Press Release Summary:
Series C-OK45-DL turbine flow meter uses pelton-wheel principle to measure flow of water and other low-viscosity liquids. Flow ranges are from 0.24-11.1 gph to 0.8-80 gph and accuracy is Â±1% full scale. Unit comes in brass or stainless steel with NEMA 4X electrical protection. Output configurations include frequency output, 4-20 mA output, and electronics featuring 3-digit LED display.
Original Press Release:
FloCat Features Compact Turbine Flow Meter for Very Low Flows
Racine, Wi., April 1, 2003: The C-OK45-DL Series Flow Meter uses the pelton wheel principle to measure the flow of water and other low viscosity liquids. Liquid passes through a nozzle at the inlet of the flow body and is accurately directed onto a flat blade pelton turbine. The turbine wheel rotates at a speed proportional to the flow rate. The movement of the pelton wheel is detected optically. The signal from the optical sensor is processed as an amplified pulse or 4-20mA signal, which is proportional to flow rate. The C-OK45-DL flow meters are available in brass or stainless steel construction and are offered with a choice of three output configurations; frequency output, 4-20 mA output or compact electronics featuring a 3 digit LED display.
Additional Product Features:
o Flow Ranges from 0.24 -11.1 GPH to 0.8 - 80 GPH
o Accuracy of ±1% of Full Scale
o NEMA 4X Electrical Protection
o Long-life Sapphire Axle/Bearing Assembly
o Pulse or 4-20 mA Outputs
o Compact Design
In addition to the compact design, after impacting on the pelton wheel the flow is then redirected via a nozzle, therefore no inlet or outlet straight piping is required and the sensor can be mounted in any orientation. These features make the C-OK45-DL ideal for mounting in locations where space is tight.
For additional information on the C-OK45-DL Compact Turbine Flow Meter visit FloCat's website at: www.flocat.com or e-mail FloCat at: firstname.lastname@example.org factory trained customer service representatives are available to help in the selection process.
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