Move a rope line faster over a defined route. JK models cover a range of paired line-pull, speed and rope specifications; select the final unit for the load path, working drum layer, duty and site power. Tell us whether the work is pulling or engineered lifting before the brake and controls are specified.
Send the minimum pull needed at the working drum layer, usable rope travel, target speed, pulling or lifting duty and a rope-route sketch. The selected unit will be confirmed on one technical schedule.
Model, minimum order and supplied equipment are confirmed in the written quotation.
Confirm rope route, working-layer pull, drum, brake, controls and foundation as one arrangement.
Agree inspection, documents, packing, schedule, installation support and warranty before the order.
Each row keeps its rated load, rope speed, storage capacity and rope diameter together. Choose a complete row as a starting point; the usable pull at your working drum layer and the permitted duty still need project confirmation.
Compare the load path, rope movement and selected arrangement →
| Model | Listed rated load | Rated line speed | Rope capacity | Rope diameter |
|---|---|---|---|---|
| JK0.5 | 5 kN | 22 m/min | 190 m | Ø7.7 mm |
| JK1 | 10 kN | 22 m/min | 100 m | Ø9.3 mm |
| JK1.6 | 16 kN | 24 m/min | 150 m | Ø12.5 mm |
| JK2 | 20 kN | 24 m/min | 150 m | Ø13 mm |
| JK3.2 | 32 kN | 25 m/min | 290 m | Ø15.5 mm |
| JK3.2B | 32 kN | 30 m/min | 250 m | Ø15.5 mm |
| JK5 | 50 kN | 30 m/min | 300 m | Ø21.5 mm |
| JK5B | 50 kN | 25 m/min | 210 m | Ø21.5 mm |
| JK8 | 80 kN | 25 m/min | 160 m | Ø26 mm |
| JK10 | 100 kN | 30 m/min | 300 m | Ø30 mm |
Model rows are paired reference specifications. Confirm first- and last-working-layer pull, usable rope travel, brake, motor supply and intended pulling or lifting duty on the selected unit’s technical schedule.
The effective drum radius changes as rope builds up. Ask for the first-layer and least favourable working-layer pull at the required speed, together with the usable rope length after dead wraps and reeving are allowed for.
Review selection options
Pull machinery or fabricated assemblies along a defined route. Include rolling resistance, slope, sheaves and the stopping point in the load calculation.
Move construction components over a known travel distance when cycle time matters. Define anchorage and the rope exit before choosing the drum and base.
If the rope supports a suspended load, state that duty explicitly. Specify the lifting brake, limit functions, load path and applicable inspection and test requirements before ordering.
For a travelling overhead hook, compare the electric wire-rope hoist range. A winch's pulling rating is not, by itself, an approved suspended-load capacity. Compare electric hoists.
Line pull, rope travel, speed, stopping and site interfaces must work together. The chosen equipment and the installation plan should be reviewed as one package.
Two prices are only comparable when the rope package, controls, site interface, documents and delivery boundary are the same.
Specify the selected drum, motor, gearbox, brake, wire rope and base. Identify any sheaves, rope end fittings or guards supplied with the unit.
Define:Working-layer pull, speed, usable travel, duty and pulling or lifting service.
List the control cabinet, pendant or remote, limits, emergency stop, power connection, foundation and anchor responsibilities.
Define:Where the operator stands, how the load stops and who provides the installed rope path.
Agree drawings, inspection, export packing, freight, unloading, installation support and commissioning before production begins.
Define:Incoterm, destination, document scope, production programme and after-sales terms.
The project offer should connect the operating brief to an approved winch arrangement, production, inspection, packing and site handover. Dates and responsibilities are confirmed for the selected configuration.
For a suspended-load duty, identify the applicable acceptance and conformity requirements before the equipment is selected.
Agree the load path, drum-layer pull, rope travel, speed, brake duty and installation interfaces.
Check the drum, controls, base, anchors, rope exits and document list against the site.
Confirm witness points, agreed tests, packing, dispatch and transport dimensions.
Assign local labour, wiring, anchoring, rope installation, testing and operator instruction.
Minimum order and the scope of the supplied rope system are stated in the written quotation.
Tell us the destination and required standards; the offer lists applicable documents, inspection and agreed test records.
Drawing approval, production, inspection, dispatch and freight are shown as separate milestones in the order programme.
The written offer identifies warranty period and start date, covered parts, spare-parts scope, installation guidance and any site service included.
Request support termsAgree anchoring, wiring, rope installation, load-path checks and commissioning responsibilities before shipment.
Set factory and site test expectations, witness points and required records in the order.
Identify the supplied winch and drive components when ordering replacement rope, brake or control parts.
Move and position heavy equipment with a planned, controlled rope line.
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Use two separate rope drums when a project needs two defined line routes in one engineered arrangement.
View product ↗Compare rope speed, handling duty and drum arrangement before requesting a project quotation.
View collection ↗Use the answers to prepare one complete technical and commercial brief.
Discuss your winch requirementJK is a starting point when faster line movement is valuable. JM is commonly selected for slower, controlled movement. Compare paired model rows, working-layer pull, braking, travel and duty on the same project brief.
No. A catalogue line-pull figure does not establish suspended-load capacity. Lifting requires an engineering review of the winch, brake, rope, sheaves, structure, controls and acceptance requirements.
Rope capacity is the amount the drum may store in the listed arrangement. Usable working travel is lower after dead wraps, end fixing, reeving and the required working layers are considered.
They can be reviewed with the project arrangement. Supply a sketch showing the drum position, rope exit, sheaves, load path, speed and operating cycle for a matched proposal.
State pulling or lifting, minimum working-layer pull, rope travel and diameter, target speed, duty, supply voltage and frequency, control position, foundation and destination.
List the destination requirements and any customer inspection or witness points. The technical offer will identify the applicable documents and agreed test records for the selected unit.
Single-unit enquiries are welcome. The written offer confirms the selected configuration's minimum order, production and shipping schedule, warranty period and after-sales scope.
Send the load path and operating conditions. We can then match the drum, rope, drive, brakes, controls and installation interface in a quotation that your team can actually compare.
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