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Overview
Primary differential pressure devices are standardized mechanical flow sensors, often also referred to as differential pressure transducers. The primary differential pressure devices are calculated and manufactured according to EN ISO 5167. Through constriction of the line diameter in the pressure device, the flow rate creates a differential pressure that is converted with the help of a differential pressure transmitter into a proportional current signal or flow value. The assignment of differential pressure to flow is created by a calculation of the primary differential pressure device. Primary differential pressure devices are suitable for single-phase media such as gas, steam and liquids without solid components.
Benefits
* Suitable for universal use across the globe and widely accepted in all industries
* Very robust and can be used in a wide range of nominal diameters
* Suitable for high temperature and pressure ranges
* Low uncertainty of measurement
* No wet calibration required as they use an internationally standardized flow rate measurement procedure
* Differential pressure transmitter can be used over a long distance from the measuring location
* Differential pressure method is well known and has a large installed base
* SITRANS P differential pressure transmitter is easy to parameterize again if process data change. They are adapted by recalculating and assigning new parameters to the transmitter or, in case of an orifice plate with annular chamber, by using a new orifice plate.
* Very robust and can be used in a wide range of nominal diameters
* Suitable for high temperature and pressure ranges
* Low uncertainty of measurement
* No wet calibration required as they use an internationally standardized flow rate measurement procedure
* Differential pressure transmitter can be used over a long distance from the measuring location
* Differential pressure method is well known and has a large installed base
* SITRANS P differential pressure transmitter is easy to parameterize again if process data change. They are adapted by recalculating and assigning new parameters to the transmitter or, in case of an orifice plate with annular chamber, by using a new orifice plate.
Application
* Technical gases
* Compressed air
* Fresh and combustion air
* Steam/Heat quantities
* Heat transfer fluids
* Water
* Compressed air
* Fresh and combustion air
* Steam/Heat quantities
* Heat transfer fluids
* Water
Specification
|
item
|
value
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|
Warranty
|
1 Year
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|
Customized support
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OEM
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|
Place of Origin
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Germany
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Brand Name
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SIEMENS
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Model Number
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FSP200/FSP230
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Type
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Differential Pressure Flowmeter
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Accuracy
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Uncertainty at design flow: Typically 0.5% ... 1.2%
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|
Media
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Steam, liquids, gas
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Operating Pressure
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up to PN100
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Operating Temperature
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acc. EN1092-1 / ASME B16.5
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Installation
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Inlet: depends on B-coefficient;Outlet: depends on B-coefficient
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Design
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Acc. to ISO 5167 (2003) Acc. to PED 2014/68 EU
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Approvals
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Ex, SIL, ... acc. SITRANS P320
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Pressure Loss
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30 ... 80% of differential pressure
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Material Orifice Plate
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Stainless steel 1.4404/AISI 316L;Carbon steel
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Pipe Diameter
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DIN: DN 10 ... 600;ASME: 3/8" ... 24"
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