AC Controls

This web-based training course on AC Controls, administration and development, is available online to all individuals, institutions, corporates and enterprises in India (New Delhi NCR, Bangalore, Chennai, Kolkatta), US, UK, Canada, Australia, Singapore, United Arab Emirates (UAE), China and South Africa. No matter where you are located, you can enroll for any training with us - because all our training sessions are delivered online by live instructors using interactive, intensive learning methods.


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Course Details

This course helps trainees to learn about Air Conditioning control principles. With this training program trainees will learn about various AC control equipment such as push button control stations, mercury and limit switches, mechanical and magnetic plugging. Trainees will learn about the wiring diagram, its type as well as advantages and disadvantages. Wiring diagram is basically a pictorial representation of an electrical circuit. It shows the components of systems and the power signal and the electrical connection between the devices. Furthermore, trainees will learn about the purpose of electrical meters, low voltage control circuits, function of a thermostat, components in a glass furnace and understanding of the line voltage components. There are no prerequisites of this course. This course is beneficial for both beginners as well as intermediate professional to enhance their knowledge and skills.


Introduction to AC Controls

AC Control Equipment

  • Push-button control stations
  • Mercury Switches
  • Limit Switches
  • Mechanical Plugging
  • Magnetic Plugging

Switches

  • Foot Switches
  • Pressure Switches
  • Temperature Switches
  • Float Switches

Define the purpose of a wiring diagram

  • To list the types of wiring diagrams
  • To describe the advantages of wiring diagrams
  • Describe the disadvantages of wiring diagrams
  • To identify the parts of a wiring diagram
  • Creating a practical wiring circuit using a wiring diagram

Demonstration of the purpose of electrical meters

  • To identify a voltmeter, ammeter and ohmmeter
  • To determine which meter is best for a particular situation
  • Explain how to physically connect the meter to a circuit for measurement
  • To measure voltage, current, and resistance
  • To list the safety precautions when using electric meters
  • To interpret meter readings

An understanding of low voltage control circuits

  • To list the modes of operation of a typical forced air conditioning & heating system
  • To explain why 24 volts AC is used
  • To create a low voltage control wiring circuit
  • To describe the color coding of control wiring

The function of a thermostat

  • To identify the types of thermostats
  • To describe the advantages of the different types of thermostats
  • To describe the disadvantages of the different types of thermostats
  • To explain the operation of auto changeover and multistage thermostats

Function of an indoor blower in HVAC equipment

  • To list the types of blower motors found in residential
  • To list the light commercial HVAC
  • To identify the type of motor from its electrical wiring connections
  • Explaining the operation of different types of blower motors
  • To explain how to test and adjust an ECM motor
  • Listing the types of indoor blower relays
  • To identify the types of blower motors
  • To create a practical working multi speed electrical circuit using a PSC motor

Understanding of the components in a gas furnace

  • To list the gas furnace efficiency levels
  • To identify the components found in a gas furnace
  • Explaining the function of the components found in gas furnace
  • To create an electrical connection diagram of a gas furnace

Demonstration of the components in an electric air handler

  • To identify the components found in an electric air handler
  • Explaining the function of the components in an electric air handler
  • To create an electrical connection diagram of an electric air handler

Low voltage components found in a central air conditioning condensing unit

  • To identify the low voltage components found in a central air conditioning condensing unit
  • To explain the function of the low voltage components in a central air conditioning condensing unit
  • To list the types of low voltage switches and relays found in a central air conditioning condensing unit
  • Describe the operation of pressure switches
  • To describe the operation of time delay relays
  • Describing the operation of condensate overflow safety devices

Understanding of the line voltage components found in a central air conditioning condensing unit

  • To identify the line components found in a central air conditioning condensing unit
  • To explain the function of the line voltage components in a central air conditioning condensing unit
  • To create an electrical connection diagram of a central air conditioning condensing unit

Explanation of troubleshooting procedures

  • To analyze a system to determine its problem
  • To break down areas of a system to focus in on the problem
  • To develop a process of elimination to determine the problem with a system
  • To evaluate the findings of an improperly operating system to that a of properly working system
  • To locate the source of the problem using test equipment
Live Instructor-led & Interactive Online Sessions


Regular Course

Duration : 40 Hours


Capsule Course

Duration : 4-8 Hours

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Training Options

OPTION 1

Weekdays- Cloud Based Training

Mon - Fri 07:00 AM - 09:00 AM(Mon, Wed, Fri)

Weekdays Online Lab

Mon - Fri 07:00 AM - 09:00 AM(Tue, Thur)


OPTION 2

Weekend- Cloud Based Training

Sat-Sun 09:00 AM - 11:00 AM (IST)

Weekend Online Lab

Sat-Sun 11:00 AM - 01:00 PM


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