► Schutts Industrial | Hoisting Equipments

Chain Blocks, Lever Blocks & Girder Trolleys

What happens when the load is too heavy to muscle into position, but the job still demands controlled movement? Schutts Industrial Hoisting Equipment brings together CRANE chain blocks, lever blocks, mini lever blocks & girder trolleys for workshops, fabrication, maintenance, agriculture, construction & industrial lifting applications.

Building a complete lifting setup often takes more than the hoist itself. Explore Chain Blocks for broader manual hoisting options, or Heavy Lifting & Rigging Gear when the job also requires compatible rigging equipment.

From a 500kg chain block handling a smaller workshop lift to higher-capacity manual hoists, lever-operated equipment & beam-mounted trolleys, the right choice starts with the load, required movement, available headroom & supporting structure. Always work from the equipment's stated Working Load Limit (WLL) rather than estimating what a hoist should be able to handle.

What Is Schutts Industrial Hoisting Equipment?

Schutts supplies its hoisting equipment through the CRANE lifting equipment range, covering several different ways to lift, position & move suitable loads.

The range includes:

► CT Series Chain Blocks
► CT Series Lever Blocks
► Mini Lever Blocks
► Girder Trolleys
► Geared Girder Trolleys

These products do different jobs.

A chain block is particularly useful for controlled vertical lifting. A lever block gives the operator a compact lever-operated mechanism useful for suitable lifting, positioning & tensioning tasks. A girder trolley adds horizontal travel along a compatible beam.

Understanding that difference is far more useful than simply buying according to maximum capacity.

Schutts Industrial Hoisting Equipment For Controlled Heavy Lifting

Manual hoisting equipment earns its place where control matters as much as lifting capacity.

Think about a fabrication shop positioning steel during assembly.

A mechanic may need to lift a component into position.

A maintenance crew could be working around plant where powered lifting equipment is impractical.

A farmer might need a compact hoist that can be used around machinery maintenance.

Different situations, same underlying requirement: move an appropriate load using lifting equipment selected for the actual task.

The Schutts CRANE range provides several approaches rather than forcing every lift through one type of hoist.

Schutts CRANE CT Series Chain Blocks

For straightforward manual vertical lifting, a chain block is one of the most familiar pieces of workshop & industrial hoisting equipment.

Schutts' CRANE CT Series includes capacities & chain lengths suited to different lifting requirements.

That range allows the hoist to be selected around both load capacity & required lifting distance.

A 1-tonne lift three metres below the suspension point presents a different requirement from the same load six metres below it.

Where Do Chain Blocks Make Sense?

Picture a heavy component hanging directly below a suitable overhead lifting point.

The requirement is primarily vertical.

That is where a manual chain block becomes particularly useful.

Common applications can include:

► Machinery maintenance
► Fabrication workshops
► Mechanical repairs
► Equipment installation
► Agricultural maintenance
► Industrial servicing
► Construction work
► Plant maintenance

Chain blocks can also suit workshops that require lifting capability without committing every task to powered hoisting equipment.

For wider workshop lifting requirements, Lifts & Hoists provides complementary equipment for different load-handling situations.

500kg, 1T, 2T, 3T Or 5T Chain Block?

Bigger is not automatically better.

Start with the actual load.

Then consider the complete lifting arrangement.

500kg Chain Blocks

Useful for suitable lighter workshop, fabrication, maintenance & equipment-handling tasks where the load remains within the stated WLL.

1 Tonne Chain Blocks

A versatile capacity for many mechanical, workshop & industrial lifting applications.

Schutts offers 1T configurations with both 3m & 6m chain lengths.

2 Tonne Chain Blocks

Useful where machinery, fabricated components or industrial equipment move beyond lighter workshop loads.

Again, 3m & 6m configurations allow the required lifting distance to influence selection.

3 Tonne Chain Blocks

Better suited to heavier industrial lifting where the complete system has been selected for the load.

5 Tonne Chain Blocks

The CTCB53 extends the CT Series chain block range to a 5,000kg capacity with a 3m chain length.

Never select a chain block based only on what you usually lift.

The heaviest intended load, lift configuration, suspension point & complete rigging arrangement need to be considered.

3m Or 6m Chain Block?

Capacity tells you how much.

Chain length helps determine how far.

Imagine two 1-tonne chain blocks with identical load capacity.

One has 3m of chain.

The other has 6m.

The right choice depends on factors such as:

► Suspension-point height
► Load starting position
► Required final position
► Available headroom
► Working area below the hoist

More chain is not automatically necessary.

Choose the configuration that suits the actual lifting geometry rather than treating additional length as a substitute for proper planning.

Schutts CRANE Lever Blocks – Compact Control Where Positioning Matters

Not every lifting job happens neatly beneath a fixed overhead point.

That is where a lever block can become valuable.

Schutts' CRANE CT Series lever blocks combine compact manual operation with several capacities & chain configurations for suitable lifting, positioning & tensioning applications.

The range includes options such as:

The compact handle design is particularly useful where working room is limited, while a rotating swivel hook can help with positioning in confined areas.

When Would You Choose A Lever Block?

Consider the movement you need before choosing the mechanism.

A lever block can suit jobs where controlled positioning is required in a compact working area.

Examples may include:

► Aligning fabricated components
► Machinery positioning
► Maintenance work
► Equipment installation
► Agricultural repairs
► Rigging tasks
► Structural assembly
► Confined workshop areas

The lever-operated design allows the operator to work close to the unit, which can be useful where there is limited room for long hand-chain loops.

Chain Block Vs Lever Block – Which One Fits The Job?

This is one of the most useful comparisons to make before ordering.

There is no universal winner.

Choose the mechanism around the movement required.

Mini Lever Blocks – Less Bulk For Smaller Lifting & Positioning Jobs

Sometimes a full-size lever block is simply more equipment than the job needs.

Schutts also offers CRANE mini lever blocks, providing a more compact option for appropriate lighter-duty applications.

Available capacities include models around:

► 250kg
► 500kg
► 750kg
► 1,500kg

Selected mini lever blocks use Grade 100 chain with steel construction.

Their smaller format makes them particularly interesting for maintenance technicians, service vehicles & applications where equipment needs to be carried between jobs.

Where Does A Mini Lever Block Earn Its Keep?

Space.

That is often the deciding factor.

A compact lever block can make sense where technicians need lifting or positioning capability without carrying a much larger hoist than the task requires.

Potential applications include:

► Field maintenance
► Service vehicles
► Machinery adjustment
► Agricultural servicing
► Workshop assembly
► Equipment positioning
► Mobile repair crews

Capacity still comes first.

Compact dimensions do not change the need to select the equipment according to its stated WLL & intended application.

Schutts Girder Trolleys – Add Horizontal Movement To The Lift

Lifting a load vertically is one thing.

Moving it along an overhead beam is another.

Schutts CRANE girder trolleys are designed to travel along compatible beams, allowing a suspended hoist & load to move horizontally within an appropriate lifting system.

Current CT Series options include:

Schutts' CT Series girder trolleys feature anti-drop plates & robust bearings designed for demanding industrial environments.

For broader overhead lifting setups, Hoists, Cranes & Trolleys provides a natural next step when planning the complete system.

What Does A Girder Trolley Actually Change?

Without trolley travel, a suspended hoist operates from a fixed point.

Add a suitable girder trolley to a correctly designed beam system & the lifting point can move along the beam.

That can be useful for:

► Fabrication bays
► Machinery workshops
► Maintenance facilities
► Assembly areas
► Equipment servicing
► Industrial workshops

Imagine lifting a component clear of a machine, moving it sideways along the beam & lowering it into a service position.

That combination of vertical lift plus horizontal travel is where trolley-based hoisting systems become particularly useful.

Push Trolley Or Geared Girder Trolley?

The method of travel matters too.

A manual push trolley relies on appropriate manual movement along the beam.

A geared girder trolley provides chain-operated trolley movement, which can offer additional control for suitable applications.

When deciding between them, consider:

► Load capacity
► Beam dimensions
► Travel distance
► Frequency of movement
► Required positioning control
► Working environment

Schutts offers geared girder trolley configurations including 1T & 2T options for compatible beam systems.

Beam Width Is Not A Minor Detail

A 1-tonne trolley does not automatically fit every beam capable of supporting a 1-tonne load.

Trolley compatibility also depends on beam dimensions.

For example, Schutts lists:

► CT01 1T: 64–203mm beam width range
► CT02 2T: 88–203mm beam width range
► CT03 3T: 100–203mm beam width range

That means trolley selection requires more than matching capacity.

Measure & assess the beam before choosing the trolley.

Think In Systems, Not Individual Components

A hoist does not lift in isolation.

A complete arrangement can involve:

Supporting structure → trolley or suspension point → hoist → lifting connection → sling or chain assembly → load

Every part needs to suit the application.

Installing a higher-capacity hoist does not increase the capacity of a lower-rated supporting component.

Likewise, a rated chain block does not make an unsuitable beam, attachment point or lifting accessory appropriate.

For compatible lifting connections & load-handling equipment, Chain, Wire & Rope provides another relevant part of the wider lifting setup.

Chain Slings, Round Slings & Hoisting Equipment

How the hoist connects to the load matters just as much as how the hoist moves it.

Depending on the load & lifting plan, appropriate lifting accessories may include:

► Chain slings
► Round slings
► Flat slings
► Rated hooks
► Shackles
► Connecting components

The lifting accessory should suit the load shape, weight, attachment points & configuration.

For suitable sling options across industrial lifting applications, explore Slings.

Do not assume a sling's straight-line rating automatically applies unchanged to every lifting configuration.

Workshop Hoisting – Where Control Beats Brute Force

A fabrication workshop provides a good example of why manual hoisting equipment remains useful.

Imagine positioning a steel component during assembly.

The load does not simply need to come off the ground.

It needs to reach the correct height, remain controlled & potentially move into alignment with another component.

Depending on the setup:

► A chain block may provide the vertical lift
► A lever block may assist with controlled positioning
► A girder trolley may provide horizontal travel
► A suitable sling may connect the load

The equipment works as a system rather than as unrelated pieces of hardware.

Mechanical Maintenance & Machinery Repairs

Heavy components rarely fail in the most convenient position.

Pumps, motors, gearboxes, machinery components & assemblies can require controlled lifting before technicians can reach the actual repair.

Manual hoisting equipment can be useful for:

► Component removal
► Equipment installation
► Machinery maintenance
► Workshop repairs
► Assembly work
► Planned shutdowns

Available headroom becomes especially important around machinery.

A hoist that technically has enough capacity may still be awkward if its physical arrangement leaves insufficient room to complete the lift.

Agricultural Hoisting Equipment

Farm maintenance often happens where powered workshop infrastructure is limited.

A suitable manual chain block or lever block can provide useful lifting capability for appropriate:

► Machinery servicing
► Equipment repairs
► Implement maintenance
► Workshop jobs
► Component positioning

Portability can matter as much as capacity.

A smaller lever block may be easier to carry to equipment, while a larger chain block can make more sense in a dedicated farm workshop with an appropriate lifting point.

Construction & Fabrication Applications

Steel, equipment & fabricated assemblies often need more than one movement before reaching their final position.

Suitable hoisting equipment can assist with controlled lifting during:

► Steel fabrication
► Structural assembly
► Equipment installation
► Mechanical fit-out
► Workshop construction
► Maintenance work

Planning should account for the complete load path rather than only the starting & finishing positions.

Ask where the load could move if it rotates, shifts or becomes unbalanced during the operation.

Hoisting Equipment Selection Guide

Start with five questions.

What Does The Load Actually Weigh?

Use reliable load information.

Never guess simply because the object “doesn't look that heavy”.

How Does The Load Need To Move?

Straight up?

Into alignment?

Along a beam?

The answer helps determine whether you need a chain block, lever block, trolley or combination.

How Far Does It Need To Travel?

Chain length & available lift need to suit the geometry of the job.

What Is Supporting The Hoist?

The suspension arrangement & supporting structure must suit the intended load & installation.

How Will The Hoist Connect To The Load?

Plan the lifting accessories & attachment method before the load leaves its resting position.

Quick Comparison – Which Schutts Hoisting Product Fits?

Capacity is the starting point, not the whole decision.

Don't Confuse WLL With A Target

The Working Load Limit is a limit, not a goal to work towards on every lift.

Choose equipment based on the known load & lifting arrangement.

Never exceed the marked WLL.

Also remember that the lowest-rated suitable component in the lifting arrangement matters.

A 3.2T lever block cannot turn a lower-capacity attachment point or accessory into a 3.2T system.

Check The Chain Before Every Lift

Load chain deserves attention.

Look for visible signs of:

► Distortion
► Twisting
► Excessive wear
► Corrosion
► Damaged links
► Contamination
► Unusual movement through the mechanism

Do not modify, weld or attempt improvised repairs to load chain.

Equipment showing damage or questionable operation should be removed from use & assessed appropriately.

Hooks Need Attention Too

A hook is easy to overlook because it appears simple.

Before use, inspect for issues such as:

► Visible deformation
► Cracking or damage
► Excessive wear
► Damaged latch components where fitted
► Unusual twisting
► Poor connection with the load or attachment point

Make sure the load is seated appropriately rather than bearing incorrectly against the hook tip.

Practical Hoisting Tips That Matter On The Job

Centre The Lift Before Applying Load

Side-loading a setup that is intended for a vertical lift can introduce forces the arrangement was not selected to handle.

Position the hoist correctly before committing to the lift.

Take Up Slack Gradually

A controlled initial movement gives the operator an opportunity to identify poor seating, twisting or unexpected load behaviour.

Perform A Low Test Lift

Where appropriate to the procedure, raising the load a small distance can help confirm balance & connections before continuing.

Keep People Clear

Do not position people beneath suspended loads.

Plan the lifting area before the lift starts.

Know Where The Load Is Going

The destination should be ready before the load is suspended.

Clear the landing area, confirm required supports & plan the movement.

Never Use A Lever Block As A Guessing Tool

If you do not know the load weight or capacity requirement, stop & establish it before selecting the equipment.