Electromagnetic Digital Vibrator Controllers are perfect for the manufacturing industry
Precision-engineered controllers delivering stable vibration control, single-phase compatibility, and long service life for demanding industrial applications.
Electromagnetic Vibrator Controllers are precision control products. They are applied in the regulation of vibration in electromagnetic vibrating feeders. These vibrating feeder controllers are important in ensuring a smooth flow of materials. They are used in material handling. Our company specializes in the design and production of Electromagnetic Vibrator Controllers with advanced technical knowledge. Our major goal is to ensure that our controllers produce good performance, precise control of vibration, and long service life.
Our office lies in Mumbai, the state of Maharashtra, in India. We are involved in the development of controllers for meeting demanding industrial specifications. Our work takes into account a focus on quality and in-depth knowledge of vibration control technology.We have earned recognition as a reliable manufacturer and supplier of the electromagnetic Vabrator controller because of our knowledge and quality services. The controllers designed by us are made as per the Indian environment and conditions, which suffer from voltage fluctuations and operate continuously.
Our Products
Advanced Features – Electromagnetic Vibrator Controller
- Full Digital Control System for Precise and Stable Vibration Control
- Automated Voltage Regulation to ensure steady output when the voltage level changes
- Soft Start function to protect electromagnetic coils from sudden current surge
- Cyclic Mode for controlled ON/OFF vibration cycles
- Supports 0~5V voltage control for external speed regulation
- Allows 4-20mA Current control for PLC or automation systems
- 24V DC feedback output to PLC or other monitoring devices
- Remote speed control function for centralized control
- Over-Current Protection for the vibrator coils as well as the controller
- Maximum adjustable voltage lock to prevent over-vibration
- Important: lock_function to prevent unauthorized parameter modification
- Made in India, for conditions in Indian industry
What is the working principle of vibratory feeder controller?
The functional mechanism of the vibratory feeder controller is based on controlling the electrical power to be supplied to an electromagnetic vibrator. In our Electromagnetic Vibrator Controller models BVC-6D, BVC-6DS, and BVC10-DS, the voltage and current that are supplied to the electromagnetic coil are precisely controlled.
This results in smooth magnetic attraction and release, providing smooth vibration. The soft start feature, automatic voltage regulation, and digital control in such models maintain stable vibration, protect the electromagnetic coil, and provide stability to the feeder. This enhances efficiency in the different models of industrial vibratory feeder systems.
What machines use electromagnetic vibrator controllers?
Electromagnetic Vibrator Controllers are used in machinery that needs to have controlled as well as repetitive vibrating motions. They are mostly used in vibratory feeders, bowl feeders, linear feeders, hoppers, conveyors, as well as screening machines. The intensity of the vibrating motion is regulated in these electromagnetic vibrator controllers so as to have a smooth flow of materials as well as correct feeding.
They can also be used in packing machines, dosing machines, as well as other materials handling machines in the food industry, pharmaceutical industry, chemical industry, cement industry, mining industry, as well as the general field of manufacturing.
Industry-wise Applications – Electromagnetic Vibrator Controller
| Industry | Application / Use |
|---|---|
| Material Handling Industry | Controls vibration in feeders, hoppers, and conveyors for smooth material flow |
| Cement Industry | Used in raw material feeding, clinker handling, and bulk material discharge |
| Construction Industry | Used in aggregate handling and batching plant feeder systems |
| Food Processing Industry | Ensures controlled vibration for grains, powders, and packaging lines |
| Packaging Industry | Improves consistency and speed in vibratory packaging systems |