IPSS-A1002-5C

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Pressure sensors, transducers, and transmitters are measuring and monitoring instruments used to detect and convert pressure into electrical signals. The output of the transmitter is often used to perform calculations, monitor levels, control processes, and/or make automated decisions.

The IPSS-A1002-5C is a pressure transducer designed especially for medical diagnostics applications. It is capable of automatically measuring, recording, and displaying pressure readings. The main feature of the IPSS-A1002-5C is its ability to measure and display pressure readings with an accuracy of up to 0.004 Pa.

Application Field

The IPSS-A1002-5C is designed to measure and monitor pressure in a medical environment. It can be used to provide accurate measurement of blood pressure, fluid pressure, or other data needed for medical diagnostics. It is ideal for clinical applications such as anesthesiology, cardiology, and general practice.

The IPSS-A1002-5C is also suitable for industrial applications such as measuring and monitoring of process liquids and gasses. It can measure levels and pressures up to 15 bar as well as negative pressure.

Working Principle

The IPSS-A1002-5C is a device that measures pressure and converts it into an electrical signal. The pressure is converted to a voltage signal using a piezoresistive sensor. This voltage signal is then converted into a digital signal using AD converter. The digital signal is then fed to a microprocessor which performs calculations and sends the data to a display or other device.

The IPSS-A1002-5C is capable of measuring pressure up to 15 bar. It also has a built-in zero-point adjustment function in order to compensate for changes in pressure. The pressure range is also adjustable so the device can be used to measure a wide range of pressures.

The IPSS-A1002-5C is designed to be highly reliable and accurate. It has a fail-safe system that shuts down the device if a pressure variation exceeds a predefined amount. It also has an EMI and RFI immunity which makes it suitable for use in noisy environments.

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