MG Trussed Type Engineering Gantry Crane

MG trussed type engineering gantry crane is equipped with advanced starting mechanism and intelligent control system, making the lifting work accurate and controllable. It is possible to use height-adjustable lateral displacement devices during construction.

Capacity:32ton or customized

Span length:up to 35m

Weight:15000 kg

Working class:A3~A5

Working temperature:-20~40°C

Crane control mode: Pandent / Remote Control

Gantry Frame:The main structure that supports the entire crane system. It typically consists of vertical legs and a horizontal beam or girder, forming a portal-like structure.

Legs:Vertical support structures that provide stability to the gantry crane. The legs are often equipped with wheels or casters for mobility along tracks or gantry beams.

Horizontal Beam or Girder:The horizontal beam spans between the legs and serves as the main load-bearing structure. It may be a single or double girder design, depending on the lifting capacity and requirements.

Hoist Trolley:The hoist trolley is mounted on the horizontal beam and facilitates the horizontal movement of the hoist and load. It allows precise positioning of the load along the length of the crane.

Hoist Mechanism:The hoist mechanism is responsible for lifting and lowering the load. It includes an electric or manual hoist with a wire rope or chain, as well as a motor and braking system for controlled lifting operations.

Lifting Attachment:Specialised lifting attachments or devices designed for handling. This may include adjustable slings, clamps or other attachments customised to the shape and weight distribution.

Controls:The control system allows the operator to manage the movement and operation of the crane. This can include pendant controls with buttons or a remote control system for enhanced flexibility.

Rail or Track System:Rails or tracks on which the end trucks move, providing a defined path for the crane's horizontal movement. The tracks can be embedded in the floor or attached to the supporting structure.

Electrical System:The electrical system includes wiring, cables, and components such as limit switches, sensors, and safety devices. It powers the hoist, trolley, and control system.

Gearbox and Motors:Gearboxes and motors are responsible for transmitting power to the wheels and hoisting mechanism, allowing for controlled and efficient movement.

Counterweights (if applicable):In some designs, counterweights can be used to balance loads and improve stability, especially when lifting heavy objects.

Sketch

High capacity: MG Truss Engineering Gantry Cranes are capable of handling heavy loads. They are suitable for lifting and transporting large and heavy materials in industrial environments.

Stability and Durability: MG Truss Engineering Gantry Crane structure provides good stability and durability. Rust and abrasion resistant and suitable for long term use in harsh environments.

Cost Effectiveness: MG Truss Engineered Gantry Cranes require less maintenance, which reduces long-term operating costs.

Noise reduction: MG Truss Engineering Gantry Cranes produce less noise during operation. This is advantageous for noise-sensitive environments or areas where noise pollution needs to be minimised.

Adaptability: MG Truss Engineered Gantry Cranes can be easily integrated into existing infrastructure or custom designed for new construction projects. They can be installed indoors or outdoors, depending on the application requirements.

Construction Sites: MG Trussed Type Engineering Gantry Cranes are often used on construction sites to lift heavy loads such as steel girders, concrete slabs and equipment. Their mobility allows them to be easily moved around the job site to meet different lifting needs.

Manufacturing Facilities: Manufacturing plants use MG Trussed Type Engineering Gantry Cranes to move materials, load and unload heavy equipment, and transport finished goods throughout the facility. The flexibility of MG Trussed Type Engineering Gantry Cranes makes them suitable for handling a wide range of materials and products.

Shipyards and Ports: MG Trussed Type Engineering Gantry Cranes are vital to shipyards and ports for loading and unloading cargo from ships and containers. Large and heavy containers can be loaded and unloaded accurately and efficiently, increasing port cargo throughput.

Warehouse operations: Gantry cranes are often used in warehouses to effectively manage inventory, load and unload trucks, and organise storage space. MG Trussed Type Engineering Gantry Cranes can handle goods both vertically and horizontally and are ideal for moving through narrow aisles and tight spaces in warehouses.

Railway Maintenance: MG Trussed Type Engineering Gantry Cranes are used in railway maintenance facilities to lift and position railway components such as rails, sleepers and rolling stock. These facilitate railway maintenance and repair, ensuring smooth operation and safety.

Aerospace Industry: MG Trussed Type Engineering Gantry Cranes are used in aerospace manufacturing and maintenance facilities to move aircraft parts, engines and other heavy components. They assist in assembly, maintenance and repair operations and help improve the efficiency of aerospace operations.

Mining and Quarrying: MG Trussed Type Engineering Gantry Cranes are used in mining and quarrying operations to lift and transport large rocks, ores and equipment. These are useful for excavation, material handling and maintenance operations in difficult environments.

Power Plants and Utilities: MG Trussed Type Engineering Gantry Cranes play an important role in power plants and utilities that handle heavy machinery, transformers and other equipment. They assist in installation, maintenance and repair work to ensure the reliable operation of power generation and distribution systems.

Automotive Industry: Automotive manufacturing plants use MG Trussed Type Engineering Gantry Cranes to move bodies, engines and other components along assembly lines. MG Trussed Type Engineering Gantry Cranes help automotive plants streamline production processes and increase productivity.

The company has installed an intelligent equipment management platform, and has installed 310 sets (sets) of handling and welding robots. After the completion of the plan, there will be more than 500 sets (sets), and the equipment networking rate will reach 95%. 32 welding lines have been put into use, 50 are planned to be installed, and the automation rate of the entire product line has reached

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