centrifugal pump
CFIHOS
TagAndEquipmentClass
ID: CFIHOS-30000521
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Hierarchy
Broader / Parent
- pump CFIHOS
Properties / Attributes (316)
| Name | Data Type | Unit / Valid values | Required | Definition |
|---|---|---|---|---|
| accelerometers mounting location | Text |
— | Optional | Specify the required mounting locations for the accelerometers. |
| accelerometers requirement | Text |
— | Optional | Specify if accelerometers are required.. |
| additional central flush port | Text |
— | Optional | Specify if an additional, centrally located, flush port on the top of the mechanical seal gland plate is required.. |
| additional components positive material identification tested | Text |
— | Optional | Specify the additional components to be subjected to positive material identification (PMI) testing. |
| additional sub-surface ultrasonic or radiographic examination | Text |
— | Optional | Specify the type of sub-surface examination required for the components to be subjected to additional surface/sub-surface examination. |
| additional surface magnetic particle or liquid penetrant examination | Text |
— | Optional | Specify the type of surface examination required for components to be subjected to additional surface/sub-surface examination. |
| additional surface/sub-surface examination | Text |
— | Optional | Specify if any additional surface/sub-surface examination is required. |
| additional surface/sub-surface examination components | Text |
— | Optional | Specify the components to be subjected to additional surface/sub-surface examination. |
| alternate flow positive suction head available | Number |
metre | Optional | NPSHA that is available for a particular pumping system at alternate flow condition. |
| alternate operating temperature | Number |
degree celsius | Optional | The temperature at an alternate case at which a functional or physical object is expected to operate. |
| alternate operating volume flow rate | Number |
cubic metre per hour | Optional | A volume flow rate that is the alternate conditions volume flow rate at which a functional or physical object is expected to operate. |
| alternative design differential pressure | Number |
bar | Optional | The differential pressure at which a functional or physical object is designed for in alternate conditions. |
| alternative operating differential head pressure | Number |
bar | Optional | The rated differential pressure head at which a functional or physical object is expected to operate in alternate conditions. |
| alternative operating pressure | Number |
bar | Optional | The rated pressure at which a functional or physical object is expected to operate in alternate conditions. |
| API Standard 682 data sheet attached | Text |
— | Optional | Specify if an API Standard 682 mechanical seal data sheet is required for the proposed pump. |
| API Standard 682 mechanical seal code | Text |
— | Optional | Specify the API Standard 682 mechanical seal code required for the proposed pump. |
| applicable to | Text |
— | Optional | Specify the procurement status of the data sheet. |
| auxiliary process-liquid lines, fittings and other connections to casing, including seal plans material | Text |
— | Optional | Specify the auxiliary process-liquid lines, fittings and other connections to casing, including seal plans materials of construction required. |
| auxiliary process-liquid piping construction | Text |
— | Optional | Specify the proposed pump auxiliary process-liquid piping construction required. |
| average ambient operating pressure at equipment location | Number |
bar absolute | Optional | The average ambient pressure at the plant's location. |
| bearing housing cooling method | Text |
— | Optional | Specify the pump bearing housing cooling method required. |
| bearing lubrication lines material | Text |
— | Optional | The material from which the bearing lubrication lines is constructed. |
| bearing lubrication method | Text |
— | Optional | Specify the lubrication method for the proposed pump bearings. |
| bearing lubrication specification | Text |
— | Optional | Is a specification which describes the bearing lubricant. |
| bearing retainer or spider material | Text |
— | Optional | The material from which the bearing retainer or spider is constructed. |
| bellmouth/suction cover material | Text |
— | Optional | The material from which the bellmouth/suction cover is constructed. |
| bowl bearing material | Text |
— | Optional | The material from which the bowl bearing is constructed. |
| bowl shaft material | Text |
— | Optional | The material from which the bowl shaft is constructed. |
| bowl/casing material | Text |
— | Optional | The material from which the bowl/casing is constructed. |
| case and case cover material | Text |
— | Optional | The material from which the case and case cover is constructed. |
| case wear ring material | Text |
— | Optional | The material from which the case wear ring is constructed. |
| chloride concentration | Number |
part per million | Optional | Specifies the level of chloride in the liquid. |
| component balance to ISO 21940-11, Grade G1.0 | Text |
— | Optional | Specify whether the proposed pump rotating components are required to be dynamically balanced to ISO 21940-11, Grade G1.0. |
| conformity assessment system level | Text |
— | Optional | The Conformity Assessment System (CAS) class letter in accordance with IOGP specification and obligatory requirements. |
| cooling water piping plan | Text |
— | Optional | Specify the pump cooling water plan required. Refer to Annex B for piping plans. |
| cooling water type | Text |
— | Optional | The type or quality of the required cooling water. |
| corrosion due to | Text |
— | Optional | Description of the cause of the expected corrosion. |
| country region | Text |
— | Optional | Geographic location of the project within a country which will determine the applicability of local regulatory requirements. |
| density | Number |
DENSI | Optional | The mass per unit volume of an object or a fluid |
| design approval prior to fabrication | Text |
— | Optional | Specify if design approval prior to fabrication is required for the proposed equipment or part of equipment. |
| design specification | Text |
— | Optional | A specification according to which an item is intended to be designed |
| diffuser material | Text |
— | Optional | The material from which the diffuser is constructed. |
| discharge column material | Text |
— | Optional | The material from which the discharge column is constructed. |
| discharge elbow and pipe material | Text |
— | Optional | The material from which the discharge elbow and pipe is constructed. |
| discharge head material | Text |
— | Optional | The material from which the discharge head is constructed. |
| discharge nozzle position | Text |
— | Optional | Specify the discharge nozzle flange position. |
| drain valve supplied by | Text |
— | Optional | Specify who is responsible for supplying the drain valve. |
| driver type | Text |
— | Optional | A general description of the device that produces the mechanical or electrical power that runs the equipment. For example diesel engine, electric motor, gas turbine etc. |
| elevation over mean sea level | Number |
metre | Optional | Plant elevation over mean sea level. |
| environmental location | Text |
— | Optional | The environmental installation location of the equipment. |
| erosion due to | Text |
— | Optional | Description of the cause of the expected erosion. |
| explosion protection gas group | Text |
— | Optional | Specify the gas group classification of the physical object in accordance with IEC/EN 60079-20 |
| explosion protection temperature class | Text |
— | Optional | Specify the temperature classification of the physical object in accordance with CENELEC EN50014 |
| explosion protection zone | Text |
— | Optional | Specify the hazardous zone in which the functional or physical object is expected to operate. |
| explosion rated item | Boolean |
— | Optional | An indicator that an equipment has been classified as safe for use in hazardous areas |
| flat surface provision for mounting accelerometers only | Text |
— | Optional | Specify if only flat surfaces for mounting portable magnetic type accelerometers are required. |
| flat surface provision for mounting vibration probes only | Text |
— | Optional | Specify if only flat surface provision for mounting portable magnetic type vibration proximity probes are required. |
| floating applications motion design criteria | Text |
— | Optional | Specify the metocean and floating facility data of the location where the equipment will be installed. |
| fluid name | Text |
— | Optional | The name of the product in liquid or gas phase. |
| fouling factor | Text |
— | Optional | The amount of fouling in the liquid. |
| grade (underside of pump mounting plate or top of foundation) elevation | Text |
inch | Optional | Specify the grade (underside of pump mounting plate or top of foundation) elevation at which the proposed pump is to be installed. |
| grease grade | Text |
— | Optional | Is a specification which describes the lubricant grease grade. |
| grease type | Text |
— | Optional | Is a specification which describes the lubricant grease type. |
| H2S concentration | Number |
part per million | Optional | Specifies the level of H2S in the fluid. |
| hardened sleeves under line shaft bearings | Text |
— | Optional | Specify if hardened sleeves under line shaft bearings are required. |
| hardness testing of parts, welds and heat-affected zones | Text |
— | Optional | Specify is hardness testing of parts, welds and heat-affected zones is required. |
| hazardous area certification standard | Text |
— | Optional | The standard used to Specify hazardous areas. |
| head column material | Text |
— | Optional | The material from which the head column is constructed. |
| heat tracing | Boolean |
— | Optional | Tracing by supply of heat |
| heat tracing and insulation location | Text |
— | Optional | Specify where heat tracing and insulation is to be applied. |
| heat tracing supplied by | Text |
— | Optional | Specify who is responsible for supplying heat tracing. |
| heating jacket required | Text |
— | Optional | Specify if a heating jacket is required.. |
| heating tracing specification | Text |
— | Optional | Is a specification which describes the heating tracing. |
| ignition hazard assessment | Text |
— | Optional | Specify if ignition hazard assessment is required. |
| immersed | Boolean |
— | Optional | Specify if the functional or physical object can be immersed or not. |
| impeller material | Text |
— | Optional | The material from which the impeller is constructed. |
| impeller type | Text |
— | Optional | Specify the pump impeller type. |
| impeller wear component hardness | Text |
— | Optional | The hardness of the material from which the impeller wear component is constructed. |
| impeller wear component material | Text |
— | Optional | The material from which the impeller wear component is constructed. |
| impeller wear component type | Text |
— | Optional | Specify the impeller wear component type required for the proposed pump. |
| individual pump flow control | Boolean |
— | Optional | Specify if the pump has an individual flow control. |
| inducer material | Text |
— | Optional | The material from which the inducer is constructed. |
| inlet flange facing | Text |
— | Optional | Specify the inlet flange facing. |
| inlet flange rating | Text |
— | Optional | Is a possessed aspect being a design pressure of a flange. |
| instantaneous start up requirement | Text |
— | Optional | Specify whether instantaneous start-up is required. |
| insulation required | Boolean |
— | Optional | Specify if insulation is required or not. |
| insulation specification | Text |
— | Optional | Is a specification which describes the insulation. |
| insulation supplied by | Text |
— | Optional | Specify who is responsible for supplying insulation. |
| line shaft bearing lube | Text |
— | Optional | Specify the type of line shaft bearing lubrication required. |
| line shaft bearing material | Text |
— | Optional | The material from which the line shaft bearing is constructed. |
| line shaft configuration | Text |
— | Optional | Specify the line shaft configuration required. |
| line shaft connection | Text |
— | Optional | Specify the type of line shaft connection required. |
| line shaft hard facing material | Text |
— | Optional | The material from which the line shaft hard facing is constructed. |
| line shaft material | Text |
— | Optional | The material from which the line shaft is constructed. |
| line shaft sleeves material | Text |
— | Optional | The material from which the line shaft sleeve is constructed. |
| liquid name | Text |
— | Optional | The name of the product in liquid phase. |
| liquid type | Text |
— | Optional | Specify the liquid characteristics. |
| location heated or unheated | Text |
— | Optional | Specify if the location heated or unheated. |
| location in or outdoor | Text |
— | Optional | The equipment location and climate condition. |
| location mounting | Text |
— | Optional | Specify the level at which the equipment will be installed. |
| location sunlight protection | Text |
— | Optional | The equipment's protection to sunlight exposure. |
| low liquid level elevation | Number |
millimetre | Optional | Specify the process liquid low level elevation. |
| lower limit ambient operating temperature | Number |
degree celsius | Optional | The temperature which is the lowest ambient temperature at which a functional or physical object is expected to operate. |
| lower limit design temperature | Number |
degree celsius | Optional | The lowest temperature at which a functional or physical object is designed. |
| lower limit dynamic sealing pressure | Number |
bar gauge | Optional | The lowest dynamic viscosity of the fluid in liquid phase at which a functional or physical object is expected to operate normally. |
| lower limit flow net positive suction head available | Number |
metre | Optional | NPSHA that is available for a particular pumping system at lowest flow condition. |
| lower limit liquid density | Number |
kilogram per cubic metre | Optional | A liquid density which is the lowest density at which a functional or physical object is expected to operate. |
| lower limit operating heating steam pressure | Number |
bar gauge | Optional | The pressure which is the lowest heating steam pressure at which a functional or physical object is expected to operate. |
| lower limit operating heating steam temperature | Number |
degree celsius | Optional | The temperature which is the lowest heating steam temperature at which a functional or physical object is expected to operate. |
| lower limit operating inlet pressure | Number |
PRESS | Optional | The pressure which is the lowest pressure at which a functional or physical object is expected to operate at its inlet connection. |
| lower limit operating instrument air pressure | Number |
bar gauge | Optional | The pressure which is the lowest instrument air pressure at which a functional or physical object is expected to operate. |
| lower limit operating liquid dynamic viscosity | Number |
centipoise | Optional | The lowest dynamic viscosity of the fluid in liquid phase at which a functional or physical object is expected to operate normally. |
| lower limit operating outlet pressure | Number |
PRESS | Optional | The pressure which is the lowest pressure at which a functional or physical object is expected to operate at its outlet connection. |
| lower limit operating suction pressure | Number |
bar | Optional | The suction pressure which is the lowest pressure at which a functional or physical object is expected to operate. |
| lower limit operating temperature | Number |
degree celsius | Optional | A temperature that is the lowest temperature at which a functional or physical object is expected to operate. |
| lower limit operating volume flow rate | Number |
cubic metre per hour | Optional | A volume flow rate that is the lowest volume flow rate at which a functional or physical object is expected to operate. |
| lower limit seal design temperature | Number |
degree celsius | Optional | The lowest dynamic viscosity of the fluid in liquid phase at which a functional or physical object is expected to operate normally. |
| lower limit site ambient temperature | Number |
degree celsius | Optional | The temperature which is the lowest ambient temperature at the site where the physical object is expected to operate. |
| lower limit site relative humidity | Number |
percent | Optional | The humidity which is the lowest relative humidity at the site where the physical object is expected to operate. |
| lower limit specific heat | Number |
SPHCAP | Optional | The lower specific heat limit that describes how much energy is needed to change the temperature of a material. |
| lower limit static sealing pressure | Number |
bar gauge | Optional | The lowest dynamic viscosity of the fluid in liquid phase at which a functional or physical object is expected to operate normally. |
| lower limit vapour pressure | Number |
bar absolute | Optional | A vapour pressure which is the lowest vapour pressure at which a functional or physical object is expected to operate. |
| lower upper operating instrument air pressure | Number |
bar gauge | Optional | The pressure which is the highest instrument air pressure at which a functional or physical object is expected to operate. |
| machined and studded connections | Text |
— | Optional | Specify whether machined and studded connections are required for the proposed pump casing. |
| material hardness standard | Text |
— | Optional | Specify the applicable material hardness standard. |
| minimum design metal temperature | Number |
degree celsius | Optional | Is a temperature that is the lowest at which a significant load can be applied. Typically applied to a pressure vessel. Defined by the ASME Code, Section VIII, Division 1, paragraph UG-20 (see Section 3). |
| monitors and cables supplied by | Text |
— | Optional | Specify who is responsible for supplying and installing vibration and temperature instrument monitors and cables. |
| net positive suction head available | Number |
metre | Optional | NPSH for a particular pumping system at a certain flow rate and temperature. |
| nonwetted pressure-retaining fasteners material | Text |
— | Optional | The material from which the nonwetted pressure-retaining fastener is constructed. |
| normal flow net positive suction head available | Number |
metre | Optional | NPSHA that is available for a particular pumping system at normal flow condition. |
| normal operating dynamic viscosity | Number |
centipoise | Optional | The dynamic viscosity at which a functional or physical object is expected to operate normally. |
| normal operating inlet pressure | Number |
bar absolute | Optional | An inlet pressure at which a functional or physical object is expected to operate normally. |
| normal operating inlet temperature | Number |
degree celsius | Optional | The temperature at which a functional or physical object is expected to operate normally at its inlet connection. |
| normal operating outlet pressure | Number |
bar absolute | Optional | The pressure at which a functional or physical object is expected to operate normally at its outlet connection. |
| normal operating suction pressure | Number |
bar | Optional | The normal suction pressure at which a functional or physical object is expected to operate. |
| normal operating temperature | Number |
degree celsius | Optional | A temperature at which a functional or physical object is expected to operate normally. |
| normal operating volume flow rate | Number |
VOLFLO | Optional | The volume flow rate at which a functional or physical object is expected to operate normally. |
| normal specific heat | Number |
SPHCAP | Optional | The specific heat limit that describes how much energy is needed to change the temperature of a material. |
| normal volume flow rate | Number |
cubic metre per hour | Optional | A volume flow rate a functional or physical object is designed to deliver under normal conditions. |
| nozzle load | Text |
— | Optional | The net forces and moments exerted on equipment nozzle. |
| NPSHA available at 120% of rated flow | Number |
metre | Optional | NPSHA that is available for a particular pumping system at 120% of rated flow condition. |
| NPSHA datum | Text |
— | Optional | Specify the reference datum for the pump suction conditions, including NPSH3. |
| NPSHa-NPSH3 margin at rated flow | Number |
metre | Optional | The net positive suction head available at rated flow minus the NPSH3; the net positive suction head available to a pump under test at a the rated flow when the pump head is decreased by 3 percent as a result of cavitation caused by a decreasing available suction head. |
| NPSHa-NPSH3 margin in allowable operating region | Number |
metre | Optional | The net positive suction head in the operating range of flow minus the NPSH3; the net positive suction head available to a pump under test at a the operating range of flow when the pump head is decreased by 3 percent as a result of cavitation caused by a decreasing available suction head. |
| number of accelerometers | Number |
piece | Optional | Specify the number of accelerometers required. |
| number of electrical phases | Number |
piece | Optional | The number of phases in an electrical distribution system. |
| number of starts | Number |
per hour | Optional | The number of starts of the machine per unit of time. |
| number of temperature probes per radial bearing | Number |
piece | Optional | Specify the number of temperature probes per radial bearing required. |
| number of units required | Number |
piece | Optional | Specify the number of units required. |
| number of vibration probes per radial bearing | Number |
piece | Optional | Specify the number of vibration proximity probes per radial bearing required. |
| OH3 back-pullout lifting device required | Text |
— | Optional | Specify if device for back-pullout and lifting of a OH3 type pump is required. |
| oil mist reclassifiers supplied by | Text |
— | Optional | Specify who is responsible for supplying oil mist directional reclassifiers for the proposed pump. |
| oil viscosity ISO grade | Text |
— | Optional | Specify the oil viscosity ISO grade. |
| one-event-per-revolution probe (key phasor) | Text |
— | Optional | Specify if a one-event-per-revolution probe (key phasor) is required. |
| operation continuous intermittent | Text |
— | Optional | Specifies if the equipment is working continuously or in an intermittent way. |
| operation single/parallel | Text |
— | Optional | Specifies if the equipment is working alone or with similar equipment in parallel. |
| orientation | Text |
— | Optional | The mount position of an equipment such as horizontal, vertical or submerged |
| outlet flange facing | Text |
— | Optional | Specify the outlet flange facing. |
| outlet flange rating | Text |
— | Optional | Is a possessed aspect being a design pressure of a flange. |
| particle concentration | Number |
part per million | Optional | Average solid particle concentration in fluid. |
| particle size | Number |
micrometre | Optional | Average solid particle size in fluid. |
| process wetted fasteners material | Text |
— | Optional | The material from which the process wetted fasteners is constructed. |
| provision for mounting temperature probes only | Text |
— | Optional | Specify if only provision for mounting temperature probes is required. |
| pump baseplate mounting | Text |
— | Optional | Specify the required baseplate mounting for the proposed pump. |
| pump baseplate sized to accommodate seal piping systems | Text |
— | Optional | Specify if the proposed pump baseplate is required to be sized to accommodate seal piping systems. |
| pump baseplate type | Text |
— | Optional | Specify the required baseplate type for the proposed pump. |
| pump bowl maximum allowable working pressure | Number |
bar gauge | Optional | The pump bowl MAWP. |
| pump casing type | Text |
— | Optional | The type and shape of the casing. |
| pump column maximum allowable working pressure | Number |
bar gauge | Optional | The pump column MAWP. |
| pump construction material | Text |
— | Optional | Specify the material from which the pump is constructed according to API 610, Table H.1. |
| pump discharge head maximum allowable working pressure | Number |
bar gauge | Optional | The pump discharge head MAWP. |
| pump impact test | Text |
— | Optional | Specify the impact test standard required for the proposed pump. |
| pump material inspection requirement | Text |
— | Optional | Specify the material inspection requirements for the proposed pump. |
| pump mechanical seal primary plan | Text |
— | Optional | Specify the mechanical seal primary piping plan required for the proposed pump. |
| pump mechanical seal primary plan construction | Text |
— | Optional | Specify the mechanical seal primary piping plan construction required for the proposed pump. |
| pump mechanical seal secondary piping plan | Text |
— | Optional | Specify the mechanical seal secondary piping plan required for the proposed pump. |
| pump mounting method | Text |
— | Optional | The way the pump is mounted. |
| pump operation type | Text |
— | Optional | Specify the pump operational mode. |
| pump service type | Text |
— | Optional | Continuous or Intermittent service. |
| pump start-up mode | Text |
— | Optional | Specify the pump start-up mode. |
| pump suction barrel or can maximum allowable working pressure | Number |
bar gauge | Optional | The pump suction barrel or can MAWP. |
| pump thrust bearing location | Text |
— | Optional | Specify the location for the thrust bearing. |
| pump type | Text |
— | Optional | The pump type selected on a pump's specification sheet |
| purpose of insulation | Text |
— | Optional | Specify the purpose of insulation. |
| radial bearing type | Text |
— | Optional | Specify the driver radial bearing type. |
| rated discharge pressure | Number |
bar | Optional | The discharge pressure to which an installed item is rated. |
| rated flow net positive suction head available | Number |
metre | Optional | NPSHA that is available for a particular pumping system at rated flow condition. |
| rated frequency | Number |
hertz | Optional | An electrical frequency of a machine at rated output |
| rated hydraulic power | Number |
horsepower | Optional | The rated power that the pumping action takes. |
| rated input voltage | Number |
volt | Optional | Input voltage for which the equipment is constructed |
| rated operating differential head pressure | Number |
bar | Optional | The differential pressure at which a functional or physical object is expected to operate normally. |
| rated operating differential pressure | Number |
bar | Optional | The rated differential pressure at which a functional or physical object is expected to operate. |
| rated operating suction pressure | Number |
bar | Optional | The rated suction pressure at which a functional or physical object is expected to operate. |
| rated operating temperature | Number |
degree celsius | Optional | The rated temperature at which a functional or physical object is expected to operate. |
| rated relative density | Number |
kilogram per cubic metre | Optional | The rated ratio of the density (mass of a unit volume) of a substance to the density of a given reference material. |
| rated speed | Number |
revolution per minute | Optional | The rotational speed a functional or physical object is designed to deliver under specified conditions. |
| rated volume flow rate | Number |
cubic metre per hour | Optional | A volume flow rate a functional or physical object is designed to deliver at specified conditions. |
| reduced-hardness materials | Text |
— | Optional | Specify if reduced-hardness materials are required. |
| repair and heat treatment records | Text |
— | Optional | Specify whether the vendor is required to keep repair and heat treatment records. |
| review and acceptance of thrust bearing size | Text |
— | Optional | Specify if the trust bearing size for the proposed pump is required to be reviewed and accepted. Applicable to API pump types BB1, BB2 and BB3. |
| rolling element bearing life calculations | Text |
— | Optional | Specify if the rolling element bearing life calculations are required for the bearing arrangement. |
| shaft enclosing tube material | Text |
— | Optional | The material from which the shaft enclosing tube is constructed. |
| shaft flexibility index reported by vendor | Text |
— | Optional | Specify if the shaft flexibility index (SFI) is to be reported by vendor. |
| shaft material | Text |
— | Optional | The material from which the shaft is constructed. |
| shrink fit limited movement impellers | Text |
— | Optional | Specify if shrink fit limited movement impellers are required. |
| special coating requirement for impellers and other wetted parts | Text |
— | Optional | Specify if special coating for impellers and other wetted parts are required. |
| special weather protection | Text |
— | Optional | Required weather protection like roof or winterization. |
| stainless steel plate, thickness 0.2 in. (5 mm) minimum, under all pump feet | Text |
— | Optional | Specify if stainless steel plates, thickness 0.2 in. (5 mm) minimum, under all pump feet are required for the proposed pump. |
| strainer material | Text |
— | Optional | The material from which the strainer is constructed. |
| strainer type | Text |
— | Optional | Specify the strainer type. |
| suction barrel/can material | Text |
— | Optional | The material from which the suction barrel/can is constructed. |
| suction nozzle position | Text |
— | Optional | Specify the suction nozzle flange position. |
| sump diameter | Number |
millimetre | Optional | Specify the diameter of the sump in which the proposed pump will be installed. |
| sump floor elevation | Number |
millimetre | Optional | Specify the sump floor elevation. |
| temperature gauges requirements | Text |
— | Optional | Specify if temperature gauges are required. |
| temperature probe mounting location | Text |
— | Optional | Specify the required mounting locations for the temperature probes. |
| temperature probe requirement | Text |
— | Optional | Specify if temperature probes are required. |
| test medium | Text |
— | Optional | The medium used for testing purpose. |
| test pressure | Number |
bar gauge | Optional | A pressure to which an object should be subjected to test for leakage and structural integrity. |
| thermal insulation class | Text |
— | Optional | The class of electrical insulation used by a physical object. |
| thread specification | Text |
— | Optional | Is a specification which describes the threads. |
| threaded provision for mounting accelerometers only | Text |
— | Optional | Specify if only threaded provision for mounting accelerometers is required. |
| threaded provision for mounting vibration probe only | Text |
— | Optional | Specify if only threaded provision for mounting vibration proximity probes is required. |
| thrust bearing type | Text |
— | Optional | Specify the thrust bearing type. |
| total dissolved salts | Number |
part per million | Optional | The amount of dissolved salts. |
| type of level control | Text |
— | Optional | Specify the type of level control required. |
| unusual service conditions | Text |
— | Optional | Specify if unusual service conditions not covered in purchase order documents apply. |
| upper limit allowable sound pressure level | Number |
decibel | Optional | The highest allowable acoustic wave strength, which is the local pressure deviation from the ambient (average or equilibrium) atmospheric pressure, caused by a sound wave. |
| upper limit ambient operating temperature | Number |
degree celsius | Optional | The temperature which is the highest ambient temperature at which a functional or physical object is expected to operate. |
| upper limit design cooling water inlet pressure | Number |
bar gauge | Optional | The pressure which is the highest cooling water inlet pressure at which a functional or physical object is designed for. |
| upper limit design cooling water inlet temperature | Number |
degree celsius | Optional | The temperature which is the highest cooling water inlet temperature at which a functional or physical object is designed for. |
| upper limit design cooling water pressure | Number |
bar gauge | Optional | The pressure which is the highest cooling water pressure at which a functional or physical object is designed for. |
| upper limit design pressure | Number |
bar gauge | Optional | The highest pressure at which a functional or physical object is designed for. |
| upper limit design temperature | Number |
degree celsius | Optional | The highest temperature at which a functional or physical object is designed. |
| upper limit dynamic sealing pressure | Number |
bar gauge | Optional | The highest dynamic sealing pressure at which a functional or physical object is expected to operate normally. |
| upper limit flow net positive suction head available | Number |
metre | Optional | NPSHA that is available for a particular pumping system at highest flow condition. |
| upper limit liquid density | Number |
kilogram per cubic metre | Optional | A liquid density which is the highest density at which a functional or physical object is expected to operate. |
| upper limit operating cooling water inlet temperature | Number |
degree celsius | Optional | The temperature which is the highest cooling water inlet temperature at which a functional or physical object is expected to operate. |
| upper limit operating discharge pressure | Number |
bar | Optional | The discharge pressure which is the highest pressure at which a functional or physical object is expected to operate. |
| upper limit operating heating steam pressure | Number |
bar gauge | Optional | The pressure which is the highest heating steam pressure at which a functional or physical object is expected to operate. |
| upper limit operating heating steam temperature | Number |
degree celsius | Optional | The temperature which is the highest heating steam temperature at which a functional or physical object is expected to operate. |
| upper limit operating inlet pressure | Number |
bar absolute | Optional | The pressure which is the highest pressure at which a functional or physical object is expected to operate at its inlet connection. |
| upper limit operating liquid dynamic viscosity | Number |
centipoise | Optional | The highest dynamic viscosity of the fluid in liquid phase at which a functional or physical object is expected to operate normally. |
| upper limit operating outlet pressure | Number |
PRESS | Optional | The pressure which is the highest pressure at which a functional or physical object is expected to operate at its outlet connection. |
| upper limit operating pressure | Number |
bar gauge | Optional | A pressure which is the highest pressure at which a functional or physical object is expected to operate. |
| upper limit operating suction pressure | Number |
bar | Optional | The pressure which is the highest pressure at which a functional or physical object is expected to operate at its inlet connection. |
| upper limit operating temperature | Number |
degree celsius | Optional | A temperature that is the highest temperature at which a functional or physical object is expected to operate. |
| upper limit operating volume flow rate | Number |
cubic metre per hour | Optional | A volume flow rate that is the highest volume flow rate at which a functional or physical object is expected to operate. |
| upper limit relative humidity | Number |
percent | Optional | The highest relative humidity at which a functional or physical object is designed for. |
| upper limit seal design temperature | Number |
degree celsius | Optional | The highest seal design temperature at which a functional or physical object is expected to operate normally. |
| upper limit site ambient temperature | Number |
degree celsius | Optional | The temperature which is the highest ambient temperature at the site where the physical object is expected to operate. |
| upper limit sound power level | Number |
decibel | Optional | The highest sound pressure level at which a functional or physical object is designed. |
| upper limit specific heat | Number |
SPHCAP | Optional | The upper specific heat limit that describes how much energy is needed to change the temperature of a material. |
| upper limit static sealing pressure | Number |
bar gauge | Optional | The highest static sealing pressure at which a functional or physical object is expected to operate normally. |
| upper limit vapour pressure | Number |
bar absolute | Optional | A vapour pressure which is the highest vapour pressure at which a functional or physical object is expected to operate. |
| vapour pressure at rated temperature | Number |
bar absolute | Optional | The vapour pressure rated temperature to which an installed item is rated. |
| vent valve supplied by | Text |
— | Optional | Specify who is responsible for supplying the vent valve. |
| vibration probes mounting location | Text |
— | Optional | Specify the required mounting locations for the vibration proximity probes. |
| vibration probes requirement | Text |
— | Optional | Specify if vibration proximity probes are required. |
| wear parts hardnesses | Text |
— | Optional | The hardness of the material from which the wear parts is constructed. |
| API baseplate number | Text |
— | Optional | Specify the API baseplate number for the proposed pump. |
| ATEX category | Text |
— | Optional | Specify in which category the physical object is divided in accordance with the directive 94/9/EC. |
| ATEX explosive atmosphere | Text |
— | Optional | Specify in which explosive atmosphere the physical object is divided in accordance with the directive 94/9/EC. |
| ATEX group | Text |
— | Optional | Specify in which group the physical object is divided in accordance with the directive 94/9/EC. |
| bearing lubrication | Text |
— | Optional | The method of lubrication of the bearings. |
| direction of rotation | Text |
— | Optional | Specify the direction of rotation of the functional or physical object. |
| drain nominal size | Number |
millimetre | Optional | The nominal size of the drain. |
| dry weight | Number |
kilogram | Optional | A weight of an object excluding any operating or process fluids. |
| efficiency | Number |
percent | Optional | Ratio of an output power to an input power |
| end of allowable operating flow region | Number |
cubic metre per hour | Optional | The end of the range of allowable flow in operating conditions. |
| end of operating flow region | Number |
cubic metre per hour | Optional | The end of the range of flow in operating conditions. |
| explosion protection concept | Text |
— | Optional | Specify the identification of electrical equipment's explosion protection and type of ignition protection in accordance with IEC/EN 60079-0. |
| explosion protection examination certificate number | Text |
— | Optional | The examination certificate number for the physical object issued by a notified body. |
| explosion protection material group | Text |
— | Optional | Specify for purposes of testing, approval, and area classification, various air mixtures (not oxygen-enriched) grouped in accordance with 500.6(A) and (B). |
| explosion protection notified body | Text |
— | Optional | The name of the nationally accredited approval body that has issued the examination certificate for the physical object. |
| grade to first stage impeller centerline dimension | Number |
millimetre | Optional | Specify the grade to the proposed pump first stage impeller centerline dimension. |
| grade to liquid minimum submergence level dimension | Number |
millimetre | Optional | Specify the grade to pump process liquid minimum submergence level dimension. |
| grade to top of pump discharge connection dimension | Number |
millimetre | Optional | Specify the grade to top of proposed pump discharge connection dimension. |
| heating medium | Text |
— | Optional | Specify the heating medium. |
| impeller diameter | Number |
millimetre | Optional | The size of the impeller in a rotating machinery |
| ingress protection | Text |
— | Optional | Specify the degree of ingress protection for the physical object in accordance with IEC/EN 50629 or NEMA, UL and CSA type rating. |
| inlet flange size | Number |
millimetre | Optional | Is a diameter by which a quantitative diameter is referred to. Typically a standardized value with defined tolerances. |
| line shaft bearing quantity | Number |
piece | Optional | Specify the quantity of line shaft bearings required. |
| lower limit allowable temperature | Number |
TEMP | Optional | The temperature which is the lowest allowed. |
| lower limit diameter | Number |
millimetre | Optional | The designed intercept made by the circumference on a straight line through the centre of a circle. |
| lower limit stable flow | Number |
cubic metre per hour | Optional | Minimum flow that can be sustained stably. |
| lower limit thermal mass flow | Number |
cubic metre per hour | Optional | Minimum mass flow measured by a thermal mass flow element. |
| net positive suction head required | Number |
LENGTH | Optional | Minimum NPIP required by the pump to achieve the required performance with the specified fluid at any specified point, as determined by Vendor. NPIP shall always include acceleration losses. |
| NPSH3 at 120 % of flow | Number |
metre | Optional | The net positive suction head available to a pump under test at a 120% of the rated flow when the pump head is decreased by 3 percent as a result of cavitation caused by a decreasing available suction head. |
| NPSH3 at rated flow | Number |
metre | Optional | The net positive suction head available to a pump under test at a the rated flow when the pump head is decreased by 3 percent as a result of cavitation caused by a decreasing available suction head. |
| number of stages | Number |
piece | Optional | The number of stages a fluid goes through from input to output (stages in a compressor, stages in a column etc.) |
| number of vanes | Number |
piece | Optional | The number of vanes. |
| operating weight | Number |
kilogram | Optional | A weight that is the weight an object is expected to have during operation, i.e. including process fluids etc. |
| outlet flange size | Number |
millimetre | Optional | Is a diameter by which a quantitative diameter is referred to. Typically a standardized value with defined tolerances. |
| pressure casing vent size | Number |
millimetre | Optional | The nominal size of the casing vent. |
| proposal curve best efficiency point flow (at rated impeller diameter) | Number |
cubic metre per hour | Optional | Flow at Best Efficiency Point (BEP) of the proposed curve at rated impeller diameter. |
| proposal for pump performance curve number | Text |
— | Optional | The graphically designed performance of a centrifugal pump (flowrate/head); proposed curve number. |
| pump length (grade to underside of pump inlet bell or strainer dimension) | Number |
millimetre | Optional | Specify the proposed pump length (grade to underside of pump inlet bell or strainer dimension) below grade. |
| pump size | Text |
— | Optional | Specify the size of the pump. |
| rated inlet pressure | Number |
PRESS | Optional | The pressure to which an installed item is rated |
| rated output power | Number |
horsepower | Optional | A power that is the power a motor has been designed to deliver under specified conditions. |
| rated power consumption | Number |
kilowatt | Optional | A power consumption at rated conditions. |
| seal type | Text |
— | Optional | The type of seal used to prevent process fluids to evacuate across the shaft on a rotating machinery / wellhead housing /tree interface seal e.g. VX gasket, VX-V2 gasket |
| shaft flexibility index | Text |
— | Optional | Specify the shaft flexibility index (SFI). |
| specific pump speed | Text |
— | Optional | The rotational speed which is the specific rotational speed for the pump. |
| specific pump suction-specific speed | Number |
revolution per minute | Optional | The rotational speed which is the suction-specific rotational speed for the pump. |
| start of allowable operating flow region | Number |
cubic metre per hour | Optional | The beginning of the range of allowable flow in operating conditions. |
| start of operating flow region | Number |
cubic metre per hour | Optional | The beginning of the range of flow in operating conditions. |
| total weight | Number |
kilogram | Optional | A weight that is a sum of the weights of identified parts of an assembly. |
| upper limit allowable pressure | Number |
PRESS | Optional | The pressure which is the highest allowed. |
| upper limit allowable speed | Number |
revolution per minute | Optional | The speed which is the highest allowed. |
| upper limit allowable temperature | Number |
TEMP | Optional | The temperature which is the highest allowed. |
| upper limit diameter | Number |
millimetre | Optional | The upper limit intercept made by the circumference on a straight line through the centre of a circle. |
| upper limit head at rated impeller | Number |
metre | Optional | The head that is the highest that can be obtained for the rated impeller. |
| upper limit power at rated impeller | Number |
horsepower | Optional | The power that is the highest allowed for the rated impeller. |
| warm-up or cool-down line for instantaneous start up | Text |
— | Optional | Specify whether a separate warm-up or cooldown line is required for instantaneous start-up of the pump. |
