Product Description
Description:
The 10 tons induction furnace vibration feeding truck is a cutting-edge industrial solution designed to streamline the process of transporting and feeding materials to induction furnaces. This specialized truck integrates advanced technology with robust construction to ensure efficient material handling and furnace operation. With its precision engineering, the truck offers a reliable and high-performance solution for foundries and metal processing facilities.
Application:
The 10 tons induction furnace vibration feeding truck finds its primary application in foundries, metal casting plants, and other metal processing environments. It serves as an essential component in the material preparation phase for induction furnaces. This truck efficiently conveys and delivers various raw materials such as scrap metal, alloys, and additives to the furnace, ensuring a smooth and consistent metal melting process. Its adaptability makes it suitable for various metal types and production scales, making it a versatile asset for industries requiring controlled and efficient material feeding.
Advantages:
Enhanced Efficiency: The vibration feeding mechanism of the truck ensures a steady and controlled flow of materials, optimizing furnace operation and minimizing downtime.
Precise Material Delivery: The truck's design allows for accurate material discharge, reducing waste and enhancing the overall quality of the molten metal produced.
Increased Safety: With automated features and remote control options, operators can manage material feeding from a safe distance, minimizing exposure to heat and hazardous conditions.
Durability and Robustness: Constructed with high-quality materials, the truck is built to withstand the harsh conditions of industrial environments, ensuring a longer service life.
Customizable Configuration: The truck can be tailored to accommodate specific furnace setups and production requirements, offering flexibility and adaptability.
Maintenance and Service: The truck is designed for ease of maintenance, with accessible components and user-friendly mechanisms, reducing maintenance-related downtime.
Energy Efficiency: The truck's optimized material feeding process contributes to efficient energy utilization, resulting in cost savings and reduced environmental impact.
Main technical parameters (fine tuning after detailed design)
| Hopper loaded | ≤15m³；The deadweight is about 9 tons |
| The overall dimension of the equipment is L×W×H | 8225×2000×2450 |
| Vibration motor | 7.5kw×2台 |
| Walking motor | 7.5kw×1台 |
| Walking speed | 25m/min |
| Orbit model | 38Kg/m |
| Track spacing | 1600mm |
| Wireless remote control operation | Linear distance 100m (equipped with emergency ground control) |
| Electric voltage | 380V |
4. Technical innovation
1) The hopper discharge uses vibration motor vibration mode, which has a high frequency and produces high vibrations in order to improve the efficiency of its operation;
2) The electrical components are designed at the rear of the equipment, which means that they can be far away from the feeding area and increase reliability;
3) Remote control (remote control) operation control mode is adopted to stop the machine freely and cut off the power supply in emergency;
4) The equipment is small in size and takes up less space; it is easy to operate and flexible to use.
