and a motor in a circuit with two jumpers. 4. The theory was applied. The jumpers were connected to the alternate voltage supply. 5. The direction of DC motor was tested and determined. 6. All switches were in closed position at initial condition. 7. Only switch 1 and 4 was closed at the first condition as in figure 2(a). The direction of DC motor and the RPM of DC motor was recorded 8. Switch 1 was opened and switch 2 was closed as in figure 2(b) after the first reading was recorded. The motor was
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Introduction The automotive industry experienced a shift in macroeconomic dynamics that initiated a transformation in their business models. There is an increasing environmental awareness (Gadenne et al.‚ 2009) and coupled with new regulatory requirements which pushes conventional manufacturers to apply more efforts in producing more fuel-efficient vehicles. With this “game changer”‚ new entrants like Tesla who focuses in the manufacturing of fully electric vehicles (EV) grew its presence and is
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ELECTRIC MOTORS I. Introduction Electric motors are considered to be important mechanical devices. They usually convert the electrical energy coming from the mechanical device into its kinetic energy to make it work (Petingco and Resurreccion‚ 2011). In this exercise‚ the students were tasked to use an example of an electric motor‚ identify its parts‚ and make it work. All electrical motors are equipped with stator and rotor. Stator is known as the stationary part of an electric motor while
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Chapter (11) Synchronous Motors Introduction It may be recalled that a d.c. generator can be run as a d.c. motor. In like manner‚ an alternator may operate as a motor by connecting its armature winding to a 3-phase supply. It is then called a synchronous motor. As the name implies‚ a synchronous motor runs at synchronous speed (Ns = 120f/P) i.e.‚ in synchronism with the revolving field produced by the 3-phase supply. The speed of rotation is‚ therefore‚ tied to the frequency of the source. Since
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EPHE 380 – Motor Control Final Exam Ian Haig V00711512 Scenario: Walking down a 45 degree slope with a surfboard under my left arm and a large mountaineering backpack on my back. I was walking down the trail to Sombrio Beach which is about a 1.5k hike down a steep trail to the ocean. I had a surfboard under my right arm‚ an axe in my left hand‚ and a large 40 litre hiking backpack fully loaded with supplies on my back. About half way down there is a left turn in the trail which has a declining
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READ MOREBrushless DC Motors are an important class of highly efficient electric motors. They are most frequently used in electric vehicles because of their high efficiency and high power density. They are also present in the small DC fans used in power supplies and CPU coolers. In order to discuss the Brushless DC Motor it is important to first have a basic understanding of the more common Brushed DC Motor which is present in many household items. The brushed DC motor consists of a rotor (the
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2.1 Motors use the effect of forces on current-carrying conductors in magnetic fields 2.1.1 The motor effect The motor effect is where a force acts on a current-carrying conductor in a magnetic field. The right hand palm rule is used to find certain properties: fingers point to magnetic field‚ thumb points in DC direction and palm points to direction of the force. 2.1.2 Factors affecting the force acting on the current-carrying conductor Forces are experienced by the electrons in the conductor
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Design of Induction Motors Introduction: Induction motors are the ac motors which are employed as the prime movers in most of the industries. Such motors are widely used in industrial applications from small workshops to large industries. These motors are employed in applications such as centrifugal pumps‚ conveyers‚ compressors crushers‚ and drilling machines etc. Constructional Details: Similar to DC machines an induction motor consists of a stationary member called stator and a rotating
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business sectors‚ they are information technology and communications‚ engineering‚ Materials‚ Services‚ Energy‚ Consumer products‚ Chemicals. My project is on the India’s largest automobile company Tata Motors Ltd which comes under engineering sector of Tata Company. The purpose of Tata motors is to “Improve the quality of life Improve the quality of life of the communities we serve of the communities we serve through leadership in through leadership in sectors of national economic significance
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Contents Tata motors 3 1 3 . Microeconomic Environment 3 1.1 Introduction 3 1.2 Market Structure: 4 1.3 Role of Government: 4 1.4 Fixed Cost and Variable Cost 5 1.5 Substitutes and Elasticity of Demand 6 1.6 Economies of Scale 7 2. MACROECONOMIC environment 8 2.1 INDIA 8 2.2 Microeconomic Environment 8 2.3 Economic growth 9 2.3 Employability 10 2.5 Market value in the economy 11 2.6 Revenue and profits 11 2.7 Political environment 11 2.8 Inflation 12 CONCLUSION 12 References 12 Tata motors 1. Microeconomic
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