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Trane ctv-prc007-en manual CenTraVac Liquid Chillers, Centrifugal Liquid Chillers Water-Cooled

Models: ctv-prc007-en

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CenTraVac™

Liquid Chillers

Centrifugal Liquid Chillers/

Water-Cooled

170-3500 Tons

50 and 60 Hz

Built For the Industrial and Commercial Markets

CVHE — Three Stage		CVHG — Three Stage
170	500	450	1300

CVHF — Two-Stage CenTraVac

325 1750

LHCV — Module CenTraVac
1300	3500

GPC — Gas Powered CenTraVac Package
170	3500

April 2001

CTV-PRC007-EN

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Trane ctv-prc007-en manual CenTraVac Liquid Chillers, Centrifugal Liquid Chillers Water-Cooled, 170-3500Tons 50 and 60 Hz

Contents

Centrifugal Liquid Chillers Water-Cooled CenTraVac Liquid Chillers170-3500Tons 50 and 60 Hz Built For the Industrial and Commercial MarketsWorld’s Most IntroductionEfficient Lowest Emissions ChillerContents Centrifugal Trane HermeticWater Chillers Introduction1939 - The Trane Turbovac Introduction1982 - The three-stageCVHE CenTraVac Chiller 1951 - The original Trane CenTraVac chillerBenefits Features andAttributes of Low PressurePanel ControlFeatures and BenefitsBenefits Components Features andStandard Features and and Optional Benefits FeaturesStandard Features Optional FeaturesFactory Features and Performance Benefits TestingFactory Testing for Assured Performance Cycle RefrigerationFeatures and BenefitsFeatures and Cycle ContThree-StageCenTraVac P-HDiagram Two-StageCenTraVac P-HDiagramOptions UnitUnit Mounted StarterFeatures Starter ContUnit OptionsOptions UnitUnit Mounted Starter ContFrequency Drives AdaptiveUnit OptionsOptions UnitAdaptive Frequency DrivesFree Cooling UnitEase of Installation OptionsOptions UnitFree Cooling OperationAuxiliary Condenser System Auxiliary Options CondenserBenefits Simplicity FlexibilityAuxiliary SystemCondenser Cont OptionsIce Storage SystemOptions Ice Storage Provides Reduced Electrical DemandHeat Recovery OptionsHeat Recovery SystemCont Heat RecoverySystem OptionsChilled Water ResetChilled Water Reset - Chilled water SystemConsiderations ApplicationCVHE, CVHG CVHFCondenser Water Limitations Application ConsiderationsElectrical Information Water TreatmentSelection Selection ProcedureTrane Model Number PerformanceRoughing-inDimensions Selection ProcedurePart Load Performance Evaporator and Condenser Data TablesData PerformanceEvaporator Flow RatesPerformance CondenserData Flow RatesSupply and Motor Lead Wiring and Connections Jobsite ConnectionsShipment and Assembly Advanced Controls ControlsFlexibility ReliabilityChiller Plant Controls ControlBuilding Automation and Chiller Plant Control Control Functions Functions Controls ProtectionsMachine Protections Optimal PerformanceDiagnostics Functions Controls DiagnosticsMaintainability and Serviceability Refrigerant ReportModules/Sequence Controlsof Operation ModulesControls A demand for chilled water is determined by a temperature differential between the evaporator fluid setpoint and the supply fluid temperature60 Hz Compressors WeightsEnglish & SI Units Weights 50 Hz CompressorsEnglish & SI Units Physical DimensionsEnglish Units 50 Hz CompressorsDimensions SI UnitsPhysical 50 Hz CompressorsPhysical Dimensions60 Hz Compressors English UnitsPhysical Dimensions60 Hz Compressors SI UnitsWaterbox Physical Connection Dimensions ArrangementWaterbox Lengths - English Units Physical DimensionsWaterbox Lengths - Metric Units Physical DimensionsCompressor Mechanical SpecificationEvaporator Guide VanesCondenser/Heat Recovery Condenser Mechanical SpecificationEconomizer Purge SystemIsolation Pads Mechanical SpecificationRefrigerant and Oil Charge Thermometer Wells and Sight GlassesAFD Design Features Mechanical SpecificationTrane Adaptive Frequency Drive AFD Environmental ratingsLiterature Order Number The Trane CompanyCTV-PRC007-EN File Number