Load-Rated Connections for Lifting & Rigging

A dependable lifting setup starts with connections suited to the load, attachment point & equipment around them. Garrick Herbert shackles provide removable connections for compatible lifting equipment, chain & attachment points across fabrication, machinery maintenance, construction & industrial handling applications.

Choosing a lifting shackle takes more than finding a pin that fits. Check the Working Load Limit (WLL), shackle configuration, pin type, dimensions, condition & intended loading direction before putting the connection into service.

For equipment surrounding the connection, explore Chain, Wire & Rope, Heavy Lifting & Rigging Gear & Lifting Equipment.

What Are Shackles?

Shackles are removable connecting fittings used to join compatible components within lifting & rigging arrangements. Their curved body carries the load between connection points, while the removable pin allows the assembly to be connected, repositioned & separated when required.

Bow, dee & other shackle configurations suit different connection arrangements. A bow shackle provides a wider curved body with more internal room, while a dee shackle has a narrower profile suited to appropriate in-line connections. Pin configurations can also vary according to the particular shackle & intended application.

The relationship between components is straightforward:

load → attachment point → shackle → rigging equipment → lifting equipment

Every component within that path needs to suit the intended task. A higher capacity in one component does not correct an unsuitable connection elsewhere in the assembly.

Why Choose Garrick Herbert Shackles?

Need a connection that can be removed once the lift is finished? Shackles make it practical to assemble compatible rigging around a particular task & disconnect it afterwards without creating a permanent attachment.

That flexibility is valuable when lifting motors during maintenance, positioning fabricated steel, installing workshop machinery or handling plant components during shutdown work. Different loads can require different connection geometry, so capacity, dimensions & physical fit should always be considered together.

For suitable vertical lifting applications, Chain Blocks can provide mechanical lifting force as part of an appropriately configured system.

Common Applications

Machinery Maintenance & Component Removal

A motor, pump or gearbox rarely presents the same access conditions as the equipment beside it. Shackles allow suitable rigging connections to be assembled around available lifting points & removed once the component has been repositioned.

Steel Fabrication & Workshop Handling

Fabricated components may move through cutting, welding, assembly & final positioning before leaving the workshop. Removable connections can form part of the lifting arrangement as steelwork progresses between these different stages.

Construction & Site Work

Changing loads, locations & working conditions can place different demands on lifting equipment throughout a project. When the job extends beyond lifting into moving or positioning materials around the work area, Material Handling Equipment provides complementary handling options.

Preparing equipment before workload increases can help keep jobs moving. Spring Jobsite Prep Getting Your Gear Ready covers practical preparation for tools & equipment before demanding periods.

Plant Shutdowns & Industrial Maintenance

Shutdown work can involve guards, drives, pumps, motors & other assemblies in areas where access is restricted. A removable shackle connection allows the rigging arrangement to be built around the component being handled & dismantled once the work is complete.

Machinery Installation & Positioning

Getting machinery off transport is only the beginning. Once equipment is raised, controlled movement may be required to bring it into position. Winches provide another option for suitable pulling & positioning applications.

Product Selection Guide

Start with the load & work backwards through the connection. A shackle should be selected according to its rating, dimensions & intended use — not simply because it fits through an attachment point.

Bow Shackle or Dee Shackle?

The difference goes beyond appearance.

A bow shackle has a broader curved body & provides additional internal space, making it useful where the connection requires more room.

A dee shackle has a narrower body & suits appropriate in-line connection arrangements.

Neither configuration should be selected from shape alone. Consider the intended loading arrangement, WLL, pin type, dimensions & connected components.

What About Pin Configuration?

Pin design affects how the connection is assembled & secured. Check the configuration supplied with the particular shackle, then follow its specifications & operating requirements rather than treating different pin arrangements as interchangeable.

Need Pulling, Tensioning & Positioning as Well?

Not every movement is purely vertical. Lever Hoists provide another option for suitable pulling, tensioning & positioning tasks.

For broader load-handling requirements, Lifts & Hoists covers equipment for workshop, maintenance & industrial lifting applications.

Expert Tips

Read the markings first. Confirm the shackle identification & WLL can be clearly read before putting the hardware into service. Never estimate capacity from body size.

Inspect the complete connection. A sound shackle does not make a damaged attachment point or unsuitable connected component acceptable.

Pay close attention to the pin. Check its condition, threads & engagement rather than concentrating only on the curved body.

Watch for crowding inside the bow. Connected components should sit correctly without binding against one another or forcing the hardware into an unintended position.

Don't modify lifting hardware to solve a poor fit. Grinding, welding, heating or altering a shackle changes the component rather than correcting the underlying compatibility problem.

Keep questionable hardware out of circulation. Separate shackles showing distortion, excessive wear, significant corrosion, damaged threads or unclear identification until their suitability has been properly determined.

Storage conditions can affect equipment between jobs. Winter-Proofing Your Tools: Maintenance Tips for the Cold Months covers useful maintenance considerations for tools & equipment through colder & damp conditions.

Preventive equipment checks can help identify problems before work is underway. 7 Signs Your Power Tool Needs a Service Before It Fails on Site covers practical warning signs worth recognising across workshop & site equipment.