pressure transmitter

The YGQ7961TGS series monocrystalline silicon pressure transmitter adopts advanced MEMS technology and a globally unique monocrystalline silicon suspension design to create

Instrument Overview

The YGQ7961TGS series monocrystalline silicon pressure transmitter adopts advanced MEMS technology and a globally unique monocrystalline silicon suspension design to create a monocrystalline silicon sensor chip, achieving internationally leading high accuracy and excellent stability with ultra-high overvoltage performance. The embedded imported signal processing module achieves a perfect combination of static pressure and temperature compensation, providing extremely high measurement accuracy and long-term stability under a wide range of static pressure and temperature changes.

Can accurately measure pressure signals and convert them into 4-20mA DC output signals. This transmitter can be operated locally through dual buttons, or remotely through a universal handheld device, configuration software, and a mobile app. It can display and configure without affecting the output signal of 4-20mA DC.
Technical Features

1. High accuracy

The pressure transmitter can perform high-precision measurements within the measurement range of 0~40MPa.

Standard calibration range accuracy: ± 0.075%, up to ± 0.04%

Excellent overvoltage performance under small range 40kPa standard range chip overvoltage up to 3MPa

2. Excellent environmental adaptability

Intelligent static pressure compensation and temperature compensation protect the transmitter from the effects of temperature, static pressure, and overpressure, minimizing the overall measurement error on site

3. Excellent operability and ease of use

▪ Equipped with a 5-digit backlit LCD digital display

▪ Multiple display functions (mA, Pa, kPa, MPa, bar, mbar,%, psi, mmH2o)

▪ Built in dual button shortcut operation for on-site adjustment function

▪ Remote debugging through mobile app

▪ Equipped with various corrosion-resistant materials

▪ Comprehensive self diagnostic function