MICROMOTION F100S128PCAAEZ1ZZ is a flow meter product from Micro Motion. The following are some common features of flow meter products, but please note that specific product features may vary depending on model and configuration:
Coriolis measurement principle: The MICROMOTION F100S128PCAAEZ1ZZ flowmeter adopts the Coriolis measurement principle to calculate the mass flow rate by measuring the vibration and inertia force of the fluid in a curved pipeline. It can provide accurate mass flow measurement results.
High precision and stability: Micro Motion flowmeters are renowned for their high precision and stability. MICROMOTION F100S128PCAAEZ1ZZ is no exception. It adopts advanced sensor technology and digital signal processing algorithms, which can resist external interference and provide accurate measurement results.
Multiple fluid adaptability: This flowmeter is suitable for various types of fluids, including liquids and gases. Whether it is a low viscosity or high viscosity fluid, MICROMOTION F100S128PCAAEZ1ZZ can provide accurate mass flow measurement.
High pressure and high temperature applications: The MICROMOTION F100S128PCAAEZ1ZZ flowmeter has the ability to adapt to high pressure and high temperature environments, and can be used in strict industrial application scenarios. It can work stably under high pressure and high temperature, and provide accurate mass flow measurement results.
Multiple output and communication options: This flowmeter typically provides multiple output and communication options for connection and data exchange with control systems or data acquisition devices. Common options include 4-20mA output, pulse output, and digital communication interfaces (such as Modbus).
Compact design and flexible installation: The MICROMOTION F100S128PCAAEZ1ZZ flowmeter has a compact design and flexible installation method, suitable for various pipeline sizes and shapes. It can be connected to the pipeline system through flange connection or other installation methods, facilitating installation and maintenance.
