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Group: Riels Instruments
Catalog excerpts
![RIF180 - 1](https://img.directindustry.com/pdf/repository_di/70609/rif180-988901_1m.jpg)
INSERTION ELECTROMAGNETIC FLOWMETER Insertion Type Electromagnetic Flowmeter Features • No moving parts in the measuring pipe to facilitate maintenance and management • No obstacle parts, no pressure loss, sensor with long service life • Conductivity of measured liquid can reach at least 5 us/cm • Various liner and electrode materials satisfy most industrial applications • High accuracy, generally ±0.5%, ±0.3% and ±0.2% Insertion Type Electromagnetic flowmeter technical data: > 5 μS/cm Measuring Range Accuracy Tutti i dati ed i contenuti di questa scheda sono di proprietà esclusiva di Riels Instruments Medium Conductivity Flow rate � 0.5m/s, ±0.5%; flow rate of full range >1m/s,±1% Measuring Probe Material Nominal Pressure Measuring pipe material Carbon steel,stainless steel Medium Temperature Enviroment Temperature Electrode material Stainless Steel AISI316 (Hastelloy C or B on request) Tempera Length of straight pipe Degree Protection Flange or Thread type Appers pipeline
Open the catalog to page 1![RIF180 - 2](https://img.directindustry.com/pdf/repository_di/70609/rif180-988901_2m.jpg)
Varsione da parete: Modello RIF10W Tutti i dati ed i contenuti di questa scheda sono di proprietà esclusiva di Riels Instruments Flow volume; Flow velocity (FLS); Percent of flow (FQP); Ratio of Emptiness (MTP); Forward and reverse integrated volume; Deference of forwarder and reverse; Alarm. Uscita Output Current • 4...20 mA, 0-750 Ω res. 0,1% ±10 µA Pulse/frequency output • Pulse output: Range 0÷100 impulsi/s • Frequency output 1÷5000 hz Alarm output • Flow rate max • Flow rate min Free setting
Open the catalog to page 2![RIF180 - 3](https://img.directindustry.com/pdf/repository_di/70609/rif180-988901_3m.jpg)
Tutti i dati ed i contenuti di questa scheda sono di proprietà esclusiva di Riels Instruments The method of measurement is based on Faraday's law of electromagnetic induction.When the conductive liquid moves within the magnetic field,voltage is induced in it, which is proportional to the velocity of the conductor.The equation is as below: E=KBVD K: Coefficient of the flowmeter B: Pulsed magnetic flux density V: Average velocity of the media D: Inner diameter of the measuring pipe When measuring flow,fluid flow through the perpendicular to the direction of the flow field,the liquid flow...
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