HogarProductosManual Friction Winch 25kg Dual Drum Hand Winch for Mountain Haulage | KLD

Manual Friction Winch 25kg Dual Drum Hand Winch for Mountain Haulage | KLD

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Dual-drum manual friction winch for mountain haulage — a hand-operated ropeway for long-distance outdoor pulling. No gearbox (1:1 speed), torsion-spring bidirectional mechanical brake, enclosed guard, 13.5 kg self-weight. Max pulling force 25 kg, rope Ø8 mm, 280 × 134 × 196 mm. Customizable.

A dual-drum manual friction winch for mountain haulage, working as a hand-operated ropeway: turning the crank moves the rope back and forth to bring materials up the hill. The crank is directly linked to the drum with no gearbox (1:1 speed), braking is by torsion-spring bidirectional mechanical brake, and an enclosed guard protects the internal parts in dusty outdoor conditions.

Quick Specs

Max pulling force: 25 kg      |  Rope dia.: Ø8 mm
Speed: 1:1 (no gearbox)       |  Brake: torsion-spring bidirectional mechanical brake
Drum: dual drum (1 driving + 1 driven) |  Guard: enclosed
Self-weight: 13.5 kg

Application Scenarios and Applicable Boundaries

- Mountain haulage — a hand-operated ropeway for carrying materials uphill, working without any power supply.
- Long-distance outdoor pulling — suited to remote sites where electrical power is unavailable.
- Dusty or harsh sites — the enclosed guard helps protect internal parts in dirty environments.
- Reciprocating movement — the rope is wound around two drums and fixed to a trolley or load; friction generated by the drum windings provides the driving resistance, so the load advances or retreats in a defined area without rails.

Boundary: this is a manual friction-drive unit with a maximum pulling force of 25 kg (case value). Traction depends on rope condition, number of drum windings and friction coefficient. It is not a powered winch, cannot be used with VFD/encoder/remote-control options, and is not intended for personnel lifting.

Features Benefits

Friction drive — the rope is wound several turns around one driving drum and one driven drum, and friction generated by the windings acts as the driving force for rail-free movement in a defined area.
Simple and direct — the crank is linked directly to the drum with no gearbox; turning the crank moves the rope back and forth to deliver materials uphill quickly.
Fast braking — torsion-spring bidirectional mechanical braking allows quick stops, which helps improve safety during transport and reduce accidental incidents.

Complete Technical Specifications

Fuerza máxima de tracción de los cabrestantes: 25 kgDiámetro de la cuerda: 8 mmPeso propio: 13,5 kg
Fuerza máxima de tracción de los cabrestantes: 25 kgA (Longitud) 280 mmB (Ancho) 134 mmC (Altura) 196 mm

Size Installation and System Interface

Outline dimensions (case): 280 × 134 × 196 mm (L × W × H).
Mounting: enclosed body with mounting holes on the housing; the unit is carried or fixed depending on the site.
Rope interface: wire rope Ø8 mm wound around both drums, then fixed to the trolley or load.
Working posture: hand crank on the shaft; braking via torsion-spring bidirectional mechanical brake.

Control Safety and Protection

- Torsion-spring bidirectional mechanical brake for quick stopping in both directions.
- Enclosed protective guard helps protect internal parts in dusty or no-power environments.
- Manual 1:1 crank drive — no electrical component, so no electrical hazard.
- Drum winding friction acts as the driving resistance; the rope should be checked for wear and correct winding before each use.
- Not intended for personnel lifting.

Customization Options and Engineering Process

Configured around your operating conditions — Share the required line pull, rope travel, 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 design schematics are provided for different scenarios.
Requirements → Concept → Drawing & Quotation → Approval → Production & Test → Delivery

Standards 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, positioning accuracy, limit function and PLC control verification. Available documentation may include design drawings, electrical diagrams, inspection records and functional test results, depending on project scope.

Engineering Cases

dual-drum manual friction winch used as a hand-operated ropeway for mountain material haulage, where the rope runs around two drums and is fixed to a trolley or load so that the load advances or retreats within a defined area without rails. Case data: max pulling force 25 kg, rope Ø8 mm, self-weight 13.5 kg, 280 × 134 × 196 mm.

Technical Data Download

Downloads:
- Product Datasheet (PDF)
- General Arrangement Drawing (PDF)
- Installation & Operation Manual (PDF)
- Request CAD / Electrical Drawing

Delivery 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.
  • What is a manual friction winch used for?

    It is a hand-operated ropeway for mountain haulage and long-distance outdoor pulling. Turning the crank winds the rope around two drums to move a load forward or backward in a defined area, without rails and without any power supply.

  • What are the case specifications?

    Maximum pulling force 25 kg; rope Ø8 mm; speed ratio 1:1 with no gearbox; torsion-spring bidirectional mechanical brake; self-weight 13.5 kg; dimensions 280 × 134 × 196 mm.

  • Why is there no gearbox?

    The crank is linked directly to the drum at 1:1, which keeps the structure simple and light — efficient for hand operation over long distances where fast rope travel matters more than mechanical advantage.

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