A Sequentially Controlled Pneumatic Vibrator System combines high-performance pneumatic vibrators with an intelligent electronic control system to optimise bulk material flow.
Instead of energising all vibrators simultaneously, the controller activates each vibrator individually in a programmed sequence. This targeted approach concentrates vibration where it is required, significantly reducing compressed air demand while maintaining consistent material movement throughout the hopper or silo.
By integrating pneumatic control, electronic sequencing, air preparation and adjustable timing into one complete package, the system provides a smarter and more energy-efficient alternative to conventional pneumatic vibration installations.
WHAT IS A SEQUENTIALLY CONTROLLED PNEUMATIC VIBRATOR SYSTEM?
A Sequentially Controlled Pneumatic Vibrator System combines high-performance pneumatic vibrators with an intelligent electronic control system to optimise bulk material flow.
Instead of energising all vibrators simultaneously, the controller activates each vibrator individually in a programmed sequence. This targeted approach concentrates vibration where it is required, significantly reducing compressed air demand while maintaining consistent material movement throughout the hopper or silo.
By integrating pneumatic control, electronic sequencing, air preparation and adjustable timing into one complete package, the system provides a smarter and more energy-efficient alternative to conventional pneumatic vibration installations.
How Does the System Work?
The system uses a microcontroller-based sequencing controller to manage the operation of two, three or four pneumatic vibrators.
Compressed air first passes through an integrated filter and regulator before being supplied to the selected vibrator via a solenoid valve manifold. Once the programmed ON cycle has elapsed, the controller automatically transfers airflow to the next vibrator in the sequence.
The process repeats continuously, ensuring reliable material movement while minimising instantaneous compressed air demand and reducing unnecessary equipment wear. Operators can independently adjust both ON and OFF timing to suit different bulk materials and process requirements.
ADVANTAGES OF SEQUENTIALLY CONTROLLED PNEUMATIC VIBRATOR SYSTEM
Reduced Compressed Air Consumption: Only one vibrator operates at a time, significantly lowering instantaneous air demand.
Improved Material Flow: Prevents bridging, rat-holing and material build-up within hoppers and silos.
Lower Compressor Load: Reduced air demand decreases compressor workload and energy consumption.
Extended Equipment Life: Sequential operation reduces wear on pneumatic vibrators, valves and compressors.
Reduced Operating Noise: Eliminates unnecessary simultaneous vibration.
Greater Process Control: Adjustable sequencing allows vibration patterns to be optimised for different materials.
Improved Reliability: Automated operation delivers consistent performance with minimal operator intervention.
Lower Maintenance Costs: Reduced mechanical stress results in longer component life and fewer maintenance requirements.
Conclusion
In conclusion, pneumatic vibrators offer significant benefits and play a crucial role in various industries and applications. From AgriTech to manufacturing and beyond, these vibrators provide efficient material flow, enhance productivity, and improve equipment performance. Their versatility, easy installation, and control make them adaptable to different systems and processes. Pneumatic vibrators are cost-effective, environmentally friendly, and built to withstand demanding conditions, ensuring long-lasting performance. Whether it's preventing material blockages, increasing throughput, or optimizing operations, pneumatic vibrators have proven to be valuable tools in achieving efficient and reliable industrial processes.
HOW IT WORKS
Without intelligent control, multiple pneumatic vibrators frequently operate at the same time, increasing compressed air consumption, compressor loading and equipment wear.
The APS Sequentially Controlled Pneumatic Vibrator System automatically sequences vibration from one unit to the next, maintaining effective material movement while significantly reducing energy consumption and extending equipment life.
WITHOUT SEQUENTIAL CONTROL
High compressed air demand
Increased compressor loading
Greater equipment wear
Higher operating costs
Unnecessary noise and vibration
WITH APS SEQUENTIAL CONTROL
Controlled sequential vibration
Reduced air consumption
Stable operating pressure
Improved equipment life
Lower maintenance costs
More reliable material discharge
WHY CHOOSE APS TECHNOLOGY?APS Technology specialises in engineered bulk material handling solutions that combine pneumatic, electrical and control engineering into complete industrial systems.
Rather than supplying individual components, APS delivers integrated, factory-tested solutions designed for reliable operation, simplified installation and long-term performance.
The Sequentially Controlled Pneumatic Vibrator System provides:
Sequential operation for up to four pneumatic vibrators
Adjustable ON and OFF timing
Automatic continuous operation
Integrated air preparation
Industrial-grade electrical and pneumatic components
Reduced compressed air consumption
Improved material flow
Lower operating costs
Enhanced plant reliability