Do you want to publish a course? Click here

Computer aided drive of SRM(4/3) ( Switched Reluctance Motor )Via printer port- LPT

قيادة المحرك ذي الممانعة المغناطيسية المتغيرة (SRM(4/3 عن طريق الحاسوب من خلال منفذ الطابعة LPT

1676   1   53   0 ( 0 )
 Publication date 2016
and research's language is العربية
 Created by Shamra Editor




Ask ChatGPT about the research

In this paper the control system of the switch reluctance motor ( SRM ) has been studied and executed, and driven by computer through the printer parallel port (LPT), and a simple explanation for switch reluctance motor has been introduced also it's work principle and some of its advantages and disadvantages with presenting some samples, where suitable electronic circuits, pulses generation circuits, isolation circuits between computer and power circuits has been executed, with suitable programming for controlling the whole system, then suitable measurements for monitoring have been done like currents, voltages, motor speed and recorded to be discussed.

References used
A. Sandouk; H. G. Herold; and M. Aldosoky. " Design And Execution A Controlled Switch Reluctance Motor To Be Used In Electric Car's " Doctorate Thesis, Damascus University , 2005
V. Trifa; C. Marginean. " Digitally Ontrolled Driver For Supplying Electric Reluctant Motors ". Suceava, Romani, May 25 – 27, 2006
P. Chancharoensook; and M.F. Rahman. " A Modified Switching Strategy For Asymmetric Half-Bridge Converters For Switched Reluctance Motor Drives " , paper , The University of New South Wales Sydney NSW 2052 Australia, 2003
rate research

Read More

Due to scientific and technical advances in industrial electronics, SRMs have become one of the most attractive motors in recent decades.
The Control strategy for linear switched reluctance motor elevator is an important issue, which effects on the performance of the elevator . This strategy consists of four control loops , Current , Force , Velocity and position feedback control lo ops . For the force control loop , anew force distribution function ( FDF) is proposed . The trapezoidal velocity profile is introduced to control the vertical movement position smoothly during the elevator's accelerate, decelerate and halt operations. Conventional proportional plus integral (pI) controller is used for the current and velocity control loops and their designs are described . The proposed control strategy is dynamically simulated by Matlab .
The paper describes a method of driving system for switch reluctance motor (SRM6/8) with 4 phases by using: PC through (RS232), driving circuit utilizing microcontroller (Atmega 8535), and operating algorithm, which is stored in the microcontroller . The operation of the motor is monitored by using an interface which is designed to monitor and change the motor parameters such as speed, voltage and current. This method can be used for monitoring the motor operating in inaccessible environment. The driving system for switch reluctance motor (SRM6/8), which is the topic of this research, was designed and manufactured in the laboratory by using the solid iron. The coils are carried by the poles which are fixed inside the solid iron cylinder.
The deep-well pumps are practically and widely used to pump water up from wells. These pumps are driven by squirrel-cage induction motors where the pump is directly connected with the induction motor it drives. They form a pump-motor set or a deep -well set. Economioally, the cost of digging a well proportionates with the diameter of the hole opening. This diameter is related to the deep-well set dimensions. Whenever the dimensions of the deep-well set are small, the cost of digging a hole will be notably less. From here, in this research we shall test the possibility of desiging a deep-well induction motor with a voltage of f =150 Hz frequency in a small size. and in trifold speed of the induction motor which has same power and functions as the motor with a voltage of f = 50 Hz frequency and where the essential parameters of the motor aren’t worse than the motor with f = 50 Hz Frequency.
The purpose of research is to build a model of the electric driving system for threephase squirrel-cage induction motor using oriented electric field method so as to control both the speed , flux and current, ( PI ) controllers was used . The mach ine model has been formed based on the equations of the machine written in the stationary coordinates . To complete the process of control without measuring the rotor flux , a model of flux from the measured values of stator current and rotor speed was build, and it can be measured directly .
comments
Fetching comments Fetching comments
Sign in to be able to follow your search criteria
mircosoft-partner

هل ترغب بارسال اشعارات عن اخر التحديثات في شمرا-اكاديميا