Schematic to Pictorial

Slides:



Advertisements
Similar presentations
Electrotechnology - DC Circuits: (01)The Basics.
Advertisements

Thermostats. I would recommend that as you proceed through this power point presentation that you refer to your textbook, Unit 14, for some great visuals.
CSC 405 Lab 1 - Building a Simple Combinatorial Circuit In this laboratory exercise you will learn about the layout of some small-scale integrated circuits.
Soldering Jumper Wires SPIRIT Strip about ¼” of insulation Apply solder until wire appears soli d “Tin” the wire.
Temperature Sensing Integrated Circuit PROs: CONs: Most Linear
Components, Symbols, and Circuitry of Air-Conditioning Wiring Diagrams
Student Handout Packet Go to page A4. Please answer the following questions using page A4.
1 HVAC214 – Electrical for Oil Fan Centers. 2 Designed to provide low voltage control of blower motors and auxiliary circuits. Provide a good junction.
Schematic to Pictorial Page A4 schematic to Page A4a pictorial.
1 HVAC 214 Electricity For Oil Heat Fan Center Relays.
Combined Series and Parallel Circuits Objectives: 1. Calculate the equivalent resistance, current, and voltage of series and parallel circuits. 2. Calculate.
Hello there, I am Smasher. Shorty, Smiley and myself will be assisting you as we learn how to wire a simple circuit. When you are finished with this lesson.
Fan Switch and Limit Switch Information. FAN Switch.
Series and parallel circuits
Continue The information provided in this training module covers the schematic flow charts for all ovens and ranges that utilized a preheat board, Self.
Chapter 17 Section 3 (pages )
POWER WINDOWS COLUMBIA BASIN COLLEGE Automotive Technology.
SCR (Silicon-Controlled Rectifier) Foundations of Technology SCR (Silicon-Controlled Rectifier) © 2013 International Technology and Engineering Educators.
With a knowledge of how to connect cells in parallel and series, we can figure out how to arrange batteries to deliver a desired voltage, and in some cases,
Unit 4 Symbols.
Unit 4- Building from Schematics--Continued EET 110 Electronics Survey I.
G1 Supplemental Questions
G1 to G1b LOW VOLTAGE Schematic to Pictorial. You will now draw the Pictorial by following the Schematic.
POWER WINDOWS. COMPONENTS n Master Switch n Individual Switch n Drive Motors n Rack and Pinion Flexible Strip n Safety Switch n Window Regulator.
Circuits and Schematic Diagrams Chapter 35. Circuits  ~a set of components that give current a path to follow  You need:  Voltage source  resistor.
Measuring Current and Voltage in Circuits. measuring current Electric current is measured in _______using an ammeter connected ________________ in series.
Basic Equipment and Schematic Reading. Objectives Learn the basic equipment that will be used in the Lab. Learn some of the basic symbols used on electrical.
Norwood Elementary Science SCHEMATIC DIAGRAM SYMBOLS.
D4. Explain the relationship among voltage, current, and resistance in a simple series circuit. Voltagecurrentresistance Low Voltage: High Voltage:
A6a to A6b Schematic Diagram to Pictorial Diagram
G15 This power point presentation is designed to assist the student in understanding the relationship of the fan and limit switch to the fan relay, when.
Physics Section 18.1 Draw schematic diagrams of electrical circuits A schematic diagram is a representation of a circuit that uses lines to represent wires.
Glencoe Physics Chapter 23 ”Circuits and Circuit Elements"
G5a Schematic to Pictorial. You will now draw the Pictorial by following the Schematic.
BASIC ELECTRICITY AND MAGNETISM
G7 Schematic to Pictorial. You will now draw the Pictorial by following the Schematic.
E3 HVACR Controls and Devices
ELECTRICAL CIRCUIT DIAGRAMS
Welcome to: Air Conditioning Maintenance & Repair Course
You build the following circuits
Section 6: Air-Conditioning (Heating And Humidification)
Electrical Circuits.
E3 HVACR Controls and Devices
Circuits – how we get electricity to do work!
K3 Schematic Analysis and Pictorial Diagram
ELECTRICAL CIRCUIT DIAGRAMS
Road signs Speed limit No right turn Slippery road No entry
Schematic Diagrams: Electrical Component Symbols
ELECTRICAL CIRCUIT DIAGRAMS
ELECTRICAL CIRCUIT DIAGRAMS
Electric circuits Charge and Current.
K4 Schematic Analysis and Pictorial Diagram
K1 Schematic Analysis and Pictorial Diagram
Electric Potential.
Schematic to Pictorial
K2 Schematic Analysis and Pictorial Diagram
Please retrieve a copy of page A8 from the Student Handout Packet.
K5 Schematic Analysis and Pictorial Diagram
Schematic to Pictorial
K6 Schematic Analysis and Pictorial Diagram
Schematic to Pictorial
Schematic to Pictorial
STAR-DELTA RELAYS M STAR-DELTA BOX FAN 3 K3 K1 K2 N L1 L2 L
Current Electricity and Electric Circuits
ELECTRICAL CIRCUIT DIAGRAMS
Schematic to Pictorial
Schematic to Pictorial
ELECTRICAL CIRCUIT DIAGRAMS
ENTER OUR FRIEND MR. RELAY
Presentation transcript:

Schematic to Pictorial G4 Schematic to Pictorial

You will now draw the Pictorial by following the Schematic

The process will be to follow the schematic one wire at a time from one component to another component until you are finished.

The slides that follow will show the wire in RED on the schematic that is going to be wired on the pictorial. Then the pictorial slide will show that wire being ‘installed.’ This is the wire you are to place on your pictorial. Keep advancing through this slide presentation until you are finished with the pictorial.

G4 states that there is NO schematic. But in fact, there is G4 states that there is NO schematic. But in fact, there is. The schematic(s) you will use are the schematics found on pages G1, G2, and G15 for help.

You should observe the following on this schematic: 1. This is a simple circuit because you will put both line (power) and low (control) voltage on the same page.

You should observe the following on this schematic: 2. This equipment uses only a single speed fan motor, therefore this is heating only.

You should observe the following on this schematic: 3. There is NO fan relay. Therefore, a jumper can be used for the LS and FS, and both controls would be in the line voltage (power) circuit.

You should observe the following on this schematic: 4. I could also elect to put the LS in the low voltage (control) circuit. BUT the FS MUST be in the line voltage (power) circuit.

So let’s proceed with the ‘LINE’ circuit, using a jumper on the FS and LS, with both controls in the line voltage (power) circuit.

You have finished the LINE VOLTAGE circuit.

So let’s proceed now with the ‘CONTROL’ circuit.

You have finished the LOW VOLTAGE circuit.

The next slide shows your completed PICTORIAL and this is what you need to show your Instructor for credit.

THE END