3 Tons Electric Rail Transfer Cart Solves High Temperature Handling
Production Challenges
A metallurgical workshop frequently needs to transfer metallurgical ladles and high temperature objects. Traditional handling methods not only place strict demands on the operators' endurance but also present challenges in efficiently securing and transferring heavy, high temperature objects. High temperature interference, long distance transportation, and frequent material movement between different workstations are urgent problems for the client.
Solution
Based on the client's actual production environment and needs, Newld customized this 3 tons low voltage rail powered electric rail transfer cart. The cart uses a box-girder frame, equipped with insulated wheels, carbon brushes, and conductive posts. Powered by low voltage rails, it achieves continuous operation without limitations on distance or time.
A customized platform with a lifting device and four-sided steel plate surround reduces the risk of material slippage during transport; the platform is paved with refractory material to better accommodate the needs of high-temperature object transfer.
Advantages
High Temperature Resistance: The fire-resistant platform and rigid chain design withstand direct heat radiation from the metallurgical ladle.
High Efficiency and Continuous Operation: Low voltage rails provide direct power, eliminating charging delays and allowing for 24/7 uninterrupted operation.
Precise Heavy Load Capacity: 3-ton rated load capacity; the box girder frame is impact-resistant, ensuring smooth and stable operation.
Applications
The electric rail transfer cart is primarily used for the transfer of metallurgical ladles and high temperature objects within metallurgical workshops.
Operators can wirelessly remotely control the entire process of docking, lifting, and transferring metallurgical ladles from the control room. This significantly reduces transfer time and minimizes personnel involvement, lowering the risk of burns. There are no exhaust emissions during operation, and the fire-resistant platform can withstand prolonged placement of high temperature materials while protecting the equipment's electrical components from heat radiation interference.
