Wireless Differential Pressure Transmitter, LCD Display, IP66

The intelligent wireless differential pressure transmitter adopts the form of communication + power supply + sensor in one, which can be installed and used without considering other factors. It is equipped with NB-loT module. It is a low-power intelligent instrument with wireless communication function.

Typical applications of wireless differential pressure transmitter include industrial Internet of Things, intelligent monitoring of drainage and water supply network, intelligent monitoring of fire water system, integrated pipe corridor environment monitoring, smart medical care and smart park. In addition, we can also provide customized products that meet the application needs of customers. If needed, please feel free to contact us.

Features

• Wireless differential pressure transmitter is equipped with NB IoT module, which has a wide coverage range, strong connection capability, fast speed, low power consumption, and superior architecture design.
• The differential pressure transmitter adopts an integrated lithium-ion battery, which is easy to replace and has a fully sealed structure to ensure stable and stable working voltage.
• It supports wireless remote transmission, and users can set and store data through PC and APP without on-site wiring, making it convenient to obtain historical data.
• The sensor is equipped with an LCD display screen, which has a button free magnetic wake-up function and a backlight design, making it easy to observe even in dark environments. The screen data only needs to be awakened by magnetic suction.

Specification

Dimension (mm)

Tips: What is temperature compensation?

In electronic components, the output signal will drift with temperature changes, resulting in measurement errors. To reduce this impact, we use algorithms to modify the output results, thereby eliminating the influence of temperature changes on the signal. This technology is called temperature compensation. Through temperature compensation, components can maintain stable output within a certain temperature range, ensuring measurement accuracy. This wireless differential pressure sensor has a wider temperature compensation range, with a conventional temperature compensation range of -10℃ to 70℃, effectively reducing the impact of temperature changes on its performance.