Modular Overhead Crane Package for Windey Nacelle Production
Large-span, full variable-frequency cranes support wind-turbine main-unit production and assembly with modular equipment interfaces.
The project and its handling task.
Henan Mine Crane supplied new-design cranes for Windey wind-turbine main-unit production and assembly. The handling task follows the movement of heavy components through manufacturing and assembly stations.
The equipment uses full variable-frequency control and modular design. Aviation-plug electrical connections support installation, while the modular arrangement was prepared for one-time lifting into position without on-site welding for that assembly process.
Link nacelle assembly stations with stable, energy-conscious lifting.
Wind-turbine main-unit production repeats large, precise moves and needs a crane layout that supports assembly takt without obstructing workstations.
Set pickup and laydown zones for major nacelle parts.
Travel between stations with controlled acceleration and clear sight lines.
Use slow movement to align the part and release only after support is confirmed.
Use slow movement to align the part and release only after support is confirmed.
The equipment behind this project.
The equipment uses full variable-frequency control and modular design. Aviation-plug electrical connections support installation, while the modular arrangement was prepared for one-time lifting into position without on-site welding for that assembly process.
- Customer applicationWindey wind-turbine main-unit production and assembly
- Crane arrangementLarge-span new-design cranes
- DrivesFull variable-frequency control
- Installation interfacesModular design and aviation-plug wiring
- Assembly approachPrepared for one-time installation lifting without welding
What to compare with your own project.
Match the project configuration to your load, layout and operating sequence before selecting a crane package.
| Design area | This project configuration | Define for your site |
|---|---|---|
| Customer application | Windey wind-turbine main-unit production and assembly | Nacelle component mass and size. Define the required operating envelope and acceptance checks in your technical brief. |
| Crane arrangement | Large-span new-design cranes | Station plan and production takt. Define the required operating envelope and acceptance checks in your technical brief. |
| Drives | Full variable-frequency control | Runway and hook-approach geometry. Define the required operating envelope and acceptance checks in your technical brief. |
| Installation interfaces | Modular design and aviation-plug wiring | Control and maintenance interfaces. Define the required operating envelope and acceptance checks in your technical brief. |
| Assembly approach | Prepared for one-time installation lifting without welding | Nacelle component mass and size. Define the required operating envelope and acceptance checks in your technical brief. |
See the equipment and working environment.
Explore the equipment arrangement and handling environment.
Production and assembly application.
The supplied cranes serve production and assembly handling at the wind-energy project. Modular interfaces and controlled motion connect the lifting equipment to the factory installation and operating requirements.
For a similar project, plan the crane coverage and travel sequence from the component and fixture positions. Full variable-frequency control provides smooth motion, while modular connections can support efficient installation and later maintenance.
Continue from the project to the right crane family.
Use the project as a reference and specify the crane against your own yard layout and cargo.
Prepare a comparable crane quotation.
Share the load schedule and site drawings. Plan the crane coverage and travel sequence from the component and fixture positions. Full variable-frequency control provides smooth motion, while modular connections can support efficient installation and later maintenance.
We can quote a single crane or a coordinated fleet. The offer sets out the destination standards, required certificates and inspection records, manufacturing programme after drawing approval, shipment, installation support and agreed acceptance scope.
- Nacelle component mass and size
- Station plan and production takt
- Runway and hook-approach geometry
- Control and maintenance interfaces
- Destination standards, quantity and inspection documentation
- Manufacturing programme, shipment, commissioning, training and spares
Questions before specifying a similar crane.
Can the same project crane be supplied for my site?
We customize the capacity, span, lifting height, attachment and controls to the load, building or yard layout and operating cycle. Nacelle component mass and size is one of the inputs to review before final equipment selection.
How are certification, quantity and lead time agreed?
Single-crane and fleet enquiries are welcome. Define the destination and required standards in the enquiry. The project offer confirms certification and inspection documents, the quantity, drawing approval and manufacturing schedule, with the shipping and site-service boundaries.
What should acceptance and after-sales support include?
Agree the inspection plan, representative load and functional tests, operator training, maintenance instructions, spare-parts scope and fault-recovery procedures. For this application, include control and maintenance interfaces in the technical review.
Planning a similar lifting project?
Send your layout, load and operating requirements. We can develop a customized crane package and delivery scope for your site.