S5 Wire Rope Hoist

The Morris S5 Series is the result of decades of research and global market experience. With a modern design profile and optimized load capacities of 2 tons, 3.2 tons, 5 tons, 8 tons and 10 tons, the S5 Series features reliable European-quality hoists available on an accelerated delivery timeline.

COMPATIBLE WITH VARIOUS TYPES OF GIRDERS

The Morris S5 Series features a flexible trolley concept that permits hoist installation on all popular bridge girders, including monorail I-beams, European box girders as well as the Chinese LD Hybrid Girder. This flexibility, combined the S5’s efficient supply chain system, ensures favorable headroom dimensions and fast and on-time delivery.

Permit double girder crane requirement

S5 series fixed hoist not only permits the fixed point lifting requirement, but also can be installed with the trolley on double girder crane with capacity of 5 tons and 10 tons. New and unique design of the structure make the hoist more compact, optimize the operation critical distance. The anchor bolt ensure the hoist more convenient to connect on trolley. Lower weight of hoist make the operation more quiet and stable.

In-house development of key technology securing safety

Our R&D is the key to our thorough understanding of all customer needs. The development of the S5 series was the result of a R&D success story, in which engineers determined that our customers needed a hoist that could be installed on multiple types of bridge girders. The idea for a flexible trolley came via extensive research and testing, and eventually enabled the creation of a new innovative, adaptable hoist: The S5 series.

Special Compact Low Headroom Trolley Configuration

The special trolley configuration is suitable for a variety of girders, and minimizes the overall height of the crane from the top of the lowest constructional parts of the lifting hook to reduce the vertical space needed for crane movement and safety clearances in the building. The overall height for the building is lower; this results in reducing building structural cost due to lower crane profile that can shave a meter from the building’s overall height. Related savings are reflected in heating cost, ventilation, and other system tied to the volume of the building.