Dual-motor driven electric winch rated 100 kg line pull, with independent motor control, right-angle geared motors, electromagnetic brakes, spring rope presser, worm-gear height limiter and encoder. PLC control available. 1.1 kW, 4 m/min, 380V.
Dual Motor Electric Winch 100kg PLC with Encoder | KLD
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Engineered for duties that need two independently controlled ropes from one winch. Twin right-angle geared motors with electromagnetic brakes, a spring rope presser for tidy winding, and a worm-gear height limiter with encoder for defined travel. Rated line pull 100 kg. PLC control and automation options available.Quick Specs
Rated line pull: 100 kg Motors: 2 × 1.1 kW (independent control) Rope speed: 4 m/min (average) Rope: Ø6 mm, 5 m + 3 wraps Control: PLC (available) + encoder + height limiterApplication Scenarios and Applicable Boundaries
- Oilfield & petroleum equipment — lifting and positioning duties at equipment assembly, installation and maintenance sites, where two independently controlled ropes support balanced or sequential operations. - Dual-point independent control — two ropes driven separately from one winch for applications requiring independent positioning of two points. - Precision positioning — encoder feedback with worm-gear height limiter supports defined upper/lower travel and accurate positioning in automated sequences. - Automated integration — PLC control of rope payout length increases automation in repeated industrial operations. Boundary: The standard configuration is not intended for personnel lifting. Confirm the load, rope arrangement, duty cycle and environment before ordering.Features Benefits
1.Two ropes, independent control — Two motors drive the drum system and can be controlled independently, supporting balanced, sequential or differential operations from a single winch unit.
2.Quiet, high-torque drive — The right-angle shaft geared motors deliver high torque in a compact layout with low-noise operation, suited to repeated industrial duty.
3.Holding on power-off — The electromagnetic brakes provide holding when power is removed, supporting safe parking of the load under long-term load conditions when the winch is correctly operated and maintained.
4.Tidy rope winding — The spring rope presser keeps tension on the rope during slack conditions, helping maintain orderly layers and reduce tangling when the winch is correctly set up.Complete Technical Specifications

Model:100 KG Motor power:1.1KW Rated pull force:100 KG Wire ropediameter:6mm Wire rope length:5m+three turns Averagerope speed:4m/min Drumspeed:8.88rpm Weight: 53kg Model:100 KG A(Length):644mm B(Width):332mm C(Height):545mm Size Installation and System Interface
The winch is supplied on a flanged base with pre-drilled mounting holes (4 × Ø13 mm) for floor fixing. Overall dimensions, rope exit direction and mounting orientation are confirmed on the general arrangement drawing after configuration approval. Available interfaces include: dual-motor power and control terminals, electromagnetic brake control, encoder signal output, height limiter contacts, PLC communication and optional wireless remote. Electrical interfaces are defined in the final wiring diagram.Control Safety and Protection
- Normal control: dual-motor independent control; PLC control of rope payout length available for automation. - Position control: encoder feedback with worm-gear height limiter for defined upper/lower travel. - Stopping & holding: electromagnetic brakes provide braking on stop and holding when powered down; stop positions defined in the control scheme. - Protection: limit contacts and load monitoring confirmed per project; emergency-stop logic per the final control scheme. - Environment: confirm enclosure rating, temperature range and site conditions before ordering. Standard vs optional items are confirmed on the control scheme for each order.Customization Options and Engineering Process
Configured around your operating conditions — Share the required line pull, rope travel and diameter, operating speed, duty cycle, power supply, installation envelope and environment. KLD will review the application and provide a proposed configuration, technical drawing and quotation for approval. Free 3D design models are provided for different scenarios. Requirements → Concept → Drawing & Quotation → Approval → Production & Test → DeliveryStandards Testing and Quality
The company operates an ISO 9001 quality management system. CE conformity documents (LVD, EMC) are available for applicable configurations on request. Factory testing follows the approved technical specification for each configured unit and may include: no-load run, rated-load operation, brake function, independent-motor control verification, limit and encoder function checks. Available documentation may include dimensional drawings, electrical diagrams, inspection records and functional test results, depending on project scope.Engineering Cases
Challenge: An oilfield equipment manufacturer needed a compact winch with two independently controlled ropes for positioning duties during assembly and maintenance, with defined travel and position feedback. Solution: A dual-motor winch (100 kg class) with right-angle geared motors, electromagnetic brakes, spring rope presser, worm-gear height limiter and encoder, configured for the required rope arrangement and control. Outcome: The winch passed the customer's functional acceptance procedure for the planned positioning duties.Technical Data Download
Downloads: - Product Datasheet (PDF) - General Arrangement Drawing (PDF) - Installation & Operation Manual (PDF) - Request CAD / Electrical DrawingDelivery Packaging and Lifecycle Support
Most winches are custom-made products; lead time is confirmed after technical approval and order review. Project support can include configuration review, drawing approval, factory testing, export packaging, remote commissioning support and recommended spare parts. On-site measurement and installation support are available for applicable projects. -
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What information is required to select the winch?
Please provide the required line pull or load, rope travel and diameter, operating speed, duty cycle, power supply, installation orientation, control preference and environmental conditions. A sketch or site photo can help our engineers confirm the configuration.
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Why two motors?
The dual-motor configuration allows the two ropes to be controlled independently, supporting balanced, sequential or differential operations from a single winch.
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Can the winch be integrated with our PLC?
Yes. PLC control of rope payout length is available, and communication requirements are confirmed during configuration review.
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How is positioning accuracy achieved?
The encoder provides position feedback and the worm-gear height limiter defines upper/lower travel, supporting accurate positioning in routine and automated operation.
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Does the brake hold the load?
The electromagnetic brakes provide holding when power is removed, supporting safe parking under long-term load conditions when the winch is correctly operated and maintained.
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