| Searching Current Courses For Fall 2016 |
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Course: |
HVA 104
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Title: | Electrical Components |
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Long Title: | Electrical Components For Air Conditioning And Refrigeration |
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Course Description: | Covers electrical power, distribution, transformers, capacitors, relays, and electric motors. Laboratory experiences consist of using electrical devices to electrical loads. |
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Min Credit: | 4 |
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Max Credit: | |
STANDARD COMPETENCIES:
I. Match terms associated with relays to the correct definitions
II. Identify motor starting relays
III. Identify control relay switching symbols
IV. Match the components to the correct relay terminal markings
V. Complete a list of characteristics/solid state relays
VI. Select true statements concerning cautions when working with solid state relays
VII. Match selection specifications to the correct motor relays
VIII. List six specifications of a contactor
IX. Complete a list of characteristics and types of time delay relays
X Draw and explain the wiring of a hot wire relay
XI. Draw and explain the wiring of a current relay
XII. Draw and explain the wiring of a potential relay
XIII. Draw and explain the wiring of a fan relay
XIV. Draw and explain the wiring of a contactor
XV. Draw the wiring of a solid state time relay
XVI. Draw the wiring of a solid state time relay
XVII. Wire and test a potential relay
XVIII. Wire and test a fan relay
XIX. Check relays with a ohmmeter
XX Check relays with a voltmeter
XXI. Check relays with a ammeter
XXII. Match terms associated with protection devices to their correct definitions
XXIII. Identify types of over-current and describe the operation of fuses
XXIV. Complete statements concerning time delay fuses and circuit breakers
XXV. List national electrical code requirements for fuses and circuit breakers
XXVI. Identify types of pressure actuated protection devices
XXVII. Match electrical system protect devices to their characteristics
XXVIII. Adjust pressure actuated switches
XXIX. Install lockout relays
XXX Test solid state motor protectors
XXXI. Match terms associated with capacitors to their correct definitions
XXXII. Determine the construction of capacitors
XXXIII. List factors which influence the capacitance of a capacitor
XXXIV. Compute capacitance in series of parallel
TOPICAL OUTLINE:
I. Relays
II. Protection Devices
III. Capacitors
IV. Electric Motor Theory
V. Split-Phase Motors
VI. Shaded-Pole Motors
VII. Capacitor Motors
VIII. Three- Phase Motors
IX. Thermostats
X Wiring Diagrams
XI. Conductors
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Front Range Community College |
FRCC |
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