alternating current motor
CFIHOS
TagAndEquipmentClass
ID: CFIHOS-30000805
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Synonyms / Alternative Labels
- AC electric motor
- AC induction electric motor
- AC synchronous electric motor
Hierarchy
Broader / Parent
- electric motor CFIHOS
Properties / Attributes (221)
| Name | Data Type | Unit / Valid values | Required | Definition |
|---|---|---|---|---|
| adjustable speed drive operation curve requirements | Text |
— | Optional | Specify if adjustable speed drive (ASD) operation curve is required. |
| bearing housing vibration limits | Text |
— | Optional | The maximum bearing housing vibration limits in accordance with IEC 60034-14. |
| bearing operating life | Text |
hour | Optional | The bearing operating life requirement. |
| bearing temperature detectors | Text |
— | Optional | The type of bearing temperature detectors. |
| bearing type | Text |
— | Optional | The equipment bearing type. |
| cable cross sectional area | Number |
square millimetre | Optional | The cross sectional area of the cable cores |
| conformity assessment system level | Text |
— | Optional | The Conformity Assessment System (CAS) class letter in accordance with IOGP specification and obligatory requirements. |
| cooling water specification | Text |
— | Optional | Is a specification which describes the cooling water. |
| corrosivity category | Text |
— | Optional | The atmospheric corrosivity category in accordance with ISO 12944. |
| country region | Text |
— | Optional | Geographic location of the project within a country which will determine the applicability of local regulatory requirements. |
| coupling hub fit | Text |
— | Optional | The coupling hub fit for which the electric motor shaft shall be designed to accept. |
| coupling insulation | Text |
— | Optional | Specify if an insulated coupling is provided. |
| coupling type | Text |
— | Optional | A general description of the type of coupling to the drive shaft of an equipment item. For example fixed, flexible, disconnected etc |
| cross section area | Number |
square millimetre | Optional | The area of a cross section |
| current transformer class | Text |
— | Optional | Specify what differential protection current transformer class is required. |
| current transformer construction type | Text |
— | Optional | The differential protection current transformer construction type. |
| current transformer location | Text |
— | Optional | Specify where differential protection current transformers are to be installed. |
| current transformer ratio | Text |
— | Optional | Specify if differential protection current transformer ratio is required. |
| data for protection setting/power modelling requirements | Text |
— | Optional | Specify data for protection setting/power modelling requirements. |
| declared locked rotor current tolerance | Text |
percent | Optional | The accepted tolerance for declared locked rotor current tolerance. |
| differential protection | Text |
— | Optional | Requirement for pre-installed differential protection current transformers to be provided by the supplier. |
| direction of rotation | Text |
— | Optional | Specify the direction of rotation of the functional or physical object. |
| drip cover requirement | Text |
— | Optional | Specify if drip cover is required. |
| drive-end bearing insulation | Text |
— | Optional | Specify if Drive-end bearing insulation is required. |
| driven equipment bearing type | Text |
— | Optional | The driven equipment bearing type. |
| duty point shaft power | Number |
kilowatt | Optional | Specify the driven load maximum duty power requirement. This value should include any sizing margin requirements. |
| efficiency | Number |
RATIO | Optional | Ratio of an output power to an input power |
| electric motor cooling method | Text |
— | Optional | The method of cooling used by a electric motor. |
| elevation over mean sea level | Number |
metre | Optional | Plant elevation over mean sea level. |
| environmental corrosiveness | Text |
— | Optional | The chemicals or corrosives that are present in the location environment. |
| environmental location | Text |
— | Optional | The environmental installation location of the equipment. |
| equipment protection level | Text |
— | Optional | Is a standardised way to indicate how likely a piece of equipment can become a source of ignition. |
| explosion protected atmosphere | Boolean |
— | Optional | Specify whether the equipment shall be rated for use in a potentially explosive atmosphere in accordance with IEC 60079. |
| 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 dust group | Text |
— | Optional | The dust group classification of the physical object. |
| explosion protection gas group | Text |
— | Optional | Specify the gas group classification of the physical object in accordance with IEC/EN 60079-20 |
| explosion protection notified body | Text |
— | Optional | The name of the nationally accredited approval body that has issued the examination certificate for the physical object. |
| 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 |
| external axial loading on the motor shaft end | Number |
newton | Optional | The maximum anticipated axial loading on the shaft end. |
| external radial loading on the motor shaft end | Number |
newton | Optional | The maximum anticipated radial loading on the shaft end for belt driven loads. |
| fan impeller material | Text |
— | Optional | Is a possessed aspect being a role of the substance of an artefact when used to construct the artefact from. Therefore the substance should be in a solid state at the conditions at which the artefact exists. |
| fine balancing above rated speed requirements | Text |
— | Optional | Specify if fine balancing above rated speed is required. |
| frame size | Text |
— | Optional | Dimensions and output series for rotating electrical machines in conformity with IEC 60072 |
| grease specification | Text |
— | Optional | Is a specification which describes the grease. |
| heat exchanger tubing material specification | Text |
— | Optional | Is a specification which describes the applicable materials for one or more items. |
| impact protection | Text |
— | Optional | The impact protection with regards to impact energy according to IEC 62262. |
| impeller material | Text |
— | Optional | The material from which the impeller is constructed. |
| impulse voltage insulation class | Text |
— | Optional | The motor insulation class as defined in IEC 60034-18-42. |
| impulse voltage repetition rate | Text |
— | Optional | The inverse of the average time between two successive impulses of the same polarity, whether unipolar or bipolar in accordance with IEC 60034-18-42. |
| impulse voltage rise time | Number |
microsecond | Optional | The time for the voltage to rise from 10 % to 90 % of its final value in accordance with IEC 60034 18-42. |
| 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. |
| junction box cable entry size | Number |
millimetre | Optional | The size of cable gland entries in main junction box. |
| junction box cable entry type | Text |
— | Optional | The type of cable transit details in the junction box. |
| junction box construction material | Text |
— | Optional | Material used in construction of the junction box. |
| junction box location | Text |
— | Optional | The location of the line conductor junction box in relation to the equipment. |
| junction box required | Text |
— | Optional | Specify if a separate junction box is required for the equipment. |
| line conductor cable type | Text |
— | Optional | The line conductor cable type (e.g. multi-core cable, multi-cores in parallel, singles in parallel). |
| line conductor terminal box type | Text |
— | Optional | The line conductor terminal box type. |
| lower limit allowable rotational speed | Number |
revolution per minute | Optional | A rotational speed which is the lowest rotational speed at witch the manufacturer' design will permit continuous operation. |
| 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 pressure | Number |
bar | Optional | The lowest pressure at which a functional or physical object is designed. |
| lower limit design temperature | Number |
degree celsius | Optional | The lowest temperature at which a functional or physical object is designed. |
| lower limit operating frequency | Number |
FREQU | Optional | The highest frequency at which a functional or physical object is expected to operate. |
| lower limit operating inlet pressure | Number |
bar | 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 speed | Number |
revolution per minute | Optional | The speed which is the lowest speed at which a functional or physical object is expected to operate. |
| lower limit operating voltage | Number |
volt | Optional | The voltage which is the lowest voltage at which a functional or physical object is expected to operate. |
| lower limit operating volume flow rate | Number |
litre per second | Optional | A volume flow rate that is the lowest volume flow rate at which a functional or physical object is expected to operate. |
| lubrication information plate | Text |
— | Optional | Specify if a dedicated information plate is to be attached to the motor, stating: bearing type, re-greasing amount, re-greasing intervals and grease product code. |
| maximum cooling water flow rate | Number |
litre per second | Optional | The maximum cooling inlet water pressure as per project specification and site conditions. |
| maximum cooling water inlet pressure | Text |
— | Optional | The type of partial discharge sensing element to be provided. |
| moment of inertia of the load | Number |
kilogram per square metre | Optional | The maximum moment of inertia of the load (Jext). |
| motor condition monitoring | Text |
— | Optional | The requirement for a motor monitoring device mounted to the motor. |
| motor enclosure type | Text |
— | Optional | The type of motor enclosure that is required. IEEE 841. |
| motor load type | Text |
— | Optional | Specify the electric motor load type. |
| motor mounting flange type | Text |
— | Optional | Specify the electric motor flange type. |
| motor nameplate 'Oil Mist Lubricated' | Text |
— | Optional | Specify if 'Oil Mist Lubricate' nameplate is required. |
| motor surge protection | Text |
— | Optional | Specify if motor surge protection is required. |
| motor temporary tag 'Oil mist ready, do not run without oil' | Text |
— | Optional | Specify if temporary tag identifying 'Oil mist ready, do not run without oil' is required for the motor . |
| mounting arrangement | Text |
— | Optional | Mounting arrangement in conformity with IEC 34-7 |
| mounting position | Text |
— | Optional | The motor mounting arrangement for the driven equipment. |
| non reverse ratchet | Text |
— | Optional | Specify if non reverse ratchet is required. |
| non-drive end bearing requirement | Text |
— | Optional | Specify if the NDE bearing type to be used for ASD fed motor applications to prevent circulating common mode current is required. |
| normal operating rotational speed | Number |
revolution per minute | Optional | The rotational speed which is the normal operating rotational speed for the functional or physical object. |
| normal output power | Number |
kilowatt | Optional | The power which is the power a functional or physical object deliver normally. |
| number of cables | Text |
— | Optional | The number of line conductor cables e.g. for multi-core cable '3 x 50', for singles '3 x 1 x 50', for multi-cores in parallel '2 x 3 x 50', for singles in parallel '6 x 1 x 50'. |
| number of junction box cable gland entries | Number |
piece | Optional | The number of cable gland or multi-cable transit details in the junction box. |
| number of magnetic poles | Text |
— | Optional | The number of magnetic poles in an electrical equipment. |
| on-line winding partial discharge measurement | Text |
— | Optional | Specify whether on-line winding partial discharge measurement is required. |
| operation continuous intermittent | Text |
— | Optional | Specifies if the equipment is working continuously or in an intermittent way. |
| oversized junction box | Text |
— | Optional | Specify if an oversized junction box is required. |
| paint colour | Text |
— | Optional | The colour of the paint of a physical object. |
| partial discharge sensing element type | Text |
— | Optional | The type of partial discharge sensing element. |
| peak-to-peak impulse voltage at the impulse voltage repetition rate | Number |
kilovolt | Optional | The impulse peak-to-peak voltage at the impulse voltage repetition rate in accordance with IEC 60034-18-42. |
| peak-to-peak voltage at the fundamental frequency | Number |
kilovolt | Optional | The peak-to-peak phase to earth voltage at the fundamental frequency in accordance with IEC 60034-18-42. |
| phase-to-earth jump voltage | Number |
kilovolt | Optional | The change in phase-to-earth voltage at the terminals of the machine occurring at the start of each impulse in accordance with IEC 60034-18-42. |
| portable earth connection point | Text |
— | Optional | Specify when the manufacturer is to provide a connection point on each phase and earth for the attachment of a portable earthing device. |
| power supply quality | Text |
— | Optional | The total harmonic distortion in the electrical supply for which the equipment shall be rated. |
| power transfer method | Text |
— | Optional | The method of power transfer to the driven equipment. |
| provision for internet of things hardware installation | Text |
— | Optional | The requirement for Internet of Things (IoT) hardware mounting points. |
| pulsating torque requirement | Text |
— | Optional | Specify if the driven load has pulsation load characteristics is required. |
| purchase order status | Text |
— | Optional | The status of the purchase order. |
| rated input frequency | Number |
hertz | Optional | An electrical frequency of a machine at rated input |
| rated input voltage | Number |
volt | Optional | Input voltage for which the equipment is constructed |
| rated output power | Number |
kilowatt | Optional | A power that is the power a motor has been designed to deliver under specified conditions. |
| rated peak withstand current | Number |
kiloampere | Optional | The rated peak withstand current for which the motor shall be rated. |
| rated speed | Number |
revolution per minute | Optional | The rotational speed a functional or physical object is designed to deliver under specified conditions. |
| rated speed at 1/1 load | Number |
revolution per minute | Optional | A rotational speed that is a rotational speed of an electric rotating machine working at its full load. |
| rated thermal short circuit current | Text |
kiloampere | Optional | The rated short-time thermal withstand current with respect to 0.2 seconds for which the motor shall be rated. |
| rated voltage | Number |
volt | Optional | A voltage that is the voltage between lines at the terminals of the machine at rated output |
| rotor shaft manufacturing method | Text |
— | Optional | The rotor shaft manufacturing method. |
| sealed for life anti-friction bearing requirements | Text |
— | Optional | Specify if sealed for life anti-friction bearings are required. Normally only for smaller motors. |
| service factor | Number |
piece | Optional | The percentage of overloading the motor can handle for short periods when operating normally within the correct voltage tolerances. |
| shaft displacement vibration limits | Text |
— | Optional | The maximum shaft displacement vibration limits in accordance with IEC 60034-14. |
| shock pulse monitoring connection | Text |
— | Optional | Specify the site connection type requirement where shock pulse monitoring connection points are to be provided. |
| space heater requirement | Text |
— | Optional | Specify if a space heaters is required. |
| specific starting requirement locked rotor current | Number |
ampere | Optional | The specific locked rotor current. Expressed as per unit value of rated current (Is/In). |
| stainless steel fixing requirement | Text |
— | Optional | Environmental factors that require stainless steel nuts, bolts, washers and any other fixings are to be manufactured from stainless steel. |
| stainless steel hardware required | Text |
— | Optional | Specify if stainless steel hardware is required due to environmental conditions. |
| standstill period | Text |
— | Optional | Specify when periods of standstill or storage or transport which exceed 6 months are anticipated, as described in IEC 60034-1. |
| starting conditions | Text |
— | Optional | The starting condition is with load, no load or partial load. |
| starting designation | Text |
— | Optional | The electric motor starting designation according to IEC 60034-12. |
| starting method | Text |
— | Optional | The motor starting method for which the motor will be provided. |
| stator winding connection | Text |
— | Optional | The configuration of stator winding connection. |
| surface finish | Text |
— | Optional | The equipment surface finish requirements. |
| surface protection durability category | Text |
— | Optional | The surface durability category in accordance with ISO 12944-1. |
| temperature detector surge arrestors requirement | Text |
— | Optional | Specify if temperature detector surge arrestors are required. |
| thermal insulation class | Text |
— | Optional | The class of electrical insulation used by a physical object. |
| type of mounting | Text |
— | Optional | The type of mounting for the motor. |
| unusual service conditions | Text |
— | Optional | Specify if unusual service conditions not covered in purchase order documents apply. |
| upper limit allowable speed | Number |
revolution per minute | Optional | The speed which is the highest allowed. |
| 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 cooling water differential temperature | Number |
degree celsius | Optional | The maximum difference between inlet and outlet cooling water temperature at rated load and maximum ambient temperature. |
| upper limit cooling water inlet temperature | Number |
degree celsius | Optional | The temperature which is the highest cooling water temperature at which a functional or physical object is expected to operate at its inlet connection. |
| upper limit design pressure | Number |
bar | 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 design volume flow rate | Number |
litre per second | Optional | A volume flow rate that is the highest volume flow rate at which a functional or physical object is designed to operate. |
| upper limit operating frequency | Number |
FREQU | Optional | The highest frequency at which a functional or physical object is expected to operate. |
| upper limit operating inlet 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 voltage | Number |
volt | Optional | The voltage which is the highest voltage at which a functional or physical object is expected to operate. |
| upper limit permissible motor sound power level at full load | Number |
decibel | Optional | The maximum permissible motor A-weighted sound power level at full load. |
| upper limit permissible sound pressure level at no load | Number |
decibel | Optional | The maximum permissible motor A-weighted sound pressure level at a reference distance of 1 metre at no load. |
| upper limit permissible sound pressure level at no load at maximum continuous speed | Number |
decibel | Optional | The maximum permitted A-weighted sound pressure level at 1 metre at no load at maximum continuous speed. |
| upper limit pitching of vessel in dynamic conditions | Text |
— | Optional | The maximum rotation about athwartship axis of the vessel under dynamic conditions defined in accordance with IEC 60092-101. |
| upper limit relative humidity | Number |
percent | Optional | The highest relative humidity at which a functional or physical object is designed for. |
| upper limit rolling of vessel in dynamic conditions | Text |
— | Optional | The maximum rotation about fore-and-aft axis of the vessel under dynamic conditions defined in accordance with IEC 60092-101. |
| upper limit vibration magnitude | Text |
— | Optional | The required vibration grade as defined in IEC 60034-14. |
| vertical motor compliance to API 610, 7.1 | Text |
— | Optional | Specify if the vertical motor is required to comply with API 610, 7.1. |
| vertical mounted motor shaft orientation | Text |
— | Optional | The shaft orientation for vertical mounted motor shaft. |
| vibration condition monitoring | Text |
— | Optional | The requirement for a vibration monitoring connection point. |
| warning label requirement | Text |
— | Optional | Specify if warning label is required. |
| winding temperature detection | Text |
— | Optional | The requirement for embedded temperature detectors in the stator windings. |
| 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. |
| bearing lubrication specification | Text |
— | Optional | Is a specification which describes the bearing lubricant. |
| cold air temperature at rated power | Number |
degree celsius | Optional | The cold air temperature of the heat exchanger at rated power. |
| current at lower limit continuous operating speed at maximum torque | Number |
ampere | Optional | The current at minimum continuous operating speed at the upper torque value of the load window as per IEC 61800-4. |
| current at upper limit continuous operating speed at maximum torque | Number |
ampere | Optional | The current at maximum continuous operating speed at the upper torque value of the load window in accordance with IEC 61800-4. |
| declared locked-rotor current at 100% rated voltage | Number |
ampere | Optional | The greatest steady-state root mean square current taken from the line with the motor held at rest, over all angular positions, at 100% rated voltage and frequency, as a per unit value of full load current (Is/In) including positive tolerance. |
| declared locked-rotor current at 80% rated voltage | Number |
ampere | Optional | The greatest steady-state root mean square current taken from the line with the motor held at rest, over all angular positions, at 80% rated voltage and frequency, as a per unit value of full load current (Is/In) including positive tolerance. |
| declared locked-rotor torque at 100% rated voltage | Number |
newton metre | Optional | The smallest measured torque the motor develops at its shaft and with the rotor locked, over all its angular positions, at 100% rated voltage and rated frequency. |
| declared locked-rotor torque at 80% rated voltage | Number |
newton metre | Optional | The smallest measured torque the motor develops at its shaft and with the rotor locked, over all its angular positions, at 80% rated voltage and rated frequency. |
| design specification | Text |
— | Optional | A specification according to which an item is intended to be designed |
| driven equipment | Text |
— | Optional | Specify the equipment being driven |
| dry weight | Number |
kilogram | Optional | A weight of an object excluding any operating or process fluids. |
| efficiency at 100% rated output | Number |
percent | Optional | The efficiency of the motor whilst operating at 100% rated power. |
| efficiency at 50% rated output | Number |
percent | Optional | The efficiency of the motor whilst operating at 50% rated power. |
| efficiency at 75% rated output | Number |
percent | Optional | The efficiency of the motor whilst operating at 75% rated power. |
| efficiency at lower limit continuous operating speed | Number |
percent | Optional | The efficiency at maximum continuous operating speed at the maximum torque value of the load window as per IEC 61800-4. |
| efficiency at maximum continuous operating speed at maximum torque | Number |
percent | Optional | The efficiency at maximum continuous operating speed at the upper torque value of the load window as per IEC 61800-4. |
| efficiency at upper limit continuous operating speed at upper torque value | Number |
percent | Optional | The efficiency at maximum continuous operating speed at the maximum torque value of the load window as per IEC 61800-4. |
| 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). |
| first lateral critical speed | Number |
revolution per minute | Optional | The first lateral critical speed at which the rotor-bearing support system is in a state of resonance. |
| full load current | Number |
ampere | Optional | The motor full load current (FLC) while operating at rated voltage and rated frequency. |
| hot air temperature at rated power | Number |
degree celsius | Optional | The hot air temperature of the heat exchanger at rated power. |
| internal bearing clearance | Text |
— | Optional | The required internal clearance of the bearing in accordance with ISO 5753-1 . |
| locked-rotor power factor at 100% rated voltage | Number |
percent | Optional | The power factor with the rotor locked, at rated voltage and frequency. |
| locked-rotor torque in % of full load torque at 100% of rated voltage | Number |
percent | Optional | The smallest measured torque the motor develops at its shaft and with the rotor locked, over all its angular positions, at rated voltage and frequency. |
| locked-rotor torque in % of full load torque at 80% of rated voltage | Number |
percent | Optional | The smallest measured torque the motor develops at its shaft and with the rotor locked, over all its angular positions, at 80% rated voltage and rated frequency. |
| locked-rotor withstand time (hot/cold) at 100 % rated voltage | Number |
second | Optional | The locked-rotor withstand time at 100 % rated voltage from hot and from cold (expressed as x/x s). |
| locked-rotor withstand time (hot/cold) at 80 % rated voltage | Number |
second | Optional | The locked-rotor withstand time at 80 % rated voltage from hot and from cold (expressed as x/x s). |
| moment of inertia of the motor | Number |
kilogram per square metre | Optional | The electric motor moment of inertia (Jm) as defined in IEC 60034-1. |
| number of electrical phases | Number |
COUNT | Optional | The number of phases in an electrical distribution system. |
| oil quantity for self-lubricated sleeve bearings | Number |
litre | Optional | The recommended oil quantity for self-lubricating sleeve bearings when they are provided. |
| power factor at 100% rated output | Number |
percent | Optional | The cosine of the angle between active power and apparent power when the motor is operated at 100% rated power. |
| power factor at 50% rated output | Number |
percent | Optional | The cosine of the angle between active power and apparent power when the motor is operated at 50% rated power. |
| power factor at 75% rated output | Number |
percent | Optional | The cosine of the angle between active power and apparent power when the motor is operated at 75% rated power. |
| power factor at lower limit continuous operating speed | Number |
percent | Optional | The cosine of the angle between active power and apparent power at the lower limit continuous operating speed at the upper torque value of the load window as per IEC 61800-4. |
| power factor at upper limit continuous operating speed | Number |
percent | Optional | The cosine of the angle between active power and apparent power at the upper limit continuous operating speed at the upper torque value of the load window as per IEC 61800-4. |
| pull-up torque | Number |
newton metre | Optional | The smallest steady-state asynchronous torque that the electric motor develops between zero speed and the speed which corresponds to the breakdown torque, when the motor is supplied at 100 % rated voltage and rated frequency. |
| ramp-up time to minimum speed | Number |
second | Optional | The recommended range of acceptable time or maximum allowable time for the converter to ramp up the motor to minimum speed, to ensure proper lubrication of the motor bearings. |
| rated breakdown torque | Number |
newton metre | Optional | The maximum steady-state asynchronous torque which the motor develops without an abrupt drop in speed, when the motor is supplied at the rated voltage and frequency. |
| rated current | Number |
ampere | Optional | The r.m.s. or DC value of the current for which an apparatus has been designed |
| rated frequency | Number |
hertz | Optional | An electrical frequency of a machine at rated output |
| rated power consumption | Number |
watt | Optional | A power consumption at rated conditions. |
| rated power factor (lagging) | Number |
percent | Optional | Dimensionless number between 0 and 1. Cos F = P/S. Where P = upper limit power consumption and S = apparent Power. |
| rated torque | Number |
newton metre | Optional | The steady-state asynchronous rotor torque while delivering rated power at the rated voltage and frequency. |
| rated torque at 1/1 load | Number |
newton metre | Optional | A torque that is a torque of an electric rotating machine working at its full load. |
| re-greasing interval | Number |
henry | Optional | The maximum recommended greasing interval when re-greaseable bearings have been provided. |
| starting current | Number |
ampere | Optional | An electric current that is a peak-current occurring when starting an electric energy transducer |
| tE time at 80 % voltage | Number |
second | Optional | Specify tE time as defined in IEC 60079-7 at 80 % motor voltage. |
| tE time at rated voltage | Number |
second | Optional | Specify tE time as defined in IEC 60079-7 at rated voltage. |
| temperature rise class | Text |
— | Optional | A temperature rise in rotor/stator in accordance with IEC 60034-1. |
| total weight | Number |
kilogram | Optional | A weight that is a sum of the weights of identified parts of an assembly. |
| type of electric motor | Text |
— | Optional | Specify whether the motor is of synchronous or induction design. |
| upper limit allowable vibration on load at rated output | Text |
— | Optional | The maximum allowable vibration limit on load at rated output. |
| upper limit cooling water flow rate | Number |
litre per second | Optional | The maximum cooling water flow rate during operation. |
| upper limit declared motor sound power level at full load | Number |
decibel | Optional | The manufacturer expected sound power level at full load. |
| upper limit declared motor sound power level at no-load | Number |
decibel | Optional | The maximum declared motor A-weighted sound power level at no-load. |
| upper limit permissible starting time at 100% rated voltage | Number |
second | Optional | The maximum allowable duration of time for the motor to reach its rated speed at 100% rated voltage whilst starting from 'hot'. |
| upper limit permissible starting time at 80% rated voltage | Number |
second | Optional | The maximum allowable duration of time for the motor to reach its rated speed at 80% rated voltage whilst starting from 'hot'. |
| upper limit sound pressure level at no load | Number |
decibel | Optional | Specify the maximum motor A-weighted sound pressure level at a reference distance of 1 metre at no-load. |
| upper limit sound pressure level at no load at maximum continuous speed | Number |
decibel | Optional | The maximum sound pressure level at no load at maximum continuous speed at a reference distance of 1 metre. |
| upper limit sound pressure level at rated load | Number |
decibel | Optional | The maximum motor A-weighted sound pressure level at a reference distance of 1 metre at rated load. |
| upper limit sound pressure level within the load envelope | Number |
decibel | Optional | The maximum motor A-weighted sound pressure level at a reference distance of 1 metre within the load envelope including harmonic noise content. |
| voltage at lower limit continuous operating speed | Number |
kilovolt | Optional | The voltage at the motor terminals at minimum continuous operating speed at the upper torque value of the load window as per IEC 61800-4. |
| voltage at upper limit continuous operating speed at maximum torque | Number |
kilovolt | Optional | The voltage at the motor terminals at maximum continuous operating speed at the upper torque value of the load window as per IEC 61800-4. |