Customized Design Span 15m Single Girder Gantry Crane 10ton 15 Ton For Industrial Factory

Introduction:

A single girder gantry crane is a type of overhead crane that is typically used for material handling and lifting operations in outdoor environments or facilities where the installation of an overhead runway system is not feasible or practical. It consists of a single horizontal beam, known as the girder, which is supported by vertical legs on each end. The legs are mounted on wheels or rails, allowing the crane to move along the ground or on a track.

Single girder gantry cranes are known for their compact design, which allows them to be easily assembled, disassembled, and relocated as needed. They offer a cost-effective solution for lifting and moving materials in areas where overhead crane systems may not be feasible.

Advantage

Versatility: They can be used in a wide range of industries and applications, such as construction sites, warehouses, manufacturing facilities, and shipping yards.

Cost-Effectiveness: Single girder gantry cranes are often more cost-effective compared to double girder gantry cranes, making them a popular choice for light to medium-duty lifting operations.

Easy Installation: Since they do not require an overhead runway system, single girder gantry cranes are relatively easy to install and can be quickly set up in outdoor or indoor environments.

Flexibility and Mobility: The wheels or rails on the legs allow the crane to be easily moved and repositioned as needed, providing flexibility in material handling operations.

Space Efficiency: Single girder gantry cranes require less headroom compared to other types of cranes, making them suitable for facilities with limited vertical space.

Control:

Pendant Control: Pendant controls are handheld devices connected to the crane by a cable. They typically consist of buttons or switches that allow the operator to control the movement of the crane, including lifting, lowering, and horizontal travel. Pendant controls provide direct and intuitive control over the crane's operations and are commonly used in smaller gantry cranes.

Radio Remote Control: Radio remote controls provide wireless operation of the crane. The operator carries a portable transmitter or remote control unit that communicates with the crane's receiver. The remote control unit is equipped with buttons or joysticks that allow the operator to control the crane's movements from a safe distance. Radio remote controls offer flexibility and convenience, allowing the operator to move freely around the work area while operating the crane.

Cabin Control: In larger gantry cranes, a cabin or operator station may be installed on the crane itself. The operator sits inside the cabin and uses control panels, joysticks, or a control console to operate the crane. Cabin controls provide a comfortable and ergonomic working environment for the operator, and they may offer enhanced visibility and control options.

Technical Parameter:

Gantry crane features:

1. Span and Capacity: Gantry cranes are available in a range of sizes and capacities to suit different lifting requirements. The span refers to the distance between the legs or support structure, and it can vary from a few meters to several hundred meters. The capacity of a gantry crane can range from a few tons to several hundred tons, depending on the design and application.

2. Mobility: Gantry cranes can be designed to have either fixed or mobile configurations. Mobile gantry cranes are equipped with wheels or tracks on the legs, allowing them to move along the ground or on rails. This mobility provides flexibility in material handling operations as the crane can be easily positioned and relocated as needed.

3. Lifting Mechanism: Gantry cranes are equipped with a lifting mechanism, usually in the form of a hoist or trolley, which is responsible for raising, lowering, and moving the loads. The lifting mechanism can be manually operated, electrically powered, or hydraulically driven, depending on the crane's design and application. The lifting mechanism may also have multiple speed options for efficient and precise load handling.

Component:

1. Girder: The single girder forms the main horizontal beam of the crane. It is usually made of steel and is designed to withstand the weight of the load and the forces applied during lifting operations.

2. Legs: The legs provide vertical support to the girder and are responsible for bearing the weight of the crane and the load. They are typically made of steel and are either fixed or equipped with wheels or rails for mobility.

3. End Carriages: The end carriages are located at each end of the girder and house the wheels or rails on which the crane moves. They enable the crane to travel along the length of the gantry and are often equipped with drive mechanisms for powered movement.

4. Hoist and Trolley: The hoist and trolley are responsible for lifting and moving the loads. The hoist is typically mounted on a trolley that travels along the length of the girder, allowing for horizontal movement of the load. The hoist can be operated manually or powered by electric or hydraulic systems, depending on the specific requirements of the application.

5. Controls: Single girder gantry cranes are operated using a control system that governs the movement of the crane, including lifting, lowering, and horizontal travel. The controls can be pendant-based, where the operator uses a handheld pendant controller, or remote-controlled, allowing for operation from a distance.

Photos: