XPC01GTC

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Pressure sensors and transducers are components of actuating systems that further manipulate the sensed pressure signal for responding to application-specific requirements. The XPC01GTC, a differential pressure sensor, is well-suited for measuring the pressure of air and non-aggressive gases. It is able to accurately measure positive, negative, and difference pressure (ΔP) ranges of 0-100 mb, 0-2000 mb and 0-1000 mb, respectively.

The XPC01GTC is an all-in-one pressure sensor, integrating both sensing and signal conditioning, with a wide range of operating temperature (-40 to 125°C) and humidity (0% to 95%RH). Another positive feature of this device is its high accuracy and linearity, due to which it is ideally suited for medical and laboratory applications. Furthermore, its small form factor has made it highly suitable for space constrained applications.

The XPC01GTC pressure sensor works on the principle of resistive bridge technology. It features an all-welded construction, with sensing element and measuring bridge embedded in a single stainless steel diaphragm. It also has an integrated amplifier and temperature compensation module for keeping the output accuracy over time and temperature. The signal acquisition is usually done by two 3-pin or single 4-pin ZIF connector. A 1-wire serial digital interface is available for real-time data acquisition, allowing users to conveniently read and log data.

The XPC01GTC pressure sensor has a wide range of application fields, particularly in the medical industry, automotive industry, HVAC and process control. Its main applications include pressure sensing, flow control, pressure balancing, determining system hydrostatic head, measuring pump performance, detecting pump/motor/valve/actuator faults, and measuring the pressure inside an hydraulic system.

To summarize, the XPC01GTC differential pressure sensor is a cost-effective, high-performance, small-size device, with a wide range of application fields. It offers high accuracy and linearity, excellent response time, and precise temperature compensation, making it ideal for use in medical, process control, and HVAC applications.

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