PLC Fundamentals. Module 1: Introduction to PLC. Academic Services Unit PREPARED BY. January 2013
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1 PLC Fundamentals PREPARED BY Academic Services Unit January 2013 Applied Technology High Schools, 2013
2 ATE 326 PLC Fundamentals Module Objectives Upon successful completion of this module, students will be able to: 1. Differentiate between manual and automatic control. 2. Define a control system and draw its block diagram. 3. Differentiate between digital and analog control. 4. Mention the main parts of a PLC. 5. Give examples of PLC applications and list the PLC manufacturers. 6. Identify the main parts of the Siemens LOGO! PLC Module. 7. Connect input and output devices to the LOGO! module, and program it through its Basic Control Unit using simple commands. Module Contents: Topic Page No. 1.1 Introduction Basic PLC Operation PLC Applications & Manufacturers Lab Activity Review Exercise Assignment 15 2
3 ATE 326 PLC Fundamentals 1.1 Introduction In everyday operations or industrial processes, we come across situations where there is a need to control some device or a physical quantity such as time, temperature, sound, light and so on, to get the required result or output. For example, do you think an airplane would be useful to a pilot, if he cannot make it go where he wants it to go? Or would an airconditioner be useful, if the temperature in a room cannot be controlled? In both the examples, there is a need to control a process Manual & Automatic Control Electrical control can be defined as using electrical signals such as current or voltage to enable or disable or direct a certain process. Electrical control can be achieved in different ways, for instance; based on human interaction we can say that the control is either manual or automatic. Manual Control Control is said to be done manually when a user performs an action for the system to function. For example, the user might flip the switch of a manual starter to start and stop a motor (fig 1.1) Fig 1.1: Example of Manual Control 3
4 ATE 326 PLC Fundamentals Automatic Contol Control is said to be automatic when the action is performed automatically in response to a set of conditions. Fig 1.2: Example of Automatic Control Machines can be controlled manually or automatically. Usually, there is a combination of manual and automatic control. For example, a process that is started manually may stop automatically when certain conditions are met. Fig 1.3: Manual & Automatic Control Example A Control System is a system that can direct, command and regulate itself or another system. The control system starts with input signals that activate the process to control output devices. The block diagram of a control system is shown in fig 1.4: Input Process Output Fig 1.4: Elements of a Control System 4
5 ATE 326 PLC Fundamentals In terms of output value, a control system can be classified as either Discrete control (Digital control) or Continuous control (Analog control). Control Discrete control Digital Continuous control Analog Fig 1.5: Types of control based on the output value Discrete (digital) control: The value to be controlled can be either ON or OFF. Example: Turning a light ON and OFF. Continuous (analog) Control: The value to be controlled varies smoothly. Example: Motor speed, light intensity, etc. In this course we will study discrete control only. Programmable Logic Controllers (PLCs) A Programmable Logic Controller (or PLC) is a specialised digital controller that can control machines and processes. it monitors inputs, makes decisions, and controls outputs in order to automate machines and processes. Fig 1.7 shows a Simens LOGO! PLC, and Fig 1.8 demonstrates its function. Fig 1.7: PLC 5
6 ATE 326 PLC Fundamentals Fig 1.8: PLC function PLC Advantages They are highly reliable, fast and flexible. They can handle severe conditions such as dust, humidity etc. They can communicate with other controllers. They are easy to program and troubleshoot. They include display units. 6
7 ATE 326 PLC Fundamentals 1.2 Basic PLC Operation In the example shown in fig 1.12, pushbuttons are connected to the PLC s inputs and a motor is connected to the PLC s output. Here the pushbuttons are used to start and stop the motor. Fig 1.12: Motor control using a PLC PLC Basic Parts A PLC consists of the following basic parts: Inputs Central Processing Unit (CPU) Outputs Inputs CPU Outputs Ø Ø Examples of PLC input devices are sensors,switches,pushbuttons etc Examples of PLC output devices are valves, motors, solenoids etc 7
8 ATE 326 PLC Fundamentals 1.3 PLC Applications & Manufacturers A PLC can be used in a wide range of applications, some of which are shown below: Production and assembly lines Automatic Doors Traffic Lights PLC Manufacturers The PLC that will be introduced in this course is the LOGO! PLC from Siemens.The table below shows a list of other PLC Manufacturers. 8
9 ATE 326 PLC Fundamentals 1.4 Lab Activity Objective: To familiarise with the Siemens LOGO! PLC Module, and program it through its LOGO! Basic Control Unit using simple commands. Procedure: This lab activity will help you familiarize with the Siemens LOGO! Basic module. Initially, you will physically identify the main parts of the LOGO! Basic module, and later you will connect various input and output devices, and control them using simple commands. 1. The following are the main components of the LOGO! Basic PLC module: Power Supply connection Input connection Output connection Diplay unit ( LCD) Control Panel Module Slot with caps Identify the LOGO! Basic PLC module components that are marked in the figure, and write them in the table provided: 9
10 ATE 326 PLC Fundamentals Number Part Name Function Connect input and output devices, and program the LOGO! a) Connect the power supply to the LOGO unit as shown below: L + = 24 V, M = 0V b) Connect the following circuit: Switch 1 (S1) to I1 Switch 2 (S2) to I2 Switch 3 (S3) to I3 Lamp and power supply to Q1 10
11 ATE 326 PLC Fundamentals c) Set the day, time and date Follow the steps below to set the day, time and date. Ø Switch on the power supply. Ø Press the ESC key on the LOGO! Basic module Ø Select Set Ø Select Clock Ø Press the and to change the day and press OK to confirm. Ø Move to date by using the side arrows. Ø Follow the same procedure to set the date and year and press OK to confirm. Ø Press ESC to return to the main screen. d) Enter your first program on LOGO! using the on-board keys. The digital inputs are denoted by the letter I such as I 1, I 2 and so on, and the digital outputs are denoted as Q 1, Q 2 and so on. Program the PLC to turn on Q1 when S1 is pressed Press ESC to come to the main screen and follow the steps below: Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Step 7 Step 8 11
12 ATE 326 PLC Fundamentals Observation: 1. Press ESC to return to the main screen and press start to run the program. Press S1 and observe the result. What do you observe? 2. Stop and clear the program. Repeat the steps by changing the input to I2. What do you observe? 3. Stop and clear the program. Repeat the steps by changing the input to I3. What do you observe? 12
13 ATE 326 PLC Fundamentals 1.5 Review Exercise A. Classify the following control systems into manual or automatic Write the corresponding letter in the provided table. a. The room temperature inside a house was maintained at 23 C using a sensor. b. Your father changes the tire of his car. c. A selector switch is used to operate the bottle filing machine. d. The lights are turned OFF automatically when there is no one inside the room. Manual Automatic B. Differentiate between manual and automatic control that are demonstrated in the below picture. Write your answer in the space provided. 13
14 ATE 326 PLC Fundamentals C. Classify the following into discrete or continuous control system. Write the corresponding letter in the provided table. a. Varying the speed of a fan. b. Turing a lamp ON or OFF. c. Controlling the volume level of music. d. Maintaining room temperature at a set point. e. Varying the brightness of a dimmer lamp. Discrete control system Continuous control system D. In a certain PLC application, the lamp L1 must be ON when both switches S1 and S2 are pressed, and lamp L2 must turn ON when switch S3 is pressed. The output expressions are as follows: Q1 = I1, Q2 = I3. Make the required hardware connections on the figure below, and label the inputs and outputs. 14
15 ATE 326 PLC Fundamentals 1.6 Assignment Complete the following task using one of the suitable Microsoft Office tools. Use the internet to identify one commercial application and two industrial applications of a PLC other than the ones listed in the module, and prepare a powerpoint presentation or a poster that lists those PLC applications. The powerpoint slides (or the poster) must include the following contents: Assignment Title: PLC Applications Title of application-1, picture and brief description. Title of application-2, picture and brief description. Title of application-3, picture and brief description. 15
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