This video shows a 10 ton semi gantry crane designed for large workshops where reducing unnecessary crane span and structural cost is important. A single girder semi gantry crane uses one ground-supported gantry leg while the other side is supported by an elevated runway or existing building structure.
For a large workshop, a full-span overhead crane may require a long runway and larger supporting structures. A semi gantry crane can use the existing building structure on one side and a ground rail on the other side. This can provide a more economical solution when the workshop layout allows it.
The 10 ton half gantry crane can be customized with single girder construction, electric wire rope hoist, ground travelling system and low-headroom configuration. The crane span, rail gauge and lifting area are designed according to the actual material handling zone rather than covering the entire workshop unnecessarily.
For a 10 ton semi gantry crane, the main parameters include lifting capacity, required hook coverage, span, lifting height, rail gauge, travelling distance, duty class, headroom, building structure and working frequency. These parameters are reviewed together to balance lifting performance and project cost.
| Item | Technical Specification |
|---|---|
| Crane type | 10 Ton Semi Gantry Crane / Single Girder Semi Gantry Crane / Half Gantry Crane |
| Rated capacity | 10 ton |
| Girder design | Single welded girder or I-beam girder, selected according to span, capacity and duty class |
| Gantry structure | One ground-supported gantry leg with the opposite side supported by an elevated runway or suitable building structure |
| Span | 5 – 25 m, customized according to the actual lifting area |
| Lifting height | 4 – 15 m, customized according to required hook height |
| Hoisting system | Electric wire rope hoist / European style low-headroom hoist |
| Hoisting speed | 3 – 12 m/min, single speed, two speed or VFD |
| Trolley speed | 20 – 30 m/min, VFD available |
| Crane travelling speed | 20 – 30 m/min, VFD available |
| Duty class | ISO A3 – A5 / FEM 1Am – 2m, selected according to working frequency |
| Rail gauge | 3 – 15 m, customized according to ground rail and building layout |
| Travelling distance | 20 – 200 m+, customized according to workshop layout |
| Headroom | Low-headroom configuration available for workshops with limited building height |
| Control | Pendant / Radio Remote / Operator Cabin |
| Power supply | 380V / 50Hz / 3Ph standard; 400V, 415V, 440V, 460V and 60Hz available |
| Safety devices | Overload limiter, lifting limit switch, travelling limit switch, emergency stop, buffers and warning alarm |
| Working environment | Large workshops, factories, warehouses, fabrication plants and indoor production areas |
| Working temperature | Typically -20°C to +40°C, customized for special environments |
| Cost optimization | Crane span, runway arrangement and lifting coverage can be optimized according to the actual material handling area |
| Applications | Steel fabrication, machinery assembly, maintenance, manufacturing, warehouse handling and large industrial workshops |
| Yuantai Crane engineering experience | Yuantai engineers the semi gantry structure, main girder, gantry leg, hoist, end carriage, wheels, ground rail and building-side connection as one complete crane system. |
A semi gantry crane can reduce crane span requirements when the material handling area does not need to cover the complete width of a large workshop.
Instead of designing a crane to span the entire building, the 10 ton semi gantry crane can be positioned so that the ground rail and elevated runway cover the actual working zone.
This can reduce the amount of crane structure, runway length and related supporting work. However, the final cost depends on the building structure, rail foundation, crane span, lifting height, duty class and installation conditions.
Large workshops often have different production areas, storage zones, assembly bays and maintenance areas. A full-span crane is not always necessary for every area.
A 10 ton single girder semi gantry crane can be designed to serve a defined production or material handling zone while using the existing workshop structure on one side.
This makes the semi gantry crane a practical option for large factories that want to balance lifting coverage, available space and crane investment.
| Item | Semi Gantry Crane | Full Gantry Crane |
|---|---|---|
| Ground-supported legs | One ground travelling leg | Two ground travelling legs |
| Building structure | Can use an existing elevated runway or building structure | Normally independent of the building structure |
| Workshop application | Suitable when lifting is required along a defined working zone | Suitable when full-width ground coverage is required |
| Space utilization | Uses existing building space efficiently | Requires two ground travelling sides |
| Cost optimization | Potentially more economical when the building structure is suitable | More independent but may require more structural steel and runway work |
| Typical application | Large workshops, factories, production lines and maintenance areas | Open yards, warehouses, construction sites and large outdoor areas |
The most effective cost optimization is not simply reducing the steel thickness or selecting smaller components. The crane should be designed around the actual load path, hook coverage, lifting frequency, span and building structure.
Yuantai engineers can optimize the single girder, gantry leg, hoist, wheel arrangement, ground rail and building connection according to the required lifting area and duty class.
For large workshops, a simple layout showing the material flow, lifting points, truck access, storage area and existing crane runway can help determine whether a semi gantry configuration is more suitable than a full-span crane.
Common questions about semi gantry cranes, crane span optimization, single girder designs and economical lifting solutions for large workshops.
Yes, a semi gantry crane can reduce unnecessary crane span when the lifting operation only requires coverage over a defined working area instead of the entire width of a large workshop.
The crane can use an existing building-side runway and a ground rail on the opposite side. This can reduce structural requirements compared with a full-span independent gantry system.
A 10 ton semi gantry crane is commonly used for machinery assembly, steel fabrication, maintenance, manufacturing, warehouse handling and other industrial material handling applications.
It is particularly useful when one side of the workshop already has a suitable elevated crane runway or supporting structure.
Yes. A single girder semi gantry crane can be suitable for large workshops when the lifting capacity, span and duty class are within the practical range of a single girder design.
For longer spans or heavier working conditions, Yuantai engineers check whether a reinforced single girder or double girder configuration is more appropriate.
First identify the actual hook working area instead of automatically matching the crane span to the full workshop width.
Yuantai engineers can then evaluate the rail gauge, building columns, existing runway, material flow, truck access and lifting points to determine a practical semi gantry crane layout.
It can be, but there is no fixed price difference for every project. The total cost depends on the crane span, building structure, rail foundation, lifting height, duty class, hoist and installation requirements.
When a suitable existing building structure is available, a 10 ton semi gantry crane may reduce the amount of independent gantry structure and associated work.
Provide the 10 ton lifting capacity, required span, lifting height, rail gauge, travelling distance, working frequency, headroom, existing building structure and workshop layout.
A simple drawing showing the production area, lifting points, building columns and existing crane runway can help Yuantai engineers optimize the crane span and overall configuration.
Yuantai Crane does not optimize cost simply by reducing component size. The engineering team first reviews the lifting area, crane span, duty class, building structure, hoist, wheel loads, rail system and working frequency.
This allows the 10 ton single girder semi gantry crane to be designed around the actual application, avoiding unnecessary crane coverage and structural capacity while maintaining the required lifting performance.
Send us your lifting capacity, required hook coverage, span, lifting height, rail gauge, travelling distance, working frequency, existing building structure and workshop layout.
Yuantai Crane can engineer a 10 ton single girder semi gantry crane for large workshops, helping you optimize crane span, lifting coverage and structural requirements while maintaining safe and reliable material handling.
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