Industrial Measurement - I
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Follow on Instagram for UpdatesIndustrial Measurement - I Syllabus — Unit-wise Content
The official GTU curriculum for Industrial Measurement - I (subject code BE04000151) as prescribed for IC · Semester 4 divides the course into 7 units, covering 63 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 (BE04000151)Unit 1 Basics of transducers and its classification
- Definition and block diagram of instrumentation and measurement system
- Characteristics of an instrument and its classification
- Static characteristics: accuracy
- dead zone
- reproducibility and error and its classification
- Dynamic Characteristics: Speed of response, lag, fidelity and error
- Transducer and sensors and their difference and classification
Unit 2 Temperature Measurement
- Selection Criteria
- classification of different types of temperature sensors
- Material of Construction
- disadvantages and applications of Thermometer: Mercury and Digital, RTD, Thermocouple
- Bimetallic Thermometer
- Pyrometers: Optical and Radiation
Unit 3 Pressure Measurement
- Definitions of pressure and its types
- selection criteria
- classification of different type of pressure sensors
- Material of Construction
- disadvantages and applications of Manometers
- Bourdon tube
- bellows and diaphragm gauges
- primary pressure measurement
- secondary pressure measurement using LVDT and Capacitance and differential pressure measurement
- vacuum pressure measurement: McLeod Gauge
- Thermal conductivity gauges
- ionization gauges and Knudsen gauges
- Strain gauges and Load cell
- dead weight tester
Unit 4 Level Measurement
- Selection Criteria
- classification of different types of level sensors
- Material of Construction
- disadvantages and applications of Resistance
- Inductance and Capacitance Level Measurement
- displacer and air purge bubbler type level measurement
- Ultrasonic and radar level measurement
- Nuclear radiation method of level measurement and its detectors like Geiger Muller
- Ionization and scintillation counters
- Solid Level Measurement
Unit 5 Flow Measurement
- Definition and classification of flow
- Selection Criteria
- Material of Construction
- disadvantages and applications of Head type: Orifice
- Program Name: Bachelor of Engineering Level: UG Subject Code : BE04000151 Subject Name : Industrial Measurment - 1 Pitot tube and flow nozzle
- Area type: Roatameter and piston type
- Mass flow meters: Turbine
- Coriolis and calorimetric type
- Positive displacement type: Nutating disc
- rotary vane
- Lobed impeller and reciprocating piston
- Electrical types: Eletromagnetic
- Ultrasonic and hotwire anemometer
- Digital type: Vortex and flow marker type
- Open channel type and Solid flow meters
Unit 6 Smart Sensors
- Primary Sensors
- Compensation: Non Linearity
- Noise and Interference
- Response time
- cross sensitivity
- Information Coding/Processing
- Data Communication
- Standards for Smart Sensor Interface and The Automation
Unit 7 Recent Trends in Sensor Technologies
- Film Sensors: Thick Film Sensors and Thin Film Sensors
- Semiconductor IC Technology - Standard Methods
- Microelectromechanical systems (MEMS): Micromachining and some application examples and Nano Sensors
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