Description
EPSISTEEM is used as primary elements in flow measurement of liquid and gas according to the differential pressure principle. EPSISTEEM flow meter with 5 holes combines a traditional single hole orifice plate with a flow conditioner. This means that straight pipe run up stream the flow meter can be reduced from 20 times inner pipe diameter to 5 times inner pipe diameter, which is crucial with limited space available.
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Design and calculation standards
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ISO 5167, ASME MFC-3M
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Sizes
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DN 50 - 400, 2" - 16"
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Pressure rating
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Up to PN 40, 300 lbs, higher pressure ratings on request
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Temperature
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Up to 400°C
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Mounting Style
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Between flanges according to DIN or ANSI standards
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Flange facing
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Flat face, raised face, DIN 2512 N, DIN 2513 R
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Overall length
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32 mm
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Material
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Stainless steel AISI 316, other materials on request.
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Accuracy
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± 1.2% accuracy
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Pressure loss
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Typical 150 mbar (value is given at full flow)
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Rangeability
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8:1
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Repeatability
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better than 0.1%
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Limits for Reynolds No
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Re > 5000
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Double flanged 3 or 5 way manifold
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Model ES1
The EPSISTEEM flow meter model ES3 consists of a primary element based
on the differential pressure principle with an all welded integrated condensing pot
arrangement, with transmitter mounting flange and the possibility to mount a 3 valve double flanged manifold
Model ES2
The EPSISTEEM flow meter model ES2 consists of a primary element based
on the differential pressure principle, an all welded construction with integrated condensing pot arragement with an integrated 3 valve manifold
Model ES5
The EPSISTEEM flow meter model ES2 consists of a primary element based
on the differential pressure principle, an all welded construction with integrated condensing pot arragement with an integrated 5 valve manifold
The EPSISTEEM flow meter can be mounted in a horizontal or vertical pipe. The condensing pot arrangement shall be mounted horizontally with the
outlet pointing downwards. To insure high accuracy of measurement, long straight pipe runs upstream from the flow meter is necessary. The required straight pipe run depends on the disturbance upstream. To maintain the 1,2% accuracy the minimum straight pipe run upstream shall be 14 x inner pipe diameter and 6 x downstream. If an additional inaccuracy of ½ % is acceptable the required straight pipe runs are reduced to half of the above values. Mass flow measurement of saturated steam is obtainable using EPSISTEEM with a multi variable differential pressure transmitter. Mass flow measurement of super heated steam : ask for EPSISTEEM-MAS mass flow meter data sheet.
