BA LAB Manual PDF
BA LAB Manual PDF
BA LAB Manual PDF
Odd Semester
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Institute Vision, Mission & Quality Policy
Vision
To foster and permeate higher and quality education with value added engineering,
technology programs, providing all facilities in terms of technology and platforms for all
round development with societal awareness and nurture the youth with international
competencies and exemplary level of employability even under highly competitive
environment so that they are innovative adaptable and capable of handling problems faced
by our country and world at large.
Mission
The institution is committed to mobilize the resources and equip itself with men and
materials of excellence thereby insuring that the Institution becomes pivotal center of
service to Industry, academia and society with the latest technology. RAIT engages
different platforms such as technology enhancing Student Technical Societies, Cultural
platforms, Sports Excellence Centers, Entrepreneurial Development Center and Societal
Interaction Cell. To develop the college to become an autonomous Institution & deemed
university at the earliest with facilities for advanced research and development programs
on par with international standards. To invite international and reputed national
Institutions and Universities to collaborate with our institution on the issues of common
interest of teaching and learning sophistication
Quality Policy
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Department Vision & Mission
Vision
To be a premier department for the study of Instrumentation Engineering through
maintaining high quality academic standards, state of art resources and teaching that
promotes students to achieve competencies, exemplary level of employability,
analytical thinking and independent judgment necessary to function responsibly and
successfully in a highly competitive professional and global society.
Mission
To create knowledge of fundamental principles and innovative technologies
through research within the automation and control areas of Instrumentation
and in collaboration with other disciplines that is distinguished by its impact
on academia, industry and society.
To educate future leaders in academia, industry, and entrepreneurial pursuit,
through a curriculum of theory and application that develops the ability to
solve problems individually and in teams.
To serve the communities to which we belong, at local, national, and
international levels, combined with a deep awareness of our ethical
responsibilities to our profession and society.
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Index
Sr. No. Contents Page No.
1. List of Exercises 6
2. Exercise Plan and Course Outcomes 7
3. Study and Evaluation Scheme 8
4. Exercise No. 1 9
5. Exercise No. 2 11
6. Exercise No. 3 13
7. Exercise No. 4 15
8. Exercise No. 5 17
9. Exercise No. 6 19
10. Exercise No. 7 21
11. Exercise No. 8 26
12 Exercise No. 9
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List of Exercises
Sr. Course
Exercise Name
No. Outcome
1 Intelligent Buildings CO1
5
Course Outcome & Exercise Plan
Course Outcomes:
CO2 Select the hardware and design of HVAC in building automation system.
Exercise Plan:
6
Study and Evaluation Scheme
Course
Course Name Teaching Scheme Credits Assigned
Code
Building Theory Practical Tutorial Theory Practical Tutorial Total
ISL
Automation
704 -- 02 -- -- 01 -- 01
Lab Practice
Term Work:
1. Term work assessment must be based on the overall performance of the student with
every exercise graded from time to time. The grades should be converted into marks
as per the Credit and Grading System manual and should be added and averaged.
2. The final certification and acceptance of term work ensures satisfactory performance
of laboratory work and minimum passing marks in term work.
Oral:
1. Oral exam will be based on the entire syllabus of Building Automation Subject.
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Building Automation
Lab Practice
Exercise No: 1
8
EXERCISE NO: 1
Learning Objectives:
a. Explore the amenities, features, and systems that make a building, an
intelligent building
b. Learn how the building automation features improves efficiency.
c. Identify the specific solutions, techniques, and standards used for an
integrated and interoperable building automation system.
References:
1. Shengwei Wang, Intelligent Buildings and Building Automation, 2009
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Building Automation
Lab Practice
Exercise No: 2
Case study on
10
EXERCISE NO: 2
Learning Objectives:
a. To understand practical scenario for BAS
b. Learn the architecture of the system
c. Identify the specific solutions, techniques, and standards used for a building
automation system.
Q.1 Write case study of “Building automation systems (BAS) by considering any one
of the hospital/hotel/airport/commercial Buildings” with reference to following
points.
a. Building / Plant description with diagram
b. Requirement identified for building automation.
c. Description of provided automation services.
d. List of major components with specifications
e. Emergency and Security Considerations for automation
f Benefits.
References:
1. Shengwei Wang, Intelligent Buildings and Building Automation, 2009
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Building Automation
Lab Practice
Exercise No: 3
12
EXERCISE NO: 3
Learning Objectives:
a. To identify standards for the building automation systems
b. Learn the symbols for standard representation of HVAC design.
Q.1 Draw graphic symbols as per ASHRAE standards used for HVAC design.
a. Sensors and transducers
b. Valves and Actuators
c. Thermostats & Controllers
d. Auxiliary devices and accessories
e. Equipment Symbols
References:
1. ANSI/ASHRAE Standard 134-2005
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Building Automation
Lab Practice
Exercise No: 4
14
EXERCISE NO: 4
Learning Objectives:
a. To understand the concept of Direct Digital Control
b. To explore the functions and features of DDC
Q.1 Design an effective DDC system for given constant volume single zone AHU.
Point DO DI AO AI Remark
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b. Draw and elaborate DDC system architecture.
Operator Description
Sequence
Reversing
Ratio
Analog controlled
digital output
Digital controlled
analog output
Analog controlled
analog output
Maximum input
Minimum input
Delay
Ramp
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Q.3 Explain function of each mentioned point and give features of design.
References:
1. Fundamentals of HVAC Control Systems, ASHRAE Hong Kong Chapter
Technical Workshop, 2007
2.
Honeywell Engineering Manual Of Automatic Control For Commercial Buildings
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Building Automation
Lab Practice
Exercise No: 5
18
EXERCISE NO: 5
19
Building Automation
Lab Practice
Exercise No: 6
20
EXERCISE NO: 6
References:
21
Building Automation
Lab Practice
Exercise No: 7
22
EXERCISE NO: 7
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Building Automation
Lab Practice
Exercise No: 8
24
EXERCISE NO: 8
References:
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Building Automation
Lab Practice
Exercise No: 9
26
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