Efficient control for engines and processes

The variators regulate the speed and torque of the motor according to the actual needs of the process. In applications with variable load, this regulation can significantly reduce energy consumption and avoid unnecessary operation at maximum speed.

They also allow for the precise control of variables such as flow rate, pressure, temperature, ventilation, speed or position, improving the overall performance of the installation.

Our offer includes:

• Compact variators for general applications.
• High-performance variators.
• Specific solutions for pumping, ventilation and air conditioning.
• Controllers for automated machinery and processes.
• Low and medium voltage inverters.
• Vector's Gamas LS Electric and VD Series.
• Special solutions and customized configurations.

The Peter Electronic electronic starters allow motors to be started progressively, reducing peak currents and mechanical efforts.

Electronic brakes provide controlled stopping in applications where it is necessary to reduce the stopping time, without resorting to conventional mechanical systems.

These solutions help to extend the lifespan of motors, transmissions, pumps and other elements of the installation.

We complement the engine control systems with:

• EMC filters.
• Input and network inductances.
• DC shock reactions.
• Output filters.
• DVs/dt filters.
• Senoidal filters.
• Ferrites and protective accessories.

These elements reduce disturbances, protect the motor isolation, and improve the drive's compatibility with the network and installation.

VDSmart Connect adds connectivity and remote management to the LS Electric and VD Series inverters.

The platform allows you to check the status of the equipment, view process variables, access historical data, and receive alerts. This information facilitates diagnosis, reduces travel time, and promotes preventive maintenance.

Pumping, water treatment, ventilation, air conditioning, compressors, conveyor belts, machinery, pressure vessels and industrial processes.

Adapting the motor to real demand reduces consumption, limits wear and improves process control. Monitoring also turns every actuation into a source of useful information for operation and maintenance.