10 Tons Industrial Remote Control Rail Transfer Cart
Product Introduction
The 10 tons battery powered rail transfer cart is heavy duty transport equipment designed specifically for steel plate transfer in workshops. Powered by a battery and operating on fixed rails, it delivers efficient and stable performance. With a platform size of 3600×2000×500 mm, this rail transfer cart solves the low efficiency and safety issues of traditional forklift handling, meeting the demands of continuous workshop production.
Structure and Components
Box Beam Structure: Welded from high quality steel, offering strong deformation resistance and ensuring the platform remains unbent even under full load.
Cast Steel Wheels: Made of high-strength cast steel for excellent wear resistance, protecting tracks and extending wheel set life.
Power System: Rail transfer cart equipped with a battery and a portable charger, supporting charging anytime.
Safety System: Includes audible and visual warning lights, a strategically placed emergency stop button, and a real-time battery level display for convenient charging planning.
Advantages
Eco-Friendly and Efficient: Battery powered with zero emissions and low noise, suitable for various workshop environments.
Heavy Load Capacity: Handles up to 10 tons, stably transporting large steel plates for high-intensity work.
Easy to Operate: Combines wireless remote and manual control, reducing human error.
Wear Resistant & Durable: Cast steel wheels and a high-quality frame extend service life and lower maintenance costs.
Safe and Stable: Emergency stop button and audible/visual warning system ensure operational safety.
Applications
This 10 tons battery powered rail transfer cart is widely used for transporting steel plates and profiles in machining and automotive manufacturing workshops. Operators control the cart's movement via remote control, moving heavy materials between locations with ease. The battery level display provides real-time reminders, ensuring no unexpected downtime. Regular charging keeps production running efficiently.
The design emphasizes efficiency and environmental protection. Battery power minimizes energy consumption and pollution. Intelligent power monitoring and warning devices enhance user experience, delivering both convenient operation and comprehensive safety protection.
