Turning Electrical Power into Mechanical Work

Slides:



Advertisements
Similar presentations
Electric Current and Magnetism
Advertisements

Magnetism. Observe: SNSN Attract or repel? Observe: SNSN Attract or repel?
Notes and Review Some is old and some is new Pay attention and pass the test Sit in your assigned seats.
Modern Automotive Technology PowerPoint for by Russell Krick
ECE 201 Circuit Theory I1 Electromagnetic Devices.
Mechanisms Get your notebook please- we are taking a few notes first
Gravity, Electricity, & Magnetism
Flip Flop Professional Development June 14, 2012 Presenters: Jane R. Pablico Gloria A. Quisido.
Section 3-2 Electricity, Magnetism and Motion.  N Explain how electrical energy can be transformed into mechanical energy.  N Describe.
POWER STEERING SYSTEM IN AUTOMOBILE
Discussion #27 – MotorsECEN 3011 Faith and Works James 2: Even so faith, if it hath not work, is dead, being alone. 18 Yea, a man may say, Thou.
Jig Saw Dissection By: Shayne Welsh. Jig Saw Objective –How the saw operates from battery to motor This type is also known as a reciprocating saw.
Electricity and Magnetism
6.11 Vocabulary Electromagnet: type of magnet in which the magnetic field is produced by a flow of electric current Core: metal (iron) center of an electromagnet.
Objectives: EE 465 Measurements Measurement is an important tool for engineers. As a student of engineering, You should learn : what can be measured what.
Motors. Torque on a Solenoid N S SN e - Like poles repel, unlike poles attract. The solenoid will rotate counterclockwise.
Electromagnetic Fields. A magnetic field is an area where the forces of attraction from a magnet are working. An electromagnetic field has the same effect.
Standard Grade Technological Studies
7.3 ENERGY LOSSES AND ADDITIONS  Objective: to describe general types of devices and components of fluid flow systems.
I. Characteristics of Magnets
FORCE. A push or pull on an object. Can cause an object to start or stop moving or change the way that an object is moving.
Magnets and Magnetism Magnetic repulsion and attraction  Magnets act like electrons do – –A north pole of a magnet will repel the north pole.
 Define engine  Define motor  Describe the difference between the two.  Describe how both operate.
Motors and Generators.
Chapter 10 Magnets. All magnets have the following common properties:  Magnets always have two opposite “poles,” called north and south.  If divided,
The cyclotron The cyclotron was first designed to avoid the need for a long linear accelerator to obtain high energy particles. It consists of two semicircular.
Electricity and Magnetism. Electric charge A basic property of the tiny particles that make up matter.
Magnetism and Electricity
Electromagnetism.  A moving charge creates a magnetic field  Electric current (I) is moving electrons, so a current-carrying wire creates a magnetic.
INTRODUCTION TO ROBOTICS Part 3: Propulsion System Robotics and Automation Copyright © Texas Education Agency, All rights reserved. 1.
What is a Mechanism? Two pieces of a machine where motion of one part causes the other part to move.
Date of download: 6/25/2016 Copyright © ASME. All rights reserved. From: Optimal Design of Solenoid Actuators Driving Butterfly Valves J. Mech. Des. 2013;135(9):
Linear actuator Cylinders Single acting Double acting
Motors and Actuators -by vvk lalithej.
COMPRESSED AIR PRODUCTION USING VEHICLE SUSPENSOR for PNEUMATIC BRAKING SYSTEM with INTELLIGENT BRAKING APPLICATION(SEMI- AUTOMATED) BY VIDYAPUTRA.
Presentation on Actuators.
TSM363 Fluid Power Systems Cylinders Tony Grift
E.Q. - How are magnetism & electricity interrelated?
Electromagnetic Fields
Effects of Magnetic Fields and Producing Current
Electromagnetism.
Electromagnetism.
Power Magnetic Devices: A Multi-Objective Design Approach
Linear translation is most common motion
Electric Motors.
Fields: Forces and Energy
ABE 223 ABE Principles – Machine systems Cylinders Tony Grift
Notes 17.1 & 17.2: Electricity, Magnetism and Motors
17.3 Electric Motors and Generators
Electromagnetic Fields
Korea University of Technology and Education
Unit 4 Electricity and Magnetism
Electric Currents from Magnetism
DC Motors Lecture No 6.
Magnets & Magnetic Fields
Velocity- the speed and direction of an object.
Electromagnetic Devices
Electromagnetic Fields
Magnets Test Review.
Force, Motion & Simple Machines
Electricity and Magnetism
Electricity and Magnetism
Unit 4 Electricity and Magnetism
Chapter 7 Magnetism.
Mass and Motion (Energy)
Magnetism from Electricity 18.2
Actuators Chapter 17 Lesson 5.
I. Characteristics of Magnets
Science Notes: Stnd 01 Date Standard 01: 8.PS2.1
Mechatronics presentation
Presentation transcript:

Turning Electrical Power into Mechanical Work

Presentation Agenda Discuss how a Solenoid Works Show some different types of Solenoids Discuss Applications for Solenoid use. Introduce Web Resources

How a Solenoid Works. Apply Current Magnetic Field Builds Stop and Plunger Become Attracting Magnets Magnetic Force Drives Plunger to Stop

Basics Types of Solenoids Push Pull Clapper Rotary Open Closed

Types of Solenoids Pull Solenoids Force is Directed Back towards Solenoid. Push Solenoids Force is Directed AWAY from Solenoid

Types of Solenoids Clapper Solenoids Typically Force application can be the same as a Push or Pull Greater amount of End Force/Hold Force

Types of Solenoids Rotary Solenoids Apply a Torque over a range of Rotation. Every Company has different ways to obtain the rotary motion.

Types of Solenoids Rotary Solenoids Other Configurations:

Types of Solenoids Open Frame Solenoids Closed Frame Solenoids or Tubular Solenoids

Typical Solenoid Applications Linear Applications Valve Actuators Latching/Switching Pushing/Pulling Objects Sorting Shutters Characteristics Size  as Force  Limited Stroke Lengths 5/8” is a Long Stroke

Typical Solenoid Applications Rotary Solenoids Sorting Machines Shutter Actuators Characteristics Strokes from 5° to 90° As Stroke Increases Starting Torque 

Web Resources For Solenoids http://www.camdec.com http://www.gwlisk.com http://www.ledex.com http://www.ramcompany.com http://www.takaha.com

Conclusions Solenoids Convert Electrical Energy to Mechanical Work Different Types of Solenoids for Different Types of Applications Linear and Rotary Major Considerations Size Stroke and Force Limitations

Questions