HSCDRNN015PASA5

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Pressure sensors and transducers are amongst the most common sensing solutions that are widely used in almost all industries for the measurement and control of various parameters related to pressure. The HSCDRNN015PASA5 is a pressure sensing transducer solution developed by Honeywell. It is an innovative, self-contained, low power sensing solution that offers robust and reliable pressure sensing capabilities.

The HSCDRNN015PASA5 features an embedded Ceramic Pressure Sensor that offers excellent accuracy and repeatability, and is well suited for industrial and other embedded applications. The pressure transducer is designed to operate in a range of -95 to +150 psi, and outputs a voltage signal proportional to the pressure. The sensor outputs linear readings and has a direct digital output, which is easily readable by a microcontroller.

The HSCDRNN015PASA5 offers excellent durability due to its Ceramic Pressure Sensor and robust electronics. The ceramic pressure sensor offers high strength, long life, and a wide temperature range for reliable operation. The sensor has the ability to withstand high levels of corrosive chemicals, high levels of pressure, and vibrational forces. It also offers high accuracy and repeatability for reliable data acquisition.

The electronics of the HSCDRNN015PASA5 are designed for rugged protection and low power consumption. The electronics protect the transducer from electrical overstress and low level noise. The low power consumption ensures efficient use of power, reducing battery usage and extending battery life.

The HSCDRNN015PASA5 is compatible with several communication protocols, including CANbus, RS232, and RS485. This makes it suitable for use in a wide range of industrial applications. It also has a built-in Event Alarm functionality that allows for local and remote alarms.

The HSCDRNN015PASA5 is an ideal solution for applications where accuracy and repeatability are key requirements. Its robust design, wide operating range, and compatibility with multiple communication protocols make it suitable for a wide range of industrial applications such as pump and valve control, pressure control systems, and HVAC systems.

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