Variable Area Flow Meters | AW-Lake
Lake Monitors offers a rugged line of flow rate gauges, alarms/switches, transmitters and hydraulic system analysers. The basis for our product, the sharp-edged, variable-area, measurement method, provides accurate and repeatable flow rate measurements for both liquids and gases.
From April new manufacturing techniques at the Wisconsin facililty will see the Lake range of meters leap forward from their compeition, offering:
Benefits:
Flow Meter Operating Theory (refence picture above)
Enclosed within a high pressure casing (A), a high strength magnet (F) in tandem with the sharp-edged annular orifice disk (E) is pressed towards the zero flow rate position by a linear rate compression spring (G).
A tapered metering pin (D) is positioned concentrically within the annular orifice disk and provides a variable-area opening that increases by the square of linear displacement of the orifice disk.
Fluid flow creates a pressure differential across the orifice disk, pressing the magnet/orifice disk duo against the compression spring. Flow rate is read by aligning the magnetically coupled follower (C) with the graduated scale located within the environmentally sealed window (B).
The variable-area orifice design provides pressure differential and orifice displacements that are linearly proportional to fluid flow rate.
To see the Lake units in action and how the new calibration and scale markings are done, check out the YouTube clips.
To contact Control Components about Variable Area Flow Meters | AW-Lake use Get a quote.
Lake Monitors offers a rugged line of flow rate gauges, alarms/switches, transmitters and hydraulic system analysers. The basis for our product, the sharp-edged, variable-area, measurement method, provides accurate and repeatable flow rate measurements for both liquids and gases.
From April new manufacturing techniques at the Wisconsin facililty will see the Lake range of meters leap forward from their compeition, offering:
Benefits:
Flow Meter Operating Theory (refence picture above)
Enclosed within a high pressure casing (A), a high strength magnet (F) in tandem with the sharp-edged annular orifice disk (E) is pressed towards the zero flow rate position by a linear rate compression spring (G).
A tapered metering pin (D) is positioned concentrically within the annular orifice disk and provides a variable-area opening that increases by the square of linear displacement of the orifice disk.
Fluid flow creates a pressure differential across the orifice disk, pressing the magnet/orifice disk duo against the compression spring. Flow rate is read by aligning the magnetically coupled follower (C) with the graduated scale located within the environmentally sealed window (B).
The variable-area orifice design provides pressure differential and orifice displacements that are linearly proportional to fluid flow rate.
To see the Lake units in action and how the new calibration and scale markings are done, check out the YouTube clips.
To contact Control Components about Variable Area Flow Meters | AW-Lake use Get a quote.
Thanks for your help!
Sorry! Unable to submit your request at this time. Please try again later.
Report this product