Hvac Reference Data Guide

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HVAC

Reference Data Guide

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Copyright

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publication date.

The information and the software discussed in this document are subject to change without notice and are subject to applicable technical product descriptions. Intergraph Corporation is not responsible for any error that may appear in this document.

The software discussed in this document is furnished under a license and may be used or copied only in accordance with the terms of this license.

No responsibility is assumed by Intergraph for the use or reliability of software on equipment that is not supplied by Intergraph or its affiliated companies. THE USER OF THE SOFTWARE IS EXPECTED TO MAKE THE FINAL EVALUATION AS TO THE USEFULNESS OF THE SOFTWARE IN HIS OWN ENVIRONMENT.

Intergraph is not responsible for the accuracy of delivered data including, but not limited to, catalog, reference and symbol data. Users should verify for themselves that the data is accurate and suitable for their project work.

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HVACSpec Sheet ... 15 ManualDamper Sheet... 19 MotorDamper Sheet... 22 Rect_FlatFlange Sheet ... 24 Round_FlatFlange Sheet... 26 Rect_FlatFlangeVA Sheet ... 28 Round_FlatFlangeVA Sheet ... 30 Round_Sleeve Sheet ... 32 Rect_Sleeve Sheet... 34 Round_Weld Sheet ... 36 Rect_Weld Sheet... 37 Round_Rivet Sheet ... 39 Rect_Rivet Sheet... 40 FlatOval_Weld Sheet ... 42 FlatOval_Rivet Sheet ... 43 DuctSmokeDetector Sheet ... 45 SamplingTube Sheet ... 46 Horn_Strobe Sheet ... 47 SurfMountIcover Sheet... 48 SM1PipingTap Sheet ... 50 SMRoundBranch Sheet... 52 SMRectangularBranch Sheet ... 53 RoundTee Sheet ... 54 RectTee Sheet ... 56 HVACElbow Sheet... 58 RoundElbow Sheet... 60 HsqrThroatElbow Sheet... 62 BellMouthRound Sheet... 64 BellMouthRFO Sheet ... 65 Division2 Sheet... 66 DivisionW3 Sheet ... 68 AirFilter Sheet... 70 AirFilterHumidifier Sheet ... 72

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AirCoolingCoil Sheet... 74

HvacSpecDefaults Sheet ... 76

PermissibleDuctThickness Sheet ... 78

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Preface

This document is a reference data guide for the SmartPlant® 3D HVAC task. The purpose of this document is to describe the reference data delivered with the software for this task.

Reference data includes both catalog data and specification data. Catalog data includes the parts that you place in the model, such as piping components and equipment. Specification data includes the rules that govern how those parts are placed and connected.

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SmartPlant 3D Documentation Set

The SmartPlant® 3D documentation set is available as Adobe® PDF files. The content of the PDF files is the same content as online Help. To access these PDF documents in the software, click Help > Printable Guides.

The documentation set is divided into four categories:

• Administrative guides contain information about installing, configuring, customizing, and troubleshooting SmartPlant 3D.

• User's guides provide command reference and how-to information for working in each SmartPlant 3D task.

• Reference data guides define the reference data workbooks. Not all tasks have reference data.

• ISOGEN guides

Administrative Guides

Project Management User's Guide - Provides instructions for setting up the

databases, creating permission groups, backing up and restoring project data,

assigning access permissions to the model, managing interference detection, defining and managing locations for Global Workshare, controlling duplication and

consolidation of plants, tools for synchronization, regeneration of report databases, and version upgrade.

SmartPlant 3D Database Integrity Guide - Provides information about the error

messages in the database integrity reports, including meaning, cause, and possible corrective action.

SmartPlant 3D Global Workshare Guide - Provides instructions for setting up the

software and the databases to work in a workshare environment.

SmartPlant 3D Installation Guide - Provides instructions on installing and

configuring the software on both the client and server computers.

SmartPlant 3D/IntelliShip Programmer's Guide - Provides information about custom

commands, naming rules, and symbol programming.

SmartPlant 3D Integration Reference Guide - Provides information about installing,

configuring, and using SmartPlant 3D in an integrated environment.

SmartPlant 3D Interference Checking Guide - Provides information on installing,

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SmartPlant 3D Interpreting Human Piping Specifications - Provides information

about how to interpret human piping specifications so that you can create the corresponding piping specification in the software.

SmartPlant 3D Plant Design System (PDS) Guide - Provides all information needed

to use PDS with SmartPlant 3D. Topics include referencing active PDS projects in SmartPlant 3D, exporting PDS data and importing that data into SmartPlant 3D, converting PDS reference data to SmartPlant 3D reference data, and converting EDEN symbols to Visual Basic symbols.

SmartPlant 3D Release Bulletin - Provides what's new, hardware/software

requirements, and support information for the current release.

SmartPlant 3D Troubleshooting Guide - Provides information on how to resolve

errors that you may encounter in the software by documenting troubleshooting tips, error messages, and to do list messages.

User's Guides

Catalog User's Guide - Provides information about viewing, editing, and creating

reference data and select lists (codelists).

Common User's Guide - Provides information about defining workspaces, navigating

in the model, precision input, filtering, manipulating views, and running reports.

Drawings and Reports User's Guide - Provides information about creating drawing

and report deliverables.

Electrical User's Guide - Provides information about routing electrical cable,

cableway, cable tray, and conduit.

Equipment and Furnishings User's Guide - Provides information about placing

equipment.

Grids User's Guide - Provides instructions for creating coordinate systems, elevation

grid planes, vertical grid planes, radial cylinders, radial planes, grid arcs, and grid lines.

Hangers and Supports User's Guide - Provides instructions on placing piping, duct,

cableway, and conduit supports in the model.

HVAC User's Guide - Provides instructions for routing HVAC duct.

Piping User's Guide - Provides instructions for routing pipe and placing valves, taps,

and pipe joints.

Space Management User's Guide - Provides instructions for placing volumes (such as

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Structural Analysis User's Guide - Provides instructions for defining loads, load

cases, load combinations, and the importing and exporting of analytical data.

Structure User's Guide - Provides instructions for placing structural members such as:

beams, columns, braces, slabs, openings, stairs, ladders, equipment foundations, and handrails.

Systems and Specifications User's Guide - Provides instructions for creating systems

and their hierarchies and selecting which specifications are available for each system type.

SmartPlant 2D Symbols User's Guide - Provides instructions for creating cross

section symbols.

Reference Data Guides

Drawings and Reports Reference Data Guide - Provides information about reports

reference data.

Electrical Reference Data Guide - Provides information about electrical cable,

cableway, cable tray, and conduit reference data.

Equipment and Furnishings Reference Data Guide - Provides information about

equipment reference data and name rules.

Hangers and Supports Reference Data Guide - Provides information about hangers

and supports reference data.

HVAC Reference Data Guide - Provides information about HVAC reference data. Piping Reference Data Guide - Provides information about piping reference data

including piping specifications, piping specification rules, piping parts, piping symbols, and name rules.

SmartPlant 2D Symbols Reference Data Guide - Provides information about the

two-dimensional symbols used in all tasks.

SmartPlant 3D Reference Data Guide - Provides instructions about the Bulkload

utility, codelists, and the reference data common to several disciplines.

SmartPlant 3D Symbols Reference Data Guide - Provides information about the

Visual Basic Part Definition Wizard and the three-dimensional symbols used in all tasks.

Space Management Reference Data Guide - Provides information about space

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Structure Reference Data Guide - Provides information about structural reference

data and name rules.

ISOGEN Guides

AText Reference Guide - Provides information about alternative text for isometric

drawings. This guide is from Alias, the makers of ISOGEN®.

Option Switches Reference Guide - Provides information about the ISOGEN option

switches for isometric drawings. This guide is from Alias, the makers of ISOGEN.

Symbol Keys Reference Guide - Provides information about the symbol keys for

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Documentation Comments

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What's New in HVAC Reference Data

Version 2007

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HVAC Reference Data: An Overview

In the HVAC task, reference data contains the rules and the parts necessary for placement of routing in the duct system. These rules help in selecting the proper part for the application and limiting parts availability based on routing conditions. HVAC provides duct-sizing capability to determine the proper duct sizes. This duct sizing provides a list of duct cross sections and sizes valid for the specification for the specific design criteria. A recommendation is to set preferred components as part of the specification and as the defaults.

The HVAC software uses several standard data tables to produce correct modeling. An administrator can add new rows to these tables or edit existing rows. After adding or editing rows, the administrator must bulk load the information into the Catalog Database for the new information to take effect.

The interfaces for the HVAC and Cableway tasks are very similar. Reference data determines the values that populate the various dialog boxes in both tasks. Compared to Cableway, the values in HVAC deal more with duct components, like nozzles and branches. For example, to create new routes, the reference data for the HVAC task populates the New Duct Run dialog box, while the reference data for the Cableway task populates the Create Cableway dialog box.

The software selects default components based on your input during a session for routing duct. For the proper configuration, the default or preferred components

include the duct cross section, duct size, duct material, material thickness or gage, and the end or port connections.

Related Topics

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HVAC Sheets: An Overview

The HVAC.xls workbook contains the reference data for the HVAC task. The sheets that are unique to HVAC.xls are described below. For more information on common sheets, see the SmartPlant 3D Reference Data Guide accessible from the Help >

Printable Guides command.

HvacSpec - Lists the specification names of HVAC specification objects. For more

information, see the HVACSpec Sheet, page 15.

ManualDamper - Defines reference data for manual dampers. For more information,

see the ManualDamper Sheet, page 19.

MotorDamper - Defines the reference data for motor dampers. For more

information, see the MotorDamper Sheet, page 22.

Rect_FlatFlange - Defines reference data for rectangular flat flanges. For more

information, see the Rect_FlatFlange Sheet, page 24.

Round_FlatFlange - Defines reference data for round flat flanges. For more

information, see the Round_FlatFlange Sheet, page 26.

Rect_FlatFlangeVA - Defines the reference data for rectangular flat flanges with

depth inclination. For more information, see the Rect_FlatFlangeVA Sheet, page 28.

Round_FlatFlangeVA - Defines the reference data for round flat flanges with depth

inclination. For more information, see the Round_FlatFlangeVA Sheet, page 30

Round_Sleeve - Defines reference data for round sleeves. For more information, see

the Round_Sleeve Sheet, page 32.

Rect_Sleeve - Defines reference data for rectangular sleeves. For more information,

see the Rect_Sleeve Sheet, page 34.

Round_Weld - Defines the reference data for round welded connections. For more

information, see the Round_Weld Sheet, page 36.

Rect_Weld - Defines the reference data for rectangular welded connections. For

more information, see the Rect_Weld Sheet, page 37.

Round_Rivet - Defines the reference data for round riveted connections. For more

information, see the Round_Rivet Sheet, page 39.

Rect_Rivet - Defines the reference data for rectangular riveted connections. For more

information, see the Rect_Rivet Sheet, page 40.

FlatOval_Weld - Defines the reference data for flat oval welded connections. For

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FlatOval_Rivet - Defines the reference data for flat oval riveted connections. For

more information, see the FlatOval_Rivet Sheet, page 43.

DuctSmokeDetector - Defines the reference data for duct smoke detectors. For more

information, see the DuctSmokeDetector Sheet, page 45.

SamplingTube - Defines the reference data for sampling tubes. For more

information, see the SamplingTube Sheet, page 46.

Horn_Strobe - Defines the reference data for visible and audible warning signals.

For more information, see the Horn_Strobe Sheet, page 47.

SurfMountIcover - Defines reference data for surface-mounted covers. For more

information, see the SurfMountIcover Sheet, page 48.

SM1PipingTap - Defines reference data for one surface-mounted piping tap on an

HVAC duct for instrument assembly. Halfin is one-half inch nominal pipe diameter. The part can be a piping 0.5" piping tap that is either socket- welded or female-threaded. The tap is mounted on a duct surface. For more information, see the

SM1PipingTap Sheet, page 50.

SMRoundBranch - Defines the reference data for a surface-mounted round branch.

For more information, see the SMRoundBranch Sheet, page 52.

SMRectangularBranch - Defines the reference data for a surface-mounted

rectangular branch. For more information, see the SMRectangularBranch Sheet, page 53.

RoundTee - Defines reference data for round tees. For more information, see the

RoundTee Sheet, page 54.

RectTee - Defines the reference data for rectangular tees. For more information, see

the RectTee Sheet, page 56.

HVACElbow - Defines reference data for HVAC elbows. For more information, see

the HVACElbow Sheet, page 58.

RoundElbow - Defines the reference data for round elbows. For more information,

see the RoundElbow Sheet, page 60.

HsqrThroatElbow - Defines the reference data for square throat elbows. For more

information, see the HsqrThroatElbow Sheet, page 62.

BellMouthRound - Defines the reference data for a bell mouth. For more

information, see the BellMouthRound Sheet, page 64.

BellMouthRFO - Defines the reference data for a bell mouth with a flat oval outlet.

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Division2 - Defines reference data for a division feature, a component that divides the

HVAC rectangular duct into two ducts along the width of the duct. The division feature has three ports: the original duct port and the resulting two ducts ports. For more information, see the Division2 Sheet, page 66.

DivisionW3 - Defines the reference data for a division feature, a component that

divides the HVAC rectangular duct into three ducts along the width of the duct. The division feature has four ports: the original duct port and the resulting three duct ports. For more information, see the DivisionW3 Sheet, page 68.

AirFilter - Defines the reference data for an air filter. For more information, see the

AirFilter Sheet, page 70.

AirFilterHumidifier - Defines the reference data for an air filter humidifier. For

more information, see the AirFilterHumidifier Sheet, page 72.

AirCoolingCoil - Defines the reference data for an air cooling coil. For more

information, see the AirCoolingCoil Sheet, page 74.

HvacSpecDefaults - Lists the names of the specifications that you can use while

working with the HVAC reference data. For more information, see the

HvacSpecDefaults Sheet, page 76.

PermissibleDuctThickness - Defines the reference data for permissible duct

thickness. For more information, see the PermissibleDuctThickness Sheet, page 78.

Related Topics

• HVAC Reference Data: An Overview, page 12

HVACSpec Sheet

The HVACSpec sheet in the HVAC.xls workbook defines the specifications that are available to you for HVAC routing. Currently, the workbook contains two

specifications: Spec-0 and Spec-1.

SpecName - Type the specification name of the HVAC specification objects (for

example, Spec-0).

Service - Type a description of the service for the HVACSpec object. An example is NoService.

PressureClass - Type the pressure class of the HvacSpec object. Examples are LowPressure and MediumPressure.

HvacPartGenerationBasis - Specifies whether breaks on the feature boundary are

enabled or disabled. Type 1 to disable breaks or type 2 to enable breaks. Based on this value, the software determines if the continuous feature that you are routing is

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LiningMaterial(Type/Grade) - Type a phrase that describes the type or grade of the

lining material.

InsulationMaterial(Type/Grade) - Type a phrase that describes the type or grade of

the insulation material.

DuctMaterial(Type/Grade) - Type a phrase that describes the type or grade of the

duct material.

Note

• The duct material is defined in the Material sheet of the AllCommon.xls file.

Shapes - Type the name of the shape of the object. Options include Rectangular, Round, Oval, and FlatOval.

PartNumber - Type the phrase that identifies the part number. Examples include:

• PDS-100 • PDS-150 • PDS-200 • PDS-250 • PDS-300 • PDS-350 • PDS-400

• RECTFF - Rectangular flat flange

• ROUNDFF - Round flat flange

• ROUNDSLEEVE

• RectSleeve - Rectangular sleeve

• B-100 - B represents bend.

• TA-100X80 - T represents tee. 100x80 is a reducing tee. Header is

100mm diameter of the round tee, Width, Branch is 80mm to arrive at the bend width.

• HVACElbowFo

• DivisionW2

• SM1PTapSWhalfin - Surface-mounted piping tap on a duct surface that

is socket-welded. halfin is one-half inch nominal pipe diameter

• SM1PTapFThalfin - Surface-mounted piping tap on a duct surface that is

female-threaded. halfin is one-half inch nominal pipe diameter

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• AirFilterHumidifier300x200x225 • AirFilterHumidifier400x250x275 • AirFilterHumidifier250x200x200 • AirCoolingCoil400x200x350 • AirCoolingCoil300x200x325 • AirCoolingCoil400x250x350 • AirCoolingCoil250x200x300 • AirFilter400x200x180 • AirFilter400x200x180 • AirFilter300x200x150 • AirFilter400x250x180 • AirFilter250x200x120 • MRD-URD-100 • MRD-URD-150 • MRD-URD-200 • MRD-URD-250 • MRD-URD-300 • MRD-URD-350 • MRD-URD-400 • Icover400x600 • Icover250x400 • DivisionW3-01 • SM-501-N • SM-501-P • RWX-N • SL-2000-P • STS-100 • STS-50 • STS-25 • SHP24-1575W • SHP24-1575R • RoundWeld • RectWeld

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• RoundRivet • RectRivet • FlatOvalWeld • FlatOvalRivet • Rect_SlopedFlange • Round_SlopedFlange • RectTee1 • SMRectangularBranch1 • SMRoundBranch1 • HVACsqrThroatElbow01 • Round Bellmouth 300x250 • RoundxFlatOval Bellmouth 355x1450

SectionName - Identifies the outfitting cross section (OCS). Examples are OCS-4X4, OCS-6X4, OCS-8X4, OCS-6X6, OCS-10X4, OCS-8X6, OCS-7X7, OCS-14X4, OCS-8X7, OCS-16X4, OCS-10X6, OCS-8X8, OCS-9X7, OCS-12X6, OCS-10X7, OCS-9X8, OCS-10X8, and OCS-14X6.

Note

• The section name is defined in the OutfittingCrossSections sheet of the

AllCommon.xls file. Related Topics

• BellMouthRFO Sheet, page 65

• BellMouthRound Sheet, page 64

• DuctSmokeDetector Sheet, page 45

• FlatOval_Rivet Sheet, page 43

• FlatOval_Weld Sheet, page 42

• Horn_Strobe Sheet, page 47

• HsqrThroatElbow Sheet, page 62

• HVAC Sheets: An Overview, page 13

• HVACElbow Sheet, page 58

• ManualDamper Sheet, page 19

• PermissibleDuctThickness Sheet, page 78

• Rect_FlatFlange Sheet, page 24

• Rect_FlatFlangeVA Sheet, page 28

• Rect_Rivet Sheet, page 40

• Rect_Sleeve Sheet, page 34

• Rect_Weld Sheet, page 37

• RectTee Sheet, page 56

• Round_FlatFlange Sheet, page 26

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• Round_Rivet Sheet, page 39

• Round_Sleeve Sheet, page 32

• Round_Weld Sheet, page 36

• RoundElbow Sheet, page 60

• RoundTee Sheet, page 54

• SamplingTube Sheet, page 46

• SMRectangularBranch Sheet, page 53

• SMRoundBranch Sheet, page 52

• SurfMountIcover Sheet, page 48

ManualDamper Sheet

The ManualDamper sheet in the HVAC.xls workbook defines the manual dampers that you want in the Catalog.

PartNumber - Type the part number assigned to the manual damper. The software

uses the part number at placement when the part name is automatically generated. An example is PDS-100.

Tip

• Part numbers for manual dampers must be unique throughout the entire Catalog.

SymbolDefinition - Type the definition of the Visual Basic symbol that you are

creating for the manual damper. An example is

PDSHRoundDamper.HRoundDamper.

FaceWidth - Type the width of the face for the damper. FaceDepth - Type the face depth for the damper.

ComponentType - Type the component type for the damper.

PartDescription - Type a description for the damper. An example is Manual Damper Part.

DryWeight - Type a dry weight for the damper.

DrycogX - Type the offset distance along the x-axis for the dry center of gravity of

the damper.

DrycogY - Type the offset distance along the y-axis for the dry center of gravity of

the damper.

DryCogZ - Type the offset distance along the z-axis for the dry center of gravity of

the damper.

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WaterCogX - Type the offset distance along the x-axis for the wet center of gravity

of the damper.

WaterCogY - Type the offset distance along the y-axis for the wet center of gravity

of the damper.

WaterCogZ - Type the offset distance along the z-axis for the wet center of gravity

of the damper.

Width - Type the width of the damper.

DamperLength - Type the length for the damper. Thickness - Type the thickness for the damper.

FlangeWidth - Type the width of the flange for the damper. Tip

• For the remaining properties, (i) indicates an integer corresponding to a nozzle number assigned to the cross section. This method avoids a lengthy listing for all possibilities, like Nozzle(1):CrossSection,

Nozzle(2):CrossSection, and Nozzle(3):CrossSection for three possible

nozzles. When you type the nozzle properties in the workbook, substitute a number for i to assign the nozzle to the appropriate property.

Nozzle(i):CrossSection - Type the related CrossSection object for the port as listed

on the HvacSpec sheet.

Nozzle(i):EndPrep - Type the coded end preparation for Nozzle 1. The

AllCodeLists.xls workbook contains mappings between numbers and components.

For example, the number 11 in the Nozzle EndPrep column on the ManualDamper sheet corresponds to the flat-face flanged end, as specified in the AllCodeLists.xls workbook.

Nozzle(i):Thickness - Type the thickness of the nozzle port. The number of actual

nozzles present on a cableway run can vary.

Nozzle(i):FlangeWidth - Type the flange width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle. Nozzle(i):CptOffset - Type the offset value for the component.

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Related Topics

• HVACSpec Sheet, page 15

• HvacSpecDefaults Sheet, page 76

• Round_FlatFlangeVA Sheet, page 30

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MotorDamper Sheet

The MotorDamper sheet in the HVAC.xls workbook defines the motorized dampers that you want in the Catalog.

PartNumber - Type the part number assigned to the motorized damper. The software

uses the part number at placement when the part name is automatically generated. An example is MRD-URD-100 (MRD represents motorized damper. URD represents non-motorized damper.)

Tip

• Part numbers for Motor dampers must be unique throughout the entire Catalog.

SymbolDefinition - Type the definition of the Visual Basic symbol that you are

creating for the Motor damper. An example is

PDSMotorRoundDamper.CMotorRoundDamper. FaceWidth - Type the width of the face for the damper. FaceDepth - Type the face depth for the damper.

ComponentType - Type the component type for the damper.

PartDescription - Type a description for the damper. An example is Motorized Round Damper 100mm diameter model URD Ultra-Zone.

Width - Type the width of the damper.

DamperLength - Type the length for the damper. Thickness - Type the thickness for the damper.

FlangeWidth - Type the width of the flange for the damper. Tip

Nozzle(i):CrossSection - Type the related CrossSection object for the port as listed

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Nozzle(i):EndPrep - Type the coded end preparation for Nozzle 1. The

AllCodeLists.xls workbook contains mappings between numbers and components.

For example, the number 11 in the Nozzle EndPrep column on the MotorDamper sheet corresponds to the flat-face flanged end, as specified in the AllCodeLists.xls workbook.

Nozzle(i):Thickness - Type the thickness of the nozzle port. The number of actual

nozzles present on a cableway run can vary.

Nozzle(i):FlangeWidth - Type the flange width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle. Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

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Rect_FlatFlange Sheet

The Rect_FlatFlange sheet in the HVAC.xls workbook organizes facts for rectangular flat flanges.

PartNumber - Type the part number for the flange. An example is RECTFF for

rectangular flat flange.

Tip

• Part numbers for rectangular flat flanges must be unique throughout the entire Catalog.

FaceDepth - Type the face depth for the coil. FaceWidth - Type the face width for the coil.

ComponentType - Type the component type for the rectangular flat flange. PartDescription - Type a description for the rectangular flat flange.

SymbolDefinition - Type the symbol definition for the rectangular flat flange. Width - Type the width of the duct.

Depth - Type the depth of the duct.

Clearance - Type the clearance for the rectangular flat flange. FlangeWidth - Type the width of the flange.

Thickness - Type the thickness for the flange.

CompressedGasket - Type the thickness for the compressed gasket. Tip

Nozzle(i):CrossSection -Type the related CrossSection object for the port.

Nozzle(i):EndPrep - Type the coded end preparation for the nozzle. Examples of end

preparations include Threaded, Screwed, Plain End, Welded, Bolted, Female,

Male, and Ferule. In the reference data, a number represents each type of end

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Nozzle(i):Thickness - Type the thickness of the nozzle port. Nozzle(i):FlangeWidth - Type the flange width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle. Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

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Round_FlatFlange Sheet

The Round_FlatFlange sheet in the HVAC.xls workbook defines the round flat flanges that you want in the Catalog.

PartNumber - Type the part number for the flange. An example is ROUNDFF for

round flat flange.

Tip

• Part numbers for round flat flanges must be unique throughout the entire Catalog.

SymbolDefinition - Type the symbol definition for the round flat flange. An example

is PDSRoundFlatFlange.HROUNDFF.

ComponentType - Type the component type for the round flat flange. PartDescription - Type a description for the round flat flange.

Width - Type the width of the duct.

Clearance - Type the clearance for the round flat flange. FlangeWidth - Type the width of the flange.

Nozzle(i):CrossSection - Type the related CrossSection object for the port.

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Nozzle(i):FlangeWidth - Type the flange width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for nozzle. Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

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Rect_FlatFlangeVA Sheet

The Rect_FlatFlangeVA sheet in the HVAC.xls workbook organizes facts for rectangular sloped flanges.

PartNumber - Type the part number for the flange. An example is Rect_SlopedFlange for rectangular sloped flange.

Tip

Depth - Type the depth of the duct.

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Nozzle(i):Thickness - Type the thickness of the nozzle port. Nozzle(i):FlangeWidth - Type the flange width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle. Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

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Round_FlatFlangeVA Sheet

The Round_FlatFlangeVA sheet in the HVAC.xls workbook organizes facts for round flat flanges with depth inclination.

PartNumber - Type the part number for the flange. An example is Round_SlopedFlange for round sloped flange.

Tip

preparation (for example, 1 for Threaded, 2 for Screwed and so on).

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Nozzle(i):FlangeWidth - Type the flange width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle. Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

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Round_Sleeve Sheet

The Round_Sleeve sheet in the HVAC.xls workbook defines the round sleeves that you want in the Catalog.

PartNumber - Type the part number for the sleeve. An example is ROUNDSLEEVE for round sleeve.

Tip

• Part numbers for round sleeves must be unique throughout the entire Catalog.

FaceDepth - Type the face depth for the object. FaceWidth - Type the face width for the object.

ComponentType - Type the component type for the round sleeve. PartDescription - Type a description for the round sleeve.

SymbolDefinition - Type the symbol definition for the round sleeve. An example is PDSHRoundSleeve.HROUNDSLV.

Width - Type the width of the duct.

Clearance - Type the clearance for the round sleeve. Length - Type the length of the round sleeve.

Thickness - Type the thickness for the sleeve. Tip

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Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle. Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

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Rect_Sleeve Sheet

The Rect_Sleeve sheet in the HVAC.xls workbook organizes facts for rectangular sleeves.

PartNumber - Type the part number for the sleeve. An example is RECTSLEEVE

for rectangular sleeve.

Tip

• Part numbers for rectangular sleeves must be unique throughout the entire Catalog.

ComponentType - Type the component type for the rectangular sleeve. PartDescription - Type a description for the rectangular sleeve.

SymbolDefinition - Type the symbol definition for the rectangular sleeve. An

example is PBSHRectSleeve.HRECTV.

Width - Type the width of the duct. Depth - Type the depth of the duct.

Clearance - Type the clearance for the rectangular sleeve. Length - Type the length of the rectangular sleeve.

Thickness - Type the thickness for the sleeve. Tip

Nozzle(i):EndPrep - Type the coded end preparation for the particular nozzle.

Examples of end preparations include Threaded, Screwed, Plain End, Welded,

Bolted, Female, Male, and Ferule. In the reference data, a number represents each

type of end preparation (for example, 1 for Threaded, 2 for Screwed and so on).

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Nozzle(i):FlangeWidth - Type the sleeve width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle. Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

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Round_Weld Sheet

The Round_Sleeve sheet in the HVAC.xls workbook defines the round welds that you want in the Catalog.

PartNumber - Type the part number for the weld. An example is RoundWeld for

round weld.

Tip

ComponentType - Type the component type for the round weld. PartDescription - Type a description for the round weld.

SymbolDefinition - Type the symbol definition for the round weld. An example is SP3DHVACRoundWeld.CHVACRoundWeld.

Width - Type the width of the duct. Tip

Nozzle(i):Thickness - Type the thickness of the nozzle port. Nozzle(i):FlangeWidth - Type the sleeve width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle.

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Related Topics

Rect_Weld Sheet

The Rect_Sleeve sheet in the HVAC.xls workbook defines the rectangular welds that you want in the Catalog.

PartNumber - Type the part number for the weld. An example is RectWeld for

rectangular weld.

Tip

ComponentType - Type the component type for the weld. PartDescription - Type a description for the weld.

SymbolDefinition - Type the symbol definition for the weld. An example is SP3DHVACRectWeld.CHVACRectWeld.

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Tip

Nozzle(i):Thickness - Type the thickness of the nozzle port. Nozzle(i):FlangeWidth - Type the sleeve width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle. Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

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Round_Rivet Sheet

The Round_Rivet sheet in the HVAC.xls workbook defines the round rivet connections that you want in the Catalog.

PartNumber - Type the part number for the rivet connections. An example is RoundRivet for round rivet.

Tip

• Part numbers for round rivets must be unique throughout the entire Catalog.

ComponentType - Type the component type for the round rivet. PartDescription - Type a description for the round rivet.

SymbolDefinition - Type the symbol definition for the round rivet. An example is SP3DHVACRoundRivet.CHVACRoundRivet.

Width - Type the width of the duct. Tip

Nozzle(i):Thickness - Type the thickness of the nozzle port. Nozzle(i):FlangeWidth - Type the sleeve width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle.

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Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

Rect_Rivet Sheet

The Rect_Rivet sheet in the HVAC.xls workbook defines the rectangular rivets that you want in the Catalog.

PartNumber - Type the part number for the rivet. An example is RectRivet for

rectangular rivet.

Tip

• Part numbers for rectangular rivets must be unique throughout the entire Catalog.

ComponentType - Type the component type for the rivet. PartDescription - Type a description for the rivet.

SymbolDefinition - Type the symbol definition for the rivet. An example is SP3DHVACRectRivet.CHVACRectRivet.

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Depth - Type the depth of the duct. Tip

Nozzle(i):Thickness - Type the thickness of the nozzle port. Nozzle(i):FlangeWidth - Type the sleeve width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle. Nozzle(i):PortDepth - Type the depth of the port for the nozzle. Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

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FlatOval_Weld Sheet

The FlatOval_Sleeve sheet in the HVAC.xls workbook defines the flat oval welds that you want in the Catalog.

PartNumber - Type the part number for the weld. An example is FlatOvalWeld for

flat oval weld.

Tip

• Part numbers for flat oval welds must be unique throughout the entire Catalog.

ComponentType - Type the component type for the weld. PartDescription - Type a description for the weld.

SymbolDefinition - Type the symbol definition for the weld. An example is SP3DHVACFlatOvalWeld.CFlatOvWeld.

Tip

Nozzle(i):Thickness - Type the thickness of the nozzle port. Nozzle(i):FlangeWidth - Type the sleeve width for the nozzle. Nozzle(i):FlowDirection - Type the flow direction for the nozzle.

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Nozzle(i):CptOffset - Type the offset value for the component. Related Topics

FlatOval_Rivet Sheet

The FlatOval_Rivet sheet in the HVAC.xls workbook defines the flat oval rivets that you want in the Catalog.

PartNumber - Type the part number for the rivet. An example is FlatOvalRivet for

flat oval rivet.

Tip

• Part numbers for flat oval rivets must be unique throughout the entire Catalog.

ComponentType - Type the component type for the rivet. PartDescription - Type a description for the rivet.

SymbolDefinition - Type the symbol definition for the rivet. An example is SP3DHVACFlatOvalRivet.CHVACFlatOvRivet.

Hvac Reference Data Guide

HVAC

Reference Data Guide

Table of Contents

Preface

SmartPlant 3D Documentation Set

Administrative Guides

User's Guides

Reference Data Guides

ISOGEN Guides

Documentation Comments

What's New in HVAC Reference Data

HVAC Reference Data: An Overview

HVAC Sheets: An Overview

HVACSpec Sheet

ManualDamper Sheet

MotorDamper Sheet

Rect_FlatFlange Sheet

Round_FlatFlange Sheet

Rect_FlatFlangeVA Sheet

Round_FlatFlangeVA Sheet

Round_Sleeve Sheet

Rect_Sleeve Sheet

Round_Weld Sheet

Rect_Weld Sheet

Round_Rivet Sheet

Rect_Rivet Sheet

FlatOval_Weld Sheet

FlatOval_Rivet Sheet