Hoist Gantry Crane
SinoTech Luton’s hoist gantry crane is designed to meet your needs and application. Our hoist gantry cranes have a premium design to ensure quality construction, strength, and durability.
Outstanding features of our hoist gantry crane:
> Heavy-duty gantry crane
> Span Length: 6~40 m.
> Lifting Capacity: 5~100 tons.
Your team can experience improved efficiency, faster completion of projects, and reduced manual labour requirements.
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Hoist Gantry Crane
A hoist gantry crane, or gantry goliath crane with electric hoist lifting, is a type of crane that is typically used to lift and move heavy loads within a fixed area. It consists of a bridge-like structure supported by two or more legs that can be wheeled or mounted to the ground. The key components of a hoist gantry crane include the hoist (which is used to lift the load), the trolley (which moves horizontally across the bridge), and the bridge itself.
What Is A Hoist Gantry Crane?
A heavy-duty hoist gantry crane with an electric hoist lifting mechanism is a robust and versatile lifting solution utilized in various industrial settings for handling heavy loads. This type of crane typically features a sturdy gantry structure supported by multiple legs and is equipped with an electric hoist for lifting and manoeuvring heavy items.
The electric hoist lifting mechanism allows for precise and controlled lifting, lowering, and horizontal movement of heavy loads, enhancing efficiency and safety during lifting operations. These cranes are designed to withstand substantial weight capacities, making them suitable for applications that involve lifting and transporting large and heavy materials, equipment, and machinery within manufacturing facilities, construction sites, warehouses, and other industrial environments.
Key features of a heavy-duty hoist gantry crane with electric hoist lifting may include robust construction, high lifting capacities, advanced control systems for precise load positioning, safety features such as overload protection and emergency braking, and customizable options to meet specific operational requirements.
This type of crane is well-suited for applications that demand reliable and powerful lifting capabilities, and its electric hoist mechanism offers enhanced control and manoeuvrability for heavy-duty lifting tasks.
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11
Models
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3
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15
Models
Capacity: 30-1200t
Capacity: 10-1200t
Capacity: 64-68t
Capacity: 3-8t
Capacity: 10-800t
Models of Hoist Gantry Crane For Sale
All models of SintoTech hoist gantry cranes can be customized according to your needs. Please let us know the condition of your projects, just tell us your demands, and we can design the most suitable crane for you.
Here are some hot-selling models:
MHLT Electric Hoist Gantry Cranes
Models:
MHLT 5 – 100ton
Lifting Height
3 – 40m
Capacity:
5 – 100t
Our hoist gantry cranes are widely used in workshops, factories, warehouses, ports, roads, railways and other operating environments.
Wheeled hoist gantry cranes can be easily moved within a facility or from one location to another, facilitating versatility in its usage.
Recommended Models:
MHLT32t-8m For Tunnel Building, Storage, Workshop
MHLT40t-5.5 For Materials Handling and Warehouse
Specifications of Electric Hoist Gantry Crane
Detailed specifications of hoist gantry crane:
| Capacity | T | 3 | 5 | 10 | 16 | ||
| Span | m | 12,16,20,24,30 | |||||
| Operational method | Pendent Line With Press Button /Cabin/ Remote | ||||||
| Speed | Lifting | m/min | 8 ,8/0.8 | 8,8/0.8 | 7,7/0.7 | 3.5 | |
| Cross travelling | 20 | 20 | 20 | 20 | |||
| Long travelling | Ground | 20 | 20 | 20 | 20 | ||
| Cabin | 20, 30,45 | 20, 30,40 | 30,40 | 30,40 | |||
| Motor | Lifting | Type /kw | ZD41-4/4.5 ZDS1-4/0.4/4.5 | ZD141-4/7.5 ZDS10.8/4.5 | ZD151-4/13 ZDS11.5/4.5 | ZD151-4/13 | |
| Cross travelling | ZDY12-4/0.4 | ZDY121-4/0.8 | ZDY21-4/0.8×2 | ZDY121-4/0.8×2 | |||
| Electric hoist | Model | CD1/MD1 | CD1/MD1 | CD1/MD1 | CD1 | ||
| Lifting height | m | 6,9,12,18,24,30 | |||||
| Working duty | A3 | ||||||
| Power supply | 380V 60HZ 3phase AC (According to your demand ) | ||||||
. Features
The Advantages of Our Hoist Gantry Crane
The track is at the side of each girder and the leg is divided into type A and type U according to user’s requirements.
The control method could be ground control, remote control, cabin control or both.
Large wheels provide better weight distribution, allowing the crane to move smoothly and evenly across various floor surfaces, including uneven or rough terrain.
The crane adhere to industry and regulatory standards for design, manufacturing.
Maintain performance and longevity in harsh environments
Adjust height, span, and tread (T-Series) for use on uneven floors, through doorways, aisles, and under mezzanines or other overhead obstacles.
Best warranties in the industry.
Wide Application of Hoist Gantry Cranes
The hoist gantry crane has a wide range of applications across different industries and sectors. Some of its common applications include:
Manufacturing: Hoist gantry cranes are used in manufacturing facilities for tasks such as loading and unloading raw materials, transporting work-in-progress materials within the production area, and assembling heavy components or machinery.
Construction: In the construction industry, hoist gantry cranes are utilized for lifting and placing heavy materials like steel beams, concrete panels, and other building components at construction sites.
Warehousing and Logistics: These cranes are used in warehouses and distribution centres for efficiently handling and moving heavy pallets, machinery, and large equipment. They are essential for loading and unloading trucks and transporting goods within the facility.
Shipbuilding and Ports: Hoist gantry cranes play a crucial role in the shipbuilding industry for lifting and positioning ship components and equipment. They are also used in ports for loading and unloading cargo from ships and transporting containers within the port area.
Mining and Heavy Industry: In mining operations and heavy industries, hoist gantry cranes are employed for lifting and moving heavy materials, machinery, and components for extraction, processing, and manufacturing processes.
Aerospace and Automotive: These cranes are used in the aerospace and automotive industries for lifting and positioning components during the assembly of aircraft, vehicles, engines, and other related equipment.
Energy Sector: Hoist gantry cranes are utilized in power plants, substations, and renewable energy facilities for handling heavy equipment, transformers, and maintenance tasks.
How Much Weight Can A Hoist Gantry Crane
The lifting capacity of a hoist gantry crane can range from a few tons to several hundred tons, depending on the specific model and design. Some smaller hoist gantry cranes are designed to lift loads as light as a few tons, while larger industrial cranes are capable of lifting several hundred tons.
The lifting capacity of a hoist gantry crane is a crucial consideration to ensure that it aligns with the weight of the heaviest load to be lifted for safe and efficient operation. It’s important to consult with crane suppliers or manufacturers to determine the appropriate lifting capacity based on the specific requirements of your lifting tasks.
- Light Duty: These cranes typically have a lifting capacity ranging from 1 ton to 5 tons, making them suitable for light material handling applications in workshops, small warehouses, and assembly areas.
- Medium Duty: Medium-duty hoist gantry cranes are designed to lift loads ranging from 5 tons to 20 tons, making them ideal for various industrial and manufacturing tasks that require moderate lifting capabilities.
- Heavy Duty: Heavy-duty hoist gantry cranes are capable of lifting loads from 20 tons to over 100 tons, catering to applications in large manufacturing facilities, shipyards, construction sites, and other heavy industrial environments.
- Extra Heavy Duty: These cranes are engineered to lift extremely heavy loads, with lifting capacities exceeding 100 tons, and are commonly used in industries such as steel mills, mining operations, and heavy equipment manufacturing.
These examples illustrate the diverse lifting capacities of hoist gantry cranes, making them suitable for a wide range of lifting and material handling tasks across various industries.
Hoist Gantry Crane Power Source
Hoist gantry cranes can be powered by various sources, each with its own set of advantages, considerations, and applications. Understanding the different power sources is essential when selecting a hoist gantry crane to ensure that it aligns with operational requirements and environmental considerations. Here are the commonly used power sources for hoist gantry cranes:
Electric Power: Electrically powered hoist gantry cranes are widely used in industrial environments due to their efficiency, reliability, and ease of operation. They are typically equipped with electric wire rope hoists or electric chain hoists, which are powered by electricity to lift and move heavy loads.
Advantages:
- Precise control over lifting and movement operations
- Suitable for indoor applications with access to electricity
- Lower maintenance requirements compared to other power sources
Considerations:
- Dependency on stable electricity supply
- Potential for increased operating costs based on electricity rates
Applications:
- Manufacturing facilities
- Warehouses
- Assembly lines
Hydraulic Power: Hydraulic hoist gantry cranes utilize hydraulic systems to power the lifting mechanism. These cranes are known for their robust lifting capabilities and are often used in heavy-duty applications.
Advantages:
- High lifting capacities
- Smooth and controlled lifting and lowering operations
- Capable of handling extreme loads
Considerations:
- Higher maintenance requirements for hydraulic systems
- Potential for hydraulic fluid leaks
Applications:
- Steel mills
- Shipbuilding yards
- Mining operations
- Pneumatic Power: Pneumatic hoist gantry cranes are powered by compressed air and are suitable for environments where electricity or hydraulic systems may not be viable options. They are known for their adaptability and enhanced safety features.
Advantages:
- Inherent safety due to reduced risk of sparking
- Suitable for hazardous or explosive environments
- Easy to control and maintain
Considerations:
- Dependence on compressed air supply
- Potential for air leaks
Applications:
- Petrochemical plants
- Foundries
- Hazardous material handling environments
By understanding the implications and attributes of each power source, decision-makers can make informed choices when selecting hoist gantry cranes that align with safety, efficiency, and operational requirements.
Our Load Handling Attachments Build for Last
Load handling attachments play a crucial role in the versatility and functionality of hoist gantry cranes, allowing them to lift and transport a wide variety of loads in different shapes, sizes, and configurations.
These attachments are specifically designed to accommodate specific lifting applications and provide secure and efficient handling of various types of loads. Here’s a look at some common load handling attachments used with hoist gantry cranes:
Hooks: Hooks are the most basic and commonly used load handling attachments. They are designed to securely latch onto the load and provide a stable lifting point. Various hook designs such as clevis hooks, grab hooks, and swivel hooks cater to different load configurations.
Spreader Beams: Spreader beams are used to distribute the load weight evenly, particularly for loads with wide dimensions or uneven weight distribution. They are essential for maintaining load stability and preventing damage during lifting and transportation.
Lifting Magnets: Lifting magnets are utilized for handling ferrous materials such as steel plates, bars, and pieces. These attachments use magnetism to securely lift and move loads, offering a convenient and efficient solution for metal handling applications.
Lifting Tongs: Lifting tongs are designed to grip and lift loads such as cylindrical objects, pipes, or timber. Their unique design provides a secure grip and prevents materials from slipping during lifting and transportation.
C-hooks: C-hooks are specifically designed for lifting and transporting coils, rolls, and other cylindrical loads. They offer a practical solution for handling heavy materials commonly found in steel mills, paper mills, and metal fabrication facilities.
Vacuum Lifters: Vacuum lifters use suction to securely lift and transport non-porous materials such as glass panels, metal sheets, and plastic components. They are commonly used in the manufacturing, construction, and glass industries.
Pallet Lifters: Pallet lifters and fork attachments are used for lifting and moving palletized goods and materials within warehouses, distribution centers, and logistics facilities. These attachments are essential for efficient material handling and storage operations.
Specialized Attachments: Depending on unique lifting requirements, hoist gantry cranes can be equipped with specialized attachments such as custom lifting fixtures, spreader bars, and clamps to meet specific handling needs.
With the appropriate load handling attachments, hoist gantry cranes can effectively handle a wide range of materials and loads, ensuring safe, efficient, and precise lifting and transportation operations.
Decide the Suitable Span and Height
When discussing hoist gantry cranes, the terms “span” and “height” are critical considerations, as they directly impact the crane’s coverage, lifting capabilities, and suitability for specific applications.
Span: The span of a hoist gantry crane refers to the distance between the legs or support columns of the crane. This measurement determines the coverage area within which the crane can effectively lift and transport loads. The span is a crucial factor to consider when determining the crane’s coverage, clearances, and the ability to navigate obstacles within its operational environment.
Height: The height of a hoist gantry crane pertains to its vertical lifting capabilities and the available clearance above the ground or working area. The crane’s lifting height dictates the maximum elevation to which loads can be raised or lowered, providing insight into the crane’s range and adaptability for various lifting tasks.
These two factors, span and height, are essential for selecting a hoist gantry crane that aligns with the specific lifting and material handling requirements of a particular application. For example, a crane with a longer span may offer a larger coverage area, making it suitable for handling materials over a broader workspace. Likewise, a crane with greater lifting height is essential for applications that involve lifting loads to elevated positions or stacking materials within a multi-level storage facility.
Key considerations related to span and height include assessing available floor space, operational clearances, structural factors, and the specific lifting tasks to be performed.
By understanding the span and height requirements, stakeholders can make informed decisions when selecting hoist gantry cranes that effectively meet their operational needs and spatial limitations.
Cases
MHLT40t-5.5m Hoist Gantry Crane in Romania
MHLP16t-6m Hoist Gantry Crane in Philippine
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