Product Description
Hopper Vibratory
Features:
- Prevent labor from hammering or blasting the air inside
- Ideal equipment facing for problem of arching bridging and rat holing at the out let.
- Some cases it is replacement to rotary value.
- Lower power consumption
- Long life guaranteed for suspension and sleeve
Application:Flour, soya meal, sugar pigments, starch, carbon black, foundry, sand, chips, saw dust, colorants, talc lime soda ash, coal, fly ash, cattle feed, spent grain.
Working PrincipalThis equipment consist of conical dish type plate which is welded to the body of the bin activator from inside. The half portion of bin activator vibrators horizontally with help of unbalanced vibratory motor which helps the material pushes it in all direction to come surface. The vibration will also get transmitted to the material in upper portion of the bin as the vibration takes place
Precision Batch FeedingOptimize your operational flow with this hopper vibratory system tailored for batch feeding applications. Its adjustable vibration amplitude and vibratory feeding mode ensure consistent, accurate material delivery, minimizing product loss and enhancing process control in sensitive environments like pharmaceuticals and food processing.
Durability Meets HygieneManufactured from polished stainless steel and treated with anti-rust coating, the hopper vibratory unit withstands rigorous industrial demands while maintaining hygiene. Suitable for batch operations requiring contamination control, its designed for easy cleaning and long service life.
Quiet and Efficient OperationEngineered to produce low noise levels, this machine is suitable for settings where acoustic comfort is important. The robust vibratory motor provides reliable performance with minimal energy consumption, while the floor-mounted design assures stability and ease of access during operation or maintenance.
FAQs of Hopper Vibratory:
Q: How does the vibratory feeding system enhance batch processing efficiency?
A: The vibratory feeding system ensures uniform and controlled distribution of materials, which prevents bottlenecks and material wastage. Adjustable vibration amplitude allows operators to fine-tune feeding rates, resulting in higher precision and efficiency during batch processing, especially important in pharmaceutical and food industries.
Q: What are the primary benefits of using a stainless steel, anti-rust coated hopper vibratory in food and pharmaceutical settings?
A: Stainless steel construction with an anti-rust coating ensures durability, hygiene, and corrosion resistance. This combination is essential in food and pharmaceutical environments to prevent contamination, simplify cleaning, and extend equipment lifespan.
Q: Where is the ideal installation location for this hopper vibratory?
A: This unit is designed for floor-mounted installation in production areas where batch feeding is necessary. Thanks to its low noise operation and customizable sizing, it can be placed in pharmaceutical, food processing, or other industrial plants without causing disruption.
Q: What is the process for adjusting the vibration amplitude on this hopper vibratory?
A: The system features user-friendly controls that allow operators to increase or decrease the vibration amplitude according to material characteristics or feeding requirements. This helps accommodate different batch sizes and ensures optimal performance for different applications.
Q: When should the hopper vibratory be used in an automated line?
A: It is best suited for semi-automatic processes where materials need to be batched and transferred efficiently between stages, reducing manual handling and improving consistency in feeding rates. Its design supports integration into larger production lines without full automation.
Q: What is the typical usage capacity for this equipment, and can it be customized for unique requirements?
A: The hopper vibratory is engineered to handle up to 100 kg/hr and can be tailored in size to fit specific installation needs. This customization ensures compatibility with unique process flows or spatial constraints within existing facilities.
Q: How does the low power consumption benefit the user?
A: Operating at only 0.75 kW, this machine delivers energy-efficient performance, reducing operational costs while maintaining reliable, consistent feedingideal for facilities aiming to optimize productivity and manage electricity expenses.