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The New Energy Metallurgical Ladle Car is designed for transporting molten metal safely and efficiently. It is built for heavy loads, reliable operation, and precision control.
-Handles loads from 5 to 450 tons.
-Platform sizes range from 3000 mm to 8200 mm in length.
-Uses strong steel frames for durability.
-Available in battery-powered or rail-supplied models.
-Equipped with safety features like heat insulation and automatic parking.
Parameter | Value |
Load Capacity | 5 to 450 tons (Common: 5, 10, 20, 150 tons) |
Platform Dimensions | L: 3000-8200 mm, W: 2000-2800 mm, H: 500-1100 mm |
Main Beam Structure | Rectangular, box, double-box beams |
Frame Material | Q235 carbon steel, Q345 low alloy steel |
Track Gauge | 1435 mm, 1650 mm, 2000 mm |
Wheel Quantity/Size | 4-12 wheels, 250-700 mm diameter |
Travel Speed | 2-30 m/min (Lower for heavy loads) |
Power Supply | Battery-powered, 36V low-voltage rail supply |
Traction Motor Power | 1.5 kW to 7.5 kW ×3 |
Cable Reel | Torque motor or spring slip ring system |
Control Method | Remote control, handheld device, PLC system |
Heat Insulation | Equipped for high-temperature protection |
Automatic Parking | Limit switch for stopping near work platforms |
Track Cleaner | Cleans slag and debris from track ends |
Drive System | Dual-drive for reliability and redundancy |
Maintenance Reminder | Alerts operators for timely servicing |
The New Energy Metallurgical Ladle Car from XIN RUI JI INTERNATIONAL TRADE ensures safe, efficient, and controlled metal transport in industrial environments.
Used in foundries and steel mills for transporting molten metal and hot solid materials safely.
Lightweight yet rigid, ensuring stability and strength during heavy-load operations.
Enables accurate control over movement, speed, and positioning for efficient operation.
Built to withstand long-term use, minimizing downtime and maximizing productivity.
Main beam bottom has an insulation layer to protect against extreme temperatures.
Operator cabin is air-conditioned to provide comfort and protection from harsh environments.
Components are designed for longevity, reducing the need for frequent repairs.
Issues an alert when the load exceeds safe operating limits to prevent accidents.
Allows immediate stopping in case of emergencies, ensuring operational safety.
Operated via cabin control or remote control for flexibility in different work conditions.
Protects the motor from overheating and excessive current loads, preventing damage.
Prevents accidental load drops, ensuring secure lifting and transport of materials.
Reduces impact forces, protecting the machine and surrounding structures from damage.
Main Beam: Provides structural support and bears the load of the ladle car during operation.
Platform: Serves as the working surface for operators and equipment placement.
Frame Material: Comprises the base structure to ensure stability and load-bearing capacity.
Wheelset: Includes wheels and axles to enable controlled movement on the track.
Track Gauge: Defines the spacing between rails to guide the ladle car’s movement.
Drive System: Transfers mechanical energy to move the ladle car along the track.
Power Source: Supplies the required electrical or mechanical energy for operation.
Traction Motor: Converts electrical energy into mechanical motion to drive the car.
Cable Reel: Manages, stores, and extends power cables to prevent entanglement.
Control Method: Determines how the ladle car is operated and controlled.
Operation Interface: Provides controls for operators to manage movement and functions.
Thermal Insulation: Reduces heat transfer to protect components from extreme temperatures.
Automatic Parking Device: Engages stopping mechanisms when the car is not in use.
Track Cleaner: Removes debris and obstructions from the track surface.
Maintenance Reminder System: Notifies operators about scheduled servicing and inspections.
Low Voltage Power System: Provides regulated electrical power for auxiliary functions.
Signal Transmission System: Sends control signals between different system components.
Cable Tray: Supports and organizes cables to prevent damage or interference.
Braking System: Controls stopping and deceleration to ensure safe operation.
Connection Device: Links mechanical and electrical components securely for functionality.
Maintenance Guidance: Provides manuals and instructions for regular maintenance to ensure vehicle stability.
Technical Support: Offers ongoing support to resolve any operational issues during use.
Spare Parts Supply: Ensures timely supply of spare parts to minimize downtime due to parts shortages.
The New Energy Metallurgical Ladle Car is designed for transporting molten metal safely and efficiently. It is built for heavy loads, reliable operation, and precision control.
-Handles loads from 5 to 450 tons.
-Platform sizes range from 3000 mm to 8200 mm in length.
-Uses strong steel frames for durability.
-Available in battery-powered or rail-supplied models.
-Equipped with safety features like heat insulation and automatic parking.
Parameter | Value |
Load Capacity | 5 to 450 tons (Common: 5, 10, 20, 150 tons) |
Platform Dimensions | L: 3000-8200 mm, W: 2000-2800 mm, H: 500-1100 mm |
Main Beam Structure | Rectangular, box, double-box beams |
Frame Material | Q235 carbon steel, Q345 low alloy steel |
Track Gauge | 1435 mm, 1650 mm, 2000 mm |
Wheel Quantity/Size | 4-12 wheels, 250-700 mm diameter |
Travel Speed | 2-30 m/min (Lower for heavy loads) |
Power Supply | Battery-powered, 36V low-voltage rail supply |
Traction Motor Power | 1.5 kW to 7.5 kW ×3 |
Cable Reel | Torque motor or spring slip ring system |
Control Method | Remote control, handheld device, PLC system |
Heat Insulation | Equipped for high-temperature protection |
Automatic Parking | Limit switch for stopping near work platforms |
Track Cleaner | Cleans slag and debris from track ends |
Drive System | Dual-drive for reliability and redundancy |
Maintenance Reminder | Alerts operators for timely servicing |
The New Energy Metallurgical Ladle Car from XIN RUI JI INTERNATIONAL TRADE ensures safe, efficient, and controlled metal transport in industrial environments.
Used in foundries and steel mills for transporting molten metal and hot solid materials safely.
Lightweight yet rigid, ensuring stability and strength during heavy-load operations.
Enables accurate control over movement, speed, and positioning for efficient operation.
Built to withstand long-term use, minimizing downtime and maximizing productivity.
Main beam bottom has an insulation layer to protect against extreme temperatures.
Operator cabin is air-conditioned to provide comfort and protection from harsh environments.
Components are designed for longevity, reducing the need for frequent repairs.
Issues an alert when the load exceeds safe operating limits to prevent accidents.
Allows immediate stopping in case of emergencies, ensuring operational safety.
Operated via cabin control or remote control for flexibility in different work conditions.
Protects the motor from overheating and excessive current loads, preventing damage.
Prevents accidental load drops, ensuring secure lifting and transport of materials.
Reduces impact forces, protecting the machine and surrounding structures from damage.
Main Beam: Provides structural support and bears the load of the ladle car during operation.
Platform: Serves as the working surface for operators and equipment placement.
Frame Material: Comprises the base structure to ensure stability and load-bearing capacity.
Wheelset: Includes wheels and axles to enable controlled movement on the track.
Track Gauge: Defines the spacing between rails to guide the ladle car’s movement.
Drive System: Transfers mechanical energy to move the ladle car along the track.
Power Source: Supplies the required electrical or mechanical energy for operation.
Traction Motor: Converts electrical energy into mechanical motion to drive the car.
Cable Reel: Manages, stores, and extends power cables to prevent entanglement.
Control Method: Determines how the ladle car is operated and controlled.
Operation Interface: Provides controls for operators to manage movement and functions.
Thermal Insulation: Reduces heat transfer to protect components from extreme temperatures.
Automatic Parking Device: Engages stopping mechanisms when the car is not in use.
Track Cleaner: Removes debris and obstructions from the track surface.
Maintenance Reminder System: Notifies operators about scheduled servicing and inspections.
Low Voltage Power System: Provides regulated electrical power for auxiliary functions.
Signal Transmission System: Sends control signals between different system components.
Cable Tray: Supports and organizes cables to prevent damage or interference.
Braking System: Controls stopping and deceleration to ensure safe operation.
Connection Device: Links mechanical and electrical components securely for functionality.
Maintenance Guidance: Provides manuals and instructions for regular maintenance to ensure vehicle stability.
Technical Support: Offers ongoing support to resolve any operational issues during use.
Spare Parts Supply: Ensures timely supply of spare parts to minimize downtime due to parts shortages.
