A research activity has been carried out to implement a capping cycle on a lab test bench. There are two motors installed on the shaft: a PMSM used to simulate a capping machine and a second motor, used to simulate the resisting torque of the cap, allowing the execution of load tests as well. The electric drive has been realized by using a new component for the position measurement of the motor: a magnetic encoder. Thanks to this technology it has been possible to increase the performance of the control.
A research activity has been carried out to implement a capping cycle on a lab test bench. There are two motors installed on the shaft: a PMSM used to simulate a capping machine and a second motor, used to simulate the resisting torque of the cap, allowing the execution of load tests as well. The electric drive has been realized by using a new component for the position measurement of the motor: a magnetic encoder. Thanks to this technology it has been possible to increase the performance of the control.
FIELD ORIENTED CONTROL OF A PERMANENT MAGNET SYNCHRONOUS MOTOR WITH MAGNETIC ENCODER FEEDBACK
DE CAROLIS, ALDO
2024/2025
Abstract
A research activity has been carried out to implement a capping cycle on a lab test bench. There are two motors installed on the shaft: a PMSM used to simulate a capping machine and a second motor, used to simulate the resisting torque of the cap, allowing the execution of load tests as well. The electric drive has been realized by using a new component for the position measurement of the motor: a magnetic encoder. Thanks to this technology it has been possible to increase the performance of the control.I documenti in UNITESI sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
https://hdl.handle.net/20.500.14253/87994