The permanent magnet variable frequency screw air compressor adopts permanent magnet synchronous motor to drive the screw rotor and adjusts the motor speed using vector control technology. This allows the compressor's air output to be adjusted according to demand, thereby achieving constant pressure air supply, energy savings, environmental protection, and high efficiency. Compared to traditional air compressors, the permanent magnet variable frequency screw air compressor has a higher power utilization rate, significantly reducing energy consumption while effectively minimizing noise, vibration, and impact on the power grid.

Adekom permanent magnet variable frequency air compressor utilizes vector control technology, ensuring that the compressor can operate smoothly across a wide speed range with minimal motor temperature rise, providing the appropriate torque to drive the compressor.

Vector control technology separates the stator current into two vectors: excitation and torque, which are controlled separately before being synthesized and converted into control signals for the inverter parameters, achieving effective control of the electromagnetic torque. This allows the motor to run at lower temperatures even at low speeds. This efficient conversion technology suppresses the inevitable noise and harmful harmonics typically generated by standard inverters to the lowest possible level. By using the new generation of specialized vector frequency control, DC is converted to AC, enhancing high-temperature resistance, improving conversion efficiency, saving energy, and increasing reliability.