Yokogawa Digital Yewflo DY serious Vortex Flowmeter
Product Description
YOKOGAWA digitalYEWFLO Classic Vortex Flow Meter
Yokogawa's digitalYEWFLO Classic Vortex Flow Meter includes spectral signal processing (SSP) to provide enhanced vibration immunity and optimum, stable flow measurements. Even under fluctuating flow rate conditions, SSP outputs only the appropriate vortex frequencies with no manual adjustments needed.
Our classic type vortex flow meter features:
High accuracy:+/- 0.75% of reading (liquid)
+/- 1% of reading (gas and steam)
Remote electronics housing
Advanced self-diagnostics
Replaceable shedder bar
High safety
Reduced maintenance and TCO
+/- 1% of reading (gas and steam)
Remote electronics housing
Advanced self-diagnostics
Replaceable shedder bar
High safety
Reduced maintenance and TCO
Features
Advanced Self-diagnostics
High Accuracy
Wide Process Temperature Range
Simple Parameter settings
Clear, Concise Indicator
Dual output for Analog / Pulse
Alarm output, Status output (Flow switch)
An alarm signal output, in case alarm occurs
An alarm signal output, in case alarm occurs
No moving parts stainless steel detector: High durable and safety.
Signal cable length is up to 30m.
Explosion proof construction, TIIS / FM / ATEX / CSA / SAA (Intrinsically safe), IECEx.
Explosion proof construction, TIIS / FM / ATEX / CSA / SAA (Intrinsically safe), IECEx.
Application
Industrial Pipeline Flow Measurement: It is mainly used for the flow measurement of medium - fluid in industrial pipelines, and can measure the volume flow, standard - condition volume flow or mass flow of various media such as gases, liquids and steam. For example, in petrochemical plants, it can be used to measure the flow of various process gases and liquid raw materials; in power plants, it can be used to measure the flow of steam and cooling water.
Steam Flow Measurement: Especially for the measurement of saturated steam, the two --wire multivariable DY vortex flowmeter (with built - in temperature sensor) can directly output the mass flow of saturated steam. It uses the density data of the steam table to calculate the mass flow, and can also achieve accurate measurement under the condition of temperature fluctuation by using the SSP technology.
