Inclined Builders Hoist

Product Advantages

1. A multi-hole pin-shaft base frame structure has been designed and developed, enabling one-key precise locking at an inclination angle of 0–12°. Abandoning the outdated industry adjustment methods of traditional screw adjustment and shim stacking, the innovative multi-hole pin-shaft base frame positioning structure allows construction personnel to simply insert the positioning pin shaft into the corresponding standard hole position according to the inclination angle of the on-site structure, thereby quickly completing the angle calibration of the entire machine. The 0–12° inclination range adapts to various complex working conditions such as inclined bridge piers and water-conservancy slopes, with simple and intuitive operation and high positioning accuracy, fundamentally solving the problems of time-consuming and low-accuracy inclination debugging.

2. A double-hinge cage adjustment system is adopted, fundamentally solving the problem of unbalanced load in inclined operation. The double-hinge structural design inside the cage enables uniform distribution of internal loads during cage travel, eliminating the additional bending moment caused by inclined working conditions and improving the stability of the cage during operation. It effectively extends the service life of the entire machine and strengthens the safety defense for high-altitude operations.

3. A combined positioning design of hinge pin shafts plus bolts is adopted to simplify the cage posture matching process. To address the angle coordination between the inclined cage and the base frame, the cage posture is designed with a combination of hinge pin shafts and positioning bolts, which can quickly calibrate the cage angle posture without the need for repeated measurement and fine-tuning on site, achieving "debugging upon equipment arrival and commissioning upon debugging", greatly shortening the equipment installation and debugging cycle and effectively reducing construction costs.

4. A high-strength structure, together with trolley conductor

power supply, is adopted to ensure smooth operation of the equipment across the entire working range. The main load-bearing structure of the entire machine is processed and formed from high-strength steel, with reinforcement and strengthening treatment applied to high-load stress nodes, greatly upgrading the overall rigidity and torsion resistance of the equipment. The transmission system is equipped with a stepless variable-frequency speed control system, with a travel speed range of 0–50 m/min and smooth start/stop buffering, balancing construction transport efficiency and operational smoothness. The power supply system supplies power through trolley conductor, effectively avoiding the self-weight effect and the risks of electric leakage by line damage associated with cable-based power supply.

*The listed technical parameters are not legally binding; please refer to the corresponding product manual for details.