Digital Paddlewheel Flow Transmitter supports remote operation.

Press Release Summary:




Able to provide instantaneous as well as totalizing flow monitoring, Series DFMT2 features 2-piece design that lets user separate control panel from application. Digital flow transmitter uses paddlewheel technology, offers user-selectable 4–20 mA or pulse output, and has corrosion-resistant PVDF sensor. Backlit display facilitates menu navigation, and user can reset totalizer at any time as well as set security password. Design suits limited applications with limited space.



Original Press Release:



NEW! Series DFMT2 Digital Paddlewheel Flow Transmitter



Dwyer Instruments, Inc., the preferred source for your complete range of practical and affordable instrumentation, is announcing the release of its NEW SERIES DFMT2 DIGITAL PADDLEWHEEL FLOW TRANSMITTER.



The Series DFMT2 Remote Digital Paddlewheel Flow Transmitter is a two piece digital flow transmitter that provides instantaneous, as well as totalizing flow monitoring. The two piece design allows the user to separate the control panel from the application, making it ideal for industrial use in reverse osmosis water purifying systems and any other applications where space is limited. The large backlit display makes navigating through the menu structure simple. The Series DFMT2 uses high accuracy, industry proven paddlewheel technology, offers a user selectable 4 to 20 mA or pulse output, and has a corrosion resistant PVDF sensor giving it a long operation life. Users can reset the totalizer at any time and set a security password protecting the system settings from unauthorized changes. Prices start at $651.00 schedule B.



Complete details are available on our website @ http://www.dwyer-inst.com/Product/%20Flow/FlowTransmitters/Paddlewheel-In-Line/SeriesDFMT2#ordering



Dwyer Instruments, Inc.

P.O. Box 373

Michigan City, IN 46361

Phone: (800) 872-9141 or (219) 879-8000

Fax: (219) 872-9057

Internet address: http://www.dwyer-inst.com/

E-mail: lit@dwyermail.com

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