Miscellaneous

FZ2ERQ1Q1ONF004 is a directional transmitter of IP type, designed for Coriolis force measurement and suitable for continuous density and mass flow measurement of liquid, gas and steam. This transmitter is particularly suitable for the task of dense weighing and measuring gas or steam, especially for environments with high temperatures and pressures. The small size, lightweight structure and low power consumption of this transmitter make it ideal for a variety of challenging applications.

Application Field

The FZ2ERQ1Q1ONF004 transmitter can be used in a wide range of industries, including power plant automation, gas pressure and temperature monitoring, flow metering, and process control. This transmitter is especially suited for applications measuring liquid, gas and steam, such as monitoring in boiler plants with very high pressure and temperatures, or in chemical plants with highly corrosive liquids. Additionally, it can be used for regulation and measurement of pressure and temperature in processes that need measurement of very small masses of substances. With a simple interface, this transmitter can also be integrated into other processes, such as electronic communication, feedback controls, and signal forwarding.

Working Principle

In essence, FZ2ERQ1Q1ONF004 measures the angular velocity of a rotating, magnetically-driven tube, which is affected by the Coriolis force generated by the flow of the liquid. A small capacitor is attached to the tube in order to pick up the electric signals created by the rotation, which are then measured and converted into a density or mass flow signal. The FZ2ERQ1Q1ONF004’s signal converter is a measuring amplifier based on a 24-bit Analogue/Digital-Converter, which has a high accuracy and resolution, and also a very low power consumption.

The dynamic range of the transmitter has been optimized to reduce the influences of viscosity and noise, and the signal measurement is temperature-compensated in order to minimize efficiency losses. The transmitter also features an efficient heating system to prevent condensate buildup. In addition, the combination of mechanical design and digital signal processing gives the FZ2ERQ1Q1ONF004 high reliability in difficult applications such as high-temperature and/or high-pressure measurements.

Overall, the FZ2ERQ1Q1ONF004 transmitter is highly suitable for a variety of measurement and process control applications where high accuracy and reliability are required. With its small size, low power consumption, and easy integration into existing systems, this directional transmitter is both economical and convenient.