Port Cranes / Henan Mine Crane
Container Straddle Carrier
Move containers between handling positions with a straddle carrier matched to the travel route and stacking layout. Define container load, ground conditions, clearance and the preferred drive system.
Define the total suspended load, duty and site conditions for your project.
Technical specifications
Check the load.
Plan the configuration.
Parameters and equipment options are matched to the application and confirmed in the technical proposal.
Discuss your configuration| Rated Lifting Capacity | 30 – 50 t |
|---|---|
| Stacking Capacity | 1 over 3 – 1 over 6 |
| Unladen Travel Speed | Defined for the declared route, operating cycle and selected power system |
| Laden Travel Speed | Defined for the declared route, operating cycle and selected power system |
| Hoisting Speed | 0 – 20 m/min |
| Steering Mode | 2-wheel / 4-wheel / 8-wheel all-mode steering |
| Power Type | Lithium battery electric / diesel / hybrid |
| Working Class | A7 – A8 |
| Site operating conditions | Declare climate, wind exposure and permitted operating limits for the proposed configuration |
| Protection Class | IP54 / IP55 |
| Control System | PLC + HMI touch screen |
| Tire Specification | Heavy-duty industrial solid tire |
| Power Supply | Defined for the declared route, operating cycle and selected power system |
Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.
Application & operation
Matched to the handling task.
Container transfer
Move containers between storage rows and loading or receiving positions.
Intermodal yards
Coordinate travel lanes, turning space and interfaces with road or rail operations.
Selection considerations
Start with your operating conditions.
Load & lifting arrangement
Specify container gross weight, size and spreader interface. Include lifting-appliance weight and the required lifting positions.
Site & available space
Provide route gradients, pavement capacity, turning space and clearances. Coordinate the installation interfaces with the available site drawings.
Duty & control sequence
Define travel cycles, stacking height and drive or charging arrangement. Identify the required movements and control interfaces in the enquiry.
Configuration comparison
Compare related lifting arrangements.
| Crane arrangement | Handling configuration |
|---|---|
| Container Straddle Carrier | Move containers between handling positions with a straddle carrier matched to the travel route and stacking layout. Define container load, ground conditions, clearance and the preferred drive system. |
| Rubber Tyred Gantry (RTG) | Use a rubber-tyred gantry for heavy handling where the operating layout requires a mobile tyre-supported arrangement. Define the load, steering modes, route and ground conditions for the project. |
| Rail-Mounted Gantry (RMG) | Use an RMG for container transfer along a fixed rail layout. Select the lifting arrangement, yard coverage and positioning controls from the container flow and stacking requirements. |
| Container Overhead Crane | Transfer containers within a defined overhead runway area using a double-girder bridge and matched spreader. Container size, working clearance and the handling sequence determine the arrangement. |
Operating protection & lifecycle support
Plan beyond the equipment.
Operating protection
Define the permitted load cases, operating limits, travel protection and lifting-appliance interlocks for the declared cargo-handling modes.
Installation & commissioning
Coordinate runway or pavement interfaces, operating clearances, power arrangements, assembly access and the terminal commissioning requirements.
Inspection & spares
Plan inspection and maintenance of tyres, steering components and spreader connections. Agree service access, documentation and the required spare-parts scope.
Questions before the order
Clarify the details
that shape the crane.
What information is needed for a container straddle carrier quotation?+
Provide container gross weight, size and spreader interface; route gradients, pavement capacity, turning space and clearances; and travel cycles, stacking height and drive or charging arrangement. Include drawings and the project destination when available.
Which site details affect a straddle carrier proposal?+
Supply the route layout, gradients, pavement information, container stacking arrangement and operating cycle. These inputs determine the vehicle geometry, wheel loads and drive configuration.
What installation and support scope should be agreed?+
Coordinate runway or pavement interfaces, operating clearances, power arrangements, assembly access and the terminal commissioning requirements. Specify the documentation, training and spare-parts support needed for the project.
Related equipment
Explore the alternatives.
Port & Yard Cranes
Rubber Tyred Gantry (RTG)
Use a rubber-tyred gantry for heavy handling where the operating layout requires a mobile tyre-supported arrangement. Define the load, steering modes, route and ground conditions for the project.
View configuration
Port & Yard Cranes
Rail-Mounted Gantry (RMG)
Use an RMG for container transfer along a fixed rail layout. Select the lifting arrangement, yard coverage and positioning controls from the container flow and stacking requirements.
View configuration
Overhead Cranes
Container Overhead Crane
Transfer containers within a defined overhead runway area using a double-girder bridge and matched spreader. Container size, working clearance and the handling sequence determine the arrangement.
View configurationLet’s discuss your project
The right crane starts
with your lifting task.
Share container gross weight, size and spreader interface, together with your site layout and operating cycle.