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THE THREE YEAR CURRICULUM
Please click on [Course Details] to view a
detailed description of each class
FIRST YEAR
| Course Name |
Course ID
|
Course Description |
| INTRODUCTION
TO REFRIGERATION CYCLE: PART 1 |
AC/R-1
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This introductory course covers the
basic physics of HVAC/R; the components of a basic refrigeration
system; the basic refrigeration cycle pressure-temperature
relationship; and work related math and formulas. [Course
Details]
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BASIC AC/R ELECTRICITY
& INTRODUCTION TO CONTROLS:
PART 1 |
BE/C-1
|
This introductory
course covers basic electricity for AC/R including: relevant
concepts of current and magnetism; the use of a VOM and clamp-on
meter; series/parallel circuits; single and 3-phase power;
trans- formers; fuses and circuit breakers; conductors and
insulation; and switch operation. Students will also be introduced
to controls. Topics will include: pictorials and ladder diagrams;
and control simulators. [Course
Details]
|
| INTRODUCTION
TO REFRIGERATION CYCLE: PART 2 |
AC/R-2
|
This course
is a continuation of Part 1 I Intro. To Refrigeration Cycle,
focusing on high temperature applications including: compressors,
condensers, evaporators, metering devices, accessory components,
compressor capacity controls, balanced system operation, and
pressure-temperature charts. [Course
Details]
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| BASIC AC/R ELECTRICITY
& ADVANCED CONTROLS: PART 2 |
BE/C-2
|
This course
covers the basic operation of controls for compressors, pumps
and fans including: transformers; starters, contractors, relays;
sail switches; clocks and thermostats, low and high pressure
controls. A discussion of control systems for basic refrigeration
is included. [Course
Details]
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SECOND YEAR
| Course Name |
Course ID
|
Course Description |
| OPERATION
& ESSENTIAL ELEMENTS OF CONTROL SYSTEMS |
CS-1
(ELECTRICAL)
|
This course
covers the control of pressure and temperature; energy sources
for control systems; operation principles of automatic control
systems; the types of control action and control circuits;
starters, contractors and relays; and fundamental controls
for valves and dampers. [Course
Details]
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| OPERATION &
ESSENTIAL ELEMENTS OF CONTROL SYSTEMS |
CS-2
(MECHANICAL)
|
This course combines conceptual information
with hands-on experiences regarding the charging of air
conditioning systems; operating conditions of typical air
conditioning systems; expansion devices under load conditions;
compressor efficiency; electric motors; mechanical and electrical
trouble-shooting. [Course Details]
|
| INTRODUCTION TO
COPPER CONNECTIONS FOR HVAC/R SERVICE TECHNICIANS |
COP-1
|
A hands-on workshop that
teaches the use of tool, materials, and safety. The characteristics
of rigid and soft copper are introduced. Students will learn
cutting, bending, flaring, swaging, soldering and brazing
and to test projects for quality and leaks.
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THIRD YEAR
| Course Name |
Course ID
|
Course Description |
| HEATING
SYSTEMS |
HS-1
|
Through
lecture and hands-on exercises, this course teaches the basics
of oil and gas combustion processes including: air, water,
and steam as heating mediums; equipment identification; heating
system start-up; systems efficiency, component failure; humidification;
air filtration; basic piping arrangements for hydronics systems.
An overview of basic heating controls is introduced. [Course
Details]
|
| INTRODUCTION
TO SOLID STATE ELECTRONICS & CONTROLS |
SS-1
|
Through
lecture and hands-on exercises, this course introduces Solid
State Electronics through an analysis of familiar non-electronic
equipment using solid state components and electronic controls.
Heavy emphasis on technical literacy to install, troubleshoot
and service solid state electronics. Lab exercises enhance
understanding of components and circuitry. [Course
Details]
|
| ADVANCED
REFRIGERATION SYSTEMS |
R-1
|
This course
explains component and operating differences from high temperature
systems. Hands-on exercises cover walk-in boxes, freezer cases,
meat display cases, etc. [Course
Details]
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| INTEGRATED REFRIGERATION/AIR
CONDITIONING SYSTEMS: EVALUATION & DIAGNOSTICS |
IRD-1
|
Through lecture
and hands-on exercises, this course will present a complete
overview of students’ prior knowledge and prior studies of
HVAC/R electricity through schematic reading and circuit wiring
for thermostats and control panels; diagnosing electrical
accessories; air conditioning systems diagnosis; airside system
diagnosis, integrated diagnostics. [Course
Details]
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| © 2004 HVAC/R STTC |
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