For general factories, yards and workshops that need a cost-conscious rail-mounted gantry crane with an electric hoist and optional cantilever coverage outside the span.

Henan Mine Crane mh electric hoist gantry crane showing the primary gantry structure and electric-hoist lifting arrangement.
The MH electric hoist gantry crane uses an electric hoist as the lifting mechanism and travels on ground rails through two supporting legs. The source describes it for intermittent and repetitive loading, unloading and equipment handling in general operating environments.
For a buyer, the first design questions are where the ground rails can be installed, whether the load must be handled outside the clear span, and how much hook height is required. The source states that the legs can include an outside cantilever for transferring loads beyond the span, or the crane can be supplied without a cantilever.
| Product Model | MH |
| Type-Test Product Name | Electric Hoist Gantry Crane |
| Lifting Mechanism | Electric hoist |
| Lifting Capacity | Configured according to project requirements |
| Span | Configured according to rail / runway center distance |
| Lifting Height | Configured according to site and process requirements |
| Working Duty | Source-defined where stated; otherwise project-specific |
| Cantilever | Optional where source-supported and required by the process |
| Control Method | Configured according to source-supported options and project requirements |
Request A MH Electric Hoist Gantry Crane Quote
Electric hoist is the lifting mechanism.
Crane runs on ground rails through two supporting legs.
Provides vertical lifting, longitudinal travel and transverse movement.
Any capacity, span, speed, wheel load, energy saving, duty or other guaranteed value that is not explicitly published on the source page should be engineered from the actual project and written into the technical agreement rather than assumed from a similar crane.
A mature electric-hoist gantry platform suits many intermittent lifting tasks without the complexity of a winch trolley.
A cantilever can extend the hook working area beyond the rail-supported span.
The source highlights a relatively light crane structure, which can reduce runway and foundation demand.
Useful where ground-track and foundation loads need to be controlled.
Electric-hoist lifting and the mature structure can simplify routine service compared with more complex gantry arrangements.
Official source image associated with the MH Electric Hoist Gantry Crane, showing the gantry structure, electric hoist or industrial application. |
Official source image associated with the MH Electric Hoist Gantry Crane, showing the gantry structure, electric hoist or industrial application. |
Official source image associated with the MH Electric Hoist Gantry Crane, showing the gantry structure, electric hoist or industrial application. |
| Main Girder / Bridge | Selected from the product structure, span, load, duty and site environment. |
| Gantry Legs / Semi-Gantry Support | Ground-supported or building-integrated according to the specific model. |
| Electric Hoist / Hoist Trolley | Provides lifting and cross travel; arrangement depends on the product configuration. |
| Gantry Travel System | Moves the crane along the ground rail or combined semi-gantry runway. |
| Cantilever / End Structure | Configured only where outside-span hook coverage is required. |
| Electrical & Control System | Configured for source-supported control modes, site power and project safety requirements. |
| Model | MH |
| Product Type | MH Electric Hoist Gantry Crane |
| Type-Test Product Name | Electric Hoist Gantry Crane |
| Capacity | Project-specific |
| Span | Project-specific |
| Lifting Height | Project-specific |
| Runway / Travel Length | Project-specific |
| Hoisting Speed | Project-specific unless source-stated in a special section |
| Cross / Gantry Travel Speed | Project-specific |
| Working Duty | Project-specific unless source-stated |
| Cantilever | Project-specific where applicable |
| Control Method | Project-specific |
| Power Supply | According to site electrical conditions |
| Outdoor Protection | According to wind, rain, dust, temperature and corrosion conditions |
Source-confirmed product facts:
Buyer-defined items:
| Manufacturing Yards | General component and equipment handling. |
| Outdoor Storage | Loading, unloading and yard transfer on fixed rails. |
| Workshops | Material handling where an overhead building runway is unavailable. |
| Cantilever Transfer Areas | Moving loads from inside the span to truck or storage positions outside the leg line. |
Provide span, runway length and whether hook coverage is required beyond one or both legs.
State the exact outside working distance needed; do not add cantilever if the process does not need it.
Provide rail foundation information, especially for outdoor or retrofit sites.
Include rigging and any below-the-hook attachment in the suspended load.
Outdoor wind, rain, dust and temperature should be stated before final electrical and mechanical selection.
| Clear Span | Distance between the gantry leg runway lines determines the main covered area. |
| Cantilever | Add only the outside reach required for loading trucks, storage or transfer positions. |
| Rail Runway | Provide runway length, rail elevation and foundation / embedded-rail details. |
| Hook Coverage | Check the real hook centerline against machines, trucks, stockpiles and safety clearances. |
Before manufacture and installation, confirm rail center distance, runway length, rail elevation, foundation or building-runway capacity, available lifting height, cantilever clearance, power supply and erection access. Outdoor projects should also define wind, rain, dust and temperature conditions.
Maintenance should follow the supplied crane manual and actual duty. Routine work should cover the electric hoist, ropes, hooks / attachments, brakes, wheels, three-in-one drives where fitted, rail alignment, fasteners, limits and electrical protection. Semi-gantry cranes also require coordinated inspection of both the elevated runway and ground rail.
| 1 | Maximum suspended load |
| 2 | Span |
| 3 | Lifting height |
| 4 | Runway length |
| 5 | Required cantilever length on each side |
| 6 | Indoor / outdoor environment |
| 7 | Ground / rail foundation information |
| 8 | Operating frequency and duty |
| 9 | Control method |
| 10 | Power supply |
| 11 | Site layout |
| 12 | Destination and installation scope |
Use a full gantry when both sides should be ground-supported. A semi-gantry is relevant when one side can safely use an elevated building runway and the site benefits from a smaller floor footprint.
Only when the hook must reach outside the clear span, such as a truck loading or storage position. Cantilever length changes structural reactions and should be defined from the site layout.
Unless the source page explicitly publishes a value, capacity, span and lifting height should be engineered from the actual project.
A plan and cross-section showing rails, foundations or elevated runway, building / equipment clearances, loading positions and travel length will significantly improve quotation accuracy.
Many gantry applications are outdoors, but wind, rain, temperature, corrosion and anchoring requirements must be specified for the actual site.
Send your load, span, lifting height, travel length, site layout, rail / foundation or building-runway data, operating cycle and control requirements. Henan Mine Crane engineers can then review the correct gantry structure and prepare a project-specific configuration and quotation.