FP4MMMM002MP6AE

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FP4MMMM002MP6AE is a highly versatile differential pressure transmitter. It is built on the technological foundation of state-of-the-art micro-electrical-mechanical system (MEMs) and provides reliable measurement accuracy even in the most challenging environments.FP4MMMM002MP6AE provides a comprehensive range of features for a wide variety of applications. It is suitable for harsh environments, including extreme temperatures, high humidity and vibration. It is also capable of measuring static pressure, flow, temperature and pressure.

FP4MMMM002MP6AE features advanced sensor technology and embedded software algorithms which allow for the accurate measurement of differential pressure in multiple ranges. The user can select the measurement range that best suits their application. Additionally, this differential pressure transmitter offers a modular calibration range with fine-tuned sensitivity and damping, as well as linearization and compensation of temperature and pressure effects for a wide measuring range.

FP4MMMM002MP6AE is particularly suitable for use in air conditioning, ventilation and power industry related applications, such as fuel cell monitoring, combustion monitoring, and filtration process monitoring. It can be used to monitor the pressure differential of a fixed-point gas, liquid or fluid that passes through the pipe or hose. It is also suitable for monitoring the pressure and flow levels in steam, water and other liquids piping systems.

The FP4MMMM002MP6AE has the following working principle. Embedded within the transmitter is a diaphragm mounted in between two chambers. As pressure from the fluid or gas is applied to the diaphragm, a differential pressure signal is generated between the two chambers. This signal is then compared with the pre-set reference value and converted into a digitized output. This output is a measure of the relative pressure difference between the two chambers; the higher the differential pressure, the higher the output.

The output of the transmitter is also subjected to programmed linearization, compensation for pressure and temperature, and noise reduction algorithms. This improved and more comprehensive signal allows for an improved measurement accuracy and resolution. The transmitter also includes communications protocols which allow for remote monitoring and control.

In summary, FP4MMMM002MP6AE provides a wide range of features for a wide variety of applications. It is suitable for harsh environments, including extreme temperatures, high humidity and vibration. The highly accurate measurements and flexible communication protocols make the FP4MMMM002MP6AE an ideal choice for air conditioning, ventilation, and power industry related applications.

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