What is a Vibratory Feeder Controller?
The vibratory feeder controller is the central hub for automated equipment like vibratory bowl feeders, step feeders, and centrifugal feeders. Its main job is to keep parts moving steadily and equipment running smoothly—by precisely adjusting key parameters such as frequency and voltage.
It also adjusts vibration settings flexibly, based on different factors: the size, weight, and shape of parts (like metal or plastic ones), plus the actual feeding speed the production line needs. For example, it lowers vibration strength for small, light parts to stop them from scattering; for heavy parts, it boosts power to make sure they’re transported stably.
Vibratory Feeder Controller
Key Features of Vibratory Feeder Controller
In automated production, feeding equipment like vibratory bowl feeders needs precise control from vibratory feeder controllers.
Adjusts frequency with 0.1Hz accuracy, and amplitude control error is no more than 1%
Works with all kinds of feeding equipment
Digital display and touch operation—you can finish parameter setup in 3 minutes
CE certified, and the mean time between failures (MTBF) is at least 50,000 hours
What Safety Protections Does the Vibratory Feeder Controller Offer?
Recoverable short-circuit protection: If a short circuit happens, the controller stops output—no need to replace a blown fuse. Once the short circuit is fixed, it goes back to normal after you power it on again.
Overheat protection: When the controller gets too hot during use, it’ll cut off output to avoid damage.
Overload protection: If the device load goes beyond the controller’s rated capacity, it stops output right away.
Overcurrent protection: If the operating current exceeds the controller’s rated current, it will halt output immediately.
How to Fix Vibratory Feeder Controller Overload Alarms?
This alarm usually happens for two common reasons: either the equipment load is higher than the controller’s rated capacity, or there’s a bad wiring connection or short circuit.
Here’s how to fix it: First, cut off the power. Then check if the feeding equipment (like vibrating bowl feeders) is overloaded. Next, look at the terminals to see if any connections are loose. Once you’re sure there’s no problem, restart the controller.
How to Choose the Right Vibratory Feeder Controller?
To pick the right vibratory feeder controller, you need to consider the operating needs of the automated equipment you’re controlling. For example:
For vibratory bowl feeders, think about the bowl diameter.
For step feeders, focus on load capacity.
For centrifugal feeders, you’ll need to consider both bowl diameter and rotational speed.
As for protection levels:
Go with IP54 for standard workshops.
Choose IP65 if the environment is humid.
Not sure which controller fits? Just tell us your needs, and we’ll recommend the right one for you.
Can the vibratory feeder controller be controlled by a PLC?
Sure, our controller is able to achieve interlocking control with PLCs.
