HSCMRRN005PDAA5

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Pressure Sensors, Transducers are widely used in modern industries, with their wide applications ranging from engineering, measuring, automotive and aerospace, to medical and industrial processes. HSCMRRN005PDAA5 is one of these pressure sensors, developed by Hamilton Sundstrand Corporation, an American global aerospace, defense, and energy company founded in 1934. It is a diaphragm pressure transducer designed primarily for hydraulic and pneumatic systems, such as those using nitrogen, air, or other media that will not cause corrosion of the pressure-sensing diaphragm.

HSCMRRN005PDAA5 can be used to measure pressures from 0-1500 psi. Its core component is a temperature-compensated diaphragm pressure sensing element which measures pressure directly. This sensing element is mated to a stainless steel housing and connected to a base. The base is then filled with a silicone material that acts as a dampener, eliminating the impact of vibration on the sensor. All these components collectively make up the HSCMRRN005PDAA5. It has a thin diaphragm with a smooth surface and a low coefficient of thermal resistance, which ensure accurate and highly reliable pressure readings.

The working principle of HSCMRRN005PDAA5 is based on the fact that when the pressure changes in the system, it affects the diaphragm element, which in turn affects the electrical resistance in the sensor. The sensor has two terminals that measure electrical potential between them. When a pressure is applied to the diaphragm, it causes a deformation in the surface. This deformation changes the gap between the two terminals, resulting in an electrical resistance change between the two terminals. This change is detected and converted into a pressure value.

HSCMRRN005PDAA5 is a robust and reliable pressure transducer that is widely used in a variety of applications. It can be used to monitor and measure the pressure in pneumatic and hydraulic systems, in industrial and medical processes, automotive and aerospace applications, and other related engineering areas. Such applications may include controlling the pressure of liquids in flow control systems, measuring gas pressure at fuel tank fillers, and measuring fluid pressure in air conditioning systems. The transducer can also be used to monitor the pressure in hydraulic applications such as hydraulic lifts, brake systems, and power steering systems.

HSCMRRN005PDAA5 is designed to handle a wide variety of pressure measurements and a wide range of temperatures. It is corrosion-resistant and is sealed with silicone to protect the diaphragm from moisture and other corrosive elements. The transducer also features an integrated amplifier with a robust signal that can be accurately read and stored. The transducer has a wide temperature range of -40°F to 392°F, which makes it suitable for installation in a variety of applications that may have different temperature requirements. The device is also compatible with a variety of materials and fabrication methods, making it easy to integrate into existing systems or to create custom solutions.

In conclusion, HSCMRRN005PDAA5 is an advanced diaphragm pressure transducer developed by Hamilton Sundstrand Corporation. It is reliable, robust and versatile and can be used in various industries, such as engineering, automotive, aerospace and medical processes. The working principle of the device is based on the electrical resistance change that happens when a pressure change is applied on the diaphragm. Its wide temperature range and versatility make it suitable for a variety of applications and installation methods.

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