Sierra Instruments announces the launch of the d·flux mass flow meter and controller for higher flows.
From labs to industrial facilities, the new d·flux allows for fast and accurate changes between pure gas or gas mixes with no loss in accuracy. The d·flux is a multiparameter mass flow device that provides precise measurement outputs for five process variables (mass flow, volumetric flow, temperature, pressure, and density). It relies on true physical calculations from advanced computations to deliver flow data.
“The d·flux represents Sierra’s commitment to deliver products that address markets
and the applications our customers expect of us. We are excited about launching the new
d·flux that measures multiple parameters during gas flow measurement and control, making it ideal for our customers’ applications,” stated Robert Cid, director of product marketing.
The d·flux features accuracy of up to +/-0.3% of user full scale and +/-0.5% of
measured value, the ability to measure and control flow rates up to 1508 slpm, and
sensor stability with less than 0.2% of measured value/year after tare. It also includes
state-of-the-art digital communications (Modbus & analog output, optional Profinet or
EtherCAT) and IP54. Its multigas capability allows the user to pre-program up to 15 gases
or gas mixtures. It offers users five sensor options to provide greater flexibility and
economy for a wide range of gas flow applications.
The d·flux’s proven precision gas control and robust capabilities make it an ideal choice
for various applications, including hydrogen production, biopharmaceutical production,
carbon capture and storage, gas injection, and more.
d·flux’s user-friendly Bluetooth app, Sierra Flow Connector, is free from Google Play.
The app allows you to quickly and securely connect to d·flux with your Android mobile
device to create and edit profiles (a set of settings). While operating in the field, you
can adjust flow range and dynamic range, filter settings, alarms and warnings, and an
assortment of other critical parameters.