Ratchet Lever Hoists Buyer's Guide

HOW TO SELECT A LEVER HOIST FOR YOUR LIFTING REQUIREMENTS

Selecting an appropriate lever hoist for a lifting operation requires careful consideration of the load, working environment, and equipment specifications. Factors such as working load limit (WLL), lifting height, available headroom, and operating effort all influence which model is best suited to the individual task.

Whether you're positioning heavy machinery, carrying out maintenance, or working in a restricted space, understanding these requirements will help you narrow down your options. 

Our ratchet hoists buyer's guide explains the key specifications and purchasing decisions to assess before choosing equipment for industrial lifting, positioning, and maintenance work.

Once you fully understand your requirements, explore our range of ratchet lever hoists to compare an extensive range of readily available options.

1: START WITH THE LOAD & LIFTING ARRANGEMENT

Before comparing models, establish exactly what needs to be moved and how the lifting operation will be carried out.

Three questions should guide your initial selection:

• What is the maximum load the hoist will need to support?
• How will the hoist be attached to the supporting structure and load?
• Will the equipment be used for vertical lifting, pulling, or controlled positioning?

These details have a direct impact on the required load limit, attachment arrangement, and suitability of the equipment.

ESTABLISH THE MAXIMUN LOAD WEIGHT

The weight of the item being lifted is the starting point, but it may not represent the complete load imposed on the equipment. Depending on the arrangement, you may also need to account for lifting accessories, connected components, and any forces introduced by the operation.

For machinery installation, for example, the actual load may include a component and its attached lifting assembly. If several lifting devices share the load, the force on each device must be assessed rather than assuming the total weight is divided equally.

Unequal loading, changes in the centre of gravity, and movement during lifting can affect the forces involved.

SELECTION ADVICE

Establish the maximum foreseeable load on the hoist through an appropriate lifting assessment before choosing its capacity.

CHECK THE DIRECTION OF LOADING

Not eery lever hoist is approved for every pulling or lifting arrangement. Some models are designed for a broader range of operating orientations, but this must be confirmed against the manufacturer's instructions.

Pay particular attention to the alignment of the load chain, hooks, and supporting connections. Side loading a hook or operating outside the permitted alignment can create unsafe loading conditions.

For angled pulling or unusual rigging arrangements, obtain confirmation that the proposed model and complete lifting system are suitable.

2: UNDERSTAND WORKING LOAD LIMIT BEFORE CHOOSING A CAPACITY

The WLL is one of the most important specifications when selecting a lever hoist.

It identifies the maximum load the equipment is rated to handle under its specified conditions of use.

A hoist must never be used beyond its marked WLL.

HOW TO ASSESS THE REQUIRED CAPACITY

A useful selection process is to establish the total assessed load, identify the forces expected in the proposed lifting arrangement, and then chose equipment with a suitable rated capacity.

Consider the following illustrative example:

This example assumes a known load without additional forces that would alter the assessment. It does not establish a required safety margin or replace a lifting plan.

A higher-rated model may be necessary where the assessed forces demand it, but simply choosing the largest available capacity is not always beneficial.

Higher-capacity equipment can introduce greater weight, different dimensions, or increased manual effort.

WHY A HIGHER CAPACITY IS NOT AUTOMATICALLY BETTER

An unnecessarily large hoist may be harder to transport, position, and operate, particularly in restricted working areas. It may also require more space between the supporting attachment and the load.

Instead of selecting capacity in isolation, compare the rated load with the hoist's dimensions, weight, operating force, and available lifting travel.

The aim is to select equipment that meets the assessed lifting requirements while remaining practical for the operator.

3: DETERMINE THE REQUIRED LIFT HEIGHT & CHAIN LENGTH

Lift height is another critical specification, particularly where machinery needs to be raised through a defined distance or positioned accurately.

The required travel should be established before ordering.

CALCULATE THE MOVEMENT REQUIRED

Measure the distance between the load's starting and final positions. The assess whether the selected hoist can provide that movement within the available installation space.

For example, if a component must be raised by 1.8m, a configuration offering only 1.5m of usable lift would not provide sufficient travel.

The appropriate selection would need to accommodate the full required movement, subject to the manufacturer's stated lifting range and installation dimensions.

UNDERSTAND CHAIN LENGTH & FALLS OF CHAIN

The number of load-chain falls describes how many sections of load chain support the load through the hoist's arrangement. This can affect the equipment's overall configuration, operating characteristics, and chain management.

Do not assume that all models with the same WLL use identical chain arrangements.

When comparing specifications, check:

• The stated height of lift
• The number of load-chain falls
• The chain arrangement and required clearances
• Whether alternative lifting heights are available
• Any additional chain storage or handling requirements

A longer chain does not automatically mean a ratchet hoist is suitable for a particular installation. The available lifting travel and operating geometry must both be checked.

4: CHECK HEADROOM & PHYSICAL DIMENSIONS

A lever hoist can have sufficient capacity and lifting travel yet still be unsuitable because of its physical dimensions.

This is particularly important when installing machinery beneath structures, working inside plant rooms, or positioning components within restricted assemblies.

WHAT IS CLOSED HEIGHT?

Closed height, sometimes described through the minimum hook-to-hook dimension - is the distance between the hoist's attachment points when it is in its specified minimum-length configuration.

The manufacturer's definition should always be checked.

A smaller closed height can be beneficial when there is limited space between the supporting structure and the load. However, closed height alone does not describe the entire space needed for operation.

ALLOW ROOM FOR THE HANDLE & OPERATOR

The ratchet lever needs sufficient clearance to move through its permitted operating arc. Consider nearby pipework, structural steelwork, machinery guards, and other obstructions.

A compact hoist body will offer little practical benefit if the operator cannot move the handle safely.

When reviewing product dimensions, assess the complete operating envelop rather than the hoist body alone.

COMPARE THE DIMENSIONS THAT MATTER

The most suitable configuration is one that can be installed, operated, and removed without introducing unsafe loading or access problems.

5: CONSIDER MANUAL OPERATING EFFORT & FREQUENCY OF USE

Manual operating effort is often overlooked during purchasing.

Two hoists with similar rated capacities may feel different to operate because of their mechanical design, gearing, lever geometry, and other characteristics.

COMPARE OPERATING FORCE

Where provided, manufacturers may specify the hand force required to operate a hoist under defined conditions. This information can help assess whether the equipment is practical for the intended work.

Do not assume that a longer handle or larger capacity automatically makes a hoist easier to use.

Compare the published operating-force data and ensure that the operator has sufficient room to use the lever as instructed.

THINK ABOUT HOW FREQUENTLY THE HOIST WILL BE OPERATED

A hoist used occasionally for a maintenance adjustment presents different ergonomic considerations from equipment operated repeatedly during an installation project.

For frequent manual operation, consider:

• The expected number of lifting or positioning movements
• The distance the load must travel
• The operator's working position
• The accessibility of the lever
• The manual effort required throughout the operation

If repeated lifting would create excessive physical demands, a different lifting arrangement or equipment type may be more suitable.

The purchasing decision should consider both the load and the people operating the equipment.

6: SELECT EQUIPMENT FOR THE WORKING ENVIRONMENT

Environmental conditions can materially influence which lever hoist is appropriate.

A model suitable for a controlled indoor workshop should not automatically be assumed suitable for an offshore installation, corrosive environment, or potentially explosive atmosphere.

OUTDOOR, MARINE, & CORROSIVE ENVIRONMENTS

Moisture, salt exposure, and contamination can affect the condition and service life of lifting equipment.

Where a ratchet hoist will be exposed to these conditions, review the manufacturer's stated environmental suitability, construction materials, protective finishes, and maintenance requirements.

Specialist configurations may be appropriate, but descriptions such as corrosive-resistant  or offshore should be checked against the actual product documentation.

POTENTIALLY EXPLOSIVE ATMOSPHERES

Oil & gas facilities, chemical processing sites, and certain industrial environments may contain potentially explosive atmospheres.

Equipment Selection in these areas requires consideration of the site's hazardous area classification and the applicable equipment requirements.

Do not assume a standard lever hoist is suitable.

Where explosion-protected equipment is required, verify that the particular model's certification, marking, and permitted conditions of use match the assessed hazardous area.

DUST, TEMPERATURE & CONTAMINATION

Dust, abrasive materials, extreme temperatures, and process contamination can influence equipment suitability.

Before ordering, check the manufacturer's operating limits and any specific requirements for inspection, cleaning, lubrication, or maintenance.

If the published documentation does not establish suitability, seek technical confirmation rather than relying on a general product description.

7: COMPARE LEVER HOIST CONFIGURATIONS AGAINST YOUR REQUIREMENTS

Once the key specifications have been established, it becomes easier to identify which product characteristics deserve priority.

Different applications may call for different compromises between capacity, portability, dimensions and environmental protection.

These characteristics should be treated as selection criteria rather than assumptions about individual models.

Our Ratchet Lever Hoists collection provides the main destination for comparing available capacities, configurations, and manfacturer options.

WHEN SHOULD YOU CONSIDER A CHAIN BLOCK INSTEAD?

A lever-operated hoist is not automatically the most appropriate manual lifting device for every installation.

For an operation involving a fixed overhead lifting point and repeated vertical movement, a hand-chain-operated chain block may be worth evaluating.

The decision should account for the permitted operating arrangement, access, required travel and operator position.

The existing LES - Lifting Equipment Store article Chain Block vs Lever Hoist: What's the Difference? is a relevant supporting resource for this decision, provided its published URL is confirmed before linking.

8: CHECK COMPATIBILITY WITH THE COMPLETE LIFTING ARRANGEMENT

The hoist is only one part of the lifting system.

Its suitability also depends on the supporting structure, lifting points and connecting accessories.

VERIFY THE SUPPORTING ATTACHMENT

Confirm that the structure or attachment point is suitable for the expected forces and directions of loading.

A hoist with an adequate WLL does not make an unsuitable supporting structure safe.

For complex installations, the supporting arrangement may require assessment by a competent engineer or lifting specialist.

CHECK HOOK & CONNECTION COMPATIBILITY

Review the dimensions and geometry of the hoist hooks against the proposed attachment points.

Hooks should seat correctly and must not be forced into connections that introduce unintended loading.

Check the manufacturer's instructions concerning hook engagement, safety catches and prohibited connection arrangements.

ASSESS THE COMPLETE LOAD PATH

Every component in the load path must be appropriate for its intended function.

This includes relevant lifting accessories, attachment points and supporting equipment.

Where the lifting arrangement is complex, the complete operation should be planned by a competent person rather than treating the hoist as an independent component.

9: REVIEW DOCUMENTATION, INSPECTION & UK SAFETY REQUIREMENTS

Technical documentation should form part of the purchasing decision, particularly for businesses operating under formal lifting procedures.

In the UK, the Lifting Operations and Lifting Equipment Regulations 1998 (LOLER) place duties on employers and others responsible for lifting equipment used at work.

The equipment must be suitable for its intended purpose, and lifting operations must be properly planned, appropriately supervised and carried out safely.

WHAT SHOULD BUYERS CHECK BEFORE ORDERING?

Confirm that the proposed equipment is supplied with appropriate manufacturer information, identification and documentation for its intended use.

Relevant considerations include the marked WLL, operating instructions, maintenance guidance and applicable conformity documentation.

For workplace lifting equipment, examination and inspection arrangements must also be considered.

Under LOLER, lifting equipment generally requires thorough examination at specified intervals, or in accordance with an appropriate examination scheme drawn up by a competent person. For equipment lifting goods, the usual periodic interval is 12 months, unless a different applicable requirement or examination scheme applies.

Inspection before use and ongoing maintenance remain important and are not replaced by periodic thorough examinations.

DO NOT TREAT CONFORMITY MARKINGS AS PROOF OF APPLICATION SUITABILITY

A product's conformity marking does not establish that it is suitable for every lifting arrangement or working environment.

The buyer must still assess the load, operating conditions, supporting equipment and intended use.

Where the application involves unusual loading, hazardous environments or specialist lifting arrangements, obtain competent technical advice.

10: COMMON MISTAKES WHEN SELECTING A LEVER HOIST

Several purchasing mistakes can be avoided by reviewing the complete lifting requirement before comparing products.

CHOOSING CAPACITY BASED ONLY ON THE NOMINAL LOAD WEIGHT

This may overlook additional loads or forces introduced by the lifting arrangement.

Better approach: Determine the maximum assessed load on the equipment and select an appropriate WLL.

IGNORING CLOSED HEIGHT

A hoist may be unable to fit between the supporting point and load, even though its lifting capacity is adequate.

Better approach: Check the minimum installation dimensions alongside the available headroom.

ORDERING INSUFFICIENT LIFTING TRAVEL

Selecting a short lifting configuration can prevent the load from reaching its required position.

Better approach: Establish the full movement needed before choosing the height of lift.

OVERLOOING HANDLE CLEARANCE

Restricted surroundings can make a lever difficult or unsafe to operate.

Better approach: Assess the full operating envelope, including access for the operator.

ASSUMING ALL HOISTS ARE SUITABLE FOR ANGLED PULLING

Permitted operating orientations and loading conditions can differ between models.

Better approach: Check the manufacturer's instructions for the exact arrangement.

SELECTING STANDARD EQUIPMENT FOR A SPECIALIST ENVIRONMENT

An unsuitable hoist may be exposed to conditions beyond those for which it was designed.

Better approach: Confirm environmental suitability and any relevant hazardous-area requirements.

COMPARING PRICE WITHOUT CONSIDERING LIFETIME REQUIREMENTS

The lowest initial purchase cost may not represent the most appropriate choice where frequent operation, specialist maintenance or demanding environmental conditions are involved.

Better approach: Evaluate suitability, operating effort, maintenance requirements and expected service conditions alongside price.

11: YOUR LEVER HOIST PURCHASING CHECKLIST

Use this checklist before placing an order.

Completing the checklist helps establish a clear specification before approaching a supplier. It does not replace a competent lifting assessment or the manufacturer's operating instructions.

FIND A RATCHET LEVER HOIST THAT MATCHES YOUR REQUIREMENTS

Once you have established the required working load limit, lifting travel, installation dimensions, operating effort and environmental conditions, you can compare equipment against a clear technical specification.

LES – Lifting Equipment Store supplies lever hoists for a range of industrial requirements, with product information to help customers assess available configurations.

Browse the LES Ratchet Lever Hoists collection to explore available equipment and compare options.

For specialist lifting arrangements or uncertainty about equipment compatibility, contact the LES team with details of your load, lifting arrangement and operating environment before purchasing.