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Hydraulic Transporter

We specialize in manufacturing hydraulic transporter designed for the optimal transportation of heavy and oversized loads in industrial and construction environments. These transporters are often used for moving large and heavy equipment, machinery, components, concrete beams, hulls and more within a facility or from one location to another, and they can be tailored to meet the specific requirements of diverse applications.

Hydraulic Transporter for Sale
Hydraulic Transporter for Sale

Different Models of Hydraulic Transporters for Sale

We provide a variety of models to address your specific transportation needs, including the DCY50, DCY100, DCY200, DCY320, DCY1000 and more. These options offer a practical range, ensuring that you have suitable choices for different load capacities and operational requirements. If you need more models or additional information, please feel free to get in touch with us.

DCY50 Hydraulic Transporter

50 Ton Hydraulic Transporter for Sale
50 Ton Hydraulic Transporter
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

DCY100 Hydraulic Transporter

100 Ton Hydraulic Transporter
100 Ton Hydraulic Transporter For Sale
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

DCY200 Hydraulic Transporter

200 Ton Hydraulic Transporter
200 Ton Hydraulic Platform Transporter
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

DCY320 Hydraulic Transporter

320 Ton Hydraulic Transporter Supplier
320 Ton Hydraulic Transporter
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

DCY1000 Hydraulic Transporter

1000 Ton Hydraulic Transporter for Sale
1000 Ton Hydraulic Transporter
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

Practical Applications of Hydraulic Platform Transporters

Hydraulic platform transporters provide practical solutions for the efficient movement of heavy and oversized loads. These specialized vehicles, featuring substantial load capacity and hydraulic lifting mechanisms, find utility across various industries, contributing to improved logistics, enhanced efficiency and streamlined operations. Common applications include the shipbuilding industry, aerospace, wind power, hydropower, nuclear power, chemical, steel, construction, and manufacturing sectors.

  • In manufacturing, self-propelled hydraulic transporters play a crucial role in moving large machinery and equipment within production facilities.
  • Construction sites benefit from these transporters by facilitating the movement of construction machinery, prefabricated components, and building materials. These vehicles can used in bridge construction, tunnel construction, wind energy projects and more.
  • In the aerospace industry, hydraulic platform transporters are essential for transporting aircraft components, engines, and other equipment, ensuring safe and efficient manufacturing and assembly processes.
  • In power generation facilities, hydraulic platform transporters aid in the movement of heavy equipment such as generators, turbines, and transformers.
  • Shipbuilding yards employ these transporters for moving large ship components, facilitating the smooth assembly of vessels during construction.

It is important to note that the hydraulic transporter operates on road surfaces that are dry, oil-free, smooth cement, asphalt, compacted graded stone, and hardened dirt roads.

Applications Of Hydraulic Transporters
Applications Of Hydraulic Platform Transporters

Different Operation and Steering Modes of Hydraulic Transporters

The effectiveness of hydraulic transporters lies in their diverse operation and steering modes, allowing for flexibility and precision in maneuvering. Here you can get an overview of how a hydraulic transporter moves.

  • Straight Movement: The basic mode involves the hydraulic transporter moving in a straight line. This mode is suitable for simple transportation tasks over short distances or repositioning materials within a confined space.
  • 90° Lateral Movement: For lateral shifts, hydraulic transporters can execute a 90° lateral movement, allowing them to move perpendicular to their original direction. This mode facilitates precise alignment and positioning in tight spaces.
  • Oblique Movement: Oblique movement introduces versatility by enabling hydraulic transporters to move diagonally. This mode is useful for navigating obstacles or adapting to irregular layouts within a workspace.
  • Pivot Steering: Pivot steering is a more advanced mode that allows hydraulic transporters to rotate around a fixed point. This maneuver is beneficial in confined areas, offering a small turning radius for navigating narrow pathways or around obstacles.
  • Forward Swing: Forward swing involves the vehicleswinging in the forward direction.
  • Retral Swing: Retral swing involves the transporter swinging in the backward direction.

The Main Components and Functions of Hydraulic Transporters

Hydraulic transporters, known for their versatility in transporting heavy loads, consist of various essential components that work together to ensure efficient operation. Understanding the key elements and their functions helps you know the capabilities of these hydraulic transporters.

  • Chassis – The chassis serves as the foundational structure of the transporter, primarily constructed by welding sheets into a frame. It can be customized by adding pad beams or other features according to the specific requirements of the transported goods.
  • Tires – Hydraulic platform transportersgenerally use bias-ply engineering tires.
  • Steering System – The steering system involves an independent oil cylinder for each suspension, driving the steering mechanism. With a steering angle ranging from -30 to 30 degrees, it enables the entire vehicle to realize different steering modes, including conventional steering, in-situ steering, etc.
  • Drive System – The drive system commonly employs a power module coupled with a hydraulic motor and wheel-side gearbox for propulsion. This configuration ensures efficient and reliable transportation.
  • Hydraulic Suspension – The hydraulic suspension, facilitated by suspension cylinders, allows the entire vehicle to operate on large slopes. The cylinders have a stroke of 600mm, making them adaptable to conditions with longitudinal slopes of 6% and lateral slopes of 2%.
  • Front Axle (Drive Axle) – The primary function of the front axle is to transfer the vehicle’s load to the ground and transmit the driving force generated by the hydraulic motor to the vehicle body.
  • Rear Axle (Braking Axle) – The rear axle, equipped with a compressed air braking system, features drum brakes that enable both moving and parking brake functions, enhancing overall safety during operation.

Hydraulic Transporter Structure

How Does Hydraulic Transporter Transfer and Transport?

  • For short-distance transfers within a radius of less than 100 kilometers, a self-transportation approach can be considered. The hydraulic transporters, when empty, can achieve a maximum speed of 12 km/h on level ground, facilitating a timely arrival at the destination within a single working day. This method offers a straightforward and resource-efficient solution for nearby relocations.
  • When dealing with longer-distance transfers exceeding 100 kilometers, using flatbed trailer becomes a practical choice to ensure the overall longevity of the hydraulic transporter. Transporting the entire transporter using a flatbed trailer ensures stability and minimizes wear and tear during extended journeys. This approach safeguards the hydraulic transporter and maximizes its operational lifespan.
  • For containerized transportation, the vehicle can be disassembled into key components for ease of handling and container transport. The disassembly involves separating components into distinct parts: two sets of chassis (including steering mechanisms), suspension components, power module, hydraulic and fuel tanks, two sets of driver cabins.

Aicrane Hydraulic Transporter for Sale
Aicrane Hydraulic Transporter

Specialized Equipment in Bridge Construction – Hydraulic Transporters, Straddle Cranes, and Launching Gantry Cranes

Bridge construction is a demanding process that relies on specialized equipment to ensure efficiency and safety. Hydraulic transporters, straddle carrier cranes, and launching gantry cranes are key equipment in this field, each with distinct roles contributing to the overall success of bridge projects.

Hydraulic Transporters in Bridge Construction

Hydraulic transporters are robust vehicles designed for the transportation of large bridge components. The roles of hydraulic transporters in bridge construction include: transporting heavy loads over various terrains, ensuring the safe delivery of bridge components; precise positioning of bridge elements; carrying different types of bridge components to meet project-specific requirements.

Hydraulic Transporter In Bridge Construction
Hydraulic Transporter In Bridge Construction

Straddle Carrier Cranes in Bridge Construction

Straddle carrier gantry cranes are specialized equipment designed to handle and position bridge beams during construction. They play a crucial role in lifting and placing heavy beams accurately in the bridge structure, including efficiently lifting and positioning heavy bridge beams, ensuring proper placement in the structure; providing essential support during the assembly process, aiding in connecting various bridge components.

Straddle Carrier Crane for Bridge Construction
Straddle Carrier Crane for Bridge Construction

Launching Gantry Cranes in Bridge Construction

Launching gantry cranes are specialized machines used in the construction of bridges with a segmental or incremental launching method. They facilitate the controlled placement of precast segments to gradually advance the bridge structure. The roles of bridge launching gantry cranes include:

  • Segmental Bridge Construction: Launching gantry cranes are designed for the segmental construction method, sequentially adding bridge segments.
  • Incremental Movement: These cranes support the incremental movement of bridge segments, ensuring a controlled and precise construction process.

Launching Gantry Cranes In Bridge Construction
Feel free to reach out to us if you are in need of these machines for your bridge construction project. We provide comprehensive solutions to meet all your project requirements in one place.

Aicrane – Reliable Hydraulic Transporter Manufacturer

Welcome to Aicrane, your trusted hydraulic transporter manufacturer. Here we’ll take you through our factory, experiencing the reliability, efficiency, and quality that define our products and services.

Our Factory

Our factory is equipped with the latest technology and machinery to ensure precision and quality in every hydraulic transporter we produce.  Our skilled team of engineers, technicians, and designers collaborates seamlessly to produce high-quality hydraulic transporters tailored to industry needs.

Aicrane Factory
Hydraulic Transporter Factory

Custom Solutions

We specialize in providing customized hydraulic transporter solutions. Our team collaborates closely with clients to design solutions that optimize efficiency, reduce costs, and boost productivity. Whether it’s specialized features, increased load capacity, or advanced automation, we offer practical solutions tailored to your specific needs.

Hydraulic Transporter Design
Hydraulic Transporter Design

Installation Service

Our experienced installation team, well-versed in hydraulic systems, ensures a smooth setup process. We prioritize minimizing downtime and disruptions to your business, ensuring your hydraulic transporter is up and running quickly.

After-Sales Service

We provide comprehensive after-sales service to address any issues and ensure the continued optimal performance of your hydraulic transporter. Our dedicated support team is available around the clock to provide technical assistance, conduct routine maintenance, and address concerns.

Aicrane After-sales Service
Aicrane After-sales Service

Contact us today to discuss your unique requirements and discover how Aicrane can enhance your operations with our hydraulic transport solutions.

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