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Apron Plate Feeder Coal Conveyor Feeder Ore Feeder 280TPH Capacity
The Apron Plate Feeder is an industrial plate feeder designed specifically for heavy-duty construction and feeding applications. Its adjustable speed and high efficiency make it a reliable and essential component in various industries.
The Apron Plate Feeder comes in a simple package, ensuring safe and easy transportation and delivery.
This product is primarily used for feeding materials into other machines or processes. It is commonly used in mining, quarrying, cement, and other industries that require a continuous and reliable feeding system.
The Apron Plate Feeder is available in a combination of grey and yellow, giving it a professional and industrial look.
The Apron Plate Feeder has a capacity of 120-280TPH, making it suitable for various feeding needs and applications.
Invest in the Apron Plate Feeder for a reliable and efficient feeding solution that can enhance the performance of your industrial processes. Contact us today to learn more about this essential product.
| Name | Apron Plate Feeder |
|---|---|
| Packaging | Simple Package |
| Application | Feeding |
| Power | 18.5kw |
| Chain Speed | 0.05-0.2r/min |
| Material | Stainless Steel |
| Capacity | 120-280TPH |
| Colors | Grey And Yellow |
Apron Plate Feeder advantages include:
1. High load-bearing capacity: Apron Plate Feeder can handle heavy-duty and large-particle materials and has a high load-bearing capacity. They are usually constructed from strong steel plates and can withstand large impacts and heavy loads.
2. Stable material supply: The apron feeder transmits materials through a stable chain or steel plate, which can provide a stable and continuous material supply. They are suitable for applications requiring precise control of material flow and avoidance of clogging.
3. High Wear Resistance: Because Apron Plate Feeders are often used to handle highly abrasive materials, they typically feature wear-resistant plates and chains that provide a long service life and low maintenance requirements.
4. Suitable for bulk materials: Apron Plate Feeder is suitable for processing large, rough materials, such as ore, ore and slag. Their structure and design enable them to efficiently transport and process these materials.
When customizing an Apron Plate Feeder, there are several factors to consider:
Material Characteristics: Understand the specific characteristics of the material to be handled, such as particle size, bulk density, abrasiveness, and moisture content. This information helps determine the appropriate plate thickness, chain size, and overall design of the feeder.
Capacity and Throughput: Determine the required capacity and desired throughput of the feeder. This includes considering factors like material flow rate, hopper size, and the feeder's dimensions to ensure it can handle the desired volume effectively.
Feeder Length and Width: Consider the available space and layout constraints of the installation site. The feeder's length and width should be customized to fit the designated area while still providing sufficient material flow and accessibility for maintenance.
Drive System: Select the appropriate drive system for the Apron Plate Feeder based on factors like power requirements, available power source, and the desired speed and control options. This can include options such as hydraulic, electromechanical, or direct drive systems.
Wear Protection: Consider the wear and abrasion potential of the material being handled. Incorporate wear-resistant materials, liners, or protective coatings in areas prone to high wear, such as the plates, chains, and discharge chute, to extend the equipment's lifespan.
Safety Features: Ensure the Apron Plate Feeder is equipped with necessary safety features such as emergency stops, guards, and sensors to prevent accidents and protect personnel working in close proximity to the equipment.
Maintenance and Accessibility: Design the feeder with easy access points for maintenance, inspection, and cleaning. Consider features like removable plates, access doors, and maintenance platforms to facilitate routine servicing and minimize downtime.
Consultation with Experts: Seek the expertise of engineers or manufacturers experienced in Apron Plate Feeder design and customization. They can provide valuable insights and recommendations based on their knowledge and experience.
By considering these factors, the customization of an Apron Plate Feeder can be tailored to meet specific material handling requirements, operational needs, and site conditions.
Our Apron Plate Feeder is carefully packaged to ensure safe transportation and delivery to our customers.
The Apron Plate Feeder is first wrapped in a protective layer to prevent any scratches or damages during transit. It is then placed in a sturdy wooden crate or pallet, depending on the size and weight of the feeder, and securely fastened to prevent any movement or shifting.
For international shipping, the feeder is packaged in compliance with all necessary regulations and requirements to ensure smooth customs clearance.
We offer different shipping options to suit the needs of our customers. Depending on the destination, size, and weight of the Apron Plate Feeder, we can arrange for air, sea, or land transportation.
Our team works closely with trusted and reliable shipping partners to ensure timely and safe delivery of the feeder. We also provide tracking information so our customers can monitor the status of their shipment.
For urgent deliveries, express shipping options are available at an additional cost.
At Apron Plate Feeder, customer satisfaction is our top priority. We take every step to ensure that our products are packaged and shipped with the utmost care and attention to detail.
The structure and operating principle of an Apron Plate Feeder are as follows:
Structure:
An Apron Plate Feeder consists of the following main components:
Frame: The frame provides the structural support for the feeder and holds all the components together.
Plates: The plates, typically made of durable steel, are attached to the chains or rollers and form the carrying surface for the material. They are arranged in a continuous or overlapping manner to create a robust and reliable feeding surface.
Chains or Rollers: The chains or rollers are responsible for moving the plates and the material along the feeder. They are driven by a motor and sprockets, enabling the plates to transport the material.
Drive System: The drive system, which can be hydraulic, electromechanical, or direct drive, provides the necessary power and motion to move the chains or rollers and the plates.
Tensioning System: The tensioning system maintains the proper tension in the chains or rollers to ensure smooth and controlled operation of the feeder.
Operating Principle:
The Apron Plate Feeder operates based on the following principle:
Material Loading: The material to be fed is loaded onto the plates of the feeder, typically through a hopper or bin.
Plate Movement: The drive system activates the chains or rollers connected to the plates, causing them to move in a continuous loop or reciprocating motion.
Material Transport: As the plates move, they carry the material along the feeder's length. The material slides or rolls over the plates due to the inclination of the feeder and the movement of the plates.
Discharge: At the end of the feeder, the material is discharged onto a conveyor belt, another processing equipment, or directly into a downstream process.
The Apron Plate Feeder is designed to handle heavy, abrasive, and large-sized materials. Its robust construction, with durable plates and chains or rollers, allows for reliable and continuous material feeding. The controlled motion of the plates ensures a steady and regulated flow of material, making it suitable for various industrial applications.
