Wika Flow switch, FSM-6100, For industrial heat exchangers, 1" NPT male ASME B1.20.1, M16 via feed-through grommet
The model FSM-6100 electromechanical flow switch is designed for the detection of interrupted flow (“no flow”) of water and other non-corrosive liquids in industrial coolers, heaters or other industrial pipelines.
View all
Description
The model FSM-6100 electromechanical flow switch is designed for the detection of interrupted flow (“no flow”) of water and other non-corrosive liquids in industrial coolers, heaters or other industrial pipelines. The flow switch signal is used for operational controls that prevent system failure, e.g. due to ice formation in the absence of cooling water flow. The cost-effective flow switch is enclosed by a plastic case. The ingress protection of IP30 protects it from unwanted ingress of foreign bodies. The model FSM-6100 is equipped with UL-listed microswitches and protective bellows to ensure high durability with continuous operation and a long service life. The range of flow ranges, with pipe sizes from 25 ... 150 mm [1 ... 6 in], enables use for flow measurement in a variety of applications with non-critical media.
Applications
Heating, cooling, air-conditioning and water treatment plants Pumps and dosing systemsSpecial features
Switch point repeatability of ±5 % for reliable switching High-quality bellows and microswitch for a service life of > 500,000 cycles Rigid paddles from stainless steel to withstand pressure surges and high medium temperaturesSpecifications
LEGAL DISCLAIMER
All products are 100% genuine and legally purchased from authorized sources. Indspare is not an authorized dealer, agent or affiliate of any of the designers, brands, or manufacturers, the products of which are offered for sale on www.indspare.com. All trademarks, brand names, and logos mentioned are used for identification purposes only and are registered trademarks of their respective owners who reserve the rights of ownership. The use of trademark, brand name or product on our website is not intended to suggest that the company, trademark or brand is affiliated to or endorses our website.