Measuring principle pitot's tube
Flow range for liquids up to 7200 Lt/min.
Process connection two pressure intakes
Temperature 70°C max
Maximum pressure up to 10 bar
The measurer FS-2007 is a Pitot tube tool used for measuring the fluid speed and founds his operation on the definition of total pressure. A Pitot tube is furnished in fact of two pressure intakes, one to the anterior extremity perpendicularly prepared to the tide (total intake) and one on the body of the tube tangentially prepared to the fluid (statics intake). In this case the Pitot tube is gotten in an unique piece of plexiglas.
The measurement is effectuated putting the tube in the tide of the fluid, where a perpendicular hole will practise preventively to the pipeline. The measurer is fixed with two metallic wrappers. A mediate plain gasket among the pipeline and the measurer avoid losses of pressure. The S-2007 is an innovative instrument to have the great ranges in a small space. The facility of maintenance increases the possibilities of employment. In fact to be employed in filtration, purification, presurization and fireproof plants.
- Employment: water
- Accuracy: +/- 10% FS
- Maximum operating pressure: 10 bar
- Maximum operating temperature: 70°C
- Structure: PMMA
- Float: stainless steel AISI 316
FS-2007 serie flowmeter should only be used on the size and type of pipe for which it was intended. Incorret use will result in in accurate readings and leakage problems.
Install the flowmeter with at least the minimum dimensions called for installation drawing.Carefully remove all burrs. Insert the pitot tube, with basket in place, into the drilled pipe. Tighten the clamps alternately, alittle at a time. Make certain the flow direction is towards the pitot tube opening.
The flowmeter body and all other parts can be cleaned by washing in a mild soap and water solutions. A soft bristle brush will simplify cleaning inside the meter body. Note the floats up position for re-assembly. We cannot guarantee our flowmters will not be damagedeither at or below the suggested limits simply because of many factors which influence meter integrity;stress resulting from meter misalignment, damage due to excessive vibration and/or deterioration caused by contact with certain chemicals as well as direct sunlight. These situations and other tend to reduce the strengthof the materials from which the meters are manufactured. Flowmeters are tested and calibrated only for water.