Course Code	Semester	Course Name	LE/RC/LA	Course Type	Language of Instruction	ECTS
TİS3003	3	Laboratory Practices	2/2/0	CC		5

Course Goals	Evaporator, Condenser and Expansion Valve types of cooling system equipment, learn how to install and know the cooling system equipment can be designed based on this information.
Prerequisite(s)
Corequisite(s)
Special Requisite(s)
Instructor(s)	Lecturer Osman Koç
Course Assistant(s)
Schedule
Office Hour(s)
Teaching Methods and Techniques	Lecture and Presentation.
Principle Sources	ÖZKOL Nuri., Applied Cooling Technique TMMOB Publications.
Other Sources	Megep, Lecture Notes

Course Schedules
Week	Contents	Learning Methods
1. Week	Description, Structure and Classification of Air Cooled Evaporators	Presentation and Lecture
2. Week	Classification of evaporators by structure; Natural Convection Convex Evaporators	Presentation and Lecture
3. Week	Evaporator Failures; Blocking of Pipes or Wings, Mechanical Deformation, Pollution, Corrosion, Oil Deposition	Presentation and Lecture
4. Week	Evaporator Cooling Effect, Evaporators Defrost; Electricity, Gas, Water	Presentation and Lecture
5. Week	Description, Structures and Applications of Liquid Cooled Evaporators	Presentation and Lecture
6. Week	Definition of Air Cooled Condensers, Structure, Types of Air Cooled Condensers; Wire-tube Type, Plate-Tube Type, Finned-tube Type Condensers (Static)	Presentation and Lecture
7. Week	Condenser Malfunctions; Blockage in pipes and fins (clogging), mechanical deformation in condenser surface, corrosion	Presentation and Lecture
8. Week	Water Cooled Condensers Description and Uses	Presentation and Lecture
9. Week	187/5000 Evaporative Condensers Description, Structure and Uses Capillary Tubular Expansion Element Properties and Working Principle, Application Areas, Maintenance and Installation, Capillary Pipe Selection	Presentation and Lecture
10. Week	Midterm exam	Midterm exam
11. Week	Description and Structure of Automatic Expansion Valve, Working Principle, Application Areas, Automatic Expansion Valve Cooling System Thermostatic Expansion Valve Definition, Structure, Working Principle, Uses, Types and Properties	Presentation and Lecture
12. Week	Thermostatic Expansion Valve Definition, Structure, Working Principle, Uses, Types and Properties	Presentation and Lecture
13. Week	Expansion Valve's Duties, Measurement and Adjustment Rules, Test, Valve Tails in the System, Valve Failures, Anger Adjustment, Valve Bulbunun Charge, Pressure Very Low Failure Causes, The Importance of Bulb Assembly and Installation Principles	Presentation and Lecture
14. Week	Expansion Valve's Duties, Measurement and Adjustment Rules, Test, Valve Tails in the System, Valve Failures, Anger Adjustment, Valve Bulbunun Charge, Pressure Very Low Failure Causes, The Importance of Bulb Assembly and Installation Principles	Presentation and Lecture
15. Week	Final exam	Final exam
16. Week
17. Week

Assessments
Evaluation tools	Quantity	Weight(%)

Program Outcomes PO-1 According to the needs of the market, to be trained in current technology PO-2 When reading becomes a student earns money PO-3 to solve basic math and physics problems which related to air conditioning PO-4 pipe merge and setup simple electrical circuits and electrical controls, sensors and to make electric motor connections PO-5 To make basic geometric drawings, to draw 2 and 3-dimensional circuit designs about air conditioning and refrigeration in computer-based programs PO-6 They should be able to the installation of all the household and commercial refrigeration and heating systems PO-7 they should be able to select heating, ventilation, air conditioning and refrigeration systems and design and installation cold room and other types PO-8 They can make ventilation duct manufacturing, installation, and insulation, to select central HVACR system components and montage. PO-9 They can mount to household, commercial and industrial HVACR systems and to install automatic control circuits and to develop some programs for control to this circuits. PO-10 They can lay natural gas pipeline for buildings and make some tests for impermeability PO-11 They can create the basis of the quality management system and apply statistical quality control methods PO-12 They can take measures under the first-aid for job security and apply the basic principles of first aid PO-13 They can apply information technology in their all works. PO-14 They can establish and operate their businesses and manage company, manufacturing process, marketing, company’s budget and finance. PO-15 They can teach and apply all design criteria, calculation methods, system selection methods for buildings and latest technological developments.

Learning Outcomes LO-1 Learns the types of condenser and assembly LO-2 Evaporator types and assembly learns LO-3 Explain expansion valve types and assembly LO-4 Identify malfunctions of refrigeration equipment LO-5 Can design cooling system equipment.

Course Assessment Matrix:

PO 1

PO 2

PO 3

PO 4

PO 5

PO 6

PO 7

PO 8

PO 9

PO 10

PO 11

PO 12

PO 13

PO 14

PO 15