WAM MVE External Electric Vibrators are industrial devices engineered to generate linear or circular vibratory motion. They are essential in various applications such as material handling, compaction, screening, and conveying. Specifically in cement silo processing, they ensure the efficient and consistent flow of materials by preventing blockages and compaction.
Key Features and Functions:
Vibratory Motion: Generates controlled vibrations to agitate materials, preventing issues like bridging, rat-holing, or compaction in silos and hoppers.
External Mounting: Designed for easy external installation on silos, hoppers, bins, and similar structures.
Adjustable Force: The vibratory force can be precisely adjusted by modifying the eccentric weights within the vibrator, providing flexibility for various materials and applications.
Robust Construction: Built with durable, industrial-grade materials to endure harsh environments.
Electric Motor Driven: Powered by electric motors for reliable, consistent operation.
Multiple Sizes and Configurations: Available in a range of sizes and configurations to meet the specific requirements of different material handling systems.
Features:
Silo Discharge Assistance: Cement is prone to bridging and rat-holing in silos, which can obstruct material flow. MVE vibrators mounted on silo walls induce vibrations that break down these blockages, ensuring uninterrupted discharge.
Compaction Prevention: Vibrations reduce material compaction within the silo, maintaining consistent flowability.
Improved Material Flow: Facilitates smoother and more efficient material transfer from the silo to downstream equipment.
Enhanced Batching Accuracy: Reliable material flow supports accurate weighing and batching in concrete production.
Blockage Prevention: Helps prevent material obstructions in conveying systems and feeders, ensuring seamless material handling.
WAM MVE External Electric Vibrators are a practical solution for maintaining operational efficiency in cement processing applications. Their sturdy design, adjustability, and reliability make them an essential component in achieving smooth material flow and minimizing downtime.
