Control Components
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Follow on Instagram for UpdatesControl Components Syllabus — Unit-wise Content
The official GTU curriculum for Control Components (subject code DI03000191) as prescribed for Nano · Semester 3 divides the course into 5 units, covering 45 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (DI03000191)Unit 1 Control Valve 17 35
- Control valve terminology: Definition of Range ability
- Capacity and Linearity. 1.2
- Control Valve Parts: Define Control Valve parts: Body
- Seat and Bonnet. 1.3
- Classification of Control Valve: 1.3.1 Based on construction: Globe valve
- Ball valve
- Butterfly valve
- Needle valve
- Pinch valve
- Diaphragm valve
- Solenoid valve
- working and Application) 1.3.2 Based on plug movement- Linear/Rotary. 1.3.3 Based on type of operation -Manually operated/ Remote operated. 1.3.4 Based on actuation signal- ATO/ATC. 1.3.5 Based on Failure of the Signal: Fail to Open
- Fail to close 1.4 Signal Converter: Construction and working with diagram 1.4.1 I to P converter 1.4.2 P to I converter 1.5 Actuator-Function
- Classification Construction and working: Program Name: Engineering Level: Diploma Branch: Instrumentation & Control Engineering / Automation and Robotics Engineering Course / Subject Code: DI03000191 Course/Subject Name: Control Components Electric
- Positioner- Function
- Classification and working: Pneumatic
- Electro pneumatic
- Flow characteristics of control valve: Types
- Definition and Application: Linear
- Equal percentage and Quick opening. 1.8.Maintenance of Control valve: Calibration procedure of Control Valve
Unit 2 Pneumatic Components 05 11
- 2.1 Pneumatic Components: Construction
- working and application 2.1.1 Flapper Nozzle
- Air Filter Regulator lubricator
- Volume Booster 2.1.2 Pneumatic Relay types: Bleed/ Non-bleed
- Direct / Reverse
Unit 3 Introduction to Gears 07 14
- 3.1 Gears Terminology: Definition of Tooth
- Contact Ratio
- Whole depth
- Pitch of a Gear. 3.2 Gear Need
- types working and application: Spur Gear
- Rack and Pinion
- Helical Gear
- Herringbone Gear
- Bevel Gear and Worm Gear. 3.3 Relationship between speed
- torque and number of teeth of two different connected gears. 3.4 Backlash in Gears: Phenomena and Solution
Unit 4 Electrical Control Components 08 20
- 4.1 Synchro: Construction
- application( As an error detector) 4.2Servo Motor: Classification
- working and application: 4.2.1 AC Servo Motor 4.2.2 DC Servo Motor 4.3 Stepper Motor: Classification
- working and application: 4.3.1 Permanent Magnet 4.3.2 Variable reluctance 4.3.3 Hybrid Program Name: Engineering Level: Diploma Branch: Instrumentation & Control Engineering / Automation and Robotics Engineering Course / Subject Code: DI03000191 Course/Subject Name: Control Components
Unit 5 Safety Components 08 20 5.1 Relays
- working and application 5.1.1 Electromechanical Relay 5.1.2 Reed Relay 5.1.3 Solid State relay 5.2 Switches: Classification
- working and application: 5.2.1 Toggle switch: SPST
- DPDT 5.2.2 Push Button 5.2.3 DIP switch 5.2.4 Rotary switch (Single pole/Multi pole) 5.2.5 Thumbwheel switch 5.2.6 Limit switch (mechanical lever type) 5.2.7 Proximity Switch: Inductive
- Optical 5.3 Safety Components: Types
- working and application 5.3.1 Alarm Annunciator 5.3.2 Safety Valve
- Safety Relief Valve. 5.3.3 Rupture Disc 5.4 SMART Devices: Features 5.4.1 Control Valve Actuator 5.4.2 Control Valve Positioners. 5.4.3 Digital Control Valve
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