from Enerpac hydraulic cylinders?

A.

• Begin by attaching the cylinder and pump using the appropriate hose assembly, ensuring that all connections are securely tightened.
• If possible, position the pump at a higher level than the cylinder to aid in the smooth operation of the system.
• Before applying pressure, it is necessary to vent the pump reservoir. Additionally, advance and retract the cylinder with minimal or no pressure.
• Observe the performance of the plunger during operation. If it moves smoothly, it indicates that the air has been bled out of the system. However, if the cylinder retracts in a jerky, spongy, or pulsating manner, continue to cycle the pump and the cylinder stem until the operation becomes smooth and consistent.