Variable Area Flow Meter measures air, gases, and liquids.

Press Release Summary:




Constructed of polysulfone plastic, EZ-View is available to measure air, compressed gases, oil, and water. Product contains minimal moving parts and flow rate indicator. With accuracy within ±5% FS and repeatability within ±1%, meter operates in any position and does not require flow straighteners or special piping. Flow ranges vary from 2-25 gpm up to 10-100 gpm for liquids and 35-200 scfm up to 140-1000 scfm for gases.



Original Press Release:



Hedland® Expands EZ-View® Flow Meter Product Line



Racine, Wi., August, 2003: Hedland Flow Meters, the leader in flow measurement solutions, has expanded its EZ-View Variable Area Flow Meter product line. EZ-View is now available to measure air and other compressed gases in addition to the traditional line of oil and water flow meters. The newly enhanced EZ-View compliments Hedland's vast selection of flow monitoring equipment by offering a low cost alternative to monitoring flow. Constructed of high-impact polysulfone plastic, this simple variable area flow meter contains a minimum number of moving parts, offering a reliable, trouble-free flow rate indicator to monitor a wide range of liquids and gases.

Additional features include:
o Accuracy within ±5% of full scale
o Cost effective flow measurement solution
o Repeatability within ±1%
o Operates in any position
o Easy, low cost installation and maintenance
o No flow straighteners or special piping required

Furthermore, Hedland has engineered an EZ-View Flow Meter capable of fitting pipe sizes 1-½" and 2" besides the popular ½", ¾" and 1" models. The new larger units offer flow ranges of 2-25 GPM up to 10-100 GPM for liquids and 35-200 SCFM up to 140-1000 SCFM for gases.

For more information regarding EZ-View and other flow measurement solutions visit Hedland's website at: www.hedland.com or e-mail Hedland at: hedlandsales@racinefed.com. Factory trained customer service representatives are available to assist in the selection process.

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