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PROTOFLEX EMV­FC 2XSLCY­J 0.6/1 kV Motor Power …

ENERGYPROTOFLEX EMV FC2 XSLCY J kVMotor Power Supply CableTechnical DataTrademarkPROTOFLEX EMV FCType designation2 XSLCY JSpecificationPRYSMIAN SpecificationApplicationEspecially for frequency converter controlled AC drives. For fixed installationand occasional free flexing indoors in dry, damp and wet conditions as well asoutdoors, for medium mechanical areas with explosion hazard. ElectricalparametersNominal voltage in threephase AC operation U0 kV Umax(eff) kVAC test voltage5 kVMax. permissible peak ACvoltage kVFor connection on frequencyconverterU max. 690 VCurrent carrying capacityThe definitions in DIN VDE 0298 part 4 current carrying capacity values in the selection table are valid for onecable, installed on a surface, ambient temperature 40 impedance<= 30 Ohm/kmThermalparametersMaximum permissibletemperature at conductor90 CMaximum permissible short circuit temperature atconductor250 C (max.)

Technical Data Trademark PROTOFLEX EMV­FC Type designation 2XSLCY­J Specification PRYSMIAN Specification Application Especially for frequency converter controlled AC drives.

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Transcription of PROTOFLEX EMV­FC 2XSLCY­J 0.6/1 kV Motor Power …

1 ENERGYPROTOFLEX EMV FC2 XSLCY J kVMotor Power Supply CableTechnical DataTrademarkPROTOFLEX EMV FCType designation2 XSLCY JSpecificationPRYSMIAN SpecificationApplicationEspecially for frequency converter controlled AC drives. For fixed installationand occasional free flexing indoors in dry, damp and wet conditions as well asoutdoors, for medium mechanical areas with explosion hazard. ElectricalparametersNominal voltage in threephase AC operation U0 kV Umax(eff) kVAC test voltage5 kVMax. permissible peak ACvoltage kVFor connection on frequencyconverterU max. 690 VCurrent carrying capacityThe definitions in DIN VDE 0298 part 4 current carrying capacity values in the selection table are valid for onecable, installed on a surface, ambient temperature 40 impedance<= 30 Ohm/kmThermalparametersMaximum permissibletemperature at conductor90 CMaximum permissible short circuit temperature atconductor250 C (max.)

2 5 s)Mimnimum permissibletemperature when in motion: 5 C when stationary: 40 CMechanicalparametersPermissible pulling force when in motion: max 15 N/mm when stationary: max 50 N/mm Minimum permissiblebending radiisee selection tableElectro magneticcompatibilityRadio frequency interference(RFI) and RFI voltageOptimization of the design of cable and screen (EMC optimized regarding toradio frequency interferences field strength and radio frequency interferencesvoltage)OtherparametersFire performance flame propagation,single cableDIN EN 60332 1 2 Ozone resistance of sheathDIN EN 60811 2 1 clause 8UV Resistance of sheathUL 1581 clause 1200 Design featuresTrademarkPROTOFLEX EMV FCConductorCopper, plain, finely stranded,class 5 according to DIN EN 60228 Protective earth conductorCopper, plain, finely stranded,class 5 according to DIN EN 60228 for cross sections > 10 mm the protective earth conductor is divided into three coresInsulationCross linked polyethylene (XLPE)

3 Compound 2XI1 according to DIN VDE 0276 604 Core identificationgreen yellow, brown, black, grey according to DIN VDE 0293 308 ScreenMulti layer screen: aluminum coated foil braid of tinned copper wiresSheathPVC compound ST2 according to IEC 60502 Colour: orange, transparentMarking>year of manufacturing< PROTOFLEX EMV FC 2 XSLCY J >No. of cores< x >cross sectionalarea< 600/1000 VSelection and ordering dataNumber ofcores andcrosssectionalarea ofconductormm Order screenmmMax. outerdiametermmMinimumbendingradiuswhen stati onarymmMinimumbendingradiuswhen inmotionmmNet weightper 1000mkgCurrentcarryingcapacityat 40 CAOperatingcapacitance(approx.)

4 Sectionof screen(approx.)mm PROTOFLEX EMV FC 2 XSLCY + +3x45DE6 +3x16/35DE6 +3x25/35DE6 +3x35/35DE6 +3x50/35DE6 +3x70/35DE6 +3x70/35DE6 +3x95/35DE6 +3x120/35DE6 +3x150/35DE6 data, dimension and weights are subject to : Date: 2008 01 07


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