The intelligent monocrystalline silicon pressure transmitter uses an advanced German MEMS technology-produced monocrystalline silicon sensor chip and a globally unique monocrystalline silicon suspended design, achieving internationally leading high accuracy and excellent stability under extreme overpressure conditions. Embedded with a German signal processing module, it perfectly combines static pressure and temperature compensation, providing extremely high measurement precision and long-term stability across a wide range of static pressures and temperature changes.
The intelligent monocrystalline silicon pressure transmitter uses an advanced German MEMS technology-produced monocrystalline silicon sensor chip and a globally unique monocrystalline silicon suspended design, achieving internationally leading high accuracy and excellent stability under extreme overpressure conditions. Embedded with a German signal processing module, it perfectly combines static pressure and temperature compensation, providing extremely high measurement precision and long-term stability across a wide range of static pressures and temperature changes. The intelligent monocrystalline silicon pressure transmitter can accurately measure pressure and convert it into a 4-20mA DC output signal. This transmitter can be operated locally via three buttons, or through a universal handheld operator, configuration software, displaying and configuring without affecting the 4-20mA DC output signal.
XDB606 intelligent monocrystalline silicon differential pressure transmitter features advanced German MEMS technology and a unique monocrystalline silicon double beam suspension design, ensuring top-tier accuracy and stability, even under extreme overvoltage conditions. It incorporates a German signal processing module, allowing precise static pressure and temperature compensation, thus offering exceptional measurement accuracy and long-term reliability across varying conditions. Capable of precise differential pressure measurement, it outputs a 4-20mA DC signal. The device facilitates local operation via three buttons or remotely using manual operators or configuration software, maintaining consistent 4-20mA output.
The intelligent monocrystalline silicon transmitter, leveraging advanced German MEMS technology, features a unique suspension design and sensor chip for top-notch accuracy and stability, even under extreme pressures. It integrates a German signal processing module for precise static pressure and temperature compensation, ensuring high measurement accuracy and durability. Capable of converting pressure into a 4~20mA DC signal, this transmitter supports both local (three-button) and remote (manual operator, software, smartphone app) operations, facilitating seamless display and configuration without impacting the output signal.
The intelligent monocrystalline silicon remote level transmitter utilizes advanced MEMS technology from Germany to achieve high accuracy and stability under high overpressure. It features a unique double-beam suspended design and is embedded with a German signal processing module. This transmitter accurately measures differential pressure and converts it into a 4~20mA DC output signal. It can be operated locally using three buttons or remotely via a universal manual operator, configuration software, or smartphone app, allowing for display and configuration without affecting the output signal.
XDB702 Digital 100-240VAC PID REX-C100 Temperature Controller + max.40A SSR + K Thermocouple, PID Controller Set + Heat Sink.
XDB703 series of integrated temperature transmitter modules feature a built-in imported core that ensures highly stable performance. These modules are equipped with seismic and anti-interference functions, allowing for real-time delivery without any delay.
XDB704 series stands out for its high-precision conversion, stable anti-interference performance, and programmability. Made with high-quality materials, these transmitters offer adjustable programming and can output a variety of signals. They support multiple signal inputs, including thermocouples with automatic cold end compensation, and feature a sensor line break alarm function.
XDB produces both LCD and LED digital gauges. They are highly accurate and adjustable. You can use it in almost every medium, such as fuel, water and air medium.
XDB 904 analog programmable analog digital display meter is highly accurate. 0-10V, 0-20mA, 4-20mA, 2-10V is customizable and available.
The T80 controller utilizes advanced micro-processing technology for intelligent control. It is designed to handle various physical quantities such as temperature, humidity, pressure, liquid level, instantaneous flow rate, speed, and the display and control of detection signals. The controller is capable of accurately measuring non-linear input signals through high-precision linear correction.
XIDIBEI’s LCD high-definition digital gauge can give your clear readings of various parameters. Powered by the HD digital gauge, this electronic pressure gauge can ensure accurate and readable information. It can display parameters such as pressure, temperature, voltage, current, flow rate, or any other measurable quantity.
XDB908-1 isolation transmitter is a measuring device that converts signals such as AC and DC voltage, current, frequency, thermal resistance, etc. into mutually electrically isolated voltage, current signals, or digitally encoded signals in a linear proportion.The isolation and transmission module is mainly used for signal transmission in the high common mode voltage environment to isolate the measured object and the data acquisition system, so as to improve the common mode rejection ratio and protect the electronic instruments and personal safety. It is widely used in measurement equipment, medical electronic equipment, power equipment, and other fields.
The instrument simultaneously measures pressure and temperature, with automatic conversions between various pressure units and between Celsius and Fahrenheit. It has a built-in database for 89 refrigerant pressure-evaporation temperatures and calculates subcooling and superheat for easy data reading. Additionally, it tests vacuum percentages, measures pressure leaks, and logs leak rates. This versatile and precise digital manifold is indispensable for the job.
