PPT2-0100GRG5VS

PPT2-0100GRG5VS Application Field and Working Principle

The PPT2-0100GRG5VS is a pressure transducer with excellent performance characteristics. It is designed for a range of applications including avalanche airbag systems, slalom skiing, and wind turbine blades. It is a highly accurate pressure sensor which offers both high sensitivity and excellent dynamic range.

The PPT2-0100GRG5VS is capable of measuring continuous pressures up to 10 bar. It also features a very low power consumption rating and is able to self-test its accuracy. This makes it a great choice for applications that require high accuracy and reliable performance.

Working Principle

The PPT2-0100GRG5VS is a capacitive type pressure transducer. It consists of a thin-film sensing element, protected by a sealed chamber. The chamber is filled with a special oil that is sensitive to changes in pressure. The sensing element is then suspended in this oil and is connected to an amplifying circuit.

When pressure is applied to the chamber, the oil is displaced and the sensing element experiences a change in capacitance. This change is then registered by the amplifying circuit and converted into an analog voltage signal. This signal is then passed on to the instrumentation circuit, which measures the output to determine the amount of pressure applied.

Advantages

The PPT2-0100GRG5VS offers several advantages over traditional mechanical pressure sensors. It offers excellent accuracy and dynamic range, with no external calibration required. It is also easy to install and provides a continuous and reliable measurement. The low power consumption of the PPT2-0100GRG5VS makes it suitable for applications that require long battery life from the instrumentation.

In addition, the PPT2-0100GRG5VS offers a wide range of temperature, humidity, and pressure capabilities. It is also resistant to mechanical shock and vibration, making it suitable for a wide range of industrial applications. Finally, the PPT2-0100GRG5VS is capable of detecting very small changes in pressure, making it an ideal choice for high-precision measurements.