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Description:
The High Frequency Induction Furnace Vibrating Feeder is a cutting-edge industrial solution designed to optimize material handling processes in high-temperature environments. This advanced vibrating feeder is meticulously engineered to ensure efficient and precise delivery of materials to induction furnaces. With its innovative design and robust construction, it guarantees exceptional performance and reliability in demanding industrial settings.
Application:
The High Frequency Induction Furnace Vibrating Feeder finds its application in a wide range of industries, particularly those involving metal melting and casting. It is an indispensable component in foundries, steel mills, and metal processing facilities. This feeder effectively transports various materials such as scrap metal, alloys, ores, and raw materials, contributing to the seamless and automated feeding of induction furnaces.
Advantages:
Enhanced Efficiency: The high-frequency vibration mechanism of the feeder facilitates smooth and consistent material flow, reducing the risk of clogs and blockages. This results in improved furnace efficiency and reduced downtime.
Precise Delivery: The feeder's advanced control systems allow for precise adjustment of material flow rates, ensuring accurate charging and melting processes in the induction furnace.
Durability: Constructed from robust materials and designed to withstand high-temperature environments, the feeder boasts exceptional durability and longevity, even in the most demanding industrial conditions.
Automation Integration: The High Frequency Induction Furnace Vibrating Feeder can be easily integrated into existing automation systems, enabling seamless communication and synchronization with other equipment, such as furnaces, sensors, and conveyors.
Reduced Manual Labor: By automating the material feeding process, this feeder significantly reduces the need for manual labor, enhancing worker safety and productivity.
Energy Efficiency: The precise material delivery and controlled flow rates contribute to energy savings by optimizing the furnace's melting process and minimizing heat loss.
Maintenance and Cleaning: The feeder's design includes easy-to-access components for maintenance and cleaning, ensuring consistent performance and minimizing downtime.
Customization: The feeder can be tailored to meet specific industry and furnace requirements, accommodating different material types, sizes, and production volumes.
The main technical parameters (detailed design can be fine-tuned)
| Hopper loading | ≤15m³ |
| The overall size of the equipment L×W×H | 8225×2000×2450 |
| Vibration motor | 7.5kw×2台 |
| Walking motor | 7.5KW ×1 |
| Walking speed | 25m/min |
| Track type | 38Kg/m |
| Track spacing | 1600mm |
| Wireless remote control operation: | straight line distance 100m |
| Electric cabinet voltage | 380V |
Technical after-sales service
In keeping with its commitment to provide technology that serves and satisfies users, the company makes the following technical and after-sales service commitments and security guarantees to its customers:
Term of after-sales service: lifelong technical service
A user spends time, money and money paying for something to buy.
Buy a ticket to solve users' technical problems related to the vibration charging vehicle, providing technical guidance and consultation.
Party B guarantees the correctness, integrity, reliability and technological advancement of the design, manufacturing and supply equipment, adopts high-quality materials and first-class process and conforms to all applicable regulations regarding quality, specifications and performance.
Party B guarantees to complete the design, manufacturing, supply and guide the installation and commissioning remotely (via Internet or telephone) within the agreed time (Party A is responsible for on-site installation and commissioning).
Party B agrees to provide construction drawings and technical support according to requirements and cooperate with Party A to perform acceptance inspection.
Party A and Party B agree to provide long-term supply of spare parts and technical services. Party B has the duty to provide as soon as possible replacement parts and will arrange the fastest way to transport used parts. If system couldn't solve problems appeared in the process of using, Party A and Party B will share their experience together to create a better solution for the users.
Party B will timely invite experienced engineers to provide technical services;
Party B participates in the process of providing users with practical operating procedures and user guides.
Participates in user training on methods and techniques to ensure users and employees operate the system correctly and safely.
Party B participates in the design according to the relevant technology and safety standards.
Party B participates in an irregular return visit and technical exchanges to improve the user's usage level and play the role of the purchased system.