Features and advantages

Advanced monocrystalline silicon pressure sensor: This type of sensor uses a silicon diaphragm to measure the difference in pressure between two points. Silicon is a very strong and lightweight material, making it ideal for use in pressure sensors.

Wide pressure range covering -100Kpa～40MPa: This sensor can measure pressure from 100Kpa～40MPa This makes it a versatile sensor that can be used in a variety of applications.

2-wire mode, 4～20mA analog output, HART®7 protocol digital communication: This sensor can be configured to output data in a variety of ways, including 2-wire mode, 4～20mA analog output, and HART® protocol digital communication. 2-wire mode is the simplest and most cost-effective way to transmit data, while 4～20mA analog output is more versatile and can be used over longer distances. HART® protocol digital communication provides the most flexibility and can be used to transmit additional information about the sensor, such as its calibration status and temperature.

Intelligent LCD gauge with backlight: This sensor has an intelligent LCD gauge with backlight that displays the current pressure reading. The backlight makes it easy to read the gauge in low-light conditions.

With both remote transmission and local zero and pressure range adjustment: This sensor can be configured to transmit data remotely or to allow for local zero and pressure range adjustment. Remote transmission is useful for applications where the sensor is in a difficult-to-reach location. Local zero and pressure range adjustment is useful for fine-tuning the sensor’s output.

Complete varieties, high accuracy, good stability: This sensor is available in a variety of configurations to meet the needs of different applications. It also has high accuracy and good stability, making it a reliable sensor for long-term use.

Isolation ex-proof housing structure, strong resistance to frequency conversion interference: The sensor’s isolation ex-proof housing structure protects it from electrical interference and moisture. This makes it a reliable sensor for use in harsh environments.

High static pressure, high overpressure protection: The sensor has high static pressure and high overpressure protection. This means that it can withstand high pressures without being damaged.

Lightning protection circuit design: The sensor has a lightning protection circuit design. This design helps to protect the sensor from damage caused by lightning strikes.