Our professional-grade Hydraulic Cable Drum Jacks are engineered for maximum efficiency and safety in heavy-duty cable installation. Specifically designed to support massive cable reels, these jacks facilitate the smooth unwinding and laying of cables by providing a stable, rotating platform. Built from high-strength durable steel, they ensure a seamless workflow for electrical wiring, fiber optic networks, and underground utility systems, minimizing friction and preventing cable twisting during deployment.
Available in multiple capacities to suit various project scales, our drum jacks combine robust load-bearing capabilities with intuitive hydraulic lifting mechanisms. By replacing manual handling with precision engineering, these tools significantly reduce labor costs and mitigate the risk of workplace injuries. Whether you are managing a large-scale industrial grid or a specialized utility project, our Cable Drum Jacks provide the reliability and precision required for professional cable handling.
Detailed Parameters
| Lifting Capacity | 5 Tons / 10 Tons / 15 Tons | Max Cable Length | Up to 2000m |
|---|---|---|---|
| 5 Ton Weight | 108 Kg per unit (Pair: 216 Kg) | 10 Ton Weight | 154 Kg per unit (Pair: 308 Kg) |
| 15 Ton Weight | 225 Kg per unit (Pair: 450 Kg) | Lifting Type | Hydraulic System |
| Base Design | Heavy-duty ground plate | Mobility | Solid trusts fitted with wheels |
| Fixing System | Spindle and fixing clamps | Material | Industrial Grade Steel |
Key Advantages
Enhanced Safety
Anti-slip bases and secure locking systems prevent tipping and accidental movement during high-tension cable payout.
Labor Efficiency
Hydraulic lifting reduces manual effort, speeding up the setup process and allowing faster project completion.
Precision Control
Maintain optimal cable tension and pulling speed, ensuring the integrity of fiber optics and electrical cores.
Heavy-Duty Build
Constructed from reinforced steel to handle loads up to 15 tons without deformation or structural failure.
Easy Mobility
Integrated wheels and portable designs allow for quick transportation across diverse construction sites.
Versatile Application
Compatible with various drum diameters, making them ideal for power, telecom, and industrial cabling.
Product Gallery
Management Platforms
Load Management
Precise weight verification to prevent overloading and ensure operational stability.
Balance Control
Centralized placement system to prevent axle lever bending due to uneven force distribution.
Stability Monitoring
Ensuring use on stable ground to avoid tipping during the cable payout process.
Synchronized Lifting
Simultaneous lift operation to keep the axle horizontal and prevent drum tilting.
Anchor Security
Firm anchoring of supports after lifting to prevent movement during drum rotation.
Height Adjustment
Dynamic height settings to accommodate various drum sizes and installation environments.
Investment Return Comparison
| Metric | Manual Handling | Hydraulic Jack System |
|---|---|---|
| Setup Time | High (Hours) | Low (Minutes) |
| Labor Requirement | 4-6 Workers | 1-2 Operators |
| Safety Risk | High (Injury Prone) | Very Low (Controlled) |
| Cable Integrity | Risk of Kinks/Tears | Smooth, Low Friction |
| Project ROI | Slow / High Cost | Fast / Optimized Cost |
Frequently Asked Questions
We offer three standard models with lifting capacities of 5 Tons, 10 Tons, and 15 Tons to meet different industrial requirements.
Ensure the jack is placed on stable ground, the reel is centered on the stand, and both supports are lifted simultaneously and anchored before rotation.
Yes, they are manufactured from heavy-duty steel and equipped with wheels for easy transportation across various outdoor terrains.
Absolutely. The controlled rotation and tension management make them ideal for sensitive fiber optic networks and electrical wiring.
Hydraulic systems provide superior lifting power with significantly less physical effort, improving both speed and operator safety.
Yes, our jacks are complete with spindles and fixing clamps to ensure the cable drum is securely held during operation.
