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Hydraulic Transporter

A hydraulic transporter is a type of vehicle or machinery designed to transport heavy loads, typically in industrial or construction settings. We provide variety of hydraulic transporter solutions to meet different heavy loads handling requirements, for specific uses, and we offer customized lifting solutions.

Aicrane hydraulic transporter solution
Aicrane hydraulic transporter solution

Diverse Models of Aicrane Hydraulic Transporter

We provide different types of hydraulic transporters to suit various heavy loads handling requirements, including DCY 50 type, DCY 100 type, DCY 200 type, DCY 320 type, DCY 1000 type and more. If you are in serch of a hydraulic platform transporter, you can check the following products parameters for your reference.

DCY 50 Hydraulic Transporter for Sale

DCY 50t platform transporter
DCY 50t platform transporter

Technical parameters:

Rated load capacity 50t
Vehicle’s own weight 17t
Total weight 67t
Axles/Suspension 2/2
No-load traveling speed 0-12 km/h
Full-load traveling speed on flat ground 0-6 km/h
Full-load climbing speed 0-2 km/h
Full-load climbing ability ±6% (longitudinal slope), ±2% (lateral slope)
Minimum platform height 1450mm
Platform lifting stroke 600mm
Platform dimensions (length × width) 8m × 4m

DCY 100 Hydraulic Transporter for Sale

DCY 100ton hydraulic platform transporter
DCY 100ton hydraulic platform transporter

Techinical parameters:

Rated load capacity 100t
Vehicle’s own weight 28t
Total weight 128t
Axles/Suspension 4/8
No-load traveling speed 0-12 km/h
Full-load traveling speed on flat ground 0-5 km/h
Full-load climbing speed 0-1.5 km/h
Full-load climbing ability ±6% (longitudinal slope), ±2% (lateral slope)
Minimum platform height 1450mm
Platform lifting stroke 600mm
Platform dimensions (length × width) 11.5m × 5.1m

DCY 200 Hydraulic Transporter for Sale

DCY-200ton hydraulic transporter
DCY-200ton hydraulic transporter

Techinical parameters:

Rated load capacity 200t
Vehicle’s own weight 46t
Total weight 246t
Axles/Suspension 4/8
No-load traveling speed 0-12 km/h
Full-load traveling speed on flat ground 0-5 km/h
Full-load climbing speed 0-1.5 km/h
Full-load climbing ability ±6% (longitudinal slope), ±2% (lateral slope)
Minimum platform height 1600mm
Platform lifting stroke 700mm
Platform dimensions (length × width) 14.8m × 5.5m

DCY 320 Hydraulic Transporter for Sale

DCY-320t platform transporter
DCY-320t platform transporter

Techinical parameters:

Rated load capacity 320t
Vehicle’s own weight 67t
Total weight 387t
Axles/Suspension 6/12
No-load traveling speed 0-12 km/h
Full-load traveling speed on flat ground 0-5 km/h
Full-load climbing speed 0-1.5 km/h
Full-load climbing ability ±6% (longitudinal slope), ±2% (lateral slope)
Minimum platform height 1600mm
Platform lifting stroke 700mm
Platform dimensions (length × width) 18m × 6m

DCY 1000 Hydraulic Transporter for Sale

DCY-1000t hydraulic platform transporter
DCY-1000t hydraulic platform transporter

Techinical parameters:

Rated load capacity 1000t
Vehicle’s own weight 182t
Total weight 1182t
Axles/Suspension 8/32
No-load traveling speed 0-10 km/h
Full-load traveling speed on flat ground 0-5 km/h
Full-load climbing speed 0-1.5 km/h
Full-load climbing ability ±6% (longitudinal slope), ±2% (lateral slope)
Minimum platform height 1600mm
Platform lifting stroke 700mm
Platform dimensions (length × width) 23m × 10.5m

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Versatile Industrial Applications of Hydraulic Transporter

Hydraulic transporters find versatile applications across various industrial sectors for the handling of large components and oversized parts, such as the shipbuilding industry, wind power, hydropower, nuclear power industry, chemical machinery industry, bridge industry, and so on.

  • Manufacturing and Assembly Lines:
    Hydraulic transporters are used for moving heavy components and finished products within manufacturing facilities.
    They facilitate the assembly process by transporting materials between workstations, increasing efficiency and reducing manual handling.
  • Construction Sites:
    In construction, hydraulic platform transporters are employed for transporting construction materials, equipment, and prefabricated components across the site.
    Their ability to navigate uneven terrain makes them valuable for construction projects in diverse environments.
  • Aerospace Industry:
    Hydraulic transport equipment assist in the movement of large aircraft components within aerospace manufacturing facilities.
    They contribute to the assembly and transportation of aircraft parts, such as wings and fuselage sections.
  • Automotive Manufacturing:
    Within automotive plants, hydraulic platform transporters aid in the transportation of vehicle bodies, chassis, and other heavy automotive components between production stages.
    They enhance the efficiency of assembly lines by streamlining material handling processes.
  • Warehousing and Logistics:
    Hydraulic transporters play a crucial role in warehouses for the movement of pallets, containers, and heavy goods.
    They improve warehouse efficiency by enabling the rapid and controlled transportation of materials to and from storage areas.
  • Shipbuilding Industry:
    In shipyards, hydraulic platform trailers are utilized for transporting large ship components, such as steel plates, sections, and modules.
    Their ability to handle substantial weight contributes to the efficient construction of ships.
  • Power Generation Plants:
    Hydraulic platform transporters are used in power plants for the movement of heavy equipment, turbine components, and generators.
    They aid in the installation and maintenance of power generation infrastructure.
  • Oil and Gas Industry:
    Hydraulic transporters are employed in the transportation of large equipment, pipes, and modules within oil refineries and gas processing plants.
    They contribute to the efficient and safe handling of heavy materials in the oil and gas industry.

wide applications of hydraulic transporter
wide applications of hydraulic transporter

Advantages of Using Hydraulic Transporters

  • Heavy Load Capacity: Hydraulic platform transporters are designed to handle heavy loads, making them well-suited for transporting large and bulky materials. This capability is particularly valuable in industries such as manufacturing, construction, and logistics.
  • Precision Control: The hydraulic systems provide precise control over the movement of the platform, allowing for accurate positioning of loads. This level of control is crucial in applications where precision and careful handling are essential.
  • Flexibility and Adaptability: Hydraulic platform transporters are versatile and can adapt to different environments and terrains. This flexibility makes them suitable for a wide range of applications, from indoor facilities to outdoor construction sites.
  • Safety Features: Many hydraulic platform transporters are equipped with safety features such as emergency braking systems, overload protection, and safety interlocks. These features enhance the overall safety of operations, reducing the risk of accidents and injuries.
  • Reduced Manual Labor: The automation provided by hydraulic platform transporters reduces the need for extensive manual labor in moving heavy loads. This not only increases efficiency but also contributes to a safer working environment.
  • Customization: Hydraulic platform transporters can be customized to meet specific requirements. This customization allows businesses to tailor the platform’s features and specifications to suit the unique demands of their operations.
  • Efficiency in Material Handling: Hydraulic platforms facilitate efficient material handling processes, contributing to faster and smoother operations. This is particularly beneficial in industries where the timely movement of materials is critical to overall productivity.
  • Low Maintenance: Hydraulic systems are known for their durability and reliability. Hydraulic platform transporters require relatively low maintenance, leading to cost savings over the long term and minimizing downtime.
  • Energy Efficiency: Hydraulic systems are generally energy-efficient, capable of transferring substantial force with minimal energy consumption. This efficiency aligns with sustainability goals and reduces the environmental impact of operations.
  • Versatility in Applications: Hydraulic platform transporters find applications in a variety of industries, including manufacturing, construction, warehousing, and logistics. Their versatility allows them to adapt to different tasks and operational requirements.

hydraulic transporter for heavy loads transferring
hydraulic transporter for heavy loads transferring

Main Components of the Hydraulic Platform Transporter System

The hydraulic-powered flatbed transporter is primarily composed of the chassis, suspension and travel components, steering system, drive axle (main drive), braking axle, power system, and driver’s cabin.

  • Chassis: The chassis of the hydraulic transporter is primarily constructed by welding sheet materials into a frame structure. It can be customized by adding beams and other elements based on the requirements of the transported items.
  • Tires: Typically, the transporter uses diagonally crossed engineering tires. The ideal walking surface should be dry, free of oil stains, and consist of flat cement, asphalt, or well-compacted graded stone surfaces.
  • Steering Mechanism: Each suspension is independently driven by a dedicated hydraulic cylinder for steering. The steering angle ranges from -30 to 30 degrees, enabling the hydraulic platform transporter to operate in conditions such as inclined movement or figure-eight steering.
  • Drive System: The hydraulic flatbed transporter commonly employs a power module, hydraulic motor, and wheel-side gearbox for the drive system.
  • Hydraulic Suspension: The entire hydraulic transport equipment can operate on steep slopes through the use of suspension cylinders. The cylinder stroke is 600mm, suitable for conditions with a longitudinal slope of 6% and a lateral slope of 2%.
  • Drive Axle (Main Drive): The main drive axle is responsible for transferring the vehicle’s load to the ground and transmitting the travel driving force generated by the hydraulic motor to the vehicle body.
  • Braking Axle (Braking System): The driven axle on the braking system is equipped with a compressed air brake system and uses shoe-type brakes to achieve both traveling and parking brakes.
  • Driver’s Cabin: The driver’s cabin serves as the control center where the operator can manage the vehicle, monitor systems, and apply brakes for parking.

main components of platform transporter
main components of platform transporter

Main Features of A Hydraulic Transporter

  • This is a high-tech mechanical-electrical-hydraulic integrated hydraulic transport equipment. It utilizes hydraulic drive, hydraulic suspension for each walking axle, independent steering, and hydraulic leveling of the chassis. The drive, steering, and leveling are all controlled through a microcomputer.
  • The hydraulic transporter offers various steering modes such as conventional steering (eight-shaped steering), in-place rotation, lateral movement, etc. The entire machine operates very maneuverably and flexibly. In confined spaces, it can achieve non-slip or minimal slip travel.
  • Major components of the transporter are sourced from well-known domestic and international brands, ensuring strong overall reliability of the entire vehicle. The comprehensive performance and technical level of the hydraulic trailer have reached an internationally advanced standard.
  • The hydraulic platform transporters can transport oversized and overweight objects and also serve as a movable (micro) working platform.

How to Deliver Hydraulic Platform Transporters?

  • Self-Propelled Method (Short-Distance Transfer <100km): If the transporter needs a short-distance transfer (less than 100 kilometers), a self-propelled method can be considered. The transporter can achieve a maximum speed of 12 kilometers per hour on flat ground when empty, sufficient to reach the destination within a working day.
  • Road Transport (Long-Distance Transfer >100km): For long-distance transfers (more than 100 kilometers) to extend the lifespan of the platform transporter, considering the use of a flatbed trailer for overall transport is advisable. This helps reduce wear and tear on the transporter and enhances overall stability.
  • Containerized Transport: For transporting the hydraulic transporter using containers, the components can be split into the following: two sets of chassis (including steering mechanisms), suspension, power module, hydraulic tank and fuel tank, two sets of driver’s cabins.

    This kind of disassembly facilitates better utilization of container space, improving transport efficiency. Each component can be transported independently, ensuring quick reassembly at the destination. This method helps optimize logistics and reduce transportation costs.

hydraulic platform transporter delivery
hydraulic platform transporter delivery

Hydraulic Transporter, Straddle Carrier, Launching Gantry Crane for Bridge Construction

Hydraulic transporter, straddle carrier crane and launching gantry crane complement each other in bridge construction by providing efficient transportation, heavy lifting, and precise assembly of components, contributing to the overall success of bridge construction projects. We provide the comprehensive lifting solution to meet the specific construction requirements.

Hydraulic transporter for beams transferring

Hydraulic platform transporters are sturdy vehicles specifically crafted for conveying substantial bridge components. In the realm of bridge construction, these hydraulic trailers play essential roles such as transporting hefty loads across diverse terrains, guaranteeing the secure delivery of bridge elements, accurately positioning bridge elements, and transporting a variety of bridge components to fulfill project-specific needs.

platform trailer handling heavy beams
hydraulic platform trailer handling heavy beams

Straddle carrier for beams handling

Straddle carrier gantry crane is purpose-built to manage and position bridge beams throughout the construction process. The straddle cranes play an important role in the precise lifting and placement of substantial beams within the bridge structure, ensuring their efficient positioning and proper integration into the overall framework. Additionally, they offer crucial support during the assembly process, facilitating the connection of diverse bridge components.

straddle carrier for beams transferring
straddle carrier for beams transferring
straddle crane handling bridge beams
straddle crane handling bridge beams

Launching Gantry Cranes for Bridge Construction

Launching gantry cranes are commonly used in the construction of bridges, where they help lift and place segments of the bridge, such as beams, decks, or precast elements. The launching gantry cranes typically have a high lifting capacity to handle the weight of large bridge components. They offer precise control over the positioning of loads, allowing for accurate placement of construction elements.

launching gantry crane for bridge construction
launching gantry crane for bridge construction

Cooperate with Aicrane for Cost-effective Solutions

We are committed to providing quality products and professional services for customers all around the world. If you are searching for a reliable hydraulic transporter manufacturer and supplier to get a suitable solution, Aicrane will be your ideal choice. We provide various hydraulic transporter solutions to match different work needs, we provide pre-sale, sale and after-sale services to ensure the reliable performance of the equipment. For a cost-effective solution, just feel free to contact us now!

Aicrane after-sales team
sales team

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