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Enerpac Cylinders

Are you considering Enerpac general-purpose cylinders for your hydraulic needs but unsure which one to choose? This article simplifies it all, breaking down the options and features and using examples to help you decide. From capacities to series, we've covered you with the lowdown on Enerpac's reliable and versatile cylinders.

 

Quick Facts

  • Enerpac has cylinders for every industry, with specific models for specific tasks, including general-purpose cylinders, specialized cylinders, and telescopic cylinders for precision applications.
  • Enerpac cylinders are built for durability and performance, with features like the GR2 Bearing System, high-grade seals, and materials for extended life, contamination, and side load resistance.
  • Depending on the application's capacity and stroke, choosing the right Enerpac cylinder is key to safety and efficiency; maintenance and usage are key to longevity and reliability.

Enerpac Hydraulic Cylinder Range

Enerpac's hydraulic cylinder range is as broad as the industries it serves. With a full range of general-purpose cylinders for every industrial application, Enerpac boasts multiple options to meet the needs of professionals worldwide. Whether you need general cylinders or specialized models like hollow plungers, low-height, or pull cylinders, this brand has capacities and stroke lengths to suit your job.

And for those hard-to-reach spaces, Enerpac's low-height models have a collapsed height that fits into tight spots, so no job is too tough to tackle.

RC Series

At the core of the Enerpac range is the RC Series, versatile and reliable general-purpose cylinders across a wide range of capacities:

  • 10 ton
  • 25 ton
  • 50 ton
  • 100 ton

This series is compatible with most models and has become an industry standard for general applications. It is known for consistent and reliable performance regardless of load.

Telescopic Cylinders for Precision

Precision is key in applications that require precise alignment and positioning, and this is where Enerpac's telescopic cylinders excel. With features like easy fixturing and plunger threads, these cylinders offer the precision control needed for complex tasks like segmental bridge construction.

The design includes collar threads and base mounting holes for versatility in fixturing, which is critical for high accuracy in machining operations.

Single vs Double Acting Cylinders

The difference between single-acting and double-acting cylinders is key to choosing the right tool for the job. Single-acting cylinders use a spring mechanism for retraction and are often used where gravity helps return the cylinder to its original position. Double-acting cylinders have hydraulic power for extension and retraction and are used where precision is not solely dependent on gravity.

Each type requires a different pump source, a 3-way valve for single-acting, and a 4-way valve for double-acting to function.

 

Enerpac Cylinders Construction and Design

Enerpac's attention to detail is evident in the construction and design of its general-purpose cylinders. Every cylinder is built for longevity, with high-grade polyethylene seals for low wear and extended life. A plunger wiper reduces contamination, and the baked enamel finish protects against corrosion.

A well-designed bearing system with composite wear bands provides optimal sideload resistance, allowing Enerpac cylinders to handle the most challenging jobs.

Built to Last: Materials and Durability

Durability is not a feature; it's a promise with Enerpac general-purpose cylinders, especially the RC Series. Designed as a general-purpose option, these cylinders are built to withstand industrial use. Plunger wipers and a durable external finish protect the cylinders from contaminants and damage for a long life.

Enerpac's High-Tonnage Cylinders' heavy-duty construction gives them extra stability, side load resistance, and bearing surface area.

Innovative Features for Better Performance

Enerpac's RC series hydraulic cylinders are not just tough; they're also smart. Some of the features that make them better are:

  • GR2 Bearing System in the RC-Series reduces friction and extends cylinder life.
  • Redesigned seals and materials in the High Tonnage Cylinders for faster retraction.
  • In some models, a pre-tensioned spring system results in faster retraction and productivity.

Note: Synchronized systems like EVO-Series and SFP-Series pumps allow for controlled lifting and lowering across multiple points, which is Enerpac's solution to complex industrial problems.

 

Applications and Industries

Enerpac hydraulic cylinders, including general-purpose cylinders, are the backbone of many industrial applications. Their ability to move or support heavy loads with precision makes them essential in tough jobs across many industries. Enerpac's hydraulic solutions are designed for professionals who need strength and finesse in everything from construction to manufacturing.

Position and Load Versatility

The flexible design allows Enerpac hydraulic cylinders to be used in any position. The 3-2-1 locating method positions workpieces accurately and provides a reference for fixture placement. Various mounting options (blocks and flange nuts) give secure and stable placement in many applications and expand the cylinder's use.

Telescopic cylinders are precision-engineered to:

  • Long strokes from small size
  • For use in tight spaces
  • Safer
  • Faster setup
  • Fewer scrapped parts due to better accuracy.

Enerpac in Action: Success Stories

Real-life applications back Enerpac's reputation for hydraulic solutions. Its synchronized lifting systems have been used to control the lifting and lowering large and heavy loads on the EVO-Series and SFP-Series pumps and the Enerpac logo.

These are just a few examples of Enerpac delivering on what professionals expect.

 

Choosing the Right Enerpac Cylinder for You

Choosing the right Enerpac hydraulic cylinders, such as general-purpose ones, is critical to your productivity and safety. Consider capacity, stroke length, and your application requirements to get the correct cylinder.

Capacity and Stroke Requirements

Determining the right cylinder capacity is key to performance and safety. When selecting a cylinder, consider the weight of the object being moved and the friction involved, and check the maximum force rating from the product literature. The 80% rule is a best practice for capacity and stroke, using no more than 80% of the cylinder's maximum stroke capacity for positioning. Using the right tools and accessories as per the product manual will also help extend the life and reliability of Enerpac cylinders.

Enerpac has various capacities for long-stroke cylinders to give your application the proper force and travel.

Cylinder Type to Application

There are many hydraulic cylinders, including general-purpose cylinders, and each one is suited to different applications. Here are some common ones:

  1. Piston rod cylinders: Used for controlled extension and retraction in manufacturing machinery. Single or double acting.
  2. Plunger cylinders: These are used for pushing applications like snowplow equipment—single-acting.
  3. Double-acting cylinders: Used for applications that require both pushing and pulling forces like construction and maintenance.

Enerpac's high-tonnage cylinders, which can operate up to 10,000 psi, are perfect for heavy-lifting applications and show that Enerpac can cater to many requirements.

 

Where to Buy and Maintain Your Enerpac Cylinder

Buying an Enerpac hydraulic cylinder is just the start of the journey to increased industrial productivity. Knowing where to buy and how to maintain these cylinders is key to getting the most out of your investment.

Where to Buy Enerpac Cylinders: Sales Channels and Options

Enerpac cylinders can be purchased through authorized distributors, industrial equipment retailers, or the Enerpac website. Buying through authorized channels ensures the authenticity and quality of the product and a support network for any questions or issues that may arise.

Adding cylinders and jacks to your cart and buying on the Enerpac website is the easiest and most secure way to get these hydraulic solutions.

Maintenance Tips

Maintaining an Enerpac cylinder requires attention to detail and following the brand's maintenance guidelines. Cleaning, checking for leaks and damage, and changing the hydraulic fluid as specified are the basic routines to ensure the cylinder works over time. To prevent oil contamination, water ingress, and side loading, follow the operation manual and carefully handle the cylinders.

Proper maintenance extends life and keeps your Enerpac cylinder a reliable tool in your industrial arsenal.

 

Conclusion

We've covered the Enerpac journey from understanding the range to maintaining the cylinders, from robust construction to innovative features to real-world applications. The path to choosing the right Enerpac hydraulic cylinder is capacity, stroke, and industry requirements. With the right Enerpac cylinder in your toolbox and the knowledge to maintain it, you can take your operations to new heights. Let Enerpac power your projects.

 

FAQs

Why Enerpac cylinders for low clearance applications?

Enerpac cylinders are suitable for low-clearance applications because they are designed with a collapsed height for tight spaces, making them versatile and functional in harsh environments.

Can I use Enerpac cylinders in any position?

Yes, Enerpac hydraulic cylinders can be used in any position, making them versatile and useful for many applications.

How do I buy a genuine Enerpac cylinder?

To buy a genuine Enerpac cylinder, buy from authorized dealers or the Enerpac website. Avoid unauthorized sources to avoid counterfeit products.

What are the maintenance routines for my Enerpac cylinder?

Maintain your Enerpac cylinder by cleaning it, checking for leaks and damage, and changing the hydraulic fluid as specified by Enerpac. Follow these routines to extend the cylinder's life.

How do I choose the right Enerpac cylinder for my application?

To choose the right Enerpac cylinder for your application, consider general-purpose cylinders for their versatility. Weigh the object, friction, and maximum force rating. Follow the 80% rule for capacity and stroke and choose the right force and travel distance.