PPT2-0300DFX5VE

Pressure sensors, transducers, and other instruments play an important role in today’s industrial operations. Among them is the PPT2-0300DFX5VE Pressure Sensor, a versatile tool that provides accurate readings in both the excessive and less than desirable pressure ranges. This article will explain the application field of this sensor and how it works.

Application Field

The PPT2-0300DFX5VE Pressure Sensor is well-suited for measuring pressure in various environments. It can be used to measure air pressure for hospital operating room air conditioning systems and to monitor pressure in hydraulic and pneumatic systems. Other industrial applications include chemical and process control, gas and liquid processing, petroleum and pipeline operations.

Working Principle

The PPT2-0300DFX5VE operates on the principle of the diaphragm effect. This effect occurs when pressure is applied to a flexible diaphragm, which then creates a change in the electrical signal of the sensor. The output from the sensor is then sent to a signal conditioning circuit, which converts the signal into an analog voltage output. This output is then sent to a data acquisition system, which records the pressure and displays the data on a screen.

Other Features

The PPT2-0300DFX5VE has several useful features. These include an all-welded stainless steel body for added durability, a maximum pressure range of 0.3 MPa, a response time of less than 15 milliseconds, and a temperature range of -40°C to 205°C. It also has an optical LCD display which allows the user to set and change parameters easily. The sensor also has a memory storage capacity, which allows the data collected by the sensor to be stored and retrieved for future use.

Conclusion

The PPT2-0300DFX5VE Pressure Sensor is well-suited for a variety of industrial applications. Its diaphragm effect makes it easy to capture data accurately, while its other features make it a reliable and versatile tool. The PPT2-0300DFX5VE is sure to be a valuable addition to any system requiring pressure measurement.