Master The Rigging: How To Use A Come Along Winch Safely And Effectively

A come along winch is a manual, ratcheting cable puller utilizing mechanical advantage to move heavy loads horizontally or at slight inclines. Safe operation requires strict adherence to working load limits, proper anchoring techniques, and complete inspection of the wire rope and ratcheting mechanism prior to under-tensioning.

Rigging Preparation and Safety Inspection Checklist

Operating a manual lever hoist demands meticulous pre-operation planning to prevent catastrophic structural failures or sudden snapbacks under extreme tension. A come along typically provides a mechanical advantage between 15:1 and 20:1, multiplying the user's manual input force exponentially at the hook. This immense mechanical multiplication means that any structural flaw in the anchor points, hooks, or cable will fail catastrophically if neglected during the setup phase.

• Essential Gear and Tools: Come along winch (rated appropriately for the load), heavy-duty synthetic rigging straps or alloy steel chains, rated screw-pin anchor shackles, leather rigging gloves, and a dampener blanket to control cable whip in the event of a line failure.
• Mandatory Prerequisite Knowledge: Complete understanding of Working Load Limits (WLL), rigging geometry angles, dynamic versus static loading forces, and the exact operation of the dual-interlocking pawl release mechanism.
• Budget and Time Benchmarks: Equipment procurement costs range from $30 to $150 depending on tonnage capacity, while a standard rigging setup and pull execution takes approximately 15 to 30 minutes.

Step-by-Step Mechanical Winch Operation Workflow

Step 1: Inspect the Hardware and Rigging Path

Examine the steel cable or synthetic strap for signs of kinks, bird-caging, fraying, chemical degradation, or broken strands. Verify that the safety latches on both the anchor hook and the load hook operate smoothly and close fully. Inspect the housing and gear teeth for structural cracks, excessive wear, or deformation caused by previous overloads.

Warning: Never use a come along with a twisted, kinked, or damaged cable. A compromised wire rope under high tension can fracture instantly, sending high-velocity steel shards across the work zone.

Step 2: Secure the Stationary Anchor Point

Attach the housing-end hook of the come along to a stationary, immovable anchor point capable of withstanding the combined pull weight plus a safety factor margin. Use a rated nylon rigging strap or alloy chain wrapped around a secure tree base, structural beam, or heavy vehicle frame rather than hooking the wire rope directly back onto itself, which can damage the cable. Ensure the anchor hook sits fully seated at the base of the anchor point, with the safety latch completely closed and bearing no side-loads.

Step 3: Connect to the Load

Pull out the required length of cable by disengaging the directional lever or lifting the pawl spring to free-wheel the drum. Attach the pull-end hook securely to the target load at a structurally sound attachment point. Ensure the pull vector matches the desired line of travel to prevent side-pulling the winch frame, which severely degrades its structural capacity.

Pro-Tip: Always attach a heavy rubber mat, dampener bag, or heavy canvas tarp over the midpoint of the winch cable during heavy pulls. In the rare event of a cable failure, the dampener absorbs kinetic energy and forces the broken line downward rather than allowing it to whip toward operators.

Step 4: Engage the Ratchet and Apply Tension

Shift the control lever into the forward (pulling) position. Pump the operating handle in smooth, controlled strokes to take up the slack in the line. Monitor the cable spooling to ensure it wraps evenly across the drum without overlapping, binding, or crushing adjacent coils. Once the line goes taut, double-check all connections, shackles, and anchor points before applying full physical force.

Step 5: Execute the Pull and Monitor Mechanics

Continue pumping the handle smoothly, maintaining an even cadence without jerking or shock-loading the handle with body weight drops. Listen closely for the crisp, rhythmic clicking of the dual safety pawls engaging the ratchet wheel. If the handle begins to flex abnormally or the anchor point shifts, stop immediately, secure the load, and re-evaluate the rigging setup.

Step 6: Release Tension and Unrig Safely

To lower or release the load, shift the directional lever into the reverse position. Carefully pump the handle to back off the tension until the load rests securely on the ground or against a stable support structure. Once tension is completely removed from the line, open the spring-loaded pawl to manually free-wheel and extract the remaining cable before disconnecting the hooks.

Winch Capacity Ratings and Application Matrix

Common Rigging Failures and Field Fixes

• Root Cause: Cable bird-caging or uneven spooling across the drum during operation.
  
  
  • Actionable Fix: Stop pulling immediately, reverse the winch to release tension, untangle the overlap by hand while wearing heavy gloves, and guide the cable evenly back onto the drum using a wooden stick or gloved hand safely clear of the pinch point.
• Root Cause: Handle bending or warping under normal manual operation force.
  
  
  • Actionable Fix: The winch is experiencing loads exceeding its safe working limit or the load is physically jammed. Cease pulling at once, set a secondary mechanical backup line, and utilize a snatch block to double the mechanical advantage before continuing.
• Root Cause: Slipping pawl fails to hold the ratchet wheel between handle strokes.
  
  
  • Actionable Fix: Inspect the ratchet teeth and pawl engagement surfaces for mud, grit, or paint buildup. Clean the internal mechanism thoroughly with a solvent degreaser and apply a light machine oil to free up the spring-loaded pawl pivot.

Frequently Asked Questions

Can I use a come along winch for vertical lifting?

Standard come along winches are designed strictly for horizontal pulling or slight inclined dragging, not for overhead vertical lifting of suspended loads. Vertical lifting operations require specialized hoists equipped with automatic load-brake mechanisms that prevent free-falling if the operator loses their grip on the handle.

How do I prevent the cable from kinking when pulling?

Never allow the cable to form tight loops or sharp bends while under tension or during free-spooling storage. Always maintain a slight outward tension on the line when spooling it back onto the drum to ensure tight, uniform parallel wraps.

What is the difference between a cable come along and a strap come along?

Cable come alongs utilize galvanized steel wire rope, offering greater abrasion resistance and higher load capacities in rugged environments. Strap come alongs use heavy-duty woven polyester webbing, which packs down smaller, resists kinking, and prevents scratching delicate painted surfaces on vehicles or boats.

Is it safe to use a cheater pipe on a come along handle?

Never slip a pipe, extension bar, or cheater pole over the operating handle to increase leverage. Come along handles are deliberately engineered to bend or fail before the internal gears or wire rope exceed their ultimate breaking strength; extending the handle bypasses this vital safety threshold and risks sudden equipment failure.

Secure your heavy loads and tackle complex rigging challenges with confidence by selecting a certified, high-capacity come along winch tailored to your specific project demands.