The Cable Pulling Swivel is a precision-engineered rotating connector designed to eliminate torsional stress during the installation of electrical, telecommunication, and fiber optic cables. By providing a universal rotation function, it prevents cable twisting and kinking, which is critical for maintaining the structural integrity of the cable and ensuring a smooth pulling process across various angles and directions.
Constructed from high-grade stainless steel, our swivels are built for industrial-strength performance in the most demanding environments. Whether deployed in underground conduits or overhead transmission lines, these tools ensure that pulling forces are transmitted smoothly, significantly reducing the risk of cable deformation and enhancing overall operational safety on the job site.
Detailed Parameters
| Model XZLJ-1 | Pulling Capacity: 1T / Length: 105mm | Model XZLJ-2 | Pulling Capacity: 3T / Length: 140mm |
|---|---|---|---|
| Model XZLJ-3 | Pulling Capacity: 5T / Length: 157mm | Model XZLJ-4 | Pulling Capacity: 8T / Length: 220mm |
| Outer Diameter | 30mm - 56mm (Depending on Model) | Groove Width | 13mm - 25mm (Depending on Model) |
| Weight Range | 0.4kg to 2.4kg | Body Material | Premium Stainless Steel |
| Pin Design | Shoulder Bolt Style Clevis Pins | Rotation | Full Load Universal Rotation |
Key Advantages
High Load Capacity
Engineered to withstand massive pulling forces up to 8T, ensuring total stability and safety during heavy-duty cable deployments.
Maximum Durability
Stainless steel construction provides superior wear and corrosion resistance, extending service life in harsh outdoor environments.
Torsion Elimination
The universal rotation function releases twisting forces, preventing internal conductor damage and cable deformation.
Smooth Rotation
Advanced bearing design allows for seamless 360-degree rotation even when under full load, increasing installation speed.
Precision Engineering
Shoulder bolt style clevis pins ensure that the load is taken on the shoulder rather than the thread for enhanced safety.
Universal Compatibility
Easily integrates with various pulling grips, net sleeves, and wire rope connectors for streamlined workflow.
Product Gallery
Management Platforms
Load Matching
Accurately match swivel rated capacity to cable tensile strength to prevent mechanical failure.
Routine Lubrication
Regularly apply industrial-grade lubricants to internal bearings to minimize friction and wear.
Wear Inspection
Conduct pre- and post-use checks for cracks, corrosion, or deformation in the bearing section.
Debris Cleaning
Clean with compressed air or soft brushes after every operation to remove sand and dust.
Dry Storage
Store in sealed containers away from moisture and chemicals to maintain the protective coating.
Safety Compliance
Strictly follow manufacturer operating procedures and load limits to ensure job site safety.
Investment Return Comparison
| Performance Metric | Standard Swivels | Our Professional Swivels |
|---|---|---|
| Cable Integrity | High Risk of Twisting | Zero Torsional Stress |
| Service Lifespan | Short (Frequent Wear) | Long-term (Corrosion Resistant) |
| Installation Speed | Slower (Frequent Adjustments) | Fast (Smooth Rotation) |
| Operational Safety | Moderate Risk of Recoil | Enhanced Stability & Control |
| Maintenance Cost | High Replacement Rate | Low (Predictable Maintenance) |
Frequently Asked Questions
Without a swivel, cables tend to twist under tension, causing torsional stress that can damage internal conductors, deform the insulation, and lead to premature cable failure.
You should calculate the maximum expected pulling tension of your cable and select a swivel with a rated capacity that meets or exceeds this load without exceeding the cable's own tensile strength.
Stainless steel offers superior corrosion resistance, making it the ideal choice for marine, outdoor, or chemically harsh environments compared to galvanized steel.
Replace the swivel immediately if you notice visible cracks, significant corrosion, grinding noises during rotation, or any restriction in movement.
Lubrication should be performed after each use in wet or dusty environments, or according to the manufacturer's specific interval to ensure smooth rotation.
Yes, they are highly recommended for fiber optic deployment as they protect the fragile glass cores from twisting and kinking during the pulling process.
