- September 29, 2017
September 29, 2017 - To extend the process-optimizing advantages of the digital Coriolis flowmeter platform to low-flow applications such as batching, dosing and filling of both liquids and gases, the Sitrans FCT030 and FCT010 digital transmitters can now be paired with the Sitrans F C MASS 2100 and Sitrans FC300 Coriolis sensors for small line sizes from DI 1.5 to DN 15. With this enhancement to the product line, a broad range of users from chemical to automotive applicati ons can benefit from market-leading mass flow accuracy of 0.1%, density accuracy of 0.5 kg/m3 and 100 Hz signal processing. The update rate ensures the highest precision for applications such as the filling of beverage bottles.
The product scope has been further broadened to incorporate larger line sizes often employed by oil and gas, marine, and chemical operations. Already available in sizes DN 15 to DN 80, the Sitrans FCS400 sensor program has now grown to include sizes DN 100 and DN 150. As a result, the FCS400 portfolio is suitable for a broader spectrum of applications ranging from OEM skids and control loops in the hygienic industries to on/offshore custody transfer, bunkering and bulk chemical measurement. The FCS400 features a frame immune to process noise and a variety of customizable process connectors for standard, hygienic and NAMUR applications.
Several additional advancements to the transmitter line have been implemented to provide greater flexibility in installation and simplicity in operation. The FCT030 now offers a wall-mount enclosure that enables remote configurations complemented by the option for Modbus or PROFIBUS DP/PA digital communication, an ideal protocol for processes requiring fast data exchange. The fully graphical Human-Machine Interface (HMI) has been redesigned with a new layout. The SensorFlash microSD card has also been enriched with an advanced datalogging and audit trail feature, which automatically stores up to 100 records per log of process parameters, diagnostic parameters or changes made to device settings. This function allows operators to analyze the performance of each process and address any potential issues.