ENERPAC RC10010 General Purpose Hydraulic Cylinder, 103.1 Ton, Capacity, 10.25 Inch Stroke Length

Enerpac RC10010 hydraulic cylinder is utilised for its immense lifting and pushing power. It is used in construction, mining, infrastructure and heavy machinery, where tasks demand substantial force and precise movement. Its robust design enables it to handle heavy loads & withstand challenging environments.

Features:

• It is equipped with a standard certified lifting eye, ensuring safe and secure handling during installation or transportation.
• This Enerpac RC10010 cylinder includes a CR400 coupler, dust cap and collar thread protector for additional functionality and protection for the cylinder's components.
• It features a plunger wiper to reduce contamination, safeguarding the internal components and extending the overall lifespan of the cylinder.
• It further offer baked enamel finish to enhance corrosion resistance, ensuring long-lasting durability.

Compatible Accessories:

• Enerpac HC9206C Hose: It provides a flexible and durable connection of hydraulic components with this cylinder for hydraulic power transmission, enabling efficient & controlled operation in heavy-duty lifting & pressing applications.
• Enerpac CATS100 Tilt Saddle: It is designed to enhance the functionality of the cylinder. With its adjustable tilt feature, it allows for precise positioning & efficient lifting operations in a variety of industrial applications.

Frequently Asked Questions:

Q. What safety precautions should I take when working with general-purpose hydraulic cylinders?

A.

• Ensure proper understanding and training of hydraulic systems and cylinder operation before working with them.
• Release hydraulic pressure and secure the cylinder before performing maintenance or repairs.
• Use a piece of cardboard or a suitable tool to detect hydraulic leaks, do not use your hands or body.
• Use proper lifting equipment and techniques when handling heavy hydraulic cylinders.
• Regularly inspect the cylinder for wear, damage or leaks and replace seals & components as needed.
• Ensure proper grounding of the hydraulic system to prevent electrical hazards.
• Adhere to the maximum load capacity specified by the manufacturer for the cylinder.

Q. What safety precautions should I take when working with general-purpose hydraulic cylinders?

A.

• Ensure proper understanding and training of hydraulic systems and cylinder operation before working with them.
• Release hydraulic pressure and secure the cylinder before performing maintenance or repairs.
• Use a piece of cardboard or a suitable tool to detect hydraulic leaks, do not use your hands or body.
• Use proper lifting equipment and techniques when handling heavy hydraulic cylinders.
• Regularly inspect the cylinder for wear, damage or leaks and replace seals & components as needed.
• Ensure proper grounding of the hydraulic system to prevent electrical hazards.
• Adhere to the maximum load capacity specified by the manufacturer for the cylinder.

Q. What are the different kinds of hydraulic cylinders?

A.

• Single-acting hydraulic cylinders
• Welded hydraulic cylinders
• Hollow plunger hydraulic cylinders
• Double-acting hydraulic cylinders
• Telescopic hydraulic cylinders
• Differential hydraulic cylinders
• Tie-rod hydraulic cylinders

Q. How to clean and maintain this general purpose hydraulic cylinder?

A.

• Before cleaning, depressurise and disconnect the general-purpose hydraulic cylinder for safety.
• Use a clean, dry cloth to wipe away dirt and debris from the exterior of the cylinder.
• Inspect the cylinder for any wear, leaks or damage and replace faulty components as necessary.
• Lubricate the moving parts of the cylinder with recommended hydraulic oil or grease.
• Regularly check the hydraulic fluid level and quality, replacing it if contaminated.
• Store the cylinder in a clean, dry area, protected from extreme temperatures and corrosive substances.

Q. What are the factors to consider for selecting the right Enerpac RC10010 hydraulic cylinder for my application?

A.

• Load capacity
• Stroke length
• Operating pressure
• Construction
• Safety features