The newest flow switches from Balluff alert users to potential failures due to a reduction in necessary fluid flow.

The recently released BFF series of flow sensors, which are available in both thread-in and inline versions, provide a switching output that is activated when the flow falls below a user-defined rate. This makes it possible to notify users of system problems such as the failure of a pumping system, a clogged filter or leaks before they cause critical issues or system shutdowns.

The completely solid-state calorimetric sensing technology measures temperature differential on each side of the sensing probe and has no moving parts. So, unlike mechanical flow switches, they are resistant failures caused by dirt or foreign object buildup. The BFF series of flow sensors complement Balluffs existing line of temperature sensors and are an addition to our line of process-oriented sensor product.

Features:

Continual flow monitoring
Calorimetric sensing principle with no moving parts
Threaded-in and in-line versions available
Visual display of flow with integrated LED's
For more information, visit http://www.balluff.com.

About Balluff Inc.:
Balluff Inc. is the U.S. subsidiary of Balluff GmbH, Neuhausen, Germany. Balluff is a leading supplier of networked IO-Link control system architectures that unlock the potential of the IIoT and Industry 4.0. Balluff offers a wide range of intelligent IO-Link and industrial Ethernet sensors in a variety of technologies including inductive, photoelectric, capacitive, and magnetic as well as magnetostrictive linear position sensors, magnetic tape linear encoders, industrial RFID systems, and industrial vision systems. Balluff provides cost-saving, process-enhancing solutions to machine builders and manufacturers to control, regulate, automate, assemble, position, and monitor manufacturing, assembly, and packaging sequences. Industries served include: automotive, packaging, food processing, beverages, tire, primary metals, conventional and alternative energy, semiconductor, plastics, and fluid power.