Energy Efficiency Solutions for Vibration Motors

VIBRODRIVE
Provides measurable energy savings in the range of 15–35% in industrial vibration motors without changing motor speed or mechanical performance.
It operates on a different principle than inverters and is designed for applications that do not require speed control.

Technology – Results – Benefits

VIBRODRIVE, has been developed to optimize energy consumption while preserving the operating characteristics of vibration motors.

🔹 Does not change motor speed

🔹 Reduces active energy consumption

🔹 Provides 15–35 kWh energy savings depending on the application

A single VIBRODRIVE unit,
can control two vibration motors simultaneously and in a balanced manner.

This ensures both energy savings and mechanical balance.

Explore Products

Consumes no electrical power and features passive cooling.

VIBRODRIVE, with its IP65-rated enclosure and statically cooled design:

🔹 Operates without requiring an additional fan, auxiliary power, or maintenance.

🔹 Delivers uninterrupted and stable performance in demanding industrial conditions.

Plug-and-play design – requires no adjustment or maintenance

🔹 It senses and manages the process through microprocessor-based control that requires no operator intervention.

🔹 No additional adjustment is required after commissioning.

🔹 Requires no periodic maintenance.

🔹 The system is designed for fast installation and reliable operation in industrial sites.

We reduce structural energy losses in vibration motors.

Vibration motors are typically operated below their rated power due to the high starting load and the effects of balance weights. Structurally limited air circulation and the requirement for high safety factors cause these motors to generally operate in the 50–70% load range. This leads to reduced efficiency and unnecessary energy losses.

Vibrodrive technology optimizes the voltage and current characteristics according to the load condition in vibration motors operating below nominal torque. By optimizing the effective use of the magnetic field on the stator and rotor, it improves the power factor and enables the motor to operate at lower temperatures.

As a result, the balance between motor torque and load torque is maintained; measurable kWh savings are achieved by optimizing active and reactive power consumption. This approach ensures sustainable efficiency and low energy costs in vibration motors.

Your Advantages

Reduces Electricity Costs

The fundamental principle of VIBRODRIVE is to directly reduce active energy consumption.

At the same time, thanks to its impact on reactive energy,
it provides kWh-based savings in the 15–35% range, depending on the application.

This effect is directly reflected in electricity bills.

Savings for Constant Speed

If your motor:

“Must operate at a constant speed continuously”

VIBRODRIVE provides energy savings throughout its entire operating time without changing the motor speed..

Optimization continues from the moment it starts until it stops.

Provides Return on Investment

VIBRODRIVE,
depending on usage intensity and motor power, covers its own cost within an average of 12 months through the savings it provides.

After this period, the gains achieved directly translate into operational profit.

Benefits and Results

The VIBRODRIVE optimization process is automatically managed according to the motor's operating cycle:

🔹 At takeoff, the takeoff current is limited by a short-term “Kick Start”

🔹 During normal operation, current and power consumption are optimized based on the motor load.

🔹 Energy optimization continues uninterrupted until the engine is stopped.

Throughout this process:

🔹 The current RPM value of the electric motor does not change

🔹 Mechanical performance is maintained

🔹 Active and reactive energy consumption is reduced by 15–35%.

In conclusion,
Without compromising vibration performance,
real and measurable energy savings are achieved.

Same motor. Same performance. Lower energy costs.