SSCMLNN100PGAA5

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Pressure sensors are used to measure contact or non-contact pressure, which is then used as a control signal in an automated system. Pressure transducers are used when the measured pressure needs to be transmitted over a distance and/or recorded for reference. The SSCMLNN 100PGAA5 is one such pressure transducer that is commonly used in commercial and industrial applications.

Pressure Sensor and Transducer Basics

Pressure sensors and transducers are devices that measure the pressure either within a system or in the surrounding environment. A pressure sensor works by measuring the pressure against a sensitive diaphragm, which then produces an electrical signal that can be interpreted and recorded. Pressure transducers work similarly but convert the mechanical signal into an electrical signal, allowing it to be transmitted over a distance and/or recorded for later reference.

SSCMLNN 100PGAA5 Overview

The SSCMLNN 100PGAA5 is a pressure transducer specifically designed for commercial and industrial applications. It is small in size and relatively low power, yet provides accurate measurements when used at pressures up to 10 bar/145 psi. It features a built-in temperature compensation to help ensure accuracy and reliability along with simple installation and calibration. It also has built-in protections such as overloads, reverse polarity, ESD, and short circuits.

Application Fields and Working Principle

The SSCMLNN 100PGAA5 is used in a wide variety of commercial and industrial applications, including factory automation, measurement and control systems, HVAC system monitoring, alternative energies, transportation, aircraft, and more. It is typically used as part of a pressure system, either as the primary sensing device or as part of an overall system. It works by measuring the pressure against a sensitive diaphragm and converts it into an electrical signal. This signal is then transmitted over a distance and recorded for later reference.

Advantages and Limitations

The SSCMLNN 100PGAA5 offers a number of advantages, including accuracy and reliability, power conservation, small size, and simple installation and calibration. Additionally, it provides built-in protections to help protect against errors and misfunctions. However, it is limited in its usefulness due to its relatively low working pressure of 10 bar/145 psi, its sensitivity to temperature changes, and its inability to withstand harsh environments.

Conclusion

The SSCMLNN 100PGAA5 is a pressure transducer that is commonly used in commercial and industrial applications. It is small in size and consumes relatively little power, yet is accurate and reliable when used at pressures up to 10 bar/145 psi. It features a built-in temperature compensation to help ensure accuracy and reliability as well as simple installation and calibration. It is used in a variety of applications, but its usefulness is limited by its relatively low working pressure, its sensitivity to temperature changes, and its inability to withstand harsh environments.

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