50 Tons Battery Omnidirectional Transfer Cart
Heavy Duty Battery Powered Transfer Cart is designed for moving heavy materials, machinery, steel structures, and other large loads across factories, workshops, warehouses, and industrial yards. The onboard battery provides flexible movement without a fixed power cable.
REMARKABLE supplies battery-powered transfer carts from 1 to 500 tons, with customized platform dimensions, travel speed, and control systems based on load size, travel route, and working conditions.
- Load Capacity: 1–500 tons
- Travel Speed: 0–30 m/min
- Power Supply: Battery
- Control: Wireless Remote / Pendant
Product Overview
A Heavy Duty Battery Powered Transfer Cart, also known as a battery transfer cart or battery-operated transfer cart, is an electric material handling vehicle designed to move heavy loads horizontally across industrial facilities. It uses an onboard battery as the power source and is suitable for applications where flexible, cable-free movement is required.
The cart is used to transport steel structures, machinery, molds, coils, and other large components in factories, workshops, warehouses, and industrial yards. With load capacities ranging from 1 to 500 tons, the platform and drive system can be configured for different load sizes and handling conditions.
REMARKABLE provides customized battery-powered transfer carts based on load weight, platform dimensions, travel distance, floor conditions, and required speed. Battery capacity, drive configuration, and control method can also be selected according to the application.
How Does a Heavy Duty Battery Powered Transfer Cart Work?
A battery-powered transfer cart uses an onboard battery to supply power to the drive and control systems. The electrical energy is converted into mechanical power through the motor and transmission system, driving the wheels to move the cart and its load.
Working process: Battery → Controller → Motor → Transmission → Wheels → Cart Movement
1. Battery Power — The onboard battery supplies DC power to the drive and control systems. Battery capacity and voltage are selected according to the cart load, travel distance, and operating cycle.
2. Drive System — The controller regulates power to the drive motor. The motor transfers torque through a gear reducer and drive assembly to the wheels, providing controlled cart movement.
3. Load Transport — The cart moves heavy loads along rails or a designated floor route. The frame, wheels, and axles are designed according to the rated load and required travel conditions.
4. Control — Wireless remote or pendant control manages starting, stopping, forward, and reverse movement. PLC-based automatic control can be added for applications requiring automated material handling.
For more detailed information on how heavy-duty transfer carts work, please refer to the article: “How Does a Heavy-Duty Transfer Cart Work?”
Heavy Duty Battery Powered Transfer Cart Specifications
| Parameter | Specification | Notes |
|---|---|---|
| Load Capacity | 5–500 tons | Standard range; custom capacity available |
| Platform Size | From 2000 × 1500 mm | Designed according to load and cargo dimensions |
| Power Supply | Lead-acid / Lithium Iron Phosphate Battery | Maintenance-free battery options available |
| Battery Capacity | 24–72 V, 100–600 Ah | Selected according to required operating time |
| Drive Type | Single-wheel / Dual-wheel / Four-wheel drive | Four-wheel drive for heavy-duty applications |
| Travel Speed | 10–30 m/min; up to 60 m/min for high-speed models | Stepless speed control |
| Travel Mode | Rail-guided / Rail-less rubber-tired | Selected according to site layout |
| Control Mode | Wireless Remote / Pendant / PLC Automatic | Semi-automatic and fully automatic options |
| Braking | Electromagnetic / Regenerative Braking | Automatic braking when power is off |
| Wheel Material | Cast Steel / Polyurethane / Forged Steel | Selected according to wheel load and floor conditions |
| Gradeability | ≤5% | Custom configurations available |
| Positioning Accuracy | ±10 mm for automatic positioning | Encoder or laser feedback |
| Safety Features | Audible & Visual Alarm, Anti-collision Detection, Emergency Stop | Laser obstacle detection available |
| Protection Rating | IP54 standard | Up to IP65 |
| Operating Temperature | -20°C to +45°C | High-temperature and explosion-proof options available |
| Charging Method | Manual Plug-in / Automatic Charging Station | Opportunity charging supported |
Note: Specifications are based on standard configurations. Load capacity, platform size, travel speed, power supply, control mode, and safety features can be customized according to actual working conditions. For high-temperature, explosion-proof, cleanroom, or wet environments, provide the site conditions for proper configuration.
Advantages
Heavy Load Capacity
Designed for heavy material handling, with capacities from 5 to 500 tons and custom configurations for larger loads.
Flexible Battery Power
The onboard battery eliminates the need for a fixed power cable and supports flexible movement within the working area.
Stable Drive Performance
Single-, dual-, or four-wheel drive configurations provide suitable traction for different load and floor conditions.
Custom Platform Design
Platform dimensions, load capacity, wheel configuration, and battery capacity can be designed according to the cargo and site requirements.
Precise Control
Wireless remote, pendant, and PLC control options provide accurate control of travel direction, speed, and stopping.
Multiple Safety Features
Emergency stop, audible and visual alarms, electromagnetic braking, and anti-collision systems are available for safer material handling.
Applications
Heavy Duty Battery Powered Transfer Carts are used for horizontal transport of heavy and oversized loads in factories, workshops, warehouses, shipyards, and industrial yards. The battery-powered design suits material handling routes that require flexible movement without a fixed power cable.
Steel Plants
Transport steel plates, coils, beams, pipes, and fabricated steel structures.
Machinery Manufacturing
Move heavy machines, equipment frames, molds, and large mechanical components.
Shipyards
Handle ship sections, steel panels, hull components, and other oversized structures.
Foundries
Transport casting molds, molten metal containers, castings, and heavy production components.
Warehouses
Move large machinery, steel products, dies, molds, and other heavy stored materials.
Construction & Industrial Projects
Transport structural sections, pressure vessels, tanks, and large prefabricated components.
Battery Powered Transfer Cart Options
Battery power is one of several power configurations available for transfer carts. The suitable system depends on the travel route, operating area, duty cycle, and site conditions.
- Battery Powered: Uses an onboard battery to power the drive system. It provides flexible movement without a fixed power cable and suits changing or open travel routes.
- Low-Voltage Rail Powered: Uses a low-voltage rail installed along the travel route to supply power to the transfer cart. It suits fixed routes with continuous operation.
- Cable Reel Powered: Uses a cable reel to supply power during travel. It is suitable for defined travel paths where external power is available.
- Cable Drag Chain Powered: Uses a drag-chain cable system to supply power along a fixed route. It is commonly used where the cart follows a controlled travel path.
The power configuration is selected according to the cart’s travel route, operating conditions, and required duty cycle.
Battery-powered transfer carts are powered by electricity, so battery maintenance and care—and how to extend their service life—are crucial. For more in-depth information, please refer to the following articles:
- Battery Management for the Battery Transfer Cart
- “Battery-Powered Transfer Cart Maintenance Guide: Daily Inspection and Battery Care”
- “How to Solve the Problem of Transfer Trolley Batteries Not Lasting as Long in Winter?”
Case
How to Choose a Heavy Duty Battery Powered Transfer Cart
Selecting a Heavy Duty Battery Powered Transfer Cart starts with the load and working conditions. The cart capacity, platform, drive system, and battery configuration should match the actual handling requirements.
1. Load Capacity — Select the rated capacity according to the maximum load weight. Consider the load distribution and loading method when determining the required capacity.
2. Load Dimensions — Check the length, width, height, and center of gravity of the load. The platform size and structure should provide adequate support for the cargo.
3. Travel Route — Define the travel distance, route layout, and turning requirements. Choose a rail-guided or rail-less configuration according to the site.
4. Floor Conditions — Check floor flatness, load-bearing capacity, slopes, and surface conditions. These factors affect wheel selection, drive configuration, and traction.
5. Battery Capacity — Battery capacity should match the travel distance, load, operating cycle, and charging conditions. Opportunity charging can be considered for frequent operation.
6. Travel Speed — Select the required speed according to the production process, travel distance, and load type. Standard rail transfer carts commonly operate at 10–30 m/min.
7. Control System — Choose wireless remote, pendant, or PLC control according to the operating method. Automatic control is suitable for repeatable material handling routes.
8. Working Environment — Consider indoor or outdoor use, temperature, humidity, dust, and other site conditions. Special configurations are available for high-temperature, wet, or hazardous environments.
The right transfer cart is determined by the complete working condition rather than load capacity alone. Providing the load details, platform dimensions, travel route, and operating conditions allows the cart configuration to be matched to the application.
Heavy Duty Battery Powered Transfer Cart Customization
- Load Capacity & Platform: 1–500 tons. Platform size, material, and structure can be customized. Detachable platform designs are available.
- Power Configuration: Lead-acid, maintenance-free lead-acid, or lithium iron phosphate batteries. Voltage and capacity are selected according to the required operating range.
- Travel Mode: Rail-guided or rail-less rubber-tired. Wheelbase, wheel load, polyurethane wheels, and cast steel wheels are available.
- Steering & Drive: Hydraulic steering, 360° in-place rotation and turning without stopping. Single-wheel, dual-wheel, or four-wheel drive configurations are available.
- Speed & Control: 0–25 m/min stepless speed control. Wireless remote, pendant, and PLC automatic control are available.
- Functional Modules: Hydraulic lifting platform, V-shaped support, weighing system, automatic positioning and clamping devices.
- Safety Configuration: Audible and visual alarms, emergency stop button, radar/laser obstacle detection, buffer and anti-collision devices, and guardrails.
- Special Working Conditions: Custom configurations are available for explosion-proof, high-temperature, cleanroom, and slope applications.
- Appearance & Structure: Custom options include color, rounded corners, lifting holes, pendant boxes, and other structural details.
For more information on customization, see the articles: Custom Transfer Cart: Complete Guide to Design and Customization, Custom Electric Transfer Cart: Guide to Safe & Efficient Design
Heavy Duty Battery Powered Transfer Cart Manufacturer and Supplier
Heavy Duty Battery Powered Transfer Cart is designed for the horizontal transport of heavy and oversized loads in factories, workshops, warehouses, shipyards, and industrial yards. Battery power provides flexible operation without a fixed power cable, with capacity, platform size, drive system, and control configuration adapted to different working conditions.
REMARKABLE is a manufacturer and supplier of Heavy Duty Battery Powered Transfer Carts, providing customized solutions from design and production to delivery and after-sales support. Our transfer carts are supplied to overseas industrial customers, with engineering support available for product selection, configuration, and application requirements. Contact us with your load weight, dimensions, travel route, and working conditions to discuss a suitable transfer cart for your project.
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Customized Intelligent Material Handling Solutions
To ensure that a customized transfer cart fits your needs perfectly, please provide the following details:
- Load Capacity: _____ tons (1~500 ton)
- Table Size: _____ × _____ mm/m (e.g., 1500×3000)
- Power Options:
- ☐ Lead-acid ☐ Lithium-ion ☐ Other: _____
- ☐ Cable: _____V/_____A
- ☐ Standard 380V/50Hz/3-phase
- Cargo Details:
- Type: _____ (e.g., steel coils, machinery)
- Special Needs: _____ (e.g., anti-slip, corrosion-proof)
- Optional Features:
- ☐ Emergency stop ☐ Anti-collision sensors
- ☐ Rail guides ☐ Lifting mechanism ☐ Remote control
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FAQ
What is a Heavy Duty Battery Powered Transfer Cart?
A Heavy Duty Battery Powered Transfer Cart is an electric material handling vehicle used to move heavy loads horizontally. It consists of a steel platform, battery power system, drive mechanism, wheels, and control system, with configurations selected according to load and site conditions.
How does a battery powered transfer cart work?
The onboard battery supplies power to the controller and drive motor. The motor transfers torque through the gearbox and drive assembly to the wheels. The operator controls travel direction and speed through a wireless remote, pendant, or automatic control system.
How much weight can a battery powered transfer cart carry?
Battery powered transfer carts can be designed for different load capacities according to the application. Standard configurations can cover 5–500 tons, while platform structure, wheel arrangement, and drive system are selected according to the actual load and load distribution.
How long can a battery powered transfer cart run on one charge?
Operating time depends on battery capacity, load weight, travel distance, travel speed, and duty cycle. Battery voltage and capacity are selected according to the required operating range. For frequent operation, opportunity charging can reduce charging interruptions.
Can a battery powered transfer cart operate without rails?
Yes. A battery powered transfer cart can be configured as a rail-less rubber-tired cart for suitable floor conditions. The system uses rubber or polyurethane wheels and a steering system designed for the required travel route and turning requirements.
What is the maximum speed of a battery powered transfer cart?
Travel speed depends on the cart design, load, and operating conditions. Standard rail-guided models commonly operate at 10–30 m/min, while high-speed configurations can reach higher speeds when the application, drive system, and floor conditions allow.
Can a heavy duty battery transfer cart be customized?
Yes. Capacity, platform dimensions, battery voltage and capacity, drive configuration, wheels, steering, travel speed, and control system can be customized. Additional functions such as hydraulic lifting, weighing, automatic positioning, and clamping devices are also available.
How do I choose the right battery powered transfer cart?
Start with the maximum load weight and cargo dimensions, then define the travel distance, route, floor conditions, and required speed. Battery capacity, drive system, wheel type, and control method should be selected based on the complete operating conditions.