IPSSAT-A1002-5C

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Pressure sensors and transducers are widely used in a variety of industries and applications, ranging from aerospace to automotive, medical, and industrial. The IPSSAT-A1002-5C is an example of such product, and it is designed to measure pressure in hydraulic and pneumatic systems.

The IPSSAT-A1002-5C is a Smart Pressure Sensor designed for a wide range of industrial and scientific applications. It can measure system pressures ranging from 5 to 500 psi (0.34 to 34 bar). The device is designed to be compact and measures only 0.7” diameter by 0.9” long.

The IPSSAT-A1002-5C has a one-piece nickel-plated aluminum construction, making it corrosion-resistant and suitable for harsh industrial environments. The housing also serves as an integral element in the pressure sensing system of the transducer, eliminating the need for external sensing elements or connections. This makes installation quick and easy, and reliable operation is ensured over long periods of time.

The IPSSAT-A1002-5C uses a Wheatstone bridge configuration in combination with a piezoresistive sensing element to accurately and reliably detect and convert situations of pressure into an electrical signal. The design of the Wheatstone bridge ensures excellent performance even in high temperature and vibration environments. The piezoresistive element is designed to provide wide dynamic range and accuracy.

The device also features a digital output signal allowing precise and repeatable readings to be transmitted wirelessly or wire—dependant on the customer’s requirement. The digital output signal can be sent to a variety of compatible networks, making the IPSSAT-A1002-5C ideal for remote monitoring of fluid pressure and other values in harsh environments.

The IPSSAT-A1002-5C is an ideal choice for a range of applications, such as in fluid process control systems, the petrochemical industry, mobile vehicles, automated machinery, and medical equipment where both accuracy and durability are required. The device offers reliable quality performance and an excellent long-term stability.

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