Fissure Tech | Industrial Material Handling SystemsFissure TechGet quote

Electric chain hoists · Project fit

Keep the lift
close to the task.

Choose the arrangement from load, lift, duty, suspension, travel and operator needs—not capacity alone.

Compare arrangements Start a hoist brief
Installed row of electric chain hoists with trolleys, load chains, chain bags and hooks on a workshop monorail
Installed chain hoists · Local monorail liftingLoad · Lift · Support · Control
  1. 01
    Load
  2. 02
    Lift
  3. 03
    Support
  4. 04
    Duty
  5. 05
    Control

01 · Define the lifting task

Compact equipment still needs
a complete operating case.

Load, space, cycle and site interfaces decide whether a chain hoist is a useful fit and which arrangement belongs in the work area.

  1. 01Load

    Define what the hook carries.

    Mass, load shape, centre of gravity, lifting points and attachment establish the suspended load before a hoist is selected.

  2. 02Work zone

    Measure the useful lift.

    Required hook travel, upper and lower approach, beam depth, obstructions and maintenance space decide whether the arrangement fits.

  3. 03Cycle

    Describe how the lift repeats.

    Starts, running time, load spectrum, speeds, inching and positioning needs determine motor, brake, chain and control duty.

  4. 04Site

    Close every site interface.

    Suspension, trolley, power, controls, temperature, dust, moisture, access and destination requirements complete the selection basis.

02 · Choose the arrangement

One lifting mechanism.
Three ways to fit the work zone.

Fixed, travelling and low-headroom arrangements solve different coverage and clearance needs. They are configurations of one product family, not a quality ranking.

Fixed electric chain hoist during factory preparation with suspension, load chain and pendant visible

Visible difference · 01

Fixed suspension

A hook- or lug-suspended hoist for a defined lifting point on a jib, workstation, monorail support or fixed structure.

Motorised trolley electric chain hoist with travel drive, chain bag, load chain, pendant and lower hook

Visible difference · 02

Travelling trolley

A push, geared or motorised trolley adds horizontal travel; the operator method, beam flange and travel distance decide the arrangement.

Low-headroom electric chain hoist beneath a beam with integrated trolley, twin chain falls and pendant

Visible difference · 03

Low-headroom trolley

The hoist sits beside the beam to recover hook height where the roof, runway or process limits the available vertical envelope.

Arrangement comparisonChoose from the support, travel need and available spaceSwipe to compare all arrangements
DecisionFixed suspensionTravelling trolleyLow-headroom trolley
SupportHook, lug or fixed suspension pointOne beam with push, geared or motorised trolleyOne beam with side-mounted hoist body
Use whenThe lift happens at one defined pointThe load must move along a beam or local runwayAvailable height limits useful hook travel
Check firstSupport capacity, suspension and hook approachFlange width, travel route, end stops and operator accessBeam geometry, side clearance, chain bag and service access
Main trade-offSimple local lifting with no hoist travelMore coverage with added trolley and power-feed decisionsMore usable lift with a wider side envelope

03 · Resolve the interfaces

The chain hoist lifts.
The site must support the complete motion.

Support, clearance, power and control determine whether the selected arrangement can be installed, operated and maintained in the real work area.

  1. 01Support

    Suspension point or trolley beam

    Confirm support capacity, flange width, wheel or hook fit, end stops and how operating loads enter the structure.

  2. 02Clearance

    Hook approach and chain storage

    Check upper and lower hook positions, chain-container clearance, side obstructions and access for inspection or chain replacement.

  3. 03Power

    Supply and moving feed

    Define voltage, frequency, phase, isolation and the festoon or conductor route when the hoist travels.

  4. 04Control

    Operator position and motion

    Pendant, radio, lifting speeds, trolley control, limits and overload protection must match the real work sequence.

04 · Configure the mechanism

Follow the load path.
Then close every connected part.

Suspension, motor, brake, chain, container, hook and controls are selected as one mechanism. Component positions vary with the arrangement.

Completed high-capacity electric chain hoist and trolley with motor, chains and hook block on a factory floor
Completed factory assembly · Component positions vary by configuration

05 · Define performance

Rated load is one value.
Performance is the whole operating cycle.

Load spectrum, lift, starts, positioning, travel and environment change the mechanism even when the nameplate capacity remains the same.

  1. 01Consequence

    Load spectrum

    Frequent heavy lifts increase motor, brake, chain, guide and bearing demand even when rated capacity is unchanged.

  2. 02Consequence

    Lift and chain falls

    Long lift or multiple falls change chain length, container size, hook approach, speed and inspection access.

  3. 03Consequence

    Starts and positioning

    Frequent starts, inching and assembly work affect lifting speed, braking, control method and heat management.

  4. 04Consequence

    Travel and power feed

    Trolley motion adds beam, wheel, end-stop, pendant or radio and moving-power requirements.

  5. 05Consequence

    Environment

    Temperature, dust, moisture, corrosion or hygiene needs change enclosure, materials, controls and maintenance decisions.

06 · Fix the supply boundary

One configured hoist.
Clear responsibilities.

The proposal should state what is included in the mechanism, suspension or trolley, controls, documents and site services so no interface is hidden at delivery.

Project scopeConnect each work package to its inputs and deliverableSwipe to review the full scope
Work packageDefineIncludeConfirm
Hoist mechanismRated load, lift, duty and speedsMotor, brake, chain, guide, container and hook blockConfigured as one lifting mechanism
Suspension or trolleyFixed, travelling or low-headroom arrangementHook or lug, wheels, frame, drive, buffers and limitsMatched to confirmed support geometry
Electrical and controlSupply, isolation and operator methodPendant or radio, contactors or drives, limits and protectionFunctions tested against the operating description
Project servicesDrawings, documents, inspection, testing and deliveryInstallation, commissioning and training only where includedInclusions, exclusions and site responsibilities stated

Supply boundary Installation, commissioning, supporting steel, site power and third-party interfaces are included only when named in the agreed proposal.

07 · Agree the checks

Specify the result.
Then prove the configured hoist.

Review, inspection, functional testing and release documents should close against the approved arrangement and agreed project requirements.

Close factory view of an electric chain hoist motor, cooling fins, housing and upper suspensionReal mechanism / factory inspection context

Manufacturing evidence

Inspect the unit that will be supplied.

Suspension, housing, motor, chain path, controls and records belong to the actual configured hoist—not to a generic catalogue family.

  1. 01Review

    Approved configuration

    Confirm arrangement, load, lift, speeds, chain falls, support, controls, environment and project exceptions before manufacture.

  2. 02Inspect

    Manufacturing checks

    Review suspension, trolley, housing, chain path, electrical assembly, identification and agreed quality records.

  3. 03Test

    Functional and load checks

    Verify lifting and travel motions, brakes, limits, controls, protection and load-related tests within the agreed boundary.

  4. 04Release

    Documents and handover

    Close actions and issue the agreed drawings, certificates, manuals, packing records and release evidence.

08 · Connect the application

The product family is shared.
The work-zone demands are not.

Workstations, jibs, monorails, maintenance points and low buildings place different demands on approach, travel, duty and the surrounding system.

  1. 01Workstation

    Local assembly and positioning

    Compact lifting can serve a defined cell when approach, speed, starts and operator position are clear.

  2. 02Jib or monorail

    Point-to-point handling

    Trolley choice, beam geometry, end approach and moving power determine how the hoist covers the work area.

  3. 03Maintenance

    Equipment service lifts

    Protect the hook path, storage position, occasional-use controls and space needed to remove maintained equipment.

  4. 04Low building

    Headroom-limited zones

    A low-headroom trolley can recover hook height, but side clearance, chain storage and service access still need verification.

09 · Technical FAQ

Answer the questions
that change the selection.

These answers identify the information needed to choose an arrangement, define the interfaces and prepare a reliable project scope.

01When is an electric chain hoist a better fit than a wire-rope hoist?

Electric chain hoists are often credible for compact local lifting, workstations, jibs, maintenance points and shorter monorails. Wire-rope hoists become more credible as lift height, speed range, duty, reeving or crane integration increases. Compare the real task, headroom, starts, travel and control needs rather than capacity alone.

02Can the hoist be fixed or fitted to a trolley?

Yes. Fixed hook or lug suspension suits one lifting point. Push, geared or motorised trolleys add travel along a suitable beam. Low-headroom trolleys recover hook height by placing more of the mechanism beside the beam. Each option needs its own support, approach, travel and operator checks.

03Can an electric chain hoist be fitted to an existing jib, beam or workstation crane?

Possibly, after support capacity, suspension or flange geometry, clearances, end stops, power route, control method and equipment condition are checked. Photos and dimensions help the first review, but they do not replace the structural and interface information needed for release.

04How are lifting speed and positioning selected?

State the normal lift, slow or positioning motion, starts, operating time, load spectrum and stopping behaviour. Single-speed, dual-speed or variable-speed arrangements should then be checked with the motor, brake, control and duty rather than chosen as an isolated option.

05What happens to the extra load chain?

Unloaded chain is collected in a chain container sized for the configured lift and number of falls. Its position and full condition must remain clear of the load, structure, trolley travel, operator and nearby equipment.

06What information is needed for a reliable quotation?

Send the load and attachment, required lift, support or beam details, headroom, travel distance, duty, speeds, power, control preference, environment, destination and required installation or commissioning scope. Photos and partial drawings are acceptable for the first technical review.

10 · Start with the lifting task

Send the load and work zone.
We define the missing inputs.

Photos, drawings and incomplete data are acceptable at the first step. We will identify the remaining decisions before recommending an arrangement and supply boundary.

Request chain-hoist review
  1. Load & attachmentMass, dimensions, centre of gravity, lifting points and handling method
  2. Lift & spaceRequired lift, hook approach, headroom, obstructions and chain-container clearance
  3. Support & travelSuspension point or beam geometry, travel distance, end approaches and support information
  4. Duty & motionLoad spectrum, starts, operating time, lifting and travel speeds, positioning need
  5. Power & environmentSupply, control method, temperature, dust, moisture, corrosion or hygiene needs
  6. Destination & scopeProject location, applicable requirements, documents, installation and commissioning needs