HT(HP) Suspension Type Take-Up(Pay-Off) Machine

The HT(HP) Suspension Type Take-Up and Pay-Off Machine is a heavy-duty suspension series designed for demanding cable production environments where reel size, cable weight, and operational throughput requirements exceed the capacity range of standard suspension equipment. The HT designation reflects the machine's high-torque drive system, while the HP designation covers the high-pull variant configured for cables with substantial stiffness or requiring elevated back-tension during winding.
The machine's heavy-duty mechanical structure is engineered to handle the largest reel formats used in industrial cable production, providing the structural rigidity and bearing load capacity required to support fully loaded reels while maintaining precise rotational control and tension uniformity throughout the winding cycle. Frame deflection under maximum load is minimized through reinforced structural members and precision-aligned bearing housings that preserve geometric accuracy under dynamic operating conditions.
Tension control performance in the HT(HP) series is built around a high-response servo drive system with a closed-loop tension feedback mechanism that provides rapid correction of tension deviations caused by reel diameter change, production speed variation, or cable stiffness fluctuation. This response capability is particularly valuable in HV cable sheathing and large armored cable applications where cable stiffness creates significant back-tension variability that a lower-response drive system cannot adequately compensate.
The reel exchange system is designed for efficient overhead crane or forklift operation, with quick-release shaft locking and guided reel positioning that reduce change-over time even for the largest and heaviest reel formats in the machine's operating range.
The HT(HP) series is the appropriate take-up and pay-off choice for HV cable jacketing lines, large-section armored cable production, submarine cable manufacturing, and other applications where maximum reel capacity and heavy-duty continuous operation are the primary selection criteria.