DPH-101-M5-C5

Pressure sensors, transducers, and other devices are used in a variety of fields, ranging from industrial automation to medical applications. The DPH-101-M5-C5 application field and working principle is a device that is used in the domain of pressure measurement. The device can measure pressure accurately by sensing the pressure and converting it into an electronic signal.

The DPH-101-M5-C5 is capable of measuring the differential pressure, as well as the absolute pressure, at ranges of 0-1 bar, 0-10 bar, and 0-100 bar. The device uses two pressure cells with strain gauges and a Wheatstone bridge circuit for measuring the pressure. The Wheatstone bridge circuit basically contains active resistors that can change their resistance with slight changes of the pressure. The bridge turns the output into an electrical signal and outputs a voltage signal proportional to the level of the measurement.

The DPH-101-M5-C5 pressure sensor is build using advanced technology. It has a rugged, polypropylene case which is protected from dust and splash water and other environmental influences. It also ensures its adjustment connections are secure and protected. Furthermore, the self-contained unit has a one-touch sensor adjustment and zero-point calibration through a single pushbutton, allowing for customized pressure measurement. The unit also features adjustable temperature compensation settings, allowing it to provide efficient and reliable performance under different temperature conditions.

The DPH-101-M5-C5 is an excellent choice for a range of industrial applications, such as machine production, chemical and petrochemical process control, and many others. The sensor is ideal for monitoring process air, liquids, and gases. The device itself can withstand pressure up to 100 bar, and it can be used in hazardous environments due to its protection class rating of IP-67.

In conclusion, the DPH-101-M5-C5 pressure sensor is a reliable and well-built device for measuring pressure. It can measure a wide range of pressures accurately, and it features adjustable temperature compensation settings to ensure reliable performance in different conditions. Additionally, its robust build allows for reliable performance in hazardous and extreme environments, while its adjustable sensor and zero-point calibration add even more convenience and flexibility.