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LTD-P 500kg - 1000kg
Rigid
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The RIGID LTD-P Series hoist is a wire rope pass-through traction hoist specifically developed for working-at-height systems, suitable for both man-riding and material lifting applications. The equipment achieves stable climbing and descending through the main wire rope, which is not stored within the machine, allowing for unlimited working heights and longer traction distances. With its compact and lightweight design, reliable transmission system, and multiple safety protection configurations, this series is widely used in suspended platforms, wind turbine service lifts, elevator installation platforms, and bridge/tower maintenance scenarios, providing safer, more stable, and highly efficient vertical lifting guarantees.
Product Advantages
Unlimited Height Adaptability: Adopts a mature wire rope pass-through traction structure (α-type reeving system). The wire rope passes directly through the machine body during operation, theoretically free from drum storage limitations, perfectly adapting to super high-rise buildings and deep shafts.
High Safety Design: Designed according to man-riding conditions, integrating mechanical overload protection, motor thermal overload protection, and a manual emergency descent mechanism during power failure. It can be seamlessly paired with RIGID Overspeed Safety Lock (OSL) and Anti-tilt Safety Lock (LSF) to build a complete secondary safety protection system.
Lightweight & Durable: Features a die-cast aluminum body and hardened steel transmission components, effectively reducing the overall weight (45-62kg) while ensuring structural rigidity and durability.
Wide Environmental Adaptability: Compared to similar competitors, the LTD-P series has a wider working temperature range (-20°C to 55°C) and achieves IP54/IP55 protection class, easily coping with harsh construction and industrial maintenance environments.
Easy Maintenance: Standardized component design with a built-in mechanical hour counter to accurately record operating hours, helping to improve maintenance efficiency and reduce lifecycle operating costs.
