JUMO 406010/001-406-82
The flow rate transmitter is equipped with a magnetic inductive sensor (MID). Standardized fittings ensure simple installation of the transmitter into DN15 to DN400 pipes/tubes (see data sheet 40.6090).
The flow rate transmitter is equipped with a magnetic inductive sensor (MID). Standardized fittings ensure simple installation of the transmitter into DN15 to DN400 pipes/tubes (see data sheet 40.6090).
HIGHLY ACCURATE AND RELIABLE BY ANY MEASURE Raven RFM flow meters are compatible with most chemicals and liquids. A turn down ratio of 50:1 makes any flow meter in the RFM series an ideal choice for most agricultural…
The Mag-Meter MS2500 is a full bore electromagnetic flow sensor supplied with standard UNI, ANSI, DIN or JIS flanges. The body and flange material is painted carbon steel or stainless steel 304/2016 as an option.
Sizes: ¼” through 12″ Flow Rates: 0.25 – 12,000 gpm End Connections: ANSI, NPT (¼ to 2″), Tri Clover, Flare Tube, Wafer Pressure Ratings: 150 – 2,500 ANSI
High Pressure Electromagnetic Flowmeter(Magmeters) is designed to measure the flow rates of conductive liquids in applications with high operating pressures. It can be used in applications with pressures in excess of 6000 psig (42 Mpa), Line sizes ranging from 1″ to 8″ (25 mm to 200 mm) can be accommodated by the high pressured mag …
The EX81 is an insertion electromagnetic flowmeter for use with conductive liquids in pipe sizes 1 to 3 inches. The EX82, Insertion Magmeter, is for use with pipe sizes 4 to 10 inches. The EX83, Insertion Magmeter, is a stainless steel electromagnetic flowmeter designed for use with pipes 12 inches in diameter
Instruments for chemical/petrochemical applications must meet the highest demands regarding safety and plant availability. Moreover, they have to operate reliably and economically over many years. Endress+Hauser’s new generation of Proline electromagnetic flowmeters is designed to do this and much more.
The measuring principle of the electromagnetic flowmeter (Magmeter) is based upon the Faraday’s Law of electromagnetic induction; whereby a voltage is induced by an electrical conductor passing through a magnetic field.