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Pressure Sensors

An instrument that measures the pressure of gases and liquids of industrial equipment.

Pressure Sensors
Differential pressure probe to test filter performance

Differential pressure probe to test filter performance

Differential pressure probe for testing filter performance

Standard pressure sensor CS 10 and CS 16

Standard pressure sensor CS 10 and CS 16

Standard pressure sensor CS 10 and CS 16 for pressure ratio 0...10 and 0...16 bar measures with accuracy of full scale 1%. For more exactly measurement in the same pressure ratio we offer the CS 10/ CS 16 sensors with accuracy of full scale 0,5%

Standard pressure sensor CS 40

Standard pressure sensor CS 40

Standard pressure sensor CS 40

Standard pressure sensor CS 1.6 absolute

Standard pressure sensor CS 1.6 absolute

Standard pressure sensor CS 1.6 for pressure ratio 0...1.6 bar measures with accuracy of full scale 0,5 %.

Standard pressure sensor CS 100

Standard pressure sensor CS 100

Standard pressure sensor CS 100 for pressure ratio 0...100 bar measures with accuracy of full scale 0,5%.

Standard pressure sensor CS 250

Standard pressure sensor CS 250

Standard pressure sensor CS 250 for pressure ratio 0...250 bar measures with accuracy of full scale 0,5%.

Standard pressure sensor CS 400

Standard pressure sensor CS 400

Standard pressure sensor CS 400 for pressure ratio 0...400 bar measures with accuracy of full scale 0,5%.

Precision pressure sensor CS -1 +15

Precision pressure sensor CS -1 +15

Standard pressure sensor CS -1...+15 for pressure ratio -1...+15 bar measures with accuracy of full scale 0.5%

Pressure Sensors are devices that can measure pressure and transform it into electrical signals. Those can be read and interpreted by a control system or display.


Common Types of Pressure Sensors


Pressure Sensors have multiple types. Let’s understand some common types of pressure sensors.


Absolute Pressure Sensors: They measure pressure relative to an ideal vacuum, where zero is the reference point. Absolute pressure sensors are used in applications such as altimeters, weather stations, and aerospace systems, providing the exact pressure reading despite the changes in the environment.

Gauge pressure sensors: They measure pressure in comparison to atmospheric pressure. This is used for applications such as monitoring tire pressure and the pressure of industrial tanks where pressure differences need to be referenced against ambient conditions.

Differential pressure sensors: They compute the difference between pressures at two points. There is a wide usage among applications such as HVAC fluid flow measurement and filter monitors where pressure drops must be tracked to ensure good efficiency.


Key Features


  • High Accuracy and Precision
  • Wide Range of Measurement
  • Compact and Durable
  • Real-Time Monitoring
  • Energy Efficiency
  • Easy Integration

How to Choose the Best Pressure Sensors?


  • Identify the correct type of pressure measurement for your needs.
  • Determine which sensor fits your pressure range needs.
  • Ensure that the sensor gives the required level of accuracy.
  • Select a sensor designed to handle environmental conditions
  • Pick the appropriate analog or digital output for your system.
  • Choose sensors with a fast response time

Kimo Instruments offers a range of advanced pressure sensors designed for precision and reliability in versatile applications.

So, which pressure sensors do you think best fit your requirements? Inquire now!

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