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  • Hand Winch HW-C type
  • Hand Winch HW-C type
  • Hand Winch HW-C type
  • Hand Winch HW-C type
  • Hand Winch HW-C type
  • Hand Winch HW-C type
  • Hand Winch HW-C type
  • Hand Winch HW-C type

Hand Winch HW-C type

No.4201

The H-Lift HW-C Type Hand Winch is a manually operated lifting device engineered for reliable hoisting, pulling, and positioning of heavy loads. Featuring a robust gear mechanism with integrated automatic brake system, this winch delivers controlled operation for construction, marine, automotive, and industrial environments where electric power is unavailable.

  • Precision gear mechanism for smooth load handling
  • Automatic brake with ratchet and pawl safety system
  • Wire rope drum with optimized storage capacity
  • Flexible mounting options for diverse installations
  • Suitable for manual operation in remote locations
  • Technical Data

  • Safe Use of Winches

  • What is a hand winch ?

The HW-C Series Hand Brake Winch is a compact yet robust lifting solution equipped with a positive action brake for automatic load holding. Available in standard carbon steel or corrosion-resistant stainless steel, it is designed for efficiency and safety in industrial, construction, and marine applications.

Hand Winch HW-C Hand Winch Diagram
🛑 Automatic Safety Brake

Equipped with a positive action brake that automatically locks the load in position the moment the handle is released, ensuring maximum safety during lifting.

🛡️ Sealed Protection

The internal brake mechanism is enclosed in a sealed steel cover, protecting critical components from dust, rain, and debris for reliable outdoor performance.

🏗️ Compact & Robust

Lightweight body (starting at 3.7kg) with a heavy-duty frame ensures rigidity under load. Compact footprint allows installation in tight spaces.

⚙️ High Efficiency

Precision gears provide a mechanical advantage (up to 10:1 ratio), allowing operators to lift heavy loads up to 1200kg (2600lbs) with minimal hand effort.

Material Options: Standard vs. Stainless Steel
Feature Galvanized / Powder Coated Stainless Steel (SS304)
Corrosion Resistance Good (Standard Outdoor) Excellent (Marine/Saltwater)
Hygiene Standard High (Food Grade/Washdown)
Aesthetics Industrial Grey/Yellow Polished Silver
Cost Economical Premium
Best For Construction, General Trailers Yachts, Davits, Chemical Plants
Pro Tip: For boat trailers used in saltwater, the Stainless Steel (SS304) version is highly recommended to prevent seizing and rust, ensuring a much longer service life compared to standard winches.

Technical Specifications

Model Capacity Proof Load
(kN)
Gear Ratio Hand Operated
Strength (N)
Dimensions (mm) N.W.
(kg)
Product Code
kg lbs A B C D F G H
HWC0550 550 1200 8.1 4.2:1 180 156 184 157 208 273 51 110 3.7 420100550
HWC0850 850 1800 12.5 5:1 190 203 246 190 319 288 60 110 8.1 420100850
HWC1200 1200 2600 17.64 10:1 190 216 294 209 319 307 63 110 10.3 420101200
✅ ALWAYS
  • Store and handle winches correctly.
  • Inspect the winch, rope, and accessories before use and before placing into storage.
  • Ensure mounting and suspension points are secure and suitable for the full loads that will be imposed.
  • Lift the load just clear, then halt for a short period to ensure the integrity of the brake or sustaining mechanism before completing the lift.
  • Use a speed appropriate to the specific application.
  • Keep hands and feet clear of ropes, drums, and moving parts.
❌ NEVER
  • Raise loads by revolving the drum in the opposite direction to that indicated.
  • Use winches with loose or insecure handles.
  • Use the pawl to arrest descending loads.
  • Use winches if the rope is twisted or trapped.
  • Overwind the rope on or off the drum.
  • Use winches for man-riding applications unless they are specifically designed and certified for that purpose.
⚙️ Selecting the Correct Winch

Winches are available for manual or power operation in a range of capacities, designs, and mounting arrangements. Plan the lift by taking any statutory requirements and the following into account:

  • Type of Winch: Manual, electric, pneumatic, or other operation.
  • Mounting: Wall, floor, lorry/vehicle, etc.
  • Capacity: Required load limit and rope drum storage.
  • Speeds & Control: Single speed, dual speed, push button, pull cord, lever, remote, etc.
  • Rigging Arrangement: Diverters, pulley blocks, anchorage, suspension points, and imposed loads.

Note: Consult the supplier if the winch is to be used in high-risk areas, exposed to elements (water, steam), hazardous substances (acids, chemicals), or extremes of temperature.

📦 Storing and Handling
  • Condition: Never return damaged winches or ropes to storage. They should be dry, clean, and protected from corrosion.
  • Temporary Applications: Remove the rope for separate storage or wind it fully onto the drum and lash in position to prevent damage.
  • Left In-Situ: Remove pulleys and wind the rope fully onto the drum. If not possible, position pulleys to protect them from damage and ensure they present no danger to personnel. Isolate any power supply.
🛡️ Safe Operating Procedures
  • Pre-Check: Do not use defective winches, ropes, or pulleys. Check that mounting/suspension points are secure. Do not use timber bearers.
  • Rigging: Ensure sheaves are correct for the size and type of rope, fleet angles are not too great, the rope is not twisted, and the load is free to move. Check operating handles are secure.
  • Test Lift: Raise the load just clear and halt the lift to ensure the integrity of the brake and slinging arrangement.
  • Speed Control: With manual winches, use only the slow speed to raise/lower loads. With power winches, select a speed appropriate to the operation.
  • Brakes: Ensure oil, water, or foreign matter does not contact lined brakes.
  • Direction: If the direction of rotation is indicated, the winch must raise the load when turning in that direction.
  • Clearance: Check rope and load travel paths are clear. Maintain a clear view to avoid accidents.
  • Drum Rules: Do not overwind the rope on or off the drum. Two turns must always remain on the drum (unless manufacturer specifies more).
  • Body Safety: Keep fingers, toes, and clothing clear of ropes, pulleys, drums, and other moving parts.
⚠️ In-service Inspection and Maintenance

Follow the specific maintenance instructions issued by the supplier. These should be incorporated into the site maintenance program. Regularly inspect the winch and, in the event of the following defects, refer the winch to a Competent Person for thorough examination:

  • Insecure mounting or loose/missing bolts.
  • Distorted winch frame.
  • Chipped or cracked rope drum flanges.
  • Loose or pulled rope anchorage.
  • Worn ratchet, pawl, or slipping brake.
  • Rope worn, winding incorrectly, or broken wires.
  • Gears worn or not positively locating.
  • Any other visible damage, corrosion, or operational faults.

A hand winch is a manually operated mechanical device designed for lifting, pulling, and hoisting heavy loads. It consists of a drum (spool), a handle, and a gear mechanism. Turning the handle engages the gears to wind or unwind a wire rope, allowing the user to manipulate heavy objects with mechanical advantage.

⚙️ Manual Operation

Relies entirely on human effort. The operator turns the handle to wind the cable in or out, making it independent of electricity or fuel sources.

🧳 Portability

Compact and lightweight designs make them easy to transport and install in remote locations where powered equipment is not practical.

⚖️ Weight Capacity

Available in a wide range of sizes, from small models for light pulls (a few hundred kg) to heavy-duty industrial models capable of handling several tons.

🔒 Safety Mechanisms

Many models feature locking mechanisms (such as pawls or automatic friction brakes) to prevent unintentional cable release and maintain load stability.

🎯 Controlled Operation

Offers precise control, allowing the operator to stop, start, and adjust the lifting or pulling speed instantly as required by the task.

Versatile Applications

Hand winches are essential tools across construction, marine, automotive, and recreational industries. Common uses include:

  • Pulling or lifting boats onto trailers.
  • Hoisting loads onto elevated platforms.
  • Tensioning wire ropes and cables.
  • Securing heavy machinery during transport.
  • Assisting in off-road vehicle recovery.

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