Modulating electric drive torque compensates for pressure pulsation in hydraulic systems, eliminating the need for secondary dampers.
A pool pump safety vacuum release system uses an onboard controller to monitor motor power consumption.
A network hub transmits control commands to a positive displacement pump for remote operation.
A compressor control method estimates vessel pressure by monitoring motor electrical quantities to calculate counter-torque.
Multistage motor speed control reduces noise and energy consumption by dynamically adjusting compressor output to match real-time air demand.
A portable air compressor integrates a dual motor drive with a user-settable pressure gauge that mechanically triggers power cutoff.
A displacement pump control device registers drive motor torque and position to determine final pressure without external sensors.
A compressor control function adjusts working range limits based on actual operating conditions to maintain optimal fluid flow.
A multi-speed pump controller detects power reduction to suspend ancillary equipment operation.
Integrated setting control module manages automatic pump transitions to prevent erroneous changes and synchronize timing with other actuators.
Segmented linear motors bundle force to pressurize fluid, eliminating oversized single motor costs and maintenance complexity.