RGV Powered by Low voltage rail Facilitates Efficient Transportation of Vacuum Furnace Molds
A metallurgical enterprise's vacuum furnace workshop has long faced difficulties in mold loading and unloading. In high temperature environments (＞200℃), traditional rail vehicles are prone to deformation, and manual handling is inefficient and poses safety risks. To address this need, we recommend a 15 ton low voltage rail powered RGV, which achieves breakthrough transformation through the following adaptive designs:
Precise Matching of Scenario Requirements
The vehicle body adopts a cast steel spliced frame with high-temperature-resistant insulated wheels, enabling continuous operation beside the vacuum furnace.
The automatic flipping ladder seamlessly docks with the non - powered cart inside the furnace. With a rail error of less than 2mm, the mold transfer efficiency is increased by 60%.
Dual Assurance of Intelligence and Heavy Load Capacity
It uses intelligent coding control and anti-interference remote control technology to achieve millimeter-level precise docking with the non-powered cart in the vacuum furnace and realize multi-vehicle coordinated scheduling. The anti-interference remote control design eliminates signal interference.
The automatic flipping ladder design (80mm) ensures seamless rail connection, and the retractable drag chain guarantees stable power supply.
Three-color warning lights are linked with the retractable drag chain to ensure the safety of human-machine interaction in high-temperature areas. With a maximum load-bearing capacity of 15 tons, it can be customized with a widened tabletop to adapt to the handling of special-shaped molds.
Long-term Operation to Create Value
The low-voltage rail power supply technology breaks through the distance limitation, allowing 24-hour continuous operation.A single piece of equipment can complete the whole process of furnace loading, conveying, and unloading, reducing the annual maintenance cost by 45%.
After the implementation of this solution, the customer's daily mold processing capacity has exceeded 80 groups, and the high-temperature service life of the equipment has been extended by 3 times, truly achieving environmentally friendly and efficient production in high-temperature heavy-load scenarios.
