ENERPAC RR1506 Hydraulic Cylinder

Enerpac RR1506 hydraulic cylinder or ram is used with hydraulic pumps for unidirectional lifting and supporting heavy objects & machinery operations with minimal effort. It is frequently used with fixtures to assist in pressing, crimping and punching applications.

Working Mechanism:

• Pressure is produced by a hydraulic jack by pumping oil through two cylinders.
• When the pump plunger is pulled back, the suction valve opens, allowing oil to enter the pump chamber.
• Oil is moved into the cylinder chamber as the plunger is depressed by passing via an exterior discharge valve.

Features:

• Enerpac RR1506 hydraulic cylinder features steel construction for high strength and has baked enamel finish for complete protection against corrosive fluids, oils & mild chemicals.
• It has base mounting holes, as well as collar & plunger threads for easy fixturing and removable.
• The equipped hardened saddles protect the plunger during pressing & lifting.
• This unit has a built-in safety valve for preventing accidental over-pressure.
• It comes with a plunger wiper for reducing contamination to ensure long-term durability.
• This long stroke unit has a maximum working pressure of 10000 psi.

Compatible Accessories:

• Enerpac CATS Series Tilt Saddles: These saddles can be used to increase contact in long-term loading.
• Enerpac Z-CLass Electric Pumps: These pumps are intended for using hydraulic flows to induce positive displacement in industrial machinery. These units are fitted with solenoid or manual-operated 4-way valves.

Standards and Approvals:

• ISO

Frequently Asked Questions:

Q. What are the selection factors of a hydraulic jack?

A.

• Load capacity: The most important metric is the lifting load capacity.
• Clearance: Check the clearance to make sure the hydraulic jack can support the load.
• Lift height: A regular bottle jack's lift height may be extended by a telescoping bottle jack, although it has a smaller lifting capacity.
• Orientation: Consider the hydraulic jack's orientation when choosing between a horizontal push and a vertical lift, or both.
• Automatic or Manual: Whether automatic or manual, an air or electric pump powers a heavy-duty hydraulic bottle jack. The powered pump in an automated hydraulic jack replaces the role of the manual hand lever.
• Application: Some hydraulic jacks are specifically used in certain industrial processes, such as hydraulic jacks used to split wood logs.

Q. What are the points to remember while using a hydraulic jack?

A.

• First, don't lift more than the allotted tonnes of weight. Overloading may result in cylinder causing breakage or hydraulic fluid leakage.
• Despite including a fail-safe valve design, avoid exceeding maximum pressure.
• Second, the reservoir must always have enough oil. Otherwise, the hydraulic jack's maximum pressure won't be attained.
• A tragic accident might result from a cylinder leak that occurs while it is being used. Look over the manufacturer's recommendations for routine maintenance.

Q. What size hydraulic cylinder do I need?

A. By dividing the total weight by the number of points, you may determine the size of the required cylinder. A 100-tonne load, for instance, would need at least one 100-tonne cylinder, but a load of the same weight with four lift points would need four 25-tonne cylinders.

Q. Can the speed of this Enerpac 150 ton jackdouble-acting hydraulic cylinder be controlled?

A. Yes, the speed of a double-acting hydraulic cylinder can be controlled by adjusting the flow rate of hydraulic fluid into and out of the cylinder. By regulating the flow rate through valves, the extension and retraction speed of the cylinder can be adjusted to meet specific requirements. This allows for precise control and operation of the cylinder in various applications.

Q. What are the benefits of double-acting hydraulic cylinders over single-acting hydraulic cylinders?

A.

• They can exert force in both directions, allowing for pushing and pulling actions.
• The flow of hydraulic fluid can be regulated to achieve precise control over the extension and retraction of the cylinder.
• By utilising hydraulic pressure in both directions, double-acting cylinders can achieve faster operation and higher productivity.
• In case of hydraulic system failure, double-acting cylinders can still be retracted using external forces or mechanisms.