Humidity Measurement Principle
In this article we will discuss the humidity measurement principle in detail. Humidity measurement is a very important factor to know the status of the … Read more
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Design Considerations of Orifice Plate
Design considerations of Orifice Plate comprise factors like pipe size, flange rating, the material of orifice, Beta ratio, and location of the taps. Also, the fluid temperature, pressure, … Read more
What is Integral Flow Orifice Assembly?
Integral Flow Orifice Assembly facilitates the mounting of differential transmitter on the orifice plate assembly. As a result, this makes the system very simple and eliminates … Read more
Ultrasonic Level Transmitter Working
The ultrasonic level transmitter also works like a radar-type level transmitter. The ultrasonic level transmitter has its mounting on the top of the tank. It … Read more
Contact Type Guided Wave Radar Level Transmitter Working
In this article, we will discuss the working of contact type guided wave radar level transmitter. Guided wave radar(GWR) uses microwaves. The important feature of … Read more
Tactile Sensor- Working Principle, Types, Applications
A tactile sensor is a type of device that captures the information from physical interaction with its environment. Therefore, the tactile sensor is also called touch … Read more
Radar Level transmitter- Working, Types, Advantages
A radar level transmitter measures the distance between the transmitter installation point and the surface of a process material located at a distance. It measures … Read more
Orifice Flow Meter- Its Working, Types of Orifice Plates
Orifice flow meters are a kind of inferential flow meters. Here, Orifice plate generates a differential pressure, which is in relation with the flow passing … Read more
What are Seebeck Effect and Seebeck Coefficient?
The Seebeck effect shows the build-up capacity of an electric potential across a temperature gradient in the material. The Seebeck coefficient of the material is … Read more
What is an Air Valve? Purpose, Types, Advantages
The excess air in a pipe can impede the fluid flow. Thus, the air in pipe cause slower flow, turbulence, and corrosion. To avoid all … Read more