MOBILE BOAT HOIST
A mobile boat hoist is used in marinas and boatyards for lifting and moving boats in and out of the water. It typically consists of a crane-like structure mounted on wheels or tracks, with lifting straps or slings attached to a lifting beam. Mobile boat hoists are designed to handle a wide range of boat sizes and weights, offering a convenient and efficient way to launch, retrieve, and transport boats within the marina or boatyard.
DATA SHEET
Dimensions can be modified upon requeest.
Parameter of Mobile Boat Hoist
Lifting Capacity (t): The lifting capacity of the mobile boat hoist is one of the most critical parameters. It determines the maximum weight that the hoist can safely lift and transport. Choosing a hoist with the appropriate lifting capacity ensures that it can handle the boats or vessels intended for use without risking overloading or structural damage.
Span (m): The span of the boat hoist refers to the distance between its supporting structures, such as the rails or beams. This parameter is crucial as it dictates the maximum width of the boats or vessels that the hoist can accommodate. A wider span allows for lifting larger vessels, while a narrower span is suitable for smaller boats.
Lifting Speed (m/min): The lifting speed of the mobile boat hoist indicates how quickly it can raise or lower boats. A faster lifting speed can improve operational efficiency, especially in busy marinas or shipyards where quick turnaround times are essential.
Running Speed (m/min): The running speed of the boat travel lift refers to how fast it can move. A higher running speed can enhance productivity by reducing the time required to transport boats. It is particularly beneficial for large facilities with extensive docking or storage spaces.
Grade Ability (%): The grade ability of the mobile boat hoist indicates its ability to operate on sloped or inclined surfaces. A higher grade ability allows the mobile boat crane to navigate uneven terrain or ramps more effectively, ensuring smooth and safe movement throughout the facility. This parameter is crucial for marinas or boatyards with varied topography.
