Instructions (READ FIRST)CTI Data of Record Submission Instructions:All manufacturer's that wish to join the CTI STD-201 program or the ECC Certification program must complete a Data of Record for all products.

The Data of Record template is provided for both (SI) and (IP) units. Data should begin in cell "N7"

The (SI) and (IP) versions of the Data of Record must both be completed and submitted to the CTI thermal certification program administrator.

The Reference Document shall be utilized to ensure the proper data is recorded in the Data of Record

In addition to the tabular data required, the Data of Record submission must include all of the required data parameters itemized below. All of the data paramenters will be combined in a zip file and attached to each model.

1) CTI/ECC unit drawing package must be submitted illustrating overall dimensions, water inlet connection location(s), air inlets (size & location), and air discharge location of product line

2) CTI/ECC drawing and photograph package for all fan options must be submittedDrawing and photograph for each fan diameter (and type if multiple types are possible) will be providedDrawing will include tabular data detailing all optional fans available for the given cooling tower modelData will include Blade Chord Width (at tip), hub diameter, seal disk diameter (central diameter with blocked air flow), number of blades, blade material, fan speed, fan model designation, and fan stack height(s) available for a given model

3) CTI/ECC drawing and photograph package for Eliminators must be submittedDrawing will include tabular data detailing eliminator materials, model designations, and manufacturer(s)4) CTI/ECC drawing and photograph package for Air Inlet Louvers must be submittedDrawing will include tabular data detailing louver materials, model designations, and manufacturer(s)5) CTI/ECC drawing and photograph package for Wet Heat Transfer Media (Fill) must be submittedDrawing will include tabular data detailing fill materials, model designations, and manufacturer(s)6) CTI/ECC drawing and photograph package for Heat Exchanger must be submittedDrawing will include tabular data detailing materials, model designations, and manufacturer(s)7) CTI/ECC drawing and photograph package for Nozzles must be submittedDrawing will include tabular data detailing nozzle materials, model designations, and manufacturer(s)8) CTI/ECC Accessory/Footnotes document must be submitted

DataofRecord-(SI)CT/CC/ECGENERIC (SI)General(GEN)Axial FansCentrifugal FansEliminatorsAir Inlet LouversWet Heat Transfer MediaHeat ExchangerWater DistributionGeometric DataAttached FilesProduct NumberMaster product numberTested OnRerated onCreated onLast update onStatusParticipant NameProduct NameTrade NameType of productRange NameBMGCTI DORReferenceSequenceManufacturerProduct LineSubmission Revision DateProduct TypeDraft TypeFlow TypeFan TypeModel NumberNominal Water Flow RateNominal Temperature ConditionsNumber of CellsNumber of Fans per CellNumber of Fan Motors Per CellTotal Nameplate Fan Motor Power per ModelTotal Rated Fan Motor Power per ModelNumber of Pumps per CellTotal Nameplate Pump Power per ModelTotal Rated Pump Power per ModelFlowrate of Recirculating WaterStatic Pressure at Recirculating Water InletOverall Height of UnitFan DiameterStandard Fan Center Hub or Seal Disk DiameterFan stack HeightFan Stack Inlet AreaFan Stack Throat AreaFan Stack Discharge AreaFan Blade Pitch AdjustementFan Wheel Outside DiameterFan Wheel WidthFan Wheel Housing Width Dimension "A"Fan Wheel Housing Outside Dimension "B"Fan Wheel Housing Inside Dimension "C"Fan Wheel Housing Discharge AreaEliminator TypeEliminator Gross Area per CellLouver typeLouver Gross Face Area per cellNo. Air Inlet Faces per cellAir Inlet HeightLouver SpacingFill TypeFill HeightCounterflow No. of Fill LayersCrossflow Air travelInternal Cell LenghInternal Cell WidthFill Total Gross Face Area per CellFilm Fill No. of Sheets over Cell WidthFilm Fill No. of Sheets over Cell LengthNo. Splash Bars in Cross SectionSplash Bars PatternSplash Deck No. of layersHeat Exchanger TypeNumber of Heat Exchangers per CellHeat Exchanger Total Number of PlatesHeat Exchanger Number of plates type AHeat Exchanger Number of plates type BHeat Exchanger Number of plates type CHeat Exchanger Plate HeightHeat Exchanger Plate WidthHeat Exchanger Plate Depth InsideHeat Exchanger Number of PassesHeat Exchanger Number of Rows or PassesHeat Exchanger Number of Tubes or PassesHeat Exchanger Tube DiameterHeat Exchanger WidthHeat Exchanger LengthHeat Exchanger Surface AreaHeat Exchanger Number of Inlet NozzlesHeat Exchanger Inlet Nozzle SizeHeat Exchanger Number of Outlet NozzlesHeat Exchanger Outlet Nozzle SizeHeat Exchanger Gross Free AreaHeat Exchanger Process FluidHeat Exchanger Pressure DropWater Distribution TypeNo. Inlet Connections per CellNo. Nozzles or Orifices per CellUnderside of Nozzle Height above Media or Heat ExchangerRatio of Prop Fan Stack Throat Area to Wet Heat Transfer Media Gross Face AreaRatio of Centrifugal Fan Wheel Housing Discharge Area to Wet Heat Transfer Media Gross Face AreaRatio of Air Inlet Gross Face Area to the Total Gross Face Area of the Heat Transfer MediaRatio of Fan Coverage Area to Eliminator/Louver Area when projecting a circle at 45o from fan inlet opening onto the Eliminator/Louver Face and neglecting all portions of the projection which fall beyond the cell boundaries (See Appendix F, Fig A, B, and C)Ratio of Fan Plenum Width to Fan Plenum Length (See Appendix F, Fig D)Name of ZIP data file attached to this modelCT_FanManufCT_ProductLineCT_SubmissionRevDateCT_CTTypeCT_DraftTypeCT_FlowTypeCT_FanTypeCT_ModelNoCT_NomWaterFlowRateCT_NomTempCondCT_NoCellsCT_NoFanperCellCT_FanMotorCellCT_TotNamePlate_MotorPowCT_TotRat_Motor_powCT_NoPumpsperCellCT_NameplatePumpPowerCT_RatedPumpPowerCT_RecircFlowrateCT_PsatRecircWateInletCT_Overall_HeightUnitCT_FanDiameterCT_HubDiamCT_FanStackHCT_InletACT_ThroatACT_DischACT_FanBladeAdjCT_FanOutsideDiamCT_WheelWidthCT_HousingWidthCT_FanWheel_OutsideDimCT_FanHousingInDimCT_FanWheel_HousingDisAreaCT_ElimTypeCT_Gross_ApercellCT_LouverTypeCT_GFACT_NoAirInletFacesCT_AirInletHeightCT_LouverSpCT_FillTypeCT_FillHeightCT_NoFillLayersCT_AirTravel_CrCT_CellLenghtInternal_CoCT_CellWidthInternal_CoCT_WHTMTotGFA_CrCT_NoSheetsoverCellLengthCT_NoSheetsoverCellWidthCT_NoSplashBarsinCrossSectionCT_SbarsPatternCT_NoSplashDeckLayersCT_HETypeCT_HEperCellCT_NoofPlatesCT_NoPlatesTypeACT_NoPlatesTypeBCT_NoPlatesTypeCCT_PlateHeightCT_PlateWidthCT_PlateDepthInCT_NoPassesCT_NoRowsPassCT_NoTubesPassCT_TubeDiamCT_HEWidthCT_HELengthCT_SurfaceAreaCT_NozzleQtyInletCT_NozzleSizeInletCT_NozzleQtyOutletCT_NozzleSizeOutletCT_GrossfaceAreaCT_ProcessFluidCT_PressureDropCT_WaterDistributionTypeCT_NoInletConnectCellCT_NoNozzlesOrificesperCellCT_NozzleHCT_Ratio_PropFanCT_Ratio_CentrifugalCT_AInlet_to_AHECT_AFanCov_to_ElimCT_WFanPlenum_to_LFanPlenumCT_Attached_Data L/sC kWkW kWkWL/smmmmmmmmmm mmmmmmmmmmm m m mmmm mm mmmmmmm mmmmmm mmmmmmm mm mmm kPa mm StringStringStringBooleanStringStringStringStringDecimalStringStringIntegerDecimalDecimalDecimalIntegerIntegerDecimalDecimalDecimalDecimalDecimalDecimalDecimalDecimalDecimalDecimalStringDecimalDecimalDecimalDecimalDecimalDecimalStringDecimalStringDecimalIntegerDecimalDecimalStringDecimalIntegerIntegerIntegerIntegerDecimalIntegerIntegerIntegerStringIntegerStringDecimalIntegerIntegerIntegerIntegerDecimalDecimalDecimalIntegerIntegerIntegerDecimalDecimalDecimalDecimalIntegerDecimalIntegerDecimalDecimalStringDecimalStringIntegerIntegerIntegerDecimalDecimalDecimalDecimalDecimalString1 2 3

Columns "A" through "M" shall only be completed by ECC or CTI administrator. Participant completing there DOR's MUST not use these column's

DataofRecord-(IP)CT/CC/ECGENERIC (IP)General(GEN)Axial FansCentrifugal FansEliminatorsAir Inlet LouversWet Heat Transfer MediaHeat ExchangerWater DistributionGeometric DataAttached FilesProduct NumberMaster product numberTested OnRerated onCreated onLast update onStatusParticipant NameProduct NameTrade NameType of productRange NameBMGCTI DORReferenceSequenceManufacturerProduct LineSubmission Revision DateProduct TypeDraft TypeFlow TypeFan TypeModel NumberNominal Water Flow RateNominal Temperature ConditionsNumber of CellsNumber of Fans per CellNumber of Fan Motors Per CellTotal Nameplate Fan Motor Power per ModelTotal Rated Fan Motor Power per ModelNumber of Pumps per CellTotal Nameplate Pump Power per ModelTotal Rated Pump Power per ModelFlowrate of Recirculating WaterStatic Pressure at Recirculating Water InletOverall Height of UnitFan DiameterStandard Fan Center Hub or Seal Disk DiameterFan stack HeightFan Stack Inlet AreaFan Stack Throat AreaFan Stack Discharge AreaFan Blade Pitch AdjustementFan Wheel Outside DiameterFan Wheel WidthFan Wheel Housing Width Dimension "A"Fan Wheel Housing Outside Dimension "B"Fan Wheel Housing Inside Dimension "C"Fan Wheel Housing Discharge AreaEliminator TypeEliminator Gross Area per CellLouver typeLouver Gross Face Area per cellNo. Air Inlet Faces per cellAir Inlet HeightLouver SpacingFill TypeFill HeightCounterflow No. of Fill LayersCrossflow Air travelInternal Cell LenghInternal Cell WidthFill Total Gross Face Area per CellFilm Fill No. of Sheets over Cell WidthFilm Fill No. of Sheets over Cell LengthNo. Splash Bars in Cross SectionSplash Bars PatternSplash Deck No. of layersHeat Exchanger TypeNumber of Heat Exchangers per CellHeat Exchanger Total Number of PlatesHeat Exchanger Number of plates type AHeat Exchanger Number of plates type BHeat Exchanger Number of plates type CHeat Exchanger Plate HeightHeat Exchanger Plate WidthHeat Exchanger Plate Depth InsideHeat Exchanger Number of PassesHeat Exchanger Number of Rows or PassesHeat Exchanger Number of Tubes or PassesHeat Exchanger Tube DiameterHeat Exchanger WidthHeat Exchanger LengthHeat Exchanger Surface AreaHeat Exchanger Number of Inlet NozzlesHeat Exchanger Inlet Nozzle SizeHeat Exchanger Number of Outlet NozzlesHeat Exchanger Outlet Nozzle SizeHeat Exchanger Gross Free AreaHeat Exchanger Process FluidHeat Exchanger Pressure DropWater Distribution TypeNo. Inlet Connections per CellNo. Nozzles or Orifices per CellUnderside of Nozzle Height above Media or Heat ExchangerRatio of Prop Fan Stack Throat Area to Wet Heat Transfer Media Gross Face AreaRatio of Centrifugal Fan Wheel Housing Discharge Area to Wet Heat Transfer Media Gross Face AreaRatio of Air Inlet Gross Face Area to the Total Gross Face Area of the Heat Transfer MediaRatio of Fan Coverage Area to Eliminator/Louver Area when projecting a circle at 45o from fan inlet opening onto the Eliminator/Louver Face and neglecting all portions of the projection which fall beyond the cell boundaries (See Appendix F, Fig A, B, and C)Ratio of Fan Plenum Width to Fan Plenum Length (See Appendix F, Fig D)Name of ZIP data file attached to this modelCT_FanManufCT_ProductLineCT_SubmissionRevDateCT_CTTypeCT_DraftTypeCT_FlowTypeCT_FanTypeCT_ModelNoCT_NomWaterFlowRateCT_NomTempCondCT_NoCellsCT_NoFanperCellCT_FanMotorCellCT_TotNamePlate_MotorPowCT_TotRat_Motor_powCT_NoPumpsperCellCT_NameplatePumpPowerCT_RatedPumpPowerCT_RecircFlowrateCT_PsatRecircWateInletCT_Overall_HeightUnitCT_FanDiameterCT_HubDiamCT_FanStackHCT_InletACT_ThroatACT_DischACT_FanBladeAdjCT_FanOutsideDiamCT_WheelWidthCT_HousingWidthCT_FanWheel_OutsideDimCT_FanHousingInDimCT_FanWheel_HousingDisAreaCT_ElimTypeCT_Gross_ApercellCT_LouverTypeCT_GFACT_NoAirInletFacesCT_AirInletHeightCT_LouverSpCT_FillTypeCT_FillHeightCT_NoFillLayersCT_AirTravel_CrCT_CellLenghtInternal_CoCT_CellWidthInternal_CoCT_WHTMTotGFA_CrCT_NoSheetsoverCellLengthCT_NoSheetsoverCellWidthCT_NoSplashBarsinCrossSectionCT_SbarsPatternCT_NoSplashDeckLayersCT_HETypeCT_HEperCellCT_NoofPlatesCT_NoPlatesTypeACT_NoPlatesTypeBCT_NoPlatesTypeCCT_PlateHeightCT_PlateWidthCT_PlateDepthInCT_NoPassesCT_NoRowsPassCT_NoTubesPassCT_TubeDiamCT_HEWidthCT_HELengthCT_SurfaceAreaCT_NozzleQtyInletCT_NozzleSizeInletCT_NozzleQtyOutletCT_NozzleSizeOutletCT_GrossfaceAreaCT_ProcessFluidCT_PressureDropCT_WaterDistributionTypeCT_NoInletConnectCellCT_NoNozzlesOrificesperCellCT_NozzleHCT_Ratio_PropFanCT_Ratio_CentrifugalCT_AInlet_to_AHECT_AFanCov_to_ElimCT_WFanPlenum_to_LFanPlenumCT_Attached_Data gpmF HPHP HPHPgpmftftftininftftft inininininft ft ft inin in inininft ininin inininft in inft psi in StringStringStringBooleanStringStringStringStringDecimalStringStringIntegerDecimalDecimalDecimalIntegerIntegerDecimalDecimalDecimalDecimalDecimalDecimalDecimalDecimalDecimalDecimalStringDecimalDecimalDecimalDecimalDecimalDecimalStringDecimalStringDecimalIntegerDecimalDecimalStringDecimalIntegerIntegerIntegerIntegerDecimalIntegerIntegerIntegerStringIntegerStringDecimalIntegerIntegerIntegerIntegerDecimalDecimalDecimalIntegerIntegerIntegerDecimalDecimalDecimalDecimalIntegerDecimalIntegerDecimalDecimalStringDecimalStringIntegerIntegerIntegerDecimalDecimalDecimalDecimalDecimalString1 2 3

Columns "A" through "M" shall only be completed by ECC or CTI administrator. Participant completing there DOR's MUST not use these column's

Reference DocumentColumn CodeDescription to help user complete Data of RecordAThis section should ONLY be completed by ECC or CTI administrator. Participant completing DOR's MUST not use these columnsBCDEFGHIJKLMNManufacturer to input: Reference sequence value to illustrate the number of models in a product lineOManufacturer to input: Company namePManufacturer to provide Product line name i.e XYZQManufacturer to input: Revision date of DORRManufacturer to input Cooling Tower Type: Cooling Tower, Closed Circuit Cooler, or Evaporative CondenserSManufacturer to input Draft Type: Induced or ForcedTManufacturer to input Flow type of cooling tower: Counterflow, Crossflow, Combined, or OtherUManufacturer to input Fan Type with the following alternatives: Axial or CentrifugalVManufacturer to input: Unit model nomenclatureWManufacturer to input: Nominal Water Flow Rate selected at nominal temperature conditionsXManufacturer to input: Nominal Temperature Conditions (Nominal Temperature Conditions for Open Circuit Cooling Tower, Closed Circuit Cooling Tower, and Evaporative Refrigerent Condensers are specified in STD 201 RS.)

YManufacturer to input: Number of cells. A cell is the smallest portion of a model that is capable of independent air and water flow operationZManufacturer to input: Number of Fans per CellAAManufacturer to input: Number of Fan Motors per CellABManufacturer to input: Total Nameplate Fan Motor Power per ModelACManufacturer to input: Total Rated Fan Motor Power per ModelADManufacturer to input: Number of Pumps Per CellAEManufacturer to input: Total Nameplate Pump Power per ModelAFManufacturer to input: Total Rated Pump Power per ModelAGManufacturer to input: Flow Rate of Recirculating WaterAHManufacturer to input: Static Pressure at Recirculating Water InletAIManufacturer to input: Overall Height of UnitAJManufacturer to input: Fan DiameterAKManufacturer to input: Standard Fan Center Hub or Seal Disk Diameter. Central diameter of blocked airflowALManufacturer to input: Fan Stack Height. This is the height of the formed cylinderAMManufacturer to input: Fan Stack Inlet Area. This area should include any eased inlet integral to the cylinder.ANManufacturer to input: Fan Stack Throat Area. This area should be the straight section of the cylinder where the fan tracks & is typically the smallest diameter of the cylinderAOManufacturer to input: Fan Stack Discharge Area. This area should be at the discharge plane of the cylinder and may be equal to or greater than the throat areaAPManufacturer to input Fan Blade Pitch Adjustment: Fixed or AdjustableAQManufacturer to input: Fan Wheel Outside Diameter. This is the outside diameter of the centrifugal fan ring, holding the fan blades in place. ARManufacturer to input: Fan Wheel Width. This is the outside width of the centrifugal fan.ASManufacturer to input: Fan Wheel Housing Width Dimension. This is the dimension = A as shown in STD-201 RS Appendix FAT Manufacturer to input: Fan Wheel Housing Outside Dimension. This is the dimension = B as shown in STD-201 RS Appendix FAUManufacturer to input: Fan Wheel Housing Inside Dimension. This is the dimension = C as shown in STD-201 RS Appendix FAVManufacturer to input: Fan Wheel Housing Discharge Area. AWManufacturer to input Eliminator Type: Blade, Cellular or IntegralAXManufacturer to input: Gross Area per CellAYManufacturer to input: Louver Type: Blade, Cellular, or IntegralAZManufacturer to input: Gross Face Area of Cell. Gross face area at the eliminator plane, used for calculating approach air speed. Not reduced for supports or other blockages in the eliminator plane.

BAManufacturer to input: No.of Air Inlet Faces of the cellBBManufacturer to input: Air Inlet Height. It should be the dimension of the free opening height when looking face onto the air inlet.BCManufacturer to input: Louver Spacing. Sheet spacing for cellular louvers or vertical distance center to center between blade style louversBDManufacturer to input Fill Type: Film, Splash Bar, Splash Deck, or OtherBEManufacturer to input: Fill HeightBFManufacturer to input: Number of Counterflow Fill LayersBGManufacturer to input: Fill Cross Flow Air TravelBHManufacturer to input: Internal Cell LengthBIManufacturer to input: Internal Cell WidthBJManufacturer to input: Fill Total Gross Face Area per CellBKManufacturer to input: Fill Number of Sheets Over Cell WidthBLManufacturer to input: Fill Number of Sheets Over Cell LengthBMManufacturer to input: Splash Bar Number in Cross SectionBNManufacturer to input: Splash Bar PatternBOManufacturer to input: Splash Deck Number of LayersBPManufacturer to input Type of Heat Exchanger: Coil, Plate HX, or OtherBQManufacturer to input: Number of Heat Exchangers per CellBRManufacturer to input: Number of Total PlatesBSManufacturer to input: Number of Type A platesBTManufacturer to input: Number of Type B platesBUManufacturer to input: Number of Type C platesBVManufacturer to input: Plate Height DimensionBWManufacturer to input: Plate Width DimensionBXManufacturer to input: Plate Depth Inside DimensionBYManufacturer to input: Number of passesBZManufacturer to input: Number of rowsCAManufacturer to input: Number of tubesCBManufacturer to input: Coil Tube diameterCCManufacturer to input: Heat Exchanger WidthCDManufacturer to input: Heat Exchanger LengthCEManufacturer to input: Heat Exchanger Surface AreaCFManufacturer to input: Heat Exchanger Inlet Nozzle QuantityCGManufacturer to input: Heat Exchanger Inlet Nozzle SizeCHManufacturer to input: Heat Exchanger Outlet Nozzle QuantityCIManufacturer to input: Heat Exchanger Outlet Nozzle SizeCJManufacturer to input: Heat Exchanger Gross Face AreaCKManufacturer to input: Heat Exchanger Process FluidCLManufacturer to input: Heat exchanger Pressure DropCMManufacturer to input Water Distribution Type: Spray, Gravity, Trough or OtherCNManufacturer to input: Number of Inlet Connnections Per CellCOManufacturer to input: Number of nozzles or orifices per cellCPManufacturer to input: Dimension from underside of nozzle to the top of the wet heat transfer media or Heat ExchangerCQ-CUSee STD-201 RS for more informationCVManufacturer to input: Name of ZIP data file