Product Definition

The Low Voltage Rail Transfer Cart is an electric rail transport system designed for the metallurgical industry. It is primarily used for the safe and efficient transfer of high-temperature ladles, molten steel, slag, and other materials within workshops. It operates on a low-voltage power supply system and incorporates multiple safety protection mechanisms, such as high-temperature resistance and leakage prevention, making it well-suited for harsh environments like steel mills and foundries, where high temperatures and dust are prevalent.

Main Components

The Ladle Transfer Cart runs along a preset track and consists of the following key components:

Drive System: Uses low-voltage DC motors and transmits power to the wheels via a reducer, ensuring smooth starts, stops, and precise speed control.

Power Supply Method: Electricity is supplied through low-voltage tracks laid on the ground (typically under 36V for safe operation), eliminating the hazards of high-voltage electricity in high-temperature environments.

Control System: Equipped with wireless remote control and an onboard handle for operation, enabling precise positioning, load monitoring, and emergency braking.

Body Structure: The Transfer Cart was constructed from high-strength steel with a heat-resistant insulation layer, capable of carrying steel ladles weighing tens of tons while withstanding high-temperature radiation.

Application Advantages

Efficiency: The industrial transfer cart has a rated load capacity of up to tens or even hundreds of tons, enabling the transport of large steel ladles in a single trip and reducing transfer frequency. Its advanced control system ensures accurate docking with various workstation equipment, improving production continuity.

Safety: The low-voltage power supply design eliminates the risk of high-voltage electric shock. The cart’s insulation layer and fireproof materials effectively block high-temperature radiation from the steel ladle. Additionally, multiple safety protection devices further enhance overall transportation reliability.

Adaptability: Peisa Machinery's rail transfer carts can be customized to meet specific transportation requirements, such as explosion-proofing, corrosion resistance, and dust-proofing, ensuring optimal performance for diverse material handling needs.

Conclusion

In summary, the Low Voltage Rail Transfer Cart has become an essential solution for high-temperature material handling in the metallurgical and steel casting industries due to its reliable operation and outstanding advantages. It not only enhances production efficiency but also ensures safe and flexible transportation of high-temperature materials.