Key Features and Advantages

• High Capacity in a Low Profile – The LPL1002 offers exceptional lifting force while maintaining a compact size, making it ideal for situations with limited vertical clearance.

• Lock Nut Safety Feature – The integrated mechanical lock nut allows for secure mechanical load holding, enabling the cylinder to support heavy loads for extended periods without relying solely on hydraulic pressure.

• Durable Construction – Built from high-strength alloy steel and treated for corrosion resistance, the LPL1002 is designed for long service life under demanding conditions.

• Precision Control – The single-acting, load return design ensures controlled lifting and lowering, critical for safety and accuracy during load positioning.

• Versatile Applications – Suitable for use in multiple industries, including construction, infrastructure maintenance, shipbuilding, mining, and heavy equipment repair.

Common Applications

The Enerpac LPL1002 is a go-to solution for:

• Bridge maintenance and bearing replacement

• Heavy machinery installation and leveling

• Industrial equipment lifting in tight spaces

• Shipyard and offshore structure positioning

• Mining and tunneling support work

Its low-height profile allows engineers and technicians to complete lifts that would be impossible with standard cylinder designs, while the lock nut provides the added assurance of mechanical load holding during prolonged projects.

Why Choose WB Equipment for Your LPL1002 Needs?

WB Equipment offers the Enerpac LPL1002 both for rental and purchase, giving customers the flexibility to choose the most cost-effective option for their project. Rentals are perfect for one-time or short-term lifting jobs, while purchase options suit businesses that need long-term access to this specialized cylinder.

As an authorized Enerpac distributor, WB Equipment provides:

• Factory-certified products and accessories

• Expert technical support for setup and safe operation

• Fast delivery to meet urgent project timelines

• Competitive rental and sales pricing for maximum value

Accessories and Compatible Equipment

To optimize performance, the LPL1002 can be paired with Enerpac high-pressure pumps, control valves, and hydraulic hoses. WB Equipment also offers complete lifting systems for synchronized or multi-point lifting projects.

Conclusion

The Enerpac LPL1002 combines massive lifting power, low profile design, and mechanical safety locking to deliver safe, precise, and reliable performance in restricted spaces. Whether you need it for a bridge repair, machinery installation, or industrial maintenance, WB Equipment has you covered with both rental and purchase options.

For more details or to request a quote for the Enerpac LPL1002, contact WB Equipment at 866-522-5464 or visit their website.

What Are Synchronous Lifting Systems?

Synchronous Lifting Systems from Enerpac utilize multiple hydraulic cylinders—controlled simultaneously from a central PLC (programmable logic controller)—to ensure every lifting point operates in unison. Sensors and digital controls continuously monitor displacement, pressure, and load, allowing precise corrections as lifting progresses.

This level of synchronization is essential for lifting large or unbalanced loads, such as bridges, ships, turbines, and heavy industrial equipment, where an uneven lift could cause significant structural damage or endanger personnel.

How the System Works

Enerpac’s system typically includes:

• Hydraulic Cylinders placed at multiple lifting points.

• Hydraulic Power Units (HPUs) to provide pressurized fluid to the cylinders.

• Displacement Sensors to monitor movement in real time.

• Load Cells to monitor forces at each lift point.

• A Central Synchronous Controller (with user-friendly interface) to coordinate and manage lifting activity.

This closed-loop system ensures cylinder stroke and pressure are balanced with extreme accuracy—often within 1 mm—regardless of load weight distribution.

Key Features and Benefits

1. Precision Control

Enerpac Synchronous Lifting Systems allow lifting and lowering operations with sub-millimeter accuracy. This is critical for projects requiring high tolerances, such as bridge construction, heavy machinery installation, or power plant maintenance.

2. Real-Time Monitoring

Operators have full visibility over each lifting point thanks to built-in data feedback systems. Displacement, pressure, and load data are displayed on a central touchscreen or computer interface.

3. Automated Adjustments

If the system detects an imbalance during lifting, it automatically adjusts the flow of hydraulic fluid to keep all cylinders in sync.

4. Improved Safety

By eliminating manual intervention and uneven load lifting, these systems dramatically reduce risk. Personnel can conduct operations from a safe distance, and the system’s emergency stop functions offer additional protection.

5. Flexible Configurations

Available in 4, 8, 12, or more lifting points, Enerpac systems are modular and can be adapted to fit the scale and complexity of your project.

Applications Across U.S. Industries

Enerpac Synchronous Lifting Systems are widely used across many American industries, including:

• Bridge Construction and Maintenance: Used for lifting, lowering, or sliding entire bridge decks or support structures.

• Shipbuilding and Dry Docking: Ideal for raising vessels or large ship components with uniform force.

• Mining and Oil & Gas: Lifting massive processing modules, rigs, or structural frameworks.

• Power Generation: Precise lifting of turbines, generators, and heavy transformers during installation or service.

• Civil Infrastructure: Raising tunnels, dams, or large concrete sections for construction or rehabilitation projects.

WB Equipment supports these operations with expert consultation and rental options nationwide.

Enerpac Models and System Options

Enerpac offers several Synchronous Lifting System models to accommodate various load sizes and complexities:

• EVO-Series Synchronous Lifting Systems – Digital control with up to 128 lift points.

• EVO-Mini Systems – Compact versions for smaller projects or limited space applications.

• Custom-Configured Systems – Designed for unique operational challenges or load geometries.

Each system can be paired with a range of Enerpac hydraulic cylinders, including high-tonnage, hollow plunger, low-height, and telescopic cylinders, depending on the project’s needs.

Synchronous Lifting System Accessories

To enhance performance and safety, Enerpac systems can be equipped with:

• Remote control units for wireless operation

• Stroke sensors for precision stroke measurement

• Digital data logging and reporting tools

• Modular hose and valve kits for flexible configurations

• Protective transport and storage cases

These accessories, also available from WB Equipment, ensure that each system performs optimally in challenging environments.

Why Choose WB Equipment?

WB Equipment is a trusted distributor and rental provider for Enerpac Synchronous Lifting Systems. Our experienced team provides system setup, training, and technical support to ensure your project runs smoothly and safely. Whether you need a standard configuration or a custom lifting plan, we offer flexible rental terms and rapid deployment across the U.S.

We support industries in construction, heavy transportation, utilities, shipbuilding, and infrastructure—delivering dependable hydraulic lifting technology with Enerpac’s renowned quality.

Request a Quote

If your project requires precise, multi-point lifting, contact WB Equipment today. Call 866-522-5464 to speak with our engineering team or request a quote online. Let WB Equipment help you lift smarter, safer, and more efficiently with Enerpac Synchronous Lifting Systems.

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What Are Double Acting Hydraulic Cylinders?

Double acting hydraulic cylinders are actuators that apply hydraulic pressure to both the piston and the rod sides of the cylinder. This allows for:

• Powered extension and retraction

• Stronger and more controlled movement

• Greater flexibility in orientation (vertical, horizontal, or upside down)

• Improved performance in fast-paced or complex operations

Enerpac’s double acting cylinders are typically rated to 10,000 psi (700 bar) and come in a wide range of stroke lengths, mounting options, and tonnages—from small industrial cylinders to heavy-duty high-tonnage models.

Where and How Are They Used?

Enerpac Double Acting Cylinders are favored when hydraulic control is needed throughout the full stroke cycle. Applications include:

• Hydraulic presses and tooling systems

• Automated lifting and lowering machines

• Construction hoists and bridge lifts with controlled descent

• Rail car and transport equipment service

• Pipe and flange separation or alignment

• Push-pull assemblies and testing systems

In these applications, the operator has complete control over both directions of movement, making double acting cylinders ideal for precise positioning, heavy lifting with controlled lowering, and mechanical testing.

System Components and Accessories

To operate correctly, double acting cylinders require two hydraulic ports—one for extension, one for retraction—and work best with dual-control accessories:

• Electric or air-powered pumps with 4-way valves

• Directional control valves for fluid routing

• Dual high-pressure hoses and quick couplers

• Mounting hardware (flanges, base plates, clevis ends)

• Tilt saddles and load alignment tools

• Pressure gauges and stroke limiters for monitoring**

Many Enerpac systems include synchronized control boxes, especially for lifting large structures with multiple double acting cylinders working in tandem.

Industries in the USA That Use Double Acting Cylinders

Enerpac Double Acting Hydraulic Cylinders are used extensively across the following U.S. industries:

• Construction & Infrastructure – For controlled lifting of bridge decks, beams, and foundation structures

• Manufacturing & Automation – Integrated into jigs, fixtures, and assembly presses

• Mining & Energy – For tensioning, pushing, and heavy component movement

• Railroad & Transport – Used in jacking systems where quick retract is needed

• Aerospace & Defense – For controlled motion in maintenance and testing stations

• Marine & Offshore – Ideal for push-pull setups in tight spaces and ship maintenance

Their speed, control, and reliability make them essential in any application that can’t afford delays or imprecise force application.

Why Choose Enerpac Double Acting Cylinders?

Enerpac’s double acting models are designed for precision under pressure, offering clear advantages:

• Hydraulic force applied in both directions

• Faster operation—no waiting for spring return

• Ideal for automation and remote-controlled systems

• Suitable for all orientations—no gravity required for retraction

• Engineered for high-cycle, high-force environments

From field repair to factory automation, Enerpac double acting cylinders are built for serious performance and control.

Interesting Facts

• Enerpac’s double acting cylinders are often used in synchronized lifting systems, where multiple cylinders must move in unison within millimeters.

• These cylinders are preferred for horizontal or upside-down lifting, where gravity return wouldn’t work.

• When paired with solenoid valve-controlled pumps, double acting cylinders can be fully remote-operated.

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What Are Single Acting Cylinders?

A single acting hydraulic cylinder is a type of actuator that uses hydraulic pressure to extend the piston and either a spring or the weight of the load to return it to its original position. Unlike double acting cylinders, which require hydraulic force for both extension and retraction, single acting models only need a single hydraulic connection, reducing complexity.

Enerpac’s single acting cylinders are built with:

• Spring-return or load-return mechanisms

• High-pressure (10,000 psi / 700 bar) operation

• Precision-machined components for long service life

• Corrosion-resistant finishes for demanding conditions

Available in a wide range of capacities, stroke lengths, and mounting options, they’re ideal for tasks that require reliable pushing force without the need for powered retraction.

Where and How Are They Used?

Enerpac Single Acting Cylinders are extremely versatile and commonly found in applications like:

• Bridge and infrastructure lifting

• Steelwork and fabrication

• Equipment maintenance and machine alignment

• Construction lifting and positioning

• Testing and load verification setups

• Factory presses and jigs

Because of their compact design and ease of use, these cylinders are popular in both field and shop environments. They’re typically connected to manual pumps for portable jobs, or powered pumps for more intensive tasks.

Accessories and System Components

Enerpac’s single acting cylinders are designed to integrate seamlessly with a wide variety of accessories:

• Hydraulic hand, electric, or air pumps

• High-pressure hoses with quick-connect couplers

• Load saddles and tilt saddles for force alignment

• Mounting bases and brackets for secure installation

• Pressure gauges and valves for precise control

• Carrying handles and storage cases for mobile use

This modularity allows teams to build flexible hydraulic systems suited to any lifting or pushing task.

Industries in the USA That Use Single Acting Cylinders

Enerpac Single Acting Cylinders are used throughout the United States across a variety of industrial sectors:

• Construction & Civil Engineering – For bridge jacking, foundation lifting, and structural adjustments

• Rail & Transportation – Lifting locomotives, cars, and components for repair and inspection

• Manufacturing & Assembly – For press operations, component alignment, and clamping

• Mining & Energy – Equipment maintenance and field-based mechanical tasks

• Utilities & Power Generation – Lifting transformers, valves, and heavy electrical components

• Marine & Offshore – Positioning bulkheads, winches, and deck gear

The ability to deliver precise, repeatable force makes single acting cylinders a go-to solution on everything from skyscraper sites to shipyards.

Why Choose Enerpac Single Acting Cylinders?

Enerpac’s single acting hydraulic cylinders are built to exacting standards and engineered for daily use in high-demand environments:

• Simplified setup with only one hose required

• Spring-return or load-return mechanisms reduce operator steps

• Compact design with rugged strength

• Low-maintenance sealing systems for long operational life

• Proven safety features including over-travel protection and stop rings

These cylinders are ideal for professionals who need performance without complication—all while maintaining Enerpac’s industry-leading durability.

Interesting Facts

• Enerpac’s RC-Series Single Acting Cylinders are considered the global standard for general-purpose lifting.

• Many models feature removable saddles and carry handles, perfect for mobile work crews.

• In emergency lifting scenarios, single acting cylinders are often used with hand pumps for fast deployment.

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What Are Hydraulic Cylinder Accessories?

Enerpac Cylinder Accessories are specialized components that enhance the functionality, flexibility, and safety of Enerpac hydraulic cylinders. These parts are designed to:

• Improve force distribution

• Protect cylinder components

• Enable safe and secure load handling

• Extend reach and connectivity

• Facilitate precise pressure monitoring

• Adapt cylinder mounting for various orientations

By selecting the right accessories, users can adapt a standard hydraulic cylinder into a task-specific solution for lifting, pushing, pulling, or pressing.

Most Common Enerpac Cylinder Accessories

Here’s a breakdown of some of the most popular accessories offered by Enerpac, and what they’re used for:

1. Hydraulic Hoses & Couplers

• Hoses: Rated for 10,000 psi, Enerpac’s high-pressure hoses are essential for safe, reliable hydraulic connections.

• Couplers: Quick-connect fittings allow for fast, leak-free setup and changeover between pumps and cylinders.

2. Saddle Plates & Tilt Saddles

• Flat Saddles: Protect the piston from damage and distribute force evenly across the load.

• Tilt Saddles: Accommodate angled loads to reduce side loading and increase stability during lifts.

3. Pressure Gauges & Adapters

• Gauges: Allow operators to monitor real-time hydraulic pressure to ensure safe, consistent force application.

• Adapters: Connect gauges directly to pumps or manifolds for better control.

4. Mounting Adapters & Base Plates

• Used to securely fix cylinders in horizontal or vertical positions. Essential for repeatable, precise operations.

5. Extension Rods & Threaded Attachments

• Extend reach or connect cylinders to loads in pulling or tensioning applications.

• Common in post-tensioning, maintenance, and press fit tasks.

6. Lock Rings & Retaining Nuts

• Found on lock nut cylinders, these components mechanically hold loads in place for extended periods.

7. Manifolds & Valves

• Control the flow of hydraulic fluid to one or multiple cylinders. Critical in synchronized lifting or multi-point operations.

Where and How Are Accessories Used?

Enerpac accessories are used in every industry that relies on custom hydraulic systems:

• Construction & Infrastructure – For multi-cylinder bridge lifting systems, shoring equipment, and load testing rigs

• Manufacturing & Maintenance – Used with presses, bearing pullers, and heavy assembly lines

• Power & Utilities – To align turbines, tension anchor bolts, and lift transformer bases

• Oil & Gas – For remote site toolkits and modular rig installation

• Shipbuilding & Rail – For controlled lifting, pressing, and mobile repair tasks

• Mining & Steel – In extreme environments where tool safety and reliability are critical

By choosing the correct accessories, operators reduce the risk of failure, improve performance, and meet specific load or positional requirements without improvisation or unsafe workarounds.

Why Choose Genuine Enerpac Accessories?

Enerpac accessories are manufactured to the same tight tolerances, pressure ratings, and durability standards as their cylinders and pumps. Here’s why Enerpac users choose them over generic components:

• Certified compatibility with Enerpac systems

• Rigorously tested for safety and performance

• Long service life in harsh environments

• Quick-change modular fittings save time on job sites

• Globally supported with parts and service available anywhere

Enerpac accessories are engineered to give professionals total system control and confidence on every job.

Interesting Facts

• Enerpac offers cylinder service kits with seals, rings, and accessories for in-field repairs.

• Their Z-Class pumps, when paired with the right valves and couplers, can run multiple cylinders simultaneously—a huge time saver for lifting teams.

• Enerpac also provides custom hose kits, allowing users to build exactly what’s needed for tight, remote, or hazardous locations.

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What Are Pull Hydraulic Cylinders?

Pull cylinders are hydraulic actuators specifically engineered to generate force in the retraction direction, rather than extension. Enerpac’s pull cylinder designs often feature:

• Threaded rod attachment points on the plunger and base

• Single-acting (spring return) or double-acting operation

• Compact, high-strength steel or aluminum bodies

• Corrosion-resistant finishes for outdoor and offshore work

They function by anchoring the base while pulling a rod or part inward, often through a hole or around a fixture. This makes them ideal for tensioning operations or extracting press-fit components.

Where and How Are They Used?

Enerpac Pull Cylinders are used when a linear pulling force is required in place of, or in addition to, pushing. Applications include:

• Anchor bolt tensioning in bridge, wind, and energy construction

• Post-tensioning concrete structures and slabs

• Bearing, pin, or bushing removal in maintenance work

• Load testing in structural engineering

• Cable tensioning and de-tensioning operations

• Pulling couplings or gear components from shafts

The cylinder’s pulling force is applied using threaded rods, pulling plates, or reaction nuts, depending on the job. They’re often part of portable tensioning systems used in the field.

Accessories and System Components

To build a complete pulling system, Enerpac cylinders are paired with:

• Threaded tension rods to connect cylinder to load

• Pulling nuts, adapter plates, and reaction washers

• Electric or manual hydraulic pumps

• High-pressure hoses and couplers

• Base plates or clevis mounts for stability

• Pressure gauges to monitor applied force

Depending on the application, custom accessories such as split nuts or draw bars may be added for safer, more efficient tensioning or pulling.

Industries in the USA That Use Pull Cylinders

Enerpac Pull Hydraulic Cylinders are deployed in industries where precise tensioning and controlled extraction are essential:

• Construction & Civil Engineering – For post-tensioning beams, decks, and bridges

• Power Generation – Tensioning anchor bolts in turbines and nuclear reactors

• Shipbuilding & Marine – Removing press-fit parts, pins, and shafts

• Railroad & Transport – Maintenance on wheels, couplers, and mechanical connections

• Mining & Heavy Equipment – For field service bushing and pin removal

• Structural Testing & Inspection – Load and tension testing for safety certification

Because they deliver pulling power exactly where it’s needed, these cylinders improve safety and efficiency in operations where brute force won’t cut it.

Why Choose Enerpac Pull Hydraulic Cylinders?

Enerpac’s engineering and global support make their pull cylinders a clear choice:

• Compact yet powerful for tight-space applications

• Precision-machined for alignment and load control

• Threaded ports and mounting for easy integration

• Available in a wide range of tonnages and stroke lengths

• Built to endure field abuse, rust, and repeated use

These cylinders are a smart investment for any contractor or facility that needs precision pulling performance with minimum setup.

Interesting Facts

• Enerpac pull cylinders are often used with hydraulic nuts to simultaneously tension bolts and measure applied force.

• In offshore wind farm construction, pull cylinders are deployed to align and tension massive anchor structures.

• Some models are available in aluminum for lightweight, portable use without compromising force output.

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