Overhead Cranes / Henan Mine Crane
Anode Carbon Block Stacking Crane
Handle and stack anode carbon blocks with a crane configured around block geometry, gripping method and storage layout. Define the transfer sequence and automation interfaces before selection.
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| Capacity | 10 – 30 t |
|---|---|
| Span | 13.5-40 m |
| Lifting height | 6 – 20 m |
| Working class | A6–A8 |
| Hoisting speed | 2.5-6 m/min |
| Crane travel | 6-60 m/min |
| Power supply | 220-690V, 50/60Hz |
| Controls | PLC + Laser Positioning + RFID + HMI |
Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.
Application & operation
Matched to the handling task.
Carbon block storage
Transfer blocks between receiving positions, storage stacks and dispatch stations.
Anode production
Match the gripper and movement sequence to the block condition and line interfaces.
Selection considerations
Start with your operating conditions.
Load & lifting arrangement
Specify block dimensions, condition and number of blocks per lift. Include lifting-appliance weight and the required lifting positions.
Site & available space
Provide storage positions, stack heights and transfer stations. Coordinate the installation interfaces with the available site drawings.
Duty & control sequence
Define gripping sequence, dust exposure and automation signals. Identify the required movements and control interfaces in the enquiry.
Configuration comparison
Compare related lifting arrangements.
| Crane arrangement | Handling configuration |
|---|---|
| Anode Carbon Block Stacking Crane | Handle and stack anode carbon blocks with a crane configured around block geometry, gripping method and storage layout. Define the transfer sequence and automation interfaces before selection. |
| Electromagnetic Hanging Beam Crane | Support long steel products with an electromagnetic hanging beam. Beam length, magnet spacing and lifting points are configured around product geometry, orientation and stacking requirements. |
| Modular Electric Hoist Overhead Crane | Use a modular electric-hoist overhead crane for production, assembly and maintenance lifting. Select the hoist arrangement, hook coverage and movement control for the workshop and operating cycle. |
| Multi Support Double Girder Underhung Crane | Use a multi-support double-girder underhung arrangement for wide-span working areas and large components. The building supports, lifting coverage and load distribution are designed together. |
Operating protection & lifecycle support
Plan beyond the equipment.
Operating protection
Confirm overload protection, travel limits, brakes, emergency controls and the required process interlocks for the declared lifting task.
Installation & commissioning
Agree runway reactions, structural interfaces, electrical connections, assembly, inspection and commissioning responsibilities before delivery.
Inspection & spares
Plan inspection and maintenance of gripping surfaces, positioning sensors and cable systems. 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 anode carbon block stacking crane quotation?+
Provide block dimensions, condition and number of blocks per lift; storage positions, stack heights and transfer stations; and gripping sequence, dust exposure and automation signals. Include drawings and the project destination when available.
What determines the block gripping arrangement?+
Provide block drawings, weight, surface condition and the number handled together. Gripper geometry and holding method are matched to those details and the stacking sequence.
What installation and support scope should be agreed?+
Agree runway reactions, structural interfaces, electrical connections, assembly, inspection and commissioning responsibilities before delivery. Specify the documentation, training and spare-parts support needed for the project.
Related equipment
Explore the alternatives.
Overhead Cranes
Electromagnetic Hanging Beam Crane
Support long steel products with an electromagnetic hanging beam. Beam length, magnet spacing and lifting points are configured around product geometry, orientation and stacking requirements.
View configuration
Overhead Cranes
Modular Electric Hoist Overhead Crane
Use a modular electric-hoist overhead crane for production, assembly and maintenance lifting. Select the hoist arrangement, hook coverage and movement control for the workshop and operating cycle.
View configuration
Overhead Cranes
Multi Support Double Girder Underhung Crane
Use a multi-support double-girder underhung arrangement for wide-span working areas and large components. The building supports, lifting coverage and load distribution are designed together.
View configurationLet’s discuss your project
The right crane starts
with your lifting task.
Share block dimensions, condition and number of blocks per lift, together with your site layout and operating cycle.