120 Tons Rail Transfer Cart Enables Efficient Operations in Smelting Workshops

Recently, a 120 tons battery powered rail transfer cart, specifically designed for harsh working conditions, was successfully delivered and put into use, successfully addressing long-standing pain points in the smelting industry such as heavy duty transportation and limited operating distances.

Customized Adaptation

The rail transfer cart adopts a high strength box girder frame and a customized platform design, boasting strong load-bearing capacity and outstanding impact resistance.

The platform is custom-designed according to the dimensions of smelting slag bags and the transfer process, allowing for seamless docking with workstations. Cast steel wheels, combined with the rails, are wear resistant and pressure resistant, adapting to harsh environments with high temperatures and dust.

Safety and Visibility

The transfer cart is equipped with dual-mode control: wireless remote control and wired handle.
Operators can stay away from high temperature areas, ensuring personal safety. A battery status display screen provides real-time feedback, and combined with audible and visual warning lights and an emergency stop button, the entire operation is controllable.
The dual-motor drive system provides powerful performance, smooth start-up, and stepless speed regulation, effectively reducing slag bag swaying. The towing hook design facilitates quick connection to the slag bag car, improving transfer efficiency.

Long Range

This transfer cart is equipped with a battery and portable charger, completely eliminating cable length limitations. It can operate flexibly in any area of the smelting workshop without the need for laying mobile cables, significantly reducing maintenance costs. The entire cart uses high temperature resistant wiring harnesses and components, ensuring continuous and stable operation next to hot slag ladles.

Highly Versatile

This rail transfer cart boasts outstanding heavy load capacity, capable of transporting multiple slag ladles at once, significantly improving production line cycle time.
Its operation is not limited by track length, adapting to changes in workshop layout, and possesses extremely high applicability and scalability. Intelligent power management and dual-motor collaborative control further highlight its innovation and applicability.