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- Thermodynamic_pump_testing abstract "Thermodynamic pump testing is a form of pump testing where only the temperature rise, power consumed, and differential pressure need to be measured to find the efficiency of a pump. These measurements are typically made with insertion temperature probes and pressure probes fitted to tapping points on the pump's inlet and outlet. From these measurements, the flow produced by a pump can be derived. The thermodynamic method was developed in the early 1960s, and since has been increasingly used. It is described in high precision hydraulic testing standards such as ISO 5198.The thermodynamic method is used for performance testing of pumps, flow meter calibration, system curve tests, and other applications. It is capable of achieving results with uncertainties of less than 1% in pump efficiency and less than 1.5% in flow while being able to test piping configurations where other conventional pump testing methods cannot provide accurate results.".
- Thermodynamic_pump_testing wikiPageID "21688586".
- Thermodynamic_pump_testing wikiPageLength "10032".
- Thermodynamic_pump_testing wikiPageOutDegree "18".
- Thermodynamic_pump_testing wikiPageRevisionID "669875991".
- Thermodynamic_pump_testing wikiPageWikiLink Axial_Pump.
- Thermodynamic_pump_testing wikiPageWikiLink Category:Pumps.
- Thermodynamic_pump_testing wikiPageWikiLink Central_Electricity_Generating_Board.
- Thermodynamic_pump_testing wikiPageWikiLink Centrifugal_Fan.
- Thermodynamic_pump_testing wikiPageWikiLink Centrifugal_Pump.
- Thermodynamic_pump_testing wikiPageWikiLink Centrifugal_fan.
- Thermodynamic_pump_testing wikiPageWikiLink Centrifugal_pump.
- Thermodynamic_pump_testing wikiPageWikiLink Ebara.
- Thermodynamic_pump_testing wikiPageWikiLink Ebara_Corporation.
- Thermodynamic_pump_testing wikiPageWikiLink Flow_Measurement.
- Thermodynamic_pump_testing wikiPageWikiLink Flowserve.
- Thermodynamic_pump_testing wikiPageWikiLink National_Engineering_Laboratory.
- Thermodynamic_pump_testing wikiPageWikiLink Pump.
- Thermodynamic_pump_testing wikiPageWikiLink Pump_testing.
- Thermodynamic_pump_testing wikiPageWikiLink Sulzer_(manufacturer).
- Thermodynamic_pump_testing wikiPageWikiLink Turbine.
- Thermodynamic_pump_testing wikiPageWikiLink University_of_Exeter.
- Thermodynamic_pump_testing wikiPageWikiLink University_of_Glasgow.
- Thermodynamic_pump_testing wikiPageWikiLink University_of_Strathclyde.
- Thermodynamic_pump_testing wikiPageWikiLink Wastewater.
- Thermodynamic_pump_testing wikiPageWikiLink Water_Supply.
- Thermodynamic_pump_testing wikiPageWikiLinkText "Thermodynamic pump testing".
- Thermodynamic_pump_testing hasPhotoCollection Thermodynamic_pump_testing.
- Thermodynamic_pump_testing wikiPageUsesTemplate Template:Reflist.
- Thermodynamic_pump_testing subject Category:Pumps.
- Thermodynamic_pump_testing hypernym Form.
- Thermodynamic_pump_testing type Article.
- Thermodynamic_pump_testing type Article.
- Thermodynamic_pump_testing type Dynamic.
- Thermodynamic_pump_testing type Hydraulic.
- Thermodynamic_pump_testing type Machine.
- Thermodynamic_pump_testing comment "Thermodynamic pump testing is a form of pump testing where only the temperature rise, power consumed, and differential pressure need to be measured to find the efficiency of a pump. These measurements are typically made with insertion temperature probes and pressure probes fitted to tapping points on the pump's inlet and outlet. From these measurements, the flow produced by a pump can be derived. The thermodynamic method was developed in the early 1960s, and since has been increasingly used.".
- Thermodynamic_pump_testing label "Thermodynamic pump testing".
- Thermodynamic_pump_testing sameAs m.05mwmqh.
- Thermodynamic_pump_testing sameAs Q7783164.
- Thermodynamic_pump_testing sameAs Q7783164.
- Thermodynamic_pump_testing wasDerivedFrom Thermodynamic_pump_testing?oldid=669875991.
- Thermodynamic_pump_testing isPrimaryTopicOf Thermodynamic_pump_testing.