Level Transmitter: Types, Working Principle & Applications
A level transmitter is an industrial device that continuously measures the height of liquids, slurries, or solid materials in tanks, silos, and other process vessels.
Transmitter: Types, Working Principle, and Examples
A transmitter is an important device used in industrial instrumentation, automation, and communication systems. In process industries, it measures parameters such as pressure, temperature, flow,
SMART Transmitter: Working Principle, Components, Advantages and Applications
A SMART transmitter is a microprocessor-based instrument that measures a process variable, such as pressure, temperature, flow, or liquid level, and converts the measurement into
Magnehelic Gauge: Working Principle, Installation, Readings, and Applications
A Magnehelic gauge is a mechanical instrument used to measure small pressure differences between two points in an air or gas system. It is commonly
Magnehelic Gauge Calibration: Step-by-Step Procedure
Magnehelic Gauge Calibration is the process of checking and verifying the accuracy of a differential pressure gauge by comparing its indicated readings with a known
Stilling Wells for Level Measurement: Working Principle, Design, and Applications
Stilling Wells for Level Measurement are vertical pipes or chambers installed inside tanks, vessels, and reservoirs to provide a relatively calm area for measuring liquid
Venturi Meter vs. Orifice Meter: What’s the Difference?
The main difference between Venturi Meter vs. Orifice Meter is the way the flow passage is reduced and how the pressure difference is produced for
Orifice Discharge Coefficient: Formula, Meaning, Factors and Calculation
The orifice discharge coefficient, denoted by CdC_d, is a dimensionless factor used to determine the actual flow rate through an orifice. It accounts for the
Orifice Meter: Definition, Construction, Working, Formula, Derivation, Advantages, Application
An Orifice Meter is a differential-pressure flow-measuring device used to determine the flow rate of liquids, gases, and steam through a pipe. It works by
Thermowell Insertion and Immersion Length- Definition, formula, Calculation, standards
Thermowell insertion and immersion length are two critical dimensions that determine the accuracy, response time, and reliability of temperature measurement in industrial processes. Selecting the