SPEED CONTROL OF SINGLE PHASE INDUCTION MOTOR USING TRIAC CIRCUIT

1-Phase Induction MotorThis motor configuration works well up to 1/4 horsepower (200watt), though, usually applied to smaller motors. The direction of the motor is easily reversed by switching the capacitor in series with the other winding. This type of<[r]

TRANG 11 EXPERIMENTAL SETUP 9 Tested machine Load machine Controller IM DC LOAD MACHINE DC motor Gate Control Circuit _I_1 _V_0 _V_1 _V_mers _V_2 _V_C _I_2 SINGLE-PHASE INDUCTION MOTOR I[r]

• Based on such an analysis model an optimization design process may be started. A good initial (preliminary) design is useful in most nonevolutionary optimization methods [5]. • The optimization design (chapter 18) is a constrained nonlinear programming problem. The constraints can be lumped into a[r]

speed for the fixed rating power, Fig. 1. To achieve this goal a suitable control method based on the flux weakening is usually applied. This gives an economic solution for the power converter and the motor (Grotstollen, H. &amp; Wiesing, J, 1995). Fig. 1. Motor tor[r]

as &lt;0) Electric Vehicles – Modelling and Simulations 262 The complete three phase model of a typical high performance servo-drive system (Moog GmbH, 1989; Guinee, 1999). incorporating equations (XXIII), (XXIV), (XLII), (IL), (L), (LV), (LVI) and (LIX), used in software simulat[r]

Modulation and dynamic performance of the drive via a Fuzzy logic controller for speed regulation, in: proceedings of EPE. Reddy T. B., at. al. 2006). Sensorless Direct Torque Control of Induction Motor based on Hybrid Space Vector Pulsewidth Modulati[r]

In the literature there are lots of control methods for both voltage source rectifier and dc machine. References (Ooi et al., 1987; Dixon&amp;Ooi, 1988; Dixon, 1990; Wu et al., 1988, 1991) realize current control of L filtered PWM rectifier at three – phase sys[r]

to cover every standard; however, reference will be made throughout the course to important standards with which Siemens motor control centers comply. UL Underwriters Laboratories (UL) is a private company that is nationally recognized as an independent testing laboratory. UL tests pro[r]

control and estimation techniques (Delli Colli et al., 2010; Naouar et al., 2007). Similarly,the FPGA parallelism and modularity features open up new possibilities to incorporatemulti-motor control in a single chip, a useful property in multi-axis robotic manipulatorarm ([r]

Direct Torque Control of Permanent Magnet Synchronous Motors 151 8. References Adnanes, A. K. (1990). Torque Analysis of Permanent Magnet Synchronous Motors, Proceedings of PESC, pp. 695-701, San Antonio, June 1990, Texas Adreescu, G. D. &amp; Rabinovici, R. (2004).[r]

Direct Torque Control of Permanent Magnet Synchronous Motors 151 8. References Adnanes, A. K. (1990). Torque Analysis of Permanent Magnet Synchronous Motors, Proceedings of PESC, pp. 695-701, San Antonio, June 1990, Texas Adreescu, G. D. &amp; Rabinovici, R. (2004).[r]

 (46) and the slip speed estimation using the rotor speed and the synchronous speed is 1sl mecNP  (47) The angle in rotor reference frame is sr sldt  (48) 5. Experimental results The deadbeat power control strategy was implemented with a Texa[r]

position and the speed is developed in the way of eliminating the influence of the reluctance torque. The selection of suitable controller types and the calculation of the controller parameters, both depending on the electrical and mechanical behavior of the[r]

natural coordinate system, if we do not well in tracking down designed motion trajectory Science &amp; Technology Development, Vol 11, No.03- 2008 Trang 42 during the control, the constraints are difficult to be satisfied. Generally, approaches require to have an accurate estimation o[r]

Fliess, Marquez, Delaleau &amp; Sira-Ramírez (2002)); it has been shown, in, Sira-Ramírez &amp;Silva-Ortigoza (2006), to be intimately related to classical compensator networks design.The main limitation of this approach lies in the assumption that the available output signalcoincides[r]

g c.) Figure 8.12 Pole-changing torque/speed curves a.) constant torque; b.) constant power; c.) dual winding Switching from 2p2 to 2p1 and back in standard pole-changing (p2/p1 = 2 Dahlander) windings implies complicated electromechanical power switches. Better performance, new pole-changing[r]

the real-time simulation. Hardwareintheloopsimulationofrenewabledistributedgenerationsystems 139 However, a suitable choice for input/output object signals makes it possible to extend the Object Oriented approach during the simulation phase in order to improve the simulation <[r]

Vehicle Dynamic Control of 4 In-Wheel-Motor Drived Electric Vehicle 79 According to results from Fig.2.2-6 and Fig.2.2-7, we can get that the combined control method has better robustness to the input signal’s disturb. This point is very important to the usage of[r]

TẠP CHÍ KHOA HỌC VÀ CÔNG NGHỆ, ĐẠI HỌC ĐÀ NẴNG - SỐ 6(35).2009 61 ỨNG DỤNG XỬ LÝ TÍN HIỆU SỐ (DSP) ĐIỀU KHIỂN TỐC ĐỘ ĐỘNG CƠ ĐIỆN MỘT CHIỀU THE APPLICATION OF THE DIGITAL SIGNAL PROCESSOR TO THE CONTROL OF THE DC ELECTRIC MOTOR SPEED Võ Như Tiến Trường Cao đẳng C[r]

for Pumping SystemsConsidering the energy storage capacity/water pumping in a reservoir for later use seems to be one of the bestways to use wind energy, which has a supply that is time dependent (by day and season). As variable speedis useful, to tap most of the wind energy from cut-i[r]