Differential Pressure Transmitter vs Level Transmitter
First of all, the nature is different. The original design purpose of the differential pressure transmitter is to measure the differential pressure between two points. The purpose of the liquid level transmitter is to directly measure the liquid level or material level.
Of course, the differential pressure transmitter can also be a liquid level transmitter. The differential pressure transmitter can indirectly measure the liquid level. The measurement principle is as follows: In a closed container, after the liquid or gas is injected. A static pressure is formed inside the container. The pressure will decrease along the liquid level and is proportional to the liquid level. The differential pressure transmitter measures the differential pressure value corresponding to the liquid level height.
Finally, the liquid level transmitter is a large product category. There are actually many types of liquid level transmitters. Including: ultrasonic level meter, radar level meter, hydrostatic level transmitter, magnetostrictive level transmitter, etc.
Types of Differential Pressure Transmitters
There are four main types of differential pressure transmitters:
Intelligent differential pressure transmitter: with digital communication capabilities. Capable of remote signal transmission and adjustment.
High static pressure differential pressure transmitter: can withstand higher working pressure. Usually used to measure differential pressure changes in high pressure environments.
Micro differential pressure transmitter: used to measure tiny pressure changes. Usually used in low pressure or vacuum environments.
Remote differential pressure transmitter: can transmit remote signals to the main controller or other equipment. To achieve remote monitoring and control.
Difference Between Pressure Transmitter and Differential Pressure Transmitter
The fundamental difference between pressure transmitters and differential pressure transmitters is the number of pressure points measured.
Pressure transmitters directly measure the pressure of the material, which is to measure one pressure point. Pressure transmitters convert the actual pressure value into a standardized electrical signal output.
Differential pressure transmitters measure the pressure difference generated when the material flows, which is to measure two pressure points. Differential pressure transmitters compare the pressure difference between two pressure values. Convert this difference into a standardized signal output (in practice, it is to do subtraction and then output the difference).
Pressure transmitters are often used in fields such as liquid level measurement, pneumatic control, water treatment, heating and ventilation systems. Due to its high resolution and accuracy, pressure transmitters can help companies monitor the working status of fluid systems. Handle abnormalities in a timely manner and improve production efficiency.
Differential pressure transmitters are widely used in flow metering, liquid level metering, filter blockage detection, heat exchanger efficiency testing and other fields. It has high accuracy and stable measurement accuracy. And it can adapt to a wider range of fluid media types. Therefore, it plays an important role in industrial production.
Smart Differential Pressure Transmitter-High Static Pressure
First of all, the nature is different. The original design purpose of the differential pressure transmitter is to measure the differential pressure between two points. The purpose of the liquid level transmitter is to directly measure the liquid level or material level.
Product SKU: Smart Differential Pressure Transmitter – High Static Pressure – High Accuracy
Product Brand: Sino-Inst
Product Currency: USD
Product Price: 288
Price Valid Until: 2029-09-09
Product In-Stock: InStock
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