CAN-based Synchronized Motion Control for
Induction Motors

Introducton
A control area network (CAN) based multi-motor synchronized motion control system with an advanced synchronized
control strategy is proposed in this article. adjacent cross-coupling control strategy is incorporated into into the sliding mode control architecture to achieve it.

Sliding-mode adjacent cross-coupling
control strategy of multi-motor synchronization:
Networked control system is flexible and expandable. to improve motion
accuracy, applying the advan ....etc

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This article is presented by:
O. Barambones , A.J. Garrido , F.J. Maseda and P. Alkorta Speed Sensorless Vector Control of Induction Motors Based on
Robust Adaptive Variable Structure Control Law

ABSTRACT
A novel sensorless adaptive robust control law is proposed to improve the trajectory tracking performance of induction motors. The proposed design employs the so called vector (or field oriented) control theory for the induction motor drives and the designed contro ....etc

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Implementing Embedded Speed Control for AC Induction Motors



Physics of Induction Motors

Current passing through a conductor creates magnetic field Direction of magnetic field is determined by the right hand rule Changing magnetic field produces current in a conductor Direction of current is determined by right hand rule Electromagnetic Induction Changing current induces changing magnetic field around it. A conductor placed in this field has induced current and induced magnetic field Interaction b ....etc

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To get full information or details of single phasing monitoring and prevention of three phase system for industrial loads please have a look on the pages

http://mycollegeprojectAbstracts/Single%20Phasing%20Monitoring%20and%20Prevention%20System%20for%203-phase%20Industrial%20Loads.pdf

if you again feel trouble on single phasing monitoring and prevention of three phase system for industrial loads please reply in that page and ask specific fields in single phasing monitoring and prevention of three phase system for industrial loads ....etc

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PLC-Based Monitoring Control System for Three-Phase Induction Motors
The article presents a monitoring and control system design and implementation for the three-phase induction motor based on programmable logic controller (PLC) technology. the operational parameters of the motor is correlated with the the speed requested by the user by the PLC. This is done in both the during normal operation and under trip conditions. Tests prove that a higher accuracy in speed regulation is provided by the induction motor system driven by inverter an ....etc

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here OTHER INDUSTRIAL LOADS means CONTROL EQUIPMENTS,DC MOTORS MAGENTIC SOLENOIDS,ACTUATORS PUMPS..etc.and THIS PROJECT IS DESIGNED TO CONTROL EIGHT RELAYS USING RADIO FREEQUENCY AT 433MHZ RADIO MODULES. EACH RELAY CAN HANDLE UP TO 7AMPERS OF CURRENT AT 230 V AC.
the ready made project kit available by
http://esskayinstituteRFCON.HTM ....etc

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CAN-based Synchronized Motion Control for Induction Motors

Abstract:

A control area network (CAN) based multi-motor synchronized motion control system with an advanced synchronized control strategy is proposed. The strategy is to incorporate the adjacent cross-coupling control strategy into the sliding mode control architecture. As illustrated by the four-induction-motor-based experimental results, the multi-motor synchronized motion control system, via the CAN bus, has been successfully implemented. With the emplo ....etc

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Abstract:
The field oriented control emerged as an important approach for the control of AC machines, and continues to be explored and developed in the literature. The estimation of the rotor flux from the measurable variables was the only method used to implement the vector control of the induction machine. To replace the estimator based on the mathematical model of the system, which can lead to unintended errors due to uncertainties on the model and on the measures we use an appropriate observer.

Presented By:
Ch ....etc

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Vector Control of AC Induction Motors



Introduction

Scalar control of ac drives produces good steady state performance but poor dynamic response. This manifests itself in the deviation of air gap flux linkages from their set values. This variation occurs in both magnitude and phase.

Vector control (or field oriented control) offers more precise control of ac motors compared to scalar control. They are therefore used in high performance drives where oscillations in air ga ....etc

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