Master Index

SMACNAMASTER INDEX

OFTECHNICAL PUBLICATIONS

SHEET METAL AND AIR CONDITIONING CONTRACTORS’NATIONAL ASSOCIATION, INC.

www.smacna.org

JANUARY 2004

iSMACNA Master Index

INTRODUCTION

This Master Index was developed to provide SMACNA members and design professionals with a centralized resourceof SMACNA technical documents. It includes key words or phrases from 28 SMACNA technical manuals or guides.

The index was designed to be user-friendly by enabling contractors and design professionals to determine at a glancewhich SMACNA publications cover, for example, “Systems.” By turning to the word “Systems” in the Index, the usercan identify SMACNA publications by specific section of a manual or guide. In the case of “Systems,” there are over10 manuals which cover the topic.

Although abbreviations for each manual or guide are referenced at the bottom of each page, the following is a list ofthe SMACNA manuals or guides referenced throughout the Master Index:

APP HVAC Systems – Applications

ASMM Architectural Sheet Metal Manual

BSAR Building Systems Analysis & Retrofit Manual

COM HVAC Systems Commissioning Manual

DCS HVAC Duct Construction Standards Metal and Flexible

DD HVAC Systems Duct Design

DEHG Ducted Electric Heat Guide for Air Handling Systems

ESAM Energy Systems Analysis and Management

FGDC Fibrous Glass Duct Construction Standards

FRP Thermoset FRP Duct Construction Manual

FSDG Fire Smoke and Radiation Damper Guide for HVAC Systems

FSE Food Service Equipment Guidelines

GSSC Guide for Steel Stack Construction

IAQ Indoor Air Quality – A Systems Approach

IDC Accepted Industry Practice for Industrial Duct Construction

KVS Kitchen Ventilation Systems Guidelines

LAG Accepted Industry Practices for Sheet Metal Lagging

LTM HVAC Air Duct Leakage Test Manual

MGW The Manager’s Guide for Welding

OBUC IAQ Guidelines for Occupied Buildings Under Construction

PVC Thermoplastic Duct (PVC) Construction Manual

RCDC Rectangular Industrial Duct Construction Standards

RCSI Residential Comfort Systems Installation Standards Manual

RNDC Round Industrial Duct Construction Standards

RSMG Residential Sheet Metal Guidelines

SEIS Seismic Restraint Manual – Guidelines for Mechanical Systems

TAB HVAC Systems Testing Adjusting and Balancing

TABPG TAB Procedural Guide

The Master Index will be updated and published electronically as new or revised technical publications become avail-able.

You may order SMACNA technical publications using your American Express, VISA, or MasterCard by calling (703)803-2980.

ii SMACNA Master Index

FOREWORD

Development and publication of the Index was necessitated by the continuing evolution of SMACNA’s technical ser-vices in design and construction standards or guidelines for sheet metal construction.

SMACNA’s technical activities remain one of the foundations of strength and service to SMACNA members and theconstruction industry. There are currently seven contractor-composed technical committees or task forces active indeveloping and publishing design and construction standards. The talents and resources of 50 committee or task forcemembers—representatives of SMACNA member firms—participate in the following technical committees or taskforces:

Technical Resources Committee

Fire, Smoke & Radiation Damper Task Force.

Architectural Sheet Metal Task Force

Spiral, Round & Flat Oval Duct Task Force

Double-Wall Duct Task Force

Rectangular Industrial Duct Construction Task Force

HVAC Duct Construction Standards Task Force

HVAC Systems Duct Design Task Force

In addition to the technical committee activity and publications, SMACNA sponsors or co-sponsors technical researchin all areas of sheet metal construction. SMACNA also maintains strong liaison with other standard setting organiza-tions such as ASHRAE, CSI, NFPA, NAIMA, etc.

Through a combination of a commitment to quality in the design and construction process and increasing liaisons withother industry organizations, it is SMACNA’s objective to continue to be the premier sheet metal industry trade associ-ation.

SMACNA Master Index 1

AA Scale, APP 15.1A.I.S.I., DCS 4.6; MGW 5.10Abrasion, IDC 53; RNDC 2.3, 4.2, 4.5, 4.6, 5.4, 5.5,5.6, 6.1, 6.3, 6.4, 6.7, 7.1, 7.2, 7.3, 7.5, 7.6, 7.13,7.14, 7.17, 7.21, 7.27, 7.28, 8.1, 8.55, 9.2, 15.1,15.42, 16.1, 16.5, 17.12, 17.15

flatback elbows, IDC 55wear areas, IDC 54

ABS, See Acrylonitrile Butadiene StyreneAbsolute

pressure, TAB 2.19temperature, TAB 2.1zero, TAB 2.1

Absorber, APP 12.2chiller/heater, APP 12.4chillers, APP 2.8, 12.1equipment, APP 12.12systems, APP 12.1

Acceptance tests, COM 3.2, 5.1, 5.3, 7.1Access, KVS 6.3, 6.4Access doors, DCS 2.12; DSIG 1.3-1.7, 2.2-2.8,3.17, A.4, A.5, A.14.2.4, C.3; FSDG 5.2, 5.3; IDC60; LAG 3.44; RNDC 8.4, 9.4, 10.4, 11.8, 11.31,11.43, 15.23-15.26, 16.2, 16.7

blow-thru unit, DCS A.27casings, DCS 6.17draw-thru unit, DCS A.31flange, DSIG C.10, E.20round duct, DCS 2.14

Access opening, fire resistive, KVS 3.3Access openings, FRP 7.7; FSDG 4.1; KVS 1.2,2.13, 4.2, 4.3; PVC 21, 44

location, PVC 53Access panel, DCS 2.12; KVS 5.4, 8.1Access to equipment, APP 2.25Accessories, DD 3.21; DSIG E.2; FGDC 2.2

factory supplied, DD 6.15Accessory devices, DD 3.20Accessory equipment

bathroom exhaust fan, RCSI 10.5control, RCSI 9.3disconnect provision, RCSI 9.3equipment selection, RCSI 6.2filters, RCSI 4.5grounding, RCSI 9.3installation, RCSI 10.2metal pipe, RCSI 10.1power, RCSI 9.2service, RCSI 9.3support, RCSI 10.2wiring, RCSI 9.3

ACGIH, IAQ 5.3, 10.6Acids, FRP 2.1, 2.2Acoustic ratio, LTM A.16Acoustical

attenuation, DD 1.13ceiling, DD 11.32, 11.40lined ducts, DCS 2.25; DD 11.34, 11.35lined elbows, DD 11.36

Acoustical Insulation and Lagging System (AI&L),LAG 2.15Acoustics, APP 1.5; BSAR 7.9Acrylics, PVC 68Acrylonitrile Butadiene Styrene (ABS), PVC 67Action incremental, APP 3.34Action plan, BSAR 1.4Active solar heating systems, ESAM 21.1Activities log, IAQ A.14Actuator, TAB 4.5Adding sound pressure levels, DD 11.4Adhesives, IAQ 4.1

liner, DCS vAdiabatic

process, APP 15.1Adjustable pattern diffusers, DD 3.15Adjusting, BSAR 3.1Adsorption filters, APP 2.21Advertising, BSAR 1.4, 1.14, 1.15Aerodynamic noise, APP 15.1; DD 11.1, 11.20, 15.1Aerosols, APP 2.12

APP HVAC Systems – ApplicationsASMM Architectural Sheet Metal

ManualBSAR Building Systems Analysis &

Retrofit ManualCOM HVAC Systems Commissioning

ManualDCS HVAC Duct Construction

Standards Metal and FlexibleDD HVAC Systems Duct DesignDEHG Ducted Electric Heat Guide for

Air Handling SystemsESAM Energy Systems Analysis and

ManagementFGDC Fibrous Glass Duct Construction

Standards

FRP Thermoset FRP Duct ConstructionManual

FSDG Fire Smoke and Radiation DamperGuide for HVAC Systems

FSE Food Service Equipment Fabricationand Installation Guidelines

GSSC Guide for Steel Stack ConstructionIAQ Indoor Air Quality – A Systems

ApproachIDC Accepted Industry Practice for

Industrial Duct ConstructionKVS Kitchen Ventilation Systems and

GuidelinesLAG Accepted Industry Practices for Sheet

Metal LaggingLTM HVAC Air Duct Leakage Test ManualMGW The Manager’s Guide for Welding

OBUC IAQ Guidelines for Occupied BuildingsUnder Construction

PVC Thermoplastic Duct (PVC)Construction Manual

RCDC Rectangular Industrial DuctConstruction Standards

RCSI Residential Comfort SystemsInstallation Standards

RNDC Round Industrial Duct ConstructionStandards

RSMG Residential Sheet Metal GuidelinesSEIS Seismic Restraint Manual –

Guidelines for Mechanical SystemsTAB HVAC Systems Testing Adjusting

and BalancingTABPG TAB Procedural Guide

2 SMACNA Master Index

Agenda, TAB 12.4; TABPG 2.4Air, TAB 2.6, 2.26

blending, TAB 6.1ceilings, shafts, DSIG 2.2cleaners, APP 2.12cleanliness, APP 1.5conditioner, APP 11.2conditioningcontaminant sources, OBUC 2.1control, APP 10.16; TAB 9.5cooled condensers, APP 12.8cooling, DSIG A.1density, TAB 2.8density correction factors, DD 14.18, 14.57,14.61; LTM A.16density effects, DD 5.5diffusion, DD 3.5diffusion performance index (ADPI), DD 3.1,3.4distribution, DD 4.1; PVC 52; RCSI 3.1; TAB6.6distribution ceilings, DD 3.15; TAB 6.13distribution devices, TAB 12.2; TABPG 2.2distribution fundamentals, DD 3.5dual path, DCS A.30entrainment, TAB 6.6exhaust fans, APP 2.18filtering, DSIG A.1filtration, APP 2.12filtration devices, TAB 12.4; TABPG 2.4flow,switch, DEHG 6.1fresh supply, DSIG A.1friction, DEHG 3.2heat source, APP 11.13inlet types, DD 3.19intakes, outdoor, APP 2.2measurement devices, DD 10.3metric, APP 14.20motion characteristics, DD 3.9movement, APP 1.5openings relief, APP 2.2outlets, DD 9.13; OBUC 2.2oxygen, DSIG A.1single path, DCS A.29straight ducts, DD 6.5, 6.69strategies, IAQ 1.3symbols, DCS 1.2system advantages, TAB 7.1system basics, TAB 2.21system design, TAB 7.9system disadvantages, TAB 7.2system(s), TAB 7.1U.S., APP 14.19valves, TAB 6.3velocity, DSIG A.1; TAB 6.6

velocity meter, TAB 13.11; TABPG 3.11volume, TAB 5.10

Air balance, KVS 7.1Air bubbles, FRP 3.3, 4.7, 7.1Air distribution, DSIG A.1Air Distribution System, FSDG E.1Air Duct Systems, FSDG 3.1, E.1Air flow direction, KVS 2.13Air handling system, DSIG B.1

central, DSIG A.1zones, DSIG A.1

Air intakes, IAQ 6.10Air Leakage Control, FSDG F.3Air movement, KVS 1.2Air piping, SEIS 3.2Air pollutants, OBUC 2.1Air pollution, FRP 1.1Air pollution control units (APCU), KVS 3.3, 3.4

purpose, KVS 3.4Air Pressure Differential, FSDG F.1Air quality assessment, OBUC 2.6Air sampling, OBUC 5.2Air Sampling-Type Detector, FSDG E.1Air terminal boxes, TAB 6.1

dual duct, TAB 6.2reheat, TAB 6.1types, TAB 6.1

Air terminal devices, RCSI 1.4Air terminals, DSIG 1.3Air velocities in ducts, DSIG E.1Air volume control, KVS 2.13Air washer chart, DD 9.11Airborne

contaminants sources of, OBUC 2.1building systems, OBUC 2.1, 2.2, 2.2construction products, OBUC 2.1equipment, OBUC 2.1identifying, OBUC 4.2release during demolition, OBUC 2.1waste materials, OBUC 2.1noise, DD 11.1, 15.1sound, DD 15.2

Airflow, FSDG 5.1adjustment, TAB 14.8; TABPG 4.8clean room, APP 9.3control, APP 3.6measurements, TAB 13.7; TABPG 3.7measuring instruments, TAB 11.1, 11.9rate, TAB 6.1requirements, RCSI 6.2maximum fan, APP 7.26maximum zone, APP 7.25terminals, TAB 13.6; TABPG 3.6totals, TAB 13.6; TABPG 3.6

Airfoil fans, TAB 5.2


Air-hydronic systems, APP 2.1Airstream mixtures, TAB 2.17Air-to-air

heat pump, APP 11.2, 11.11plate exchangers, DD 9.12single tube exchangers, DD 9.12

Air-to-transmission ratio, APP 8.6Air-to-water heat pumps, APP 11.13Air-vapor relationship, TAB 2.7Air-water induction unit, APP 8.2Ak factors, TAB 13.5; TABPG 3.5Alarm printers, TAB 4.9Alcohols, IAQ 4.1Alkalies, FRP 2.1, 2.2Alkanes, IAQ 3.9All air systems, APP 2.1All hydronic systems, APP 2.1All water systems, APP 10.1Allergens, IAQ 4.1Alloys, MGW 2.23Alternative investments, IAQ 14.8Alternative mode, TAB 15.12; TABPG 5.12Aluminized steel, RNDC 3.1Aluminum, DD 12.2; DSIG B.1; LAG 1.2, 1.5;MGW 2.22, 2.29, 5.10; RNDC iii, 1.1, 1.2, 1.4, 3.2,3.10, 3.11, 3.12, 3.13, 4.1, 4.2, 4.3, 5.1, 5.8, 7.2, 7.3,8.24, 10.1, 11.1, 11.3, 11.42, 11.45, 11.46, 11.47,11.48-11.51, 11.52, 11.53, 12.1, 12.2, 12.16, 12.17,12.18-12.20, 12.24, 12.25, 12.25, 12.28, 12.34,12.52, 12.56, 12.61, 12.62, 13.1, 13.14, 13.15, 14.5,14.11, 14.12, 15.29, 17.13; RSMG C.8, 1.12, 1.13,1.17, 1.27, 1.30

advantages, DSIG B.1applications, DSIG B.1conversion from steel, DCS 1.58dimension adjustments, DCS 1.59reinforcements, DCS 1.59thickness adjustments, DCS 1.59duct construction, DCS 1.58duct weight tables, DCS A.5sheet thicknesses, DCS A.5; DSIG B.6

Aluminum Association, DSIG B.6AMCA, BSAR 3.15; FSDG R.1AMCA Standard 210, KVS 4.1American Marketing Association, BSAR 1.1American National Standards Institute (ANSI),FSDG 3.1Amperage, MGW 3.3Amperage Readings, TAB 3.5Analog in (AI), APP 3.45Analog n (AI), TAB 4.8Analog out (AO), APP 3.45; TAB 4.9Analysis of Measurements, TAB 13.3; TABPG 3.3Anchor, FGDC 6.6Anchor bolts

companion angles, GSSC 4.34length, GSSC 6.10placement (figure), GSSC 4.2

Anchors, SEIS 2.1Anemometer, APP 15.2; TAB 11.5

deflection vane, TAB 11.6, 11.9electric rotating vane, TAB 11.6, 11.9thermal, TAB 11.7, 11.9

Angle, FGDC 5.14connectors, SEIS 2.3flanges, RCDC 8.7properties, DCS A.12

Angle reinforcingaluminum, DCS 1.59

Angular conversion (to metric), DD 14.17Animal dander, IAQ 5.2Annual

cost, DD 2.2operating cost, ESAM 14.10owning cost, BSAR 1.22

Annual flow indicator, TAB 11.25ANSI, MGW 4.4ANSI standard, DSIG B.4ANSI/ASME RTPB1, FRP 5.1, E.1ANSI/NFPA 91, FRP E.1ANSI/NSF-2-1996, FSE 1.1Antimony Trioxide, FRP 2.1, 2.2, 2.4








Standards


















Appearance, FRP 3.3, 7.1, 7.9Application, See Also Heater applications; FRP 2.5,5.9, 6.1, 6.9; PVC 61

grille and register, DD 3.12guide, APP 1.4slot diffuser, DCS 2.19; DD 3.13

Applied heat pump systems, APP 11.11Approach, cooling tower, APP 12.14Architect, FSDG 4.1Architects, KVS 1.1Area change losses, DD 5.18Area Separation Wall, FSDG 2.1Area Separations, FSDG 3.3Area table, IDC 84Area-Type Smoke Detector, FSDG E.1ARI, BSAR 8.16Aromatic hydrocarbons, IAQ 3.10Asbestos, DSIG B.2; IAQ 10.6Asbestos Cement, DSIG B.2

advantages, DSIG B.2former applications, DSIG B.2remarks, DSIG B.2

ASHRAE, BSAR 1.12, 4.1, 5.4, 6.3, 6.4, 8.2, 8.13,10.1; DSIG A.2; FSDG R.1; IAQ 1.2, 3.7, 9.3, 10.4;RSMG C.15

Fundamentals Handbook, DSIG A.2Systems Handbook, DSIG C.42

ASHRAE handbooks, KVS 1.3, 2.1ASME, MGW 5.10Aspect ratio, DD 2.3, 2.4Assemblies, roof-ceiling, FSDG 4.1Assessment, hazard, OBUC 2.4Associations, BSAR 1.12ASTM, ASMM 6.1; DSIG B.4; FRP 3.3, 7.1, 7.5,7.6, 7.8, E.1; FSDG 3.1, R.1; RSMG C.15

A167, DSIG B.5A653, DSIG C.1A666, DSIG B.5B209, DSIG B.6C581, FRP 3.1, 7.1, B.1, E.1C582, FRP 3.1, 7.9, E.1D2583, FRP 3.3, 7.9, 8.1, E.1D2584, FRP E.1D3982, FRP 3.1, 7.9, E.1

D638, FRP 5.1, 5.5, 6.1, E.1D648, FRP D.3D790, FRP 5.5D883, FRP 7.1E662, FRP E.1E84, FRP 2.1, 2.2, 2.4, D.3, E.1

ASTM Standards, DCS A.2; DD 12.6ATC, TAB 4.1

dampers, TAB 4.4system adjustment, TAB 4.6

valves, TAB 4.3Atmospheric dust, APP 2.12Atomic radiation, DSIG C.2Attachment (s), DSIG C.57, C.58, C.59, D.1Audit, BSAR 2.10, 2.28, 4.2Automatic

control dampers, TAB 4.3control valves, TAB 4.3dampers, APP 3.13mode switching, APP 3.44reset, APP 3.4temperature control systems, TAB 4.1valves, APP 3.11

Automatic monitoring device, DSIG 2.2Automatic temperature control, See Also ATCdampersAutomatic Temperature Control (ATC), TAB 12.2;TABPG 2.2Auxiliary

A.W.S., MGW 5.10, 6.2air hoods, APP 9.27control equipment, APP 3.14heat, DEHG 2.1switches, APP 3.14

Auxiliary equipment, FSDG B.3Axial fans, DD 6.3, 6.16; TAB 5.2

BBack-draft dampers, FRP 7.7Backshelf, KVS 2.11Backward Inclined (BI) Fans, TAB 5.1BACnet, ESAM iii, 6.1, 6.2, 6.3Baffle(s), RSMG 1.27Baffles, condensation, KVS 2.4

internal, KVS 7.2Balance Fittings, TAB 9.6Balance Rings, TAB 8.4Balancing, BSAR 3.1, 4.3, 4.7, 10.3; ESAM 1.7,2.4, 2.6, 3.1; IDC 74; TAB 14.13; TABPG 4.13

criteria, TAB 13.8; TABPG 3.8damper locations, DCS 2.15; DD 10.3dampers, TAB 6.5devices, TAB 12.5; TABPG 2.5procedures, TAB 13.3; TABPG 3.3proportional method, TAB 13.3; TABPG 3.3reports, COM 5.4specific systems, TAB 15.5; TABPG 5.5

Balancing and adjusting, PVC 56Bar

properties, DCS A.10Barometer, APP 15.3Barrier penetrations, DSIG 1.3Baseboard, APP 10.2; TAB 8.14Basic duct construction, See Also Duct; DCS 1.3


Basic electricity, TAB 3.1Basics of sound, DD 11.3Batten seam, ASMM 6.13Beaded duct, DCS 1.74Bearing supports, DD 6.15Bearings, TAB 8.3Belt guards, DCS A.35; DD 6.16Belt tension, KVS 8.2; TAB 5.10Bending Moment, RNDC 4.1, 4.2, 4.3, 4.5, 4.6, 4.8,5.1, 5.5, 5.6, 5.10, 6.1, 6.7, 6.9, 7.1, 7.2, 7.3, 7.9,7.10, 7.17, 7.23, 7.24, 7.29, 7.30, 8.3, 9.2, 9.4, 10.2,10.3, 11.4, 11.7, 11.30, 11.42, 12.40-12.47, 12.54,12.55, 12.60Benzene, IAQ 4.1Bernoulli’s Theory, KVS 7.2Bibliography, GSSC A.5; IDC 95Bimetal element, APP 3.9Bioaerosols, IAQ 6.9Biohazard containment, APP 9.30Biological

material, OBUC 2.2safety cabinets, APP 9.28

Bisphenol A Fumarates, FRP 2.2Black iron (steel), DD 12.2Blade, TAB 6.9

effect grilles, DD 3.6frequency, DD 11.15frequency increments, DD 14.68

Blade Grilles, Adjustable, TAB 6.12Blast Gate, RNDC 15.29Bleed type controller, APP 3.18, 3.19Board, FGDC 1.1, 2.1Board fatigue, DSIG E.1BOCA, FSDG R.1BOCA National Building Code, FSDG 3.1Body heat loss, TAB 6.10Boiler conditions, TAB 15.8; TABPG 5.8Boiler piping, TAB 9.7Boiler(s), APP 2.7, 10.4; RCSI 4.2; TAB 8.13, 12.2,15.8

breeching, DCS 2.22

controls, APP 3.32hot water, APP 10.6maintenance, RCSI 4.9nameplate data, RCSI 4.9operation, APP 10.5steam, APP 10.6

Boilers, TABPG 2.2, 5.8Bolt Material Properties, RNDC 7.11, 7.18, 7.25,12.61Bolt size requirements, GSSC 4.35Bolt size table, RCDC 7.62Bolt Strength Reduction Factor, RNDC 12.62Bolt Stress Area, RNDC 12.63Bolted flange connections, RCDC 7.62Bolts, RNDC 4.1, 4.3, 4.10, 5.10, 6.10, 7.2, 7.3,7.11, 7.12, 7.18, 7.25, 7.31, 7.32, 11.55, 12.30,12.31, 12.33, 12.34, 12.40-12.47, 12.48-12.51,12.52, 12.54, 12.55, 12.56, 12.58, 12.59-12.80,13.3, 13.54-13.85, 13.86-13.89, 15.5, 15.6, 15.18,15.19, 15.34, 16.3, 17.17; SEIS 2.3, 3.1BOMA, BSAR 1.11Box Rib, LAG 2.18Boxed Opening, LAG 3.22Braces, RSMG 1.17Bracing, SEIS 1.1, 2.1, 2.2, A.1, B.1Bracing of Ducts, SEIS 2.2, 3.2, 4.1, 8.1Bracing of Pipes, SEIS 2.3, 3.2, 4.1, 8.1, B.1Brake Power, TAB 3.7Branch, FGDC 4.7

45-degree entry, DCS 2.8connections, DCS 2.8duct, KVS 3.1supply, DCS 2.2takeoffs, DD 3.8

Branched polyethylene, PVC 66Brazing, MGW 2.3Breakaway Connection, FSDG 2.1Bridle vane anemometer, IDC 88British Thermal Unit(s) (BTU), APP 15.3; DD 15.2;TAB 2.1Brochures, BSAR 1.8








Standards


















BTU capacity, DEHG 3.1Buckstays, LAG 3.52Buffer zones, DD 11.1Building, See Also Expansion joints

airflow analysis, APP 9.37changes, APP 9.1characteristics, BSAR 2.4codes/regulations, BSAR 2.17, 5.1; COM 2.1,3.1, 5.1, 5.3, 7.1, 7.2, 7.4; DD 1.3commercial, BSAR 6.5envelope, BSAR 2.18existing, BSAR 5.4, 5.6expansion, ASMM 172owners, BSAR 6.1pressurization, APP 2.25regulations, BSAR 2.17static control, APP 7.19survey, BSAR 2.7walk through, BSAR 2.7, 2.9

Building automation system (BAS), KVS 2.16Building code, KVS 3.2Building Compartment Leakage, DSIG 1.3Building Height, FSDG F.3Building Lighting Levels, ESAM 8.1Building materials, RSMG C.6Building Openings, FSDG 3.3Building permits, KVS 1.2Building static control, TAB 14.2; TABPG 4.2Buried Duct, FRP 7.8Business

retrofit, BSAR 2.27Butt Joint, LAG 3.24; RCDC 8.2Butterfly valve, APP 3.12Button punched, LAG 3.4Buttwelded Seam, RNDC 15.1, 15.2Bypass, APP 12.6, 15.3

damper, APP 3.6factors, APP 2.5multizone system, APP 4.6or dump VAV systems, APP 7.4section, APP 2.6type VAV system, APP 7.2VAV terminals, APP 7.16

Bypass (Dumping) Boxes, TAB 6.3Bypass Type Box, TAB 6.3Bypass Valves, TAB 15.4; TABPG 5.4Bypass VAV Boxes, TAB 14.11; TABPG 4.11

CCabinet(s), FSE 6.2Cables, MGW 3.4, 3.5, 4.2; SEIS 3.1, B.1Calculating system effects, DD 6.17Calibrated balancing valves, TAB 11.25, 15.1;TABPG 5.1Calibration, APP 15.3; BSAR 8.8; DD 15.3

Callbacks, COM 3.2Canopy, ASMM 7.21; KVS 2.4, 2.5Capacity, LTM A.13

loss, LTM A.12Capillary tube, APP 12.4; TAB 10.3Capital

cost(s), BSAR 1.19recovery factors, BSAR 1.18

Capital recovery factors, ESAM 14.10Carbon Dioxide, IAQ 8.3, 8.6, E.1Carbon Monoxide, IAQ 1.5Carbon Steel, DD 12.2; DSIG B.1; RNDC 1.1, 1.3,1.4, 3.1, 3.3, 3.4, 4.1, 4.2, 4.3, 5.1, 5.8, 7.2, 7.3, 7.6,7.27, 7.29, 7.30, 8.1, 8.2, 8.5-8.23, 8.26-8.53, 8.54,8.55, 9.1, 11.1, 11.2, 11.7, 11.9, 11.12-11.17, 11.20,11.21, 11.22, 11.23, 11.24-11.27, 11.28, 11.29, 12.1,12.2, 12.6, 12.16, 12.24, 12.25, 12.26, 12.28, 12.34,12.36-12.39, 12.40-12.47, 12.52, 12.56, 12.59,12.61, 12.62, 13.1, 13.2, 13.10, 13.11, 13.16,13.54-13.81, 14.5, 14.6, 14.7, 15.29, 17.13

advantages, DSIG B.1applications, DSIG B.1

Carbon Veil, FRP 2.5, 3.4Carpets, IAQ 3.8, 10.11Casings, DCS 6.2; DSIG C.1, C.71; LAG 1.1

access doors, DCS 6.15, 6.18alternate construction, DCS 6.5arrangement, DCS 6.8built -up standing seam, DCS 6.3construction standards, DCS 6.2curb detail, DCS 6.13double wall, DCS 6.12drain pans, DCS 6.14eliminators, DCS 6.14inside seam, DCS 6.10over 2” w.g., DCS 6.8panels, DCS 6.6, 6.9pipe penetration, DCS 6.15seam, DSIG C.72standing seam, DCS 6.4

Cast iron pipe, SEIS 3.3Cast-in-place concrete inserts, SEIS 3.1Categories, TAB 6.1Caulks, RCSI 10.6; RNDC 8.4, 9.4, 10.4, 11.8,11.31, 11.43, 12.82, 12.83, 16.6Ceiling

assemblies, FSDG 9.1branch ducts, DCS 2.19contractor, FSDG 11.2diffusers, DCS 2.19; TAB 6.8floor assembly, FSDG 11.4heat stop, FSDG 9.3height and clearances, KVS 5.1induction boxes, TAB 6.2installations, DD 3.12, 3.13


outlet, DD 15.3outlet connections, DCS 2.9penetration, FSDG 11.4return air dumping systems, APP 7.30ventilation, DD 3.11

Ceiling Dampers, FSDG 3.4Celsius (formerly Centigrade) scale, APP 15.3; DD15.3; TAB 2.1Central

control systems, APP 3.8plant changeover, APP 3.31station, APP 2.7station apparatus, DCS A.31station units, multizone, APP 4.3systems, APP 2.2

Centralizedcomputer -based system, APP 3.40control systems, TAB 4.7, 4.9control(s), APP 3.8

Centrifugalchillers, APP 10.9compressors, APP 11.15, 12.9fan shrouds, internal, APP 7.23fans, TAB 5.1motor arrangements, DCS A.29pumps, APP 10.12refrigeration, APP 12.8

Centrifugal Pump(s), TAB 8.1, 8.2, 8.3Ceramic tiles, KVS 3.2Certification, BSAR 8.16; MGW 9.3CFC, ESAM 15.1, 15.2, 15.3CFC/HCFC, BSAR 1.1, 8.17; ESAM iiiCFM, FSDG E.1Change Orders, DSIG 2.2Changeover, seasonal, APP 3.37Channel flanges, RCDC 8.7Channel properties, DCS A.10Channel reinforcement, DCS 1.33; DSIG E.15

negative pressure system, DSIG A.2, E.15positive pressure system, DSIG E.14

Channel system reinforcement schedule, DSIG E.12

Characteristics, FGDC 2.1Check List, TABPG 2.6Checklist(s), DSIG 2.1, 2.4; TAB 12.6

and building condition, KVS 5.1combination damper, FSDG 7.6duct systems, DSIG 2.3fibrous glass, DSIG 2.4flexible duct, DSIG 2.3functional performance, COM 1.1, 6.2, 6.3,7.4-7.6, D.1general, DSIG 2.4IAQ inspection, OBUC A.9miscellaneous, DSIG 2.3planning, OBUC A.2pre-start, COM 1.1, 6.1, 6.2, 7.3-7.5, 9.2, 9.6,B.1, C.1special conditions, DSIG 2.2start -up, COM 6.1, 6.2, 7.3-7.5, 9.2, 9.6, B.1,C.1

Chemical, IAQ 11.4dehumidifier, APP 3.27oxidation, APP 2.21Problems, IAQ 3.8

Chilled Water System (CW), APP 10.18; ESAM 1.7,2.2, 4.1; TAB 9.1

coil control, APP 3.25Chillers, APP 10.6; BSAR 8.14; ESAM 1.6, 4.7, 4.8,4.9, 5.10, 5.11, 5.13, 5.14, 5.15, 5.16, 6.3, 9.1, 10.6,10.11, 11.1, 12.1, 15.1, 15.2, 15.3, 17.1, 17.6, 21.3,21.4, 21.5

absorption, APP 2.8, 12.11centrifugal, APP 10.9flooded, APP 10.10heat recovery, APP 13.2operation, IAQ 4.3parallel, APP 10.7series, APP 10.8optimization, APP 3.43reciprocating, APP 10.8screw compressor, APP 10.11

Chimneys, RCSI 10.1; RSMG 3.1








Standards


















areas, RCSI 10.2metal pipe, RCSI 10.1towers (hyperbolic), APP 12.16

Chlorendic anhydride, FRP 2.1Chlorine, FRP 2.4Chopped strand mat, FRP 2.5, 3.1, 7.1, B.1, D.1,D.2, D.3, D.5Chronometric, TAB 11.12Chutes

linen, ASMM 8.44trash, ASMM 8.44

Circlesarea, DCS A.9circumference, DCS A.9diameter, DCS A.9

Circular equivalent(s), DD 5.12, 6.8, 14.10, 14.14;TAB 2.23Circumference table, DCS A.11; IDC 84Cladding, LAG 1.1; RNDC 1.1, 4.1, 4.3, 4.11, 5.1,5.2, 6.1, 7.2, 7.3, 7.5, 7.8, 7.13, 7.16, 7.20, 7.23,7.27, 7.33, 8.2, 8.3, 8.5, 8.24, 8.25, 8.54, 9.3, 9.5,9.34, 10.3, 10.5, 11.9, 11.33, 11.45, 12.4, 12.13,13.16, 13.54-13.85, 17.3, 17.6, 17.8, 17.10, 17.12,17.14, 17.15, B.7Class, FGDC 2.2Class I air duct rating, DSIG E.2Class I cabinets, APP 9.29Class II cabinets, APP 9.29Class III cabinets, APP 9.30Classes of clean room, See Also Clean room; APP9.3Classification, Source, IAQ 7.1Clean room, APP 9.1; BSAR 3.17

air pressure relationship, APP 9.8airflow, APP 9.3class 10, APP 9.10class 10, 000, APP 9.12class 100, APP 9.11control systems, APP 9.7design, APP 9.5filtration, APP 9.5HVAC ductwork, APP 9.8HVAC systems, APP 9.1standards, APP 9.13temperature and humidity, APP 9.8testing, APP 9.13

Cleaning, BSAR 8.9; IAQ 3.1, 3.7, 7.2, 8.6, 10.11chemical, IAQ 11.4safety, IAQ 10.6

Cleaning and maintenance, KVS 2.13Cleanliness, air, APP 1.5Cleanout doors, See Access Doors; IDC 60Clean-up, FRP 4.4Clearance, DEHG 3.2Clearance requirements, KVS 5.5

Clearances -to-combustible, KVS 3.3Cleat(s), RSMG 1.17Clients, BSAR 1.11Climate

closed-circuit fluid coolers, APP 12.17Closed loop control, APP 7.19; TAB 14.2; TABPG4.2

systems, APP 3.2, 11.8; TAB 9.8Closed system curve, TAB 8.7Closed system(s), APP 10.14; TAB 2.27Closing, BSAR 1.11, 2.26Closure, FGDC 2.1Closure panels, KVS 6.4Closure strip, LAG 3.29Closures, See Also Joint and Seam Preparation;ASMM 8.34; DSIG 2.5, E.3-E.5; FGDC 3.2, 3.4,3.5

general, DSIG E.2notes, DSIG E.3

Coanda effect, DD 3.5; TAB 6.8Cobalt Naphthenate, FRP 2.2, 2.3Cobalt Octoate, FRP 2.2Code

local, FSDG 3.3officials, FSDG 3.3, 4.1

Code and ordinances, DD 1.2Code Authorities, FSDG 3.1

local, FSDG 3.1state, FSDG 3.1

Code requirements, FSDG 3.1; KVS 3.1, 4.1, 5.1Codes, BSAR 5.1; DD 1.3; DSIG 1.3, B.1, C.3; IAQ9.3; IDC 3; KVS 1.3; MGW 6.2, 6.3

air quality, IDC 3building, DSIG A.1duct construction, DCS v; IDC 3fire and smoke, DD 1.3HVAC system, DD 1.2mechanical, DSIG 1.3

Coefficient ofdischarge, DD 15.3expansion, DD 15.3flow, APP 3.5heat pump, DD 15.3negative loss, DD 5.13performance (COP), ESAM 4.8, 4.9

Coils, ESAM 1.7; TAB 15.6; TABPG 5.6Coils/terminal units

bypass factors, APP 2.5direct expansion, APP 12.4dry expansion, APP 12.3ducted, DCS 2.11electric, APP 3.24elements, DEHG 1.1enclosed, DEHG 1.1heating and cooling, DD 9.8


hydronic, APP 3.23open, DEHG 1.1reheat, APP 2.4sheath, DEHG 1.1

Coldcalling, BSAR 1.9

Cold-formed angles, DCS 1.33; SEIS 3.1Cold-rolled Steel, RNDC 3.1, 3.4, 3.12, 3.13, 8.1,8.26-8.53, 8.54, 11.10-11.11, 12.24, 17.13Collection devices, KVS 4.3Colloidal Suspension, FRP 2.4Color Stability, FRP 2.2Column covers, ASMM 8.28Columns (Pipe), RNDC 13.50, 13.51Combination

piping systems, APP 10.21Combination Boxes, TAB 6.3Combination Changes, TAB 2.12Combination Fire Smoke Damper, FSDG 5.2, 5.3

out of wall, FSDG 5.10Combination Piping Systems, TAB 9.3Combination Systems, TAB 14.12; TABPG 4.12Combining sound pressure levels, DD 11.4Combustibles, KVS 3.3Combustion, IAQ 3.9

air, RCSI 2.8, 10.3equipmentconfined, RCSI 10.3unconfined, RCSI 10.5outdoor, RCSI 10.5products, OBUC 2.2

Comfort, BSAR 5.4; DD 2.2, 3.1; IAQ 1.2, 1.3, 1.4chart, DD 15.3conditioning, DD 3.1cooling, DD 15.3criteria, DD 3.1zone, DD 15.3; TAB 6.6

Commissioningacceptance phase, COM 5.2, 7.1, 7.4-7.6, 9.6acceptance procedures, COM 7.3

authority, COM 1.1, 2.2, 3.4, 4.1, 4.2, 5.1, 5.3,5.4, 7.1-7.6, 8.1, 9.6benefits, COM 3.1, 3.2, 5.2, 6.3comprehensive, COM 2.2, 5.2, 5.3, 7.1construction phase, BSAR 5.6; COM 1.1, 4.1,4.2, 7.1, 7.3, 7.5, 7.6contractors, COM 2.2, 3.2, 3.4, 5.2costs, COM 2.1, 5.3, 5.4, 9.1-9.3, 9.5, 9.6criteria, COM 3.1, 7.1, 7.2, 8.1, 9.1, 9.4, 9.5designers, COM 3.4duties, COM 4.1, 4.16.1-6.3owners, COM 1.1, 3.1-3.4, 5.3, 8.1, 9.5qualifications, COM 4.1, 4.2, 5.3, 7.2recommissioning, COM 3.3, 5.4, 9.6responsibilities, COM 2.2, 4.1, 7.2, 7.3

Commissioning demonstration, COM 3.4, 5.2, 6.3,7.1, 7.3-7.7

deferred, COM 6.3event matrix, COM 7.2functional program, COM 7.1instruction, COM 2.1, 3.4, 5.2, 6.3, 6.4, 7.3-7.6,9.6levels, BSAR 5.2; COM 1.1, 2.2, 3.1, 3.3, 3.4,4.2, 5.2-5.4, 6.3, 7.1, 8.1, 9.2, 9.6maintenance, BSAR 8.9manual, BSAR 8.4meetings, COM 7.4-7.6organization, COM 5.1, 8.1performance tests, COM 1.1, 3.2, 4.2, 5.3,6.1-6.3, 7.3-7.6, 8.1, 9.1performance verification, COM 3.1, 3.4,7.3-7.6, 8.1, 9.2, 9.6plan, COM 1.1, 3.2, 4.1, 5.3, 6.2, 7.2-7.6, 9.2,9.6procedures, COM 2.2, 5.2, 6.1-6.4, 7.1, 7.2, 8.1process, COM 1.1, 2.1, 2.2, 3.1-3.4, 4.1, 4.2,5.1-5.4, 6.2, 7.1, 7.3-7.6, 8.1, 9.1, 9.4-9.6program document, COM 7.1, 7.2program phase, COM 3.1reference documents, COM 2.2, 7.3








Standards


















responsibilities, COM 2.1, 2.2, 3.2, 4.1, 4.2,5.1-5.3, 6.1-6.3, 7.1-7.3, 7.6schedule, COM A.1scope, COM 1.1, 2.2, 7.1-7.3, 8.1, 9.1, 9.2, 9.5seasonal, COM 6.3specification, COM 2.2, 7.2-7.4, 8.1team, COM 4.1, 7.2-7.4team members, COM 4.2, 7.2-7.4tests, COM 1.1, 1.2, 3.1, 3.4, 4.1, 5.1, 5.3,6.1-6.3, 7.2-7.6, 8.1, 9.1, 9.2, 9.5, 9.6time requirement, COM 3.3, 3.4, 6.2, 7.2verification criteria, COM 5.1

Common sense, IAQ 9.2Communication, BSAR 1.2, 3.2; IAQ 9.1, 9.3

devices, TAB 11.23technology, TAB 11.23terminals, TAB 11.24

Comparative vibration of duct gauges, DCS 7.17Complaints

form, IAQ A.14management climate, IAQ 1.4perceived conditions, IAQ 1.3physiological strain, IAQ 1.4response, OBUC 6.1temperature, IAQ 2.2

Complex stairwell pressurization, APP 9.39Component losses, DD 5.1Component Testing, FSDG D.1, F.3

caution, FSDG D.2Components, BSAR 8.9; KVS 3.4

accessory, KVS 6.5and operation, KVS 8.1and system equipment, KVS 6.4deterioration of, KVS 8.1kitchen ventilation, KVS 3.4

Composite material, FRP 1.1, 6.9Compounds, organic, OBUC 2.2Compressibility, TAB 2.19Compression tank, APP 10.16; RCSI 4.7Compressor, APP 2.8; TAB 9.12, 10.3

centrifugal, APP 11.15, 12.9helical rotary, APP 10.10, 12.6hermetic, APP 12.5open, APP 12.5reciprocating, APP 11.15, 12.5rotary, APP 11.16, 12.5screw, APP 12.6semi-hermetic, APP 12.5

Compressor Short Cycling, TAB 10.3, 10.6Computer, BSAR 2.9, 2.13, 2.14, 2.20; TAB 11.24,11.24

control systems, APP 3.9definitions, APP 3.39facilities, BSAR 2.20

Concentrator, APP 12.13

Concrete, DD 12.6; KVS 3.2slab, DCS 4.3

Condensate hoods, KVS 2.4Condensation, TAB 2.9Condenser, APP 12.7; TAB 10.3

air cooled, APP 12.8double tube, APP 12.7double-pipe, APP 12.7shell and coil, APP 12.7shell and tube, APP 12.7water cooled, APP 12.7water systems, APP 10.28; TAB 9.12, 15.7

Condensers, TABPG 5.7Condensing units, DD 15.4

refrigerant, DD 15.4Condition changes, TAB 2.11Conditions, FGDC 2.1Conductance (C), TAB 2.4Conductivity (k), TAB 2.4Conductivity, thermal, DD 15.4Conical roofs, ASMM 6.50Connection, FSDG 5.2, 5.4

breakaway, FSDG 5.6duct to sleeve, FSDG 5.1, 5.3, 5.5

Connection in parallel, DD 15.4Connection in series, DD 15.4Connection levels, SEIS 2.1, 2.2Connection types, SEIS 2.3Connections, See Also Fabrication of fittings;FGDC 4.11, 5.13; IDC 15; RCDC 8.1

beaded sleeve, IDC 16butt welded, IDC 16draw band, IDC 16flanged, RNDC 5.1, 6.1, 7.7, 7.8, 7.15, 7.21,7.22, 11.5, 11.12-11.15, 11.24-11.27,11.36-11.39, 11.48-11.51, 12.28-12.34, 12.60,15.5, 16.6, 17.7flexible, IDC 21rectangular, IDC 17riveted, IDC 16round, IDC 17van stone, IDC 18

Constantmass flow, TAB 5.16volume, TAB 5.14

Constant airflow, TAB 6.1Constant Fan VAV Box, TAB 14.12; TABPG 4.12Constant return volume air fan, APP 2.27Constant velocity method, DD 4.4Constant volume system, APP 2.27, 10.23; TAB14.14Constant Volume Systems, TABPG 4.14Construction, See Materials, See Louvers; ASMM7.270

assembly and fitup, GSSC 5.1


bolted connections, GSSC 5.1erection, GSSC 5.1fabrication and installation, GSSC 5.1Guidelines (EPA), IAQ C.2managing process (IAQ), OBUC 4.1sampling facilities, GSSC 5.2standards, PVC 3welding, GSSC 5.1

Construction and installation, KVS 1.1Contact Molding, FRP 5.1, 5.9, 6.1, 7.1, D.3, D.6Containment, biohazard, APP 9.30Contaminant(s), BSAR 6.1; ESAM 2.1, 5.8, 9.2,18.3, 18.4, 18.5, 18.14, 18.15, 18.16, 19.2; IAQ 3.3,10.11

building materials, IAQ E.2carcinogenic, IAQ 2.1chemical, IAQ 3.1, 3.8cleaning products, IAQ 3.9common List, IAQ E.3control, APP 9.9exposure, OBUC 2.5gaseous, IAQ 2.1, 5.1health problems, types of, OBUC 2.5HVAC Source, IAQ 3.1impact on building occupants, OBUC 2.5microbial, IAQ 2.1, 3.1, 3.7, 4.1, 5.2movement, OBUC 2.3occupancy, IAQ 6.11organic, IAQ 5.1; OBUC 2.2OSHA standards, OBUC 2.6other, OBUC 2.3particulate, IAQ 2.1; OBUC 2.2radon, IAQ 2.1sources, OBUC 2.1synergy, IAQ 5.1vehicle exhaust, IAQ 6.11

Contaminationchemical, IAQ 7.2microbial, IAQ 7.2

Continuous strand roving, FRP 2.5, 3.1Contract documents, TAB 12.1; TABPG 2.1

Contract services, IAQ 9.1Contractor

responsibilities, LTM 2.1Contracts, BSAR 8.10Control, TAB 4.1

categories, TAB 4.2devices, TAB 4.3diagrams, TAB 4.5loops, TAB 4.2relationships, TAB 4.5

Control components, RCSI 9.1space heating, RCSI 9.1thermostat, RCSI 9.1

Control measures (IAQ), OBUC 3.1depressurizing work area, OBUC 3.3erecting barriers, OBUC 3.4identifying, OBUC 4.2pathway interruption, OBUC 3.3pressurizing occupied space, OBUC 3.3relocating pollutant sources, OBUC 3.4selecting, OBUC 4.3temporarily sealing building, OBUC 3.4work practices, OBUC 5.1

Control strategies, IAQ 1.5, 4.3Control system, BSAR 2.22; COM 1.2, 2.1, 3.1, 3.2,3.4; IAQ 3.1; RCSI 9.2

(EMCS), energy management, APP 3.40actions, APP 3.2agent, APP 3.1airflow, APP 3.6and wiring systems applications, APP 3.20basics, APP 3.1calibration, COM 6.3, 7.5chilled water coil, APP 3.25clean room, APP 9.7clock control, RCSI 9.2closed loop, APP 7.19components, APP 3.9contamination, APP 9.9cooling/humidity control, APP 3.25cycle warm-up/cool -down, APP 3.22








Standards


















dampers, DCS 2.15dead band, APP 3.37defrost, APP 11.16demand load controller, RCSI 9.2design, APP 3.36direct digital (DDC), APP 3.45direct expansion coil, APP 3.26dual duct, APP 5.8electric heat, APP 3.33enthalpy, APP 3.21equipment auxiliary, APP 3.14evaporative cooling, APP 3.27face & bypass, APP 3.6fan volume, APP 3.29floating, APP 3.10fluid flow, APP 3.5gas-fired, APP 3.35heat exchanger, APP 3.33heating coil, APP 3.23humidity, RCSI 9.2hydronic, APP 3.4hydronic heating system, APP 3.32hydronic -zone, APP 3.33IAQ, selecting, OBUC 4.1induction, APP 8.10inlet vane, APP 7.21interlock relays, RCS 9.2lighting, APP 3.44local, APP 3.8localized, APP 3.8loops, APP 3.2mixed air, APP 3.6multizone, APP 4.5open loop, APP 3.2, 7.19optimum start/stop, RCSI 9.2outdoor air, APP 3.20pneumatic, APP 3.15point, APP 3.3preheat coil, APP 3.23pressurization, APP 2.25proportional, APP 3.3, 3.10refrigeration system, APP 3.35safety, COM 6.1, 6.2sequence of, COM 6.1, 6.2, 9.6sequences, COM 6.3smoke, APP 9.35static pressure, APP 3.20, 3.28, 7.30systems, COM 6.3, 7.2, 9.5temperature control problems, COM 1.1, 3.3,9.5terminal reheat, APP 6.4three-way valve, APP 3.31two-position, APP 3.10types, APP 3.8valves, differential pressure, APP 10.24

VAV, APP 7.30VAV fan air volume, APP 7.18VAV fan volume control, APP 7.20VAV static pressure, APP 7.19zone, APP 3.29

Control verification, TAB 13.3; TABPG 3.3Controlled

area, APP 3.36device, APP 3.1, 3.11variable, APP 3.2; TAB 4.3

Controller, APP 3.10boiler, APP 3.32cooling tower, APP 12.17differential, APP 3.3electric, APP 3.14liquid chiller, APP 10.11non bleed, APP 3.18pilot -bleed type, APP 3.18pneumatic, APP 3.10, 3.14pressure differential, APP 3.31reverse -acting, APP 3.10space, APP 3.36step, APP 3.14temperature setback, APP 3.37variable frequency AC motor speed, APP 7.23

Controls, TAB 4.6Convectors, APP 10.2; TAB 8.14Conventional -low density, PVC 66Conversion, IAQ B.2

of load units, RCDC 4.2of steel tables to aluminum, DCS 1.31

Converters, APP 10.11Cooking, FSDG B.1; IAQ 4.4Cooling, BSAR 8.5; ESAM 1.1, 1.3, 1.6, 1.7, 1.8,1.9, 2.1, 2.2, 2.3, 2.4, 2.5, 2.6, 2.7, 2.8, 2.9, 2.10,3.1, 3.2, 4.1, 4.2, 4.3, 4.4, 4.5, 4.6, 4.7, 4.8, 4.9, 5.2,5.7, 5.8, 5.9, 5.10, 5.13, 5.14, 5.15, 5.16, 8.1, 8.3,8.7, 9.1, 9.2, 10.1, 10.5, 10.6, 10.8, 10.10, 11.1,11.2, 13.4, 13.5, 13.6, 13.7, 14.1, 15.1, 15.2, 15.3,16.16, 16.17, 16.18, 16.20, 16.21, 17.2, 17.6, 17.7,17.14, 18.1, 18.12, 18.13, 18.15, 18.16, 20.1, 20.3,20.4, 20.5, 21.1, 21.3, 21.5; TAB 2.12

coil charts, DD 9.8, 9.9counterflow airstreams, TAB 2.3equipment, APP 2.8; RCSI 4.1evaporative, DD 15.6load, APP 4.4section, APP 2.6size, RCSI 2.13tower systems, TAB 9.12

Cooling Coils, IAQ 3.7, 6.10, 10.5Cooling Mode, TAB 15.11; TABPG 5.11Cooling Systems, TAB 15.9; TABPG 5.9Cooling towers, APP 2.9; IAQ 3.7, 6.9; TAB 8.8

approach, APP 12.14


controls, APP 12.17direct contact, APP 12.15piping systems, APP 10.29systems, APP 10.29, 12.14thermal capacity, APP 12.15thermal performance, APP 12.14types of, APP 12.15

Coping(s)curved, ASMM 3.9design data, ASMM 3.1extruded, ASMM 3.20flashing, ASMM 3.12formed, ASMM 3.2, 3.3, 3.8, 3.14joints, ASMM 3.14limits, ASMM 3.4locks, ASMM 3.5seams, ASMM 3.6wallsdual, ASMM 3.16parapet, ASMM 3.18

Copper, MGW 2.23; RSMG B.2, C.2, C.8, C.9Core area, DD 15.4

face area, DD 15.4Corner closures, DCS 1.50; LAG 3.29

box lock, DCS 1.51flanges, DCS 1.52government lock, DCS 1.51inside slip joint, DCS 1.55pocket locks, DCS 1.51slip and drives, DCS 1.50standing seams, DCS 1.54

Corner construction, LAG 3.31Corner guards, ASMM 8.30Cornerstone boxes, ASMM 8.26Cornice, RSMG 4.7Cornices, ASMM 8.18, 8.20Correction

receiver room(sound), DD 11.43Correction Factor Table, TAB 2.8Correction factors, APP 14.19

air density, DD 14.18, 14.57, 14.61

friction loss, DD 14.9Correlation of work, PVC 50

access, PVC 51cutting and patching, PVC 50electrical, PVC 50equipment foundations, PVC 51openings, PVC 50other contractors, PVC 50permits and licenses, PVC 51piping, PVC 4scaffolding, PVC 50taxes, PVC 51utilities, PVC 51

Corrosion, IDC 38; RNDC 1.2, 2.1, 3.2, 3.6, 3.7,3.14, 3.15, 3.16, 4.6, 5.5, 9.34, 13.2, 15.27, 16.6

allowance, FRP B.1barrier, FRP 3.1, 3.3, 7.1, A.7, A.9, B.1, D.2,D.5characteristics, PVC 77corrosion control, FRP 1.1, 2.5galvanic, ASMM 9.13material comparison, PVC 72operating temperature, PVC 73resistance, FRP 1.1, 2.1, 2.2, 2.4, 2.5, 3.1, 7.7;PVC 71room temperature, PVC 72

Corrosive(s), DD 15.4compounds vs. PVC material, PVC 72, 77vapors, DD 13.1

Corrosiveness, FGDC 2.1Cost(s), See Also Estimating; DD 2.1; MGW 8.1

annual, DD 2.1controlling, DD 2.3fittings, DD 2.6initial, DD 2.1installation, APP 1.2operating, APP 1.2; DD 2.1relative installed, DD 2.5system, APP 1.2variables, DD 2.1

Costing, BSAR 1.21, 1.22, 6.6








Standards


















Counteraction (odors), APP 2.22Counterflow, DD 15.4Counters, FSE 6.1Counting, particle, APP 9.13Cover letter, BSAR 1.10Cover plate, RSMG 1.15Covering materials (sound), DD 11.30Covers, ASMM 7.11Criteria for PVC duct reinforcement

rectangular duct, negative pressure, PVC xiirectangular duct, positive pressure, PVC xivround duct, negative pressure, PVC xiround duct, positive pressure, PVC xiitables, PVC xi

Critical applications, COM 8.1Critical load, RCDC 4.3Cross contamination, ESAM 17.11, 18.2, 18.5,18.11, 18.15, 19.2, 20.2, 20.3Crossbracing, FSE 2.6

table undershelf, FSE 2.7Crossbroken duct, DCS 1.45Cross-Flow Airstreams, TAB 2.4Crosstab, FGDC 3.4Cubicles, IAQ 4.3Curbs, KVS 6.2Current

alternating, MGW 2.5welding, MGW 2.17, 6.4

Curtain(s)draft or fire, ASMM 8.16

Curves, pump, APP 10.14Curves, system, APP 10.14Customer, BSAR 1.4, 1.11, 8.17Cut Edges, FRP 7.1Cycle, DD 15.4Cylinders, MGW 4.4Cylindrical Duct (Round Duct), FRP C.1D1.3, MGW 6.2D9.1, MGW 6.2

DDalton’s Law of Partial Pressure, DD 15.4Damage, KVS 4.1

roof and building, KVS 4.1Damper

Operator, FGDC 6.8Volume, FGDC 6.8

Damper adjustments, TAB 13.7; TABPG 3.6Damper Attachment, FSDG 5.1

sleeve, FSDG 5.2, 5.3Damper check, TAB 13.1; TABPG 3.1Damper Orientation, FSDG 5.1Damper setting, TAB 13.1; TABPG 3.1Damper Styles, FSDG 7.2Damper Types, FSDG 7.1

combination, FSDG 7.4curtain, FSDG 7.1horizontal, FSDG 11.2smoke, FSDG 7.3

Damper(s), See Also specific damper types; APP3.6, 3.6; DCS 2.16; DD 9.1, 9.6, 13.3; FRP 7.3, 7.6,7.7, 9.2, 9.6, 9.7; IDC 68; KVS 3.1; PVC 21; RCSI7.4, 10.3; RNDC 8.4, 9.4, 10.4, 11.8, 11.31, 11.43,15.27, 15.31, 15.32, 16.2, 16.7; TAB 12.6

and water-wash hood, KVS 6.3automatic, APP 3.13back-draft, PVC 21, 43; RCSI 7.4blade locking device, PVC 42bypass, APP 3.6characteristics, APP 3.7definition, KVS 2.13fire, PVC 21, 54leakage, APP 3.38locations, DD 10.3; PVC 53louver mixing, APP 3.13minimum outdoor air, APP 3.20modulating, APP 3.6multiblade, DCS 2.17operator, TAB 4.5opposed blade, APP 3.7; DCS 2.17outdoor air, APP 3.20parallel blade, APP 3.7problems, IAQ 4.2radiation, FSDG 9.2shop fabricated, DD 9.4single-blade, APP 3.13; DCS 2.16smoke, APP 9.43sound, DD 11.13tests, DD 5.2two-position, APP 3.7volume, PVC 21, 41; RCSI 7.4

Dampers, TABPG 2.6Dander, IAQ 3.7Data label, TAB 13.8; TABPG 3.8Data, Recording, TAB 13.3; TABPG 3.3Database, BSAR 2.10Day-night thermostat, APP 3.11DC motors, APP 7.23DDC, See Direct digital controlDead band control, APP 3.37Dead Loads, RNDC 4.2, 4.4, 4.5, 4.9, 4.11, 5.1, 5.2,5.5, 5.11, 6.6, 7.3Decay rate, DD 15.5Decibels (dB), DD 11.2

combining, DD 11.2Deck, ASMM 6.6Deck discharge control, APP 5.9Deck(s), RSMG 2.1

plank, RSMG 2.5surface, RSMG 2.3


Definition, MGW 8.2, 11.1Deflection, FGDC 2.1Defrost control, APP 11.16Degree days, DD 15.5; ESAM 13.5Degree of saturation, TAB 2.9Dehumidification, DD 15.5; ESAM 4.7, 5.7, 16.16,16.17; TAB 2.12

reset, APP 3.30Delamination, FRP 3.3, 7.1, D.2Demographic, IAQ 1.1Demonstrating, COM 5.2, 6.3, 7.1, 7.3-7.7, 8.1Density, DD 5.4; TAB 5.14

change, TAB 5.16, 5.18measuring, TAB 13.12

Density effect, DD 5.5Density, Measuring, TABPG 3.12Dependent -Independent Boxes, TAB 6.3Derated coils, DEHG 3.2Desiccants, dehumidification, APP 9.15, 9.17Design, ASMM 1.51; GSSC 3.1; KVS 1.1, 2.11, 5.1;MGW 5.2

comparisons, DD 7.22, 8.22concepts, COM 7.2conditions, DD 3.3criteria, COM 3.1details, typical (figure), GSSC 3.6fundamentals, DD 7.1, 8.1hydronic, APP 10.27intent, COM 2.1, 3.1, 3.2, 6.1, 6.3, 7.1, 7.2ladder installation, GSSC 3.3limitations, GSSC 3.1, 6.1methods, DD 4.3objectives, DD 7.1, 8.1openings, stack, GSSC 3.5reinforcement, GSSC 6.5reinforcement (figure), GSSC 3.8, 6.6phase, COM 4.1, 5.3, 7.1, 7.2point, DD 5.3procedures, DD 3.4, 7.2, 7.15, 8.2, 8.15professional, SEIS 1.1, 2.1, A.1, B.1requirements, FRP 7.2

responsibilities, LTM 2.1space, APP 1.4system, DD 10.5temperaturesdifference, RCSI 2.2velocity, DD 9.14working pressure, DD 15.5

Design airflow volume, TAB 5.19Design Fire, FSDG F.1Design for Bending, RNDC 4.6, 5.5, 6.1, 7.15, 7.22,7.29, 11.4Design for Negative Pressure, RNDC 4.7, 5.7Design for Positive Pressure, RNDC 4.6, 5.6Design of Bolts for Flanged Joints, RNDC 4.8, 5.9Design of Circumferential Stiffeners, RNDC 4.7Design of Flanged Joints, RNDC 4.8, 5.9Design Pressure, RNDC 1.1, 4.4, 4.10, 5.2, 7.5,7.13, 7.20, 7.27, 7.32, 8.1, 8.2, 8.3, 8.4, 8.25, 8.54,8.55, 9.1, 9.2, 9.3, 9.3, 9.4, 9.34, 9.35, 10.1, 10.2,10.3, 10.4, 10.34, 10.35, 11.1, 11.2, 11.7, 11.8,11.18, 11.30, 11.31, 11.42, 11.43, 11.54, 12.3, 12.4,12.5, 12.13, 12.17, 12.22, 12.23, 12.28, 12.60,13.16, 17.5, 17.9Design Range, TAB 9.9Design Temperature, RNDC 1.1, 7.5, 7.13, 7.14,7.15, 7.20, 7.22, 7.24, 7.27, 8.1, 8.3, 8.25, 8.54,8.55, 9.1, 9.3, 9.34, 9.35, 9.36, 10.1, 10.3, 10.34,10.35, 11.1, 11.7, 11.8, 11.18, 11.31, 11.42, 11.43,11.54, 12.3, 12.4, 12.5, 12.12, 12.13, 12.16, 12.17,12.22, 12.23, 12.25, 12.52, 12.56, 12.59, 12.60,12.62, 13.16, 17.5, 17.9, 17.15Details

backsplash, FSE 2.4edge, FSE 2.3

Deviation, APP 3.4Dew Point, TAB 2.8

temperature, TAB 2.11apparatus, DD 15.5

Dial Thermometers, TAB 11.17Differential, APP 3.19; DD 15.5

controller, APP 3.3








Standards


















diffusional effects, APP 2.14operating, APP 3.3pressure control valve, APP 10.24pressure element, APP 3.9pressure switch, DEHG 6.1

Diffuse sound field, DD 15.5Diffuser, FGDC 4.13Diffusers, See Also Fabrication of fittings; DD 3.15

air, DD 15.5air-light, TAB 6.13ceiling, TAB 6.14connections, DCS 2.19mounted thermostats, APP 3.36multi -passage ceiling, TAB 6.13perforated face ceiling, TAB 6.13room, DD 11.8slot, TAB 6.13variable area ceiling, TAB 6.13

Diffusional effects, APP 2.14Digital Controllers, TAB 11.23Digital in (DI), APP 3.45; TAB 4.8Digital out (DO), APP 3.45; TAB 4.8Diocytl phthalate (DOP) method, APP 9.5Direct

acting, TAB 4.2, 4.3acting controllers, APP 3.10contact cooling tower, APP 12.15control, APP 3.26digital control (DDC), TAB 4.1, 4.10expansion coil, APP 12.4field, DD 15.5fired units, APP 3.35return system, TAB 9.3

Direct digital control, APP 3.45interface, APP 3.46operation, APP 3.45

Direct -Return, TAB 15.5; TABPG 5.5Discharge ducts, IDC 9Discharge stop valve, TAB 10.3Discount rate, ESAM 23.2, 23.7, 23.8, 23.10, 23.11,23.13Dishtable, details of, FSE 9.3Dishwasher

vapor exhaust, DCS 2.22Dishwasher system, KVS 2.4Dispersion, FRP 2.4Display unit, FSE 7.1Dissimilar metals, ASMM 9.13Distributed processing systems, APP 3.42District Heating Systems, TAB 9.14District stream, APP 2.8Diversifed Pressure Dependent Systems, TABPG 4.6Diversified Pressure Dependent Systems, TAB 14.6Diversity, APP 7.26Diversity factor, TAB 14.1; TABPG 4.1

Diversity Systems, TAB 14.5; TABPG 4.5Diverted flow section, DD 5.18Diverter, ASMM 1.51Diverting valve(s), APP 10.24; TAB 4.3

three-way, APP 3.13, 3.17Divided-flow fittings, DCS 2.7; DD 5.17DMA, FRP 2.3, 2.4Documentation, COM 1.1, 2.1, 3.1, 3.2, 4.1, 4.2,5.2, 5.3, 6.2, 7.2, 7.5, 7.6, 9.1-9.6; FSDG D.2; IAQ8.6, 9.1, 11.5DOE, BSAR 1.24, 2.4, 8.1Domes, ASMM 6.47, 9.34-9.36Domestic Hot Water, BSAR 2.15; ESAM 1.3, 1.4,1.6, 5.4, 7.1, 7.2, 7.4, 8.7, 10.7, 10.8, 21.1, 22.4,22.5Doors

access, DCS 2.12; FSDG 8.1entry, RSMG 2.1fire, FSDG 8.1installation, FSDG 8.2

Doors and Openings, LAG 3.41DOP efficiency, APP 9.5, 9.12Doppler, TAB 15.1, TABPG 5.1Dormer(s), RSMG 4.3Double

bundle heat recovery, APP 13.4pipe condenser, APP 12.7seated valve, APP 3.11tube condenser, APP 12.7

Double Span, LAG 2.10Down discharge, KVS 2.6Downspout, ASM 1.1

gages, ASMM 1.68gutter connections, ASMM 1.73hanger, ASMM 1.75manufactured, ASMM 1.69shop fabricated, ASMM 1.71

Downspout(s), RSMG 1.2, 1.3, 1.29joints, RSMG 1.29manufactured, RSMG 1.31

Downstream, See Heater locationDownstream System, TAB 14.6; TABPG 4.6Downstream, Velocity Pressure, TAB 2.22Draft, DD 3.2, 15.5Draft Stop, FSDG 2.1Draftiness, IAQ 2.1Drain pans, IAQ 3.7, 6.10Drainage, ASMM 1.1; FRP 2.4, 7.8, 9.2, D.6

factor, ASMM 1.7Drains, FRP 7.7, 9.7; PVC 21; TAB 9.5

location, PVC 54Drapery pockets, ASMM 8.38Draw through system, APP 4.4Drift, APP 3.4Drive


arrangements, TAB 5.8design, TAB 5.10installations, TAB 5.10

Drive guards, DCS A.35; DD 6.16Droop, APP 3.4Dry

expansion coil, APP 12.3media filters, APP 2.16

Dry air, TAB 2.6cooler exchangers, APP 12.19; ESAM 20.2evaporative cooler, APP 12.18; DD 9.13

Dry Bulb, TAB 2.8room, DD 15.6temperature, ESAM 2.4, 5.7, 5.8, 5.14, 10.6,10.9, 20.4; TAB 2.8

Dry Spots, FRP 7.1, 7.9Dryer venting, RCSI 10.5Dual

path (air) systems, DCS A.30room thermostat, APP 3.10temperature water system, APP 10.18

Dual, Duct Terminal Boxes, TAB 6.2Dual duct

central station apparatus, APP 5.3control systems, APP 5.8design, APP 5.7dual-fan VAV, APP 7.6high velocity system, APP 5.2low velocity system, APP 5.2systems, APP 5.1; TAB 7.5, 14.14terminal units, APP 5.4thermostat, APP 3.10VAV systems, APP 7.5

Dual Function Tachometer, TAB 11.16Dual Temperature Water System (DTW), TAB 9.1Dual, Duct System, TABPG 4.14Dual-Path Systems, TAB 7.1Dual-Temperature, TAB 15.9; TABPG 5.9Duckwork, and installation, KVS 6.2

Duct, See Rectangular duct, See Round duct, SeeAlso Flanges, See Also Transverse joints, See AlsoVibration, See Also Flexible liner, See Duct rein-forcement, See Also Duct construction, See AlsoSealants, See Also Dampers; DD 15.6; FSDG 5.4,B.1, F.3

16 gauge, DCS A.2818 gauge, DCS A.2720 gauge, DCS A.2622 gauge, DCS A.2524 gauge, DCS A.2426 gauge, DCS A.23access openings, PVC 21, 44, 53acoustically lined, DD 11.34, 11.36air leakage, DD 5.22amount to be tested, LTM A.8approaches to outlets, DCS 2.18; DD 3.7area table, LTM A.10aspect ratio, DD 2.3auxiliary equipment, PVC 21beaded, DCS 1.74, 7.1, 7.16bracing, SEIS 2.2branches, DD 6.7branches entering, main, DCS 2.8; PVC 17circumference table, LTM A.10cleaning, BSAR 1.1, 6.1; IAQ 10.4commercial, IAQ 10.7connection pressure losses, DD 6.1connections, RNDC 11.58, 12.30, 12.31, 12.49,12.50, 12.59, 13.7, 15.6, 15.30construction, PVC 5; SEIS 3.1construction materials, DD 12.1criteria, RCDC 9.1crossbroken, DCS 1.74, 7.1, 7.16cross-sectional area, DCS A.11; RCDC 7.61dampers, PVC 21, 53design, DCS 1.3; RCDC 4.1; RCSI 3.5branch duct takeoffs, RCSI 6.3








Standards


















branch supply, RCS 6.4charts(tables), DD 14.1data, DD 5.1flexible ducts, RCSI 7.3fundamentals, DD 5.1general approach, DD 3.7; RCS 6.3grille and register selection, RCSI 6.5hangers, RCSI 7.3induction, APP 8.7materials, RCSI 7.2metal guages, RCSI 7.1procedures, RCSI 6.1return air, RCSI 6.5rules of design, RCSI 6.3tables, APP 14.1; DD 14.1dimension, FSDG 5.4drains, PVC 21, 54ductulator, RCSI 6.1ductwork size, RCSI 6.1connections, DCS 2.21; PVC 18, 38, 54elbows, PVC 17end caps, PVC 21end reflection loss, DD 11.42end taps, DD 5.29fibrous glass, RCSI 7.1fitting loss coefficients, DD 5.12flanges, PVC 18flat oval, DCS 3.11flexible, DCS 3.15formula derivation, RCDC 9.1friction loss, DD 5.12fume hoods, PVC 20, 55rectangular, PVC 17; RCSI 7.1round, PVC 17; RCSI 7.1segmented, PVC 17, 29sound, DD 11.36tables and charts, DD 14.6fitting loss coefficients, TAB 2.23fittings, PVC 5fixed corner, RCDC 7.37, 8.8flexible, PVC 18, 38, 54functional standards, DCS 7.1gaskets, PVC 18hangers and support, DCS 4.1; FRP 7.3; PVC20; RCSI 7.5heat gain, DD 4.4, 5.27heat loss, DD 4.4, 5.27hinged corner, RCDC 7.46, 8.11hot gas/filler rod welding, PVC 16, 25, 28installation standards, DCS 1.7; LTM 1.2insulation, RCSI 2.13, 7.4intermediate supports, RCDC 6.5internal supports, RCDC 6.2, 6.4joints, RNDC 8.4, 9.4, 10.4, 12.59, 15.3, 15.4lagging, external, DD 11.29

leakage, BSAR 7.1; DD 2.4, 4.7; DD LTM 1.1;DD RCSI 7.6leakage classifications, DD 5.23; LTM 4.3leakage tests, DCS 1.9; LTM 1.4, 3.1, 5.1, A.8lining, DCS 2.25; RCSI 7.4load capacity tables, RCDC 7.59loads, RCDC 4.1longitudinal seams, DCS 1.66, 3.8; PVC 17louvers, DCS 5.3; PVC 21, 45material thickness, RCDC 4.5, 7.1materials, DCS 1.8, 3.3; PVC 53modifications, RCDC 6.1narrowscope tables, DCS A.13needs, IAQ 10.4noise, DCS 7.12obstructions, DCS 2.10offsets, DCS 2.9; PVC 17, 33outlet, DD 6.4, 6.5outlet elbows, DD 6.4, 6.5overpressure, DCS 1.7, 6.20, 7.6panel load, RCDC 4.4penetration, FSDG 11.2performance requirements, DCS 1.3pressure changes, TAB 2.21pressure changes during flow, DD 5.11pressure classification, DCS 1.6pressure comparison by gauge, DCS A.23pressure-velocity classification, DCS 1.4, 1.6rectangular, PVC 5rectangular (sound), DD 11.24reinforcing data, RCDC 7.55research, DD 5.28roughness factors, DD 14.8round, PVC 5saddles, RNDC 13.8, 13.24, 13.25seal class, DCS 1.9sealing, BSAR 7.6; RCS 7.6sealing materials, DCS 1.11; LTM 1.5sealing requirements, DCS 1.9; LTM 1.3seaming leakage, DD 5.23silencers, DD 11.37size, RCDC 4.6size/tolerance, PVC 5sizing, DD 4.3; PVC 53examples (metric), DD 8.4examples (U.S.), DD 7.4procedures (metric), DD 8.2procedures (U.S.) units, DD 7.1sizing examples, TAB 7.11solvent welding, PVC 16sound attenuation, DD 11.31sound breakout, DD 11.23spacing, RCDC 4.5, 7.59squareness, PVC 5static pressure, DCS 1.5


stiffeners, RCDC 4.5supply, BSAR 7.2support flashing, DCS 5.7supports, DCS 4.2; PVC 20, 40; RNDC13.19-13.21surface area table, DCS A.7; LTM A.9survey, BSAR 6.2, 7.1symbols, DCS 1.1; DD 4.9system, See Duct system; TAB 5.13, 5.14table, RCSI 7.6terminal devices (sound), DD 11.20testing, BSAR 7.2; DCS A.22; LTM 3.1tools, IAQ 10.9transitions, DCS 2.9; PVC 17, 33transverse joints, PVC 18turning vanes, DCS 2.5, A.41; PVC 17, 32underslab, DCS 3.23unlined rectangular, DD 11.33unlined round, DD 11.35vacuum, IAQ 10.10vanes, DCS 2.5velocity, DCS 1.4velocity pressure, DD 14.6ventilator heads, DCS 5.9; PVC 21vibration, DCS 7.12wall thickness, PVC 5

Duct analysis, BSAR 1.1Duct construction, See Also Reinforcement, SeeSeams, See Also Expansion joints, See Also Hang-ers, See Also Connections, See Also Ventilation sys-tem testing, See Also Supports; IDC 5; PVC 5

attachments, DCS 1.77; PVC 16classification, DCS 1.6; IDC 5connections, IDC 15deflection limits, DCS 7.3design, IDC 70duct reinforcement, DCS 1.15; IDC 25; PVC 5elbows, PVC 17, 24equivalent, DCS 7.9expansion joints, IDC 15fittings, DCS 1.17; PVC 5

hangers, DCS 4.1; IDC 30location, PVC 5materials, DD 12.1; PVC 5rectangular, IDC 8reinforcement, IDC 25requirements, DCS 1.7; LTM 1.2rigidity, PVC 5round, IDC 6sheet metal gage, DCS A.2; IDC 6specifications, DCS xiii; IDC 5steel, PVC 26supports, IDC 30testing, IDC 74transitions, PVC 24type, PVC 5

Duct enclosures, KVS 3.2Duct Liner, FSDG 5.12Duct penetrations, KVS 1.2Duct Rating, FGDC 2.2Duct shaft enclosure, KVS 3.3Duct System Checks, TAB 12.7; TABPG 2.7Duct system(s), TAB 2.22, 14.17

airflow, DD 5.1apparatus, DD 9.4apparatus charts, DD 9.7attenuation of, DD 11.31classification, RNDC 2.1, 16.5construction, DD 12.1cost, DD 2.5general requirements, DD 1.1kitchen, DD 13.1materials, DD 12.1pressure class, DCS 1.6, 1.8return air, DD 7.12selection, DD 4.1sizing procedures, DD 7.1, 8.2special, DD 13.1symbols, DCS 1.1

Duct traverses, TAB 13.7; TABPG 3.7Duct wrapping, KVS 3.3








Standards


















Ducts, TABPG 4.17Ductwork, See Also Duct; IAQ 3.7; KVS 3.1, 8.1;TAB 12.7, 14.8; TABPG 2.7, 4.9

inspection points, KVS 8.1sealing, DCS 1.8; LTM 4.3Type II, KVS 5.5

Durometer, FRP 7.3Dust

atmospheric, APP 2.12holding capacity, APP 2.14

Dust collection, TAB 13.8; TABPG 3.8Dynamic

insertion loss, DD 11.2, 15.6loss coefficient, DD 5.10losses, DD 5.12

Dynamic losses, TAB 2.22Dynamic Suction Head, TAB 8.5

EEarth heat source, APP 11.15Earthquake, RNDC 4.5, 5.3; SEIS 1.1Earthquake Gas Valves, RCSI 11.8Eaves, ASMM 6.27Economics, DD 2.1Economizer Cycle, TAB 4.6Economizer(s)

cycle, APP 3.20Economy cycle, APP 3.20Eddy current couplings, APP 7.22Edge, MGW 5.4Education, IAQ 1.5Effect, DD 15.6; FSDG F.5

of blades, DD 3.6stack, DD 5.8sun, DD 15.6surface, DD 3.5system, DD 5.6temperature, FSDG F.5wind, DD 5.8; FSDG F.5

Effect of Blades, TAB 6.9Effective

area, DD 3.1, 15.1draft temperature, TAB 6.6duct length, TAB 5.19

Efficiencyfilters, APP 2.12

Efficiency Curve, TAB 3.6Elbow Equivalents, TAB 9.10Elbow(s), DCS 2.3; PVC 17; RSMG 1.29

configurations, other, DD 5.29oval, DCS 3.14press formed, PVC 30rectangular, DCS 2.3round, DCS 3.10segmented, PVC 29

square throat, PVC 31Elbows

90 Degree, FGDC 4.3, 5.11, 5.12Less Than 45 Degrees, FGDC 4.3

Electriccoils, APP 3.24; KVS 4.6controls, APP 3.14; TAB 4.1electronic sensors, RCSI 9.1heat control, APP 3.33hydraulic actuator, APP 3.13motor, APP 3.12motors, TAB 3.1pneumatic controls, APP 3.14

Electric operators, TAB 4.5Electrical, TAB 12.6; TABPG 2.6

circuits, TAB 3.1contractors, FSDG 4.2data, TAB 12.2; TABPG 2.2demand limiting, APP 3.44diagram, TAB 3.1equations, metric, APP 14.20equations, U.S., APP 14.19resistances, TAB 3.1services, TAB 3.1systems, APP 3.8; BSAR 2.19; TAB 3.1

Electrical energy consumption, ESAM 13.4Electricity

generator, MGW 3.2inductance, MGW 3.3inverters, MGW 3.2NEMA, MGW 3.3rectifier, MGW 3.2shock, MGW 4.2sources, MGW 3.2transformer, MGW 3.2

Electro/pneumatic controls (EP switches), APP 3.14Electrode(s)

flux-cored, MGW 2.24, 2.25grinding, MGW 2.7ovens, MGW 3.9stainless steel, MGW 2.15, 2.27suggested, MGW 2.23tungsten, MGW 2.5type, MGW 2.2, 2.14

Electro -Hydraulic, TAB 4.2Electronic

controls, TAB 4.1filters, APP 2.17manometer, TAB 11.2tachometer, TAB 11.14thermometer, TAB 11.19

Electro -Pneumatic, TAB 4.2Electrostatic effects, APP 2.14EMCS

communications, TAB 4.9


points list, TAB 4.9signals, TAB 4.8

Emissivity, LAG 2.1Enclosure(s), ASMM 7.15; DD 6.10End Caps, FGDC 4.8, 5.18End reflection loss, DD 11.42End taps, DD 5.29Endotoxins, IAQ 3.7Energy, See Energy conservation, See Energy re-covery, See Energy transfer

audit, BSAR 2.5, 2.9; ESAM 10.1, 10.2, 10.3,10.4, 10.5, 10.7, 10.8conservation, BSAR 4.4; ESAM 1.1, 1.3, 1.6,1.7, 1.8, 1.9, 2.3, 2.4, 2.5, 2.6, 2.9, 3.1, 4.6, 5.1,5.3, 5.11, 5.15, 8.1, 8.2, 8.7, 10.1, 10.2, 10.7,10.8, 11.1, 11.2, 11.3, 13.6, 14.7, 14.9, 22.1;IAQ 1.1consumption, BSAR 2.1; ESAM 1.1, 1.4, 1.8,1.9, 2.1, 3.1, 4.6, 4.7, 5.6, 5.7, 5.11, 5.14, 5.15,5.16, 7.2, 8.1, 8.2, 8.7, 9.2, 10.1, 10.2, 10.3,10.4, 10.7, 11.2, 11.3, 13.5, 20.1; IAQ 1.3control systems (EMCS), APP 3.40electric, BSAR 2.10heat, BSAR 2.10management, BSAR 1.1, 2.4; ESAM iii, 1.3,5.15, 11.2; IAQ 1.3; RCSI 9.2management strategies, IAQ 1.3psychometric calculation, APP 3.43saving(s), BSAR 2.26, 7.9

Energy Management System (EMS) Diagrams,TAB 12.2; TABPG 2.2Energy conservation, BSAR 4.4

control, APP 3.38Energy control equipment, FSDG B.1Energy cost-savings, COM 3.3, 9.5

conservation, COM 2.1consumption, COM 9.2

Energy efficiency, KVS 2.16Energy Management Systems (EMCS), TAB 4.7

Energy recovery, APP 2.7; BSAR 2.21; ESAM iii,1.7, 8.13, 10.11, 14.1, 14.6, 14.7, 14.10, 16.1, 16.2,17.1, 17.2, 17.3, 17.4, 17.6, 17.7, 17.10, 18.1, 18.2,18.3, 18.9, 18.15, 18.16, 19.2, 20.2, 21.1, 22.1, 22.2,22.3, 23.1, 23.2, 23.4, 23.5, 23.6, 23.7, 23.10, 23.11,23.13, 23.14, 23.15, 23.16Energy recovery equipment, ESAM 1.7, 4.2, 14.1,14.3Energy recovery units (ERU), KVS 3.3Energy Savings Ideas, TAB 7.6Energy usage, IAQ 1.2Enthalpy, APP 12.1; DD 15.6

control, APP 3.21optimization, APP 3.43specific, DD 15.6

Enthalpy (Total Heat), TAB 2.8, 2.11Entrainment, DD 15.6; TAB 6.8Entrance fittings, DD 5.10Entropy, DD 15.6

specific, DD 15.6Envelope, IAQ 1.3

building, ASMM 9.30Environmental

air, FSDG E.1conditions, BSAR 8.2considerations, BSAR 2.16EPA, BSAR 6.4, 8.11, 10.1; IAQ 6.1management, IAQ 1.5safety, BSAR 3.17

EPA Test Method 202, KVS 2.1Equal Friction, TAB 7.9

method, DD 4.3, 7.2, 8.2, 15.6; TAB 7.9Equations, MGW 8.8

air, DD 14.54, 14.58electric, APP 14.19, 14.57, 14.61examples, MGW 8.8fan, DD 14.55, 14.59HVAC, DD 14.54








Standards


















hydronic, APP 14.17; DD 14.56, 14.60metric equivalents, DD 14.63metric units, DD 14.58, 14.62parameter, MGW 8.3pump, APP 14.15; DD 14.55, 14.59quick method, MGW 8.13U.S. units, DD 14.54

Equipment, ASMM 6.41; SEIS 3.1access to, APP 2.25auditing, BSAR 2.23auxiliary control, APP 3.14booms, MGW 3.7carbon arc, MGW 2.3cooling, APP 2.8flux-cored, MGW 2.10gas metal arc, MGW 2.8gas tungsten arc, MGW 2.6heating, APP 2.7HVAC apparatus, DCS A.31identification, PVC 51isolation, APP 2.7mechanical, APP 2.7miscellaneous, MGW 3.10plasma arc, MGW 2.12positioner, MGW 3.9safety, MGW 3.10seam, MGW 3.8selection, RCSI 4.1shielded metal arc, MGW 2.4submerged arc, MGW 2.13support flashing, DCS 5.7tables, MGW 3.9torches, MGW 3.7turning rolls, MGW 3.8venting, RCSI 10.1welding, See Welding equipment

Equipment heat flow, TAB 2.5Equipment pressure loss, TAB 15.1; TABPG 5.1Equipment pressures differences, TAB 15.6; TABPG5.6Equipment selection, RCS 4.1Equipment service life, DD 2.6Equipment venting, RCSI 10.1Equivalent

duct diameter, DD 15.6Equivalent length, TAB 2.22Equivalent pipe length, TAB 9.10Escalators, FSDG F.3Estimating

considerations, MGW 8.12cost, MGW 8.2definitions, MGW 8.2

Evaluation, sample report, IAQ 11.6Evaporation, TAB 9.15Evaporative, DD 15.6

air conditioning, RCSI 1.3control, APP 3.27coolers, APP 3.27; RCSI 4.2cooling, DD 15.6dry air (indirect), APP 12.18indirect/direct, APP 12.20pan humidifier, APP 3.27slinger -type, RCSI 4.3systems, APP 12.18

Evaporator, APP 12.4; TAB 10.2shell and tube, APP 12.5

Evases, DD 6.1Examples

exhaust air system, DD 7.12, 8.12IAQ problems, OBUC 7.1interpolation in stack design, GSSC 6.13return air system, DD 5.11, 7.12, 8.12sound (systems), DD 11.45supply air system, DD 7.5, 7.16, 8.4, 8.16

Exhalation, IAQ 10.3Exhaust, IAQ 3.1, 3.2, 4.1

air, KVS 1.2air dampers, TAB 4.6air inlet, TAB 6.14air procedures, TAB 14.18; TABPG 4.18air systems, ESAM 1.1, 2.3; TAB 14.16;TABPG 4.16covers, DCS 5.9, 5.10example, DD 7.13, 8.13fans, APP 2.29; RCSI 10.5filtration, APP 9.25hoods, TAB 14.18; TABPG 4.18laboratory, APP 9.21outlet, DD 3.18systems, APP 9.22; DD 7.12, 8.12; RCSI 10.5

Exhaust Duct System, FSDG B.2Exhaust duct(s), KVS 5.4

and Type I hoods, KVS 3.1design of, KVS 5.3

Exhaust fans, FSDG F.3; KVS 4.2; TAB 13.6;TABPG 3.6

outlets, FSDG F.3Exhaust hood, KVS 6.4

and manufacturers, KVS 6.4Exhaust terminations, KVS 5.5Existing buildings, TAB 1.1Existing installations, TAB 13.10; TABPG 3.10Exit corridors, FSDG 11.2Exit fittings, DD 5.10Exothermic reaction, FRP 2.2Expansion, ASMM 9.6

aluminum, ASMM 1.16anchor, SEIS 2.1, 3.1, B.1building, ASMM 5.1copper, ASMM 1.16


gravel stop, ASMM 5.6gutter, ASMM 1.16joint, SEIS 3.3, B.1roof, ASMM 5.2, 5.58, 5.10roof-to-wall, ASMM 5.12slab, ASMM 5.16stainless, ASMM 1.16steel, ASMM 1.16tanks, ESAM 17.14wall, ASMM 5.14

Expansion and contraction, LAG 2.15Expansion joints, ASMM 5.2; IDC 15; LAG 3.25,3.26, 3.27; PVC 19, 38; RNDC 7.19, 7.26, 8.4, 9.4,10.4, 11.8, 11.31, 11.43, 15.27, 15.33, 15.34, 16.2,16.8; SEIS 3.3

flexible, IDC 20location, PVC 54rectangular, IDC 19round, IDC 19

Expansion of building materials, See ExpansionjointsExpansion Space, FSDG 5.2, 5.3Expansion tank, APP 10.16Expertise

commissioning, BSAR 5.5duct cleaning, BSAR 6.3duct system analysis, BSAR 7.6energy management, BSAR 2.22, 4.3system operation/maintenance, BSAR 3.11, 8.15

Explosion doors, IDC 56, 58; RNDC 58Explosive atmospheres, APP 15.28Exposed duct installation, DD 3.15Exposure, IAQ 1.1

limits, Washington state, IAQ C.2Extended plenum, DD 4.4

method, DD 4.3, 8.15sizing, DD 7.21, 8.21

Extended surface, DD 15.6Exterior components, DCS 5.2

exhaust covers, DCS 5.9intake covers, DCS 5.9

louvers, DCS 5.2rectangular gooseneck, DCS 5.8rooftop HVAC, DCS 5.6screens, DCS 5.2storm covers, DCS 5.9

Exterior surface, FRP 3.1, 3.3, 5.11, 7.1External

drains, See Drains, See Rooftop ductinstalla-tion, See Pipinglagging, DD 11.29

Extinguisher, MGW 4.3

FFabrication, FRP 1.1, 1.2, 2.1, 2.2, 2.4, 4.1, 5.1, 5.2,5.9, 5.10, 6.1, 7.1, 7.9, 8.1, B.1, D.2

details, FSE 2.1Face

and bypass control, APP 3.6and by-pass dampers, ESAM 2.4, 4.2, 18.9,20.3area, DD 15.6damper, APP 3.6velocity, DD 15.6; TAB 14.17

Face Velocities, TABPG 4.17Facilities and services, IAQ 6.1Facilities, computer, BSAR 2.20

building construction, IAQ 6.2building related, IAQ 3.1

Facility managers, KVS 1.1Factory accessories, DD 6.15Fahrenheit scale, DD 15.6; TAB 2.1Fan, FSDG B.1, F.3; PVC 55, 57

accessories, obstructions, DD 7.16adjustment(s), TAB 13.2, 13.6; TABPG 3.2, 3.6air volume, TAB 5.10airflow, TAB 5.10, 13.7; TABPG 3.7amperage, TAB 13.2; TABPG 3.2and ductwork, KVS 4.2assisted box, TAB 6.2axial, DD 6.16








Standards


















balancing, IAQ 4.3belt driven, KVS 4.1belt guards, DCS A.31belts, TAB 5.8blades, KVS 8.2boxes, DD 6.15; RNDC 15.36, 15.39brake power, TAB 5.12bypass, APP 7.24capacity ratings, TAB 5.17centrifugal appurtenances, DD 6.18characteristics, KVS 4.1; TAB 5.1check, TAB 13.1; TABPG 3.1classes, TAB 5.4coil, TAB 8.14coil units, APP 10conditions, DD 6.7; RNDC 15.36, 15.38connections, DCS 2.21construction, TAB 5.4curves, TAB 2.25dampers, DD 6.4discharge position, DCS A.30drive adjustment, TAB 13.6; TABPG 3.6drive changes, TAB 13.2; TABPG 3.2drives, TAB 5.9exhaust air, APP 2.29inlets, TAB 5.19law relationships, TAB 5.14laws, TAB 2.1, 2.25manufacturers, KVS 5.5modulation, return air, APP 2.28motors, TAB 5.9nomenclature, TAB 5.8outletconditions, DD 6.1; RNDC 15.36, 15.40diffusers, DD 6.1ducts, DD 6.1outlet velocity, TAB 5.12outlets, TAB 5.19performance, TAB 5.19performance curve, TAB 5.14powered boxes, TAB 6.2powered VAV boxes, TAB 14.9powered VAV terminal units, APP 7.14pressure, DD 5.3, 5.10pressure losses, DD 6.1rating table, TAB 5.4return, IAQ 4.3return air, APP 2.4room requirements, APP 2.23rotation, DCS A.30selection, TAB 5.19single, APP 2.26sizing, DD 4.7sound, DD 11.12

speed changes, DD 5.3static pressure (SP), TAB 5.12static pressures, TAB 13.2; TABPG 3.2supply air, APP 2.6system, TAB 6.3system curve relationship, TAB 5.13terminology, DD 6.18testing, TAB 5.17testing procedures, TAB 13.1; TABPG 3.1total pressure (TP), TAB 5.12tracking, IAQ 4.3variable pitch vane axial, APP 7.23VAV supply air, APP 7.18velocity pressure (Vp), TAB 5.12volume, TAB 13.1; TABPG 3.1volume control, APP 3.29

Fan Powered VAV Boxes, TABPG 4.9Fascia, ASMM 1.63

cap, ASMM 2.10corner, ASMM 2.20design, ASMM 2.3extruded, ASMM 2.22joint, ASMM 2.8porcelain enamel, ASMM 2.16snap-on, ASMM 2.91soffit, ASMM 2.5

FastenerFasloop Termination, FGDC 5.1Locking Cap, FGDC 5.1Pop Rivet, FGDC 5.1

Fasteners, FSDG 5.5; LAG 2.14Fatigue, FGDC 2.1FCAW, See Flux-cored arc weldingFederal government, BSAR 1.12, 1.22, 8.2Federal Standard 209G, APP 9.13Feedback, BSAR 1.5Feeders, MGW 3.5Fiberglass duct, DD 12.6Fiberglass Reinforced Plastic (FRP), DD 12.5Fibers, IAQ 4-6Fibrous glass ducts

installation, FSDG 5.13Field

procedures, TAB 12.6; TABPG 2.6readiness, TAB 12.6; TABPG 2.6review, TAB 12.7; TABPG 2.7

Field checks, BSAR 2.14Field Installation of FRP Duct, FRP 4.1Field measurements, TAB 5.20Field wrapped joints, FRP 4.11Filament Winding, FRP 1.1, 2.1, 2.2, 2.4, A.7, D.2Filler metals, MGW 2.23Fillet, MGW 5.5

intermittent, MGW 5.6


Filter(s), DD 9.1, 15.6; ESAM 1.3, 2.2, 2.3, 2.5, 4.5,4.6, 5.1, 5.3, 5.14, 9.1, 10.9, 10.10, 11.1, 14.10,17.7, 17.10, 17.11, 17.14, 18.3, 18.9, 18.12, 18.15,19.2, 20.3, 22.3; IAQ 3.3; KVS 2.4, 2.11, 2.13; PVC55; RCSI 4.5; TAB 12.7, 14.17

adsorption, APP 2.21diffusion, IAQ 3.5direct interception, IAQ 3.5electrostatic, RCSI 4.5electrostatic force, IAQ 3.5HEPA, APP 2.16housing, APP 9.5inertial deposition, IAQ 3.5installation, APP 2.19methods, IAQ 3.5panel, APP 2.14pressure loss data, DD 9.3renewable media, APP 2.17straining, IAQ 3.5testing, IAQ 3.5types, IAQ 3.6wetted element, RCSI 4.5

Filter -drier, TAB 10.3Filtering, RCSI 1.3Filters, TABPG 2.7, 4.17Filtration

clean room, APP 9.5exhaust air, APP 9.25

Final designdata, DD 9.1documents, DD 4.7

Financial, BSAR 1.16, 2.30, 3.18, 4.4, 5.7, 6.5, 7.8,8.18

loss, IAQ 6.1Finned tube radiation, APP 10.2; TAB 8.14Fire and smoke

codes, DD 1.3Fire and smoke control, FSDG D.1

test criteria, FSDG D.1Fire and Smoke Damper, testing, FSDG 3.4

Fire and smoke dampers, KVS 1.2; TAB 12.7;TABPG 2.7Fire codes, KVS 2.14Fire Damper, FSDG 2.1, 6.1, 12.1

approval, FSDG 5.1evaluation, FSDG 2.1horizontal, FSDG 5.11improper installation, FSDG 5.7installation, FSDG 3.3, 5.1, 5.2multiple sections, FSDG 5.1out of wall, FSDG 5.9requirements, FSDG 2.1sleeve, FSDG 2.1, 5.1, 5.2, 5.3vertical, FSDG 5.8

Fire Endurance Ratings, FSDG 3.3Fire losses, RCSI 11.2Fire Rated

assembly, FSDG 11.2eiling, FSDG 2.1floor system, FSDG 11.2partition, FSDG 2.1

Fire Resistance Directory, FSDG 3.4, 4.1, 11.4Fire Resistance Rating, FSDG 5.1Fire Resistant Partition, FSDG 3.3Fire stopping, RCSI 10.6Fire suppression system, FSDG B.1, F.3; KVS 2.4,2.16Fire Tests, FSDG 3.4Fire Walls, FSDG 2.1, 3.3Fireplaces, IAQ 3-6Fire-resistive, FSDG 3.1

assembly, KVS 1.2construction, FSDG 3.1ratings, FSDG 3.1requirements, FSDG 3.3testing, FSDG 3.1

First cost, BSAR 1.18Fitter section, APP 2.4Fitting, FGDC 5.9








Standards


















Reinforcement, FGDC 5.8, 5.9Transition, FGDC 5.16

Fitting(s), See Also Fabrication of fittings; DCS2.1; IDC 70; RNDC 1.1, 4.4, 4.6, 8.4, 9.4, 10.4,11.5, 11.8, 11.31, 11.43, 15.8, 15.11, 15.12, 15.13,16.2, 16.5, 16.6

access doors, DCS 2.12branch connections, DCS 2.8, 3.11combined, DD 5.13converging, IDC 71divided -flow, DD 5.17elbows, DCS 2.3; IDC 72entering velocity, DD 8.8entrance, DD 5.10fan connections, DCS 2.21grille connections, DCS 2.18liner fasteners, DCS 2.28loss coefficients, DD 14.19offset, DCS 2.9pressure losses, DD 7.2, 8.3register connections, DCS 2.18round duct, DCS 3.1tables, DD 7.2, 8.3tee, DCS 2.7, 3.11transition, DCS 2.9

Fixed blade grilles, TAB 6.12Fixed corner, RCDC 7.37, 8.8Fixed plate exchangers, APP 12.19; ESAM 17.6,18.1, 18.2, 18.3, 20.2Flame retardent, FRP 2.1, 2.2, 2.4, 3.1, D.2Flammable vapors, DD 13.1Flange, DCS 1.63; PVC 18; RCDC 8.7; RNDC 1.1,1.2, 1.4, 3.12, 3.13, 4.2, 4.8, 4.9, 5.10, 6.1, 6.9, 7.2,7.11, 7.18, 7.24, 7.31, 8.4, 9.4, 10.4, 11.4, 11.8,11.10-11.11, 11.12-11.15, 11.23, 11.24-11.27,11.31, 11.34, 11.35, 11.36-11.39, 11.43, 11.46,11.47, 11.48-11.51, 11.55, 12.1, 12.5, 12.28-12.58,12.83, 13.5, 13.16, 13.54-13.85, 14.2, 15.5, 15.6,16.5, 16.6, 17.10, 17.17

alternate, RCDC 8.7angle, RCDC 8.7assembly, PVC 35attachment, PVC 18bolting, DCS 1.63channel, RCDC 8.7dimensions, PVC 18face, PVC 18height table, RCDC 7.62rectangular duct, PVC 36requirements, FRP 7.2

Flapper, APP 3.19Flapper -nozzle -bimetal assembly, APP 3.20Flashing, KVS 6.5; LAG 3.9, 3.40; RSMG 1.25,1.34, 2.1, 2.5, 3.3, 4.3, 4.5, 4.9, 5.1

base, ASMM 4.14

chimney, ASMM 4.34counter, ASMM 4.6dormer, ASMM 4.42equipment support, ASMM 4.32gable, ASMM 6.33general, ASMM 4.2head sill, ASMM 4.42, 6.54head wall, ASMM 6.31hip, ASMM 4.129installation, ASMM 4.4, 4.6, 4.10ledge, ASMM 4.40mansard, ASMM 4.24penetration, ASMM 6.63, 6.65, 6.67, 6.69pipes, ASMM 4.26, 4.28rake, ASMM 6.33ridge, ASMM 4.129, 6.31roof, ASMM 4.38saddle, RSMG 3.1, 5.1shingle roof, ASMM 4.44soffit, ASMM 6.53structural steel, ASMM 4.30stucco, ASMM 4.36termite, ASMM 4.46valley, ASMM 4.18, 4.20wall, ASMM 4.109, 6.65

Flat drive joint, DCS 1.63Flat lock, LAG 3.4Flat oval circular equivalents, DD 14.14Flat oval duct, DCS 3.11

construction standards, DCS 3.13fittings, DCS 3.14sound, DD 11.27steel gauge schedule, DCS 3.13

Flat sheet, LAG 2.18Flatback elbows, RNDC 15.10Flexible connectors/connections, APP 10.17; FRP7.7, 7.9, 9.7; PVC 18; RNDC 15.35, 15.37, 16.2,16.8; TAB 9.6

construction, PVC 19, 37defined, DCS 3.22location, PVC 18, 54material, PVC 18support, DCS 3.19; PVC 19, 37

Flexible duct, See Flexible liner, See Flexible con-nectors/connections; DCS 3.15; IDC 13; RCSI 7.3

accessories, DCS 3.18connectors, DCS 3.22installation standards, DCS 3.15joining specifications, DCS 3.17support specifications, DCS 3.19supports, DCS 3.20types, DCS 3.16wire reinforced, DCS 3.16; IDC 14

Flexible liner, DCS 2.25fasteners, DCS 2.26, 2.28


installation standards, DCS 2.25interruption, DCS 2.30optional hat section, DCS 2.29

Flexible wraps, KVS 3.3Float valve, APP 12.4Floating action, APP 3.3Floating control, APP 3.10Flooded chillers, APP 10.10Flooded coil, APP 12.4Floor Plan

symbols, FSDG 10.3Floor Plenums, TAB 6.13Floor-Ceiling Assembly, FSDG 2.1Flow

calculation, LTM A.11characteristics, APP 3.5coefficient, APP 3.5; LTM A.15; TAB 4.3hoods, laminar, APP 9.30measurement(s), TAB 15.1, 15.3meters, LTM A.11, A.17, A.18; TAB 15.1rates, hydronic design, APP 10.26sensing, APP 3.10

Flow measuring hood, TAB 11.8, 11.9Flow Meters, TABPG 5.1Flow variation, TAB 15.9; TABPG 5.9Flow, Measurement(s), TABPG 5.1, 5.3Flow/pressure check, TAB 13.1; TABPG 3.1Fluid

dynamics, TAB 2.20equal percentage, APP 3.5flow control, APP 3.5linear, APP 3.5mechanics, TAB 2.19meter, LTM A.11, A.17, A.18properties, TAB 2.19quick opening, APP 3.5statics, TAB 2.19viscosity, TAB 8.12

Food service equipment, FSE 1.1Forced air heating, RCSI 3.1Forced air systems, RCSI 1.2

Forced convection units, TAB 8.14Foreign inclusions, FRP 3.3, 7.1Formaldehyde, IAQ 4.1

material table, IAQ E.2Formula derivation, GSSC 6.1; RCDC 9.1; RNDC15.9, A.1

bolt -end stiffeners, RCDC 9.11duct extension, RCDC 9.8duct thickness, RCDC 9.2factors of safety, GSSC 6.4fixed-end stiffeners, RCDC 9.11internal supports, RCDC 9.11load criteria, RCDC 9.9longitudinal compression, GSSC 6.3longitudinal tension, GSSC 6.4particulate material, RCDC 9.7stiffener size, RCDC 9.5support spacing, RCDC 9.7thickness of stack shell, GSSC 6.2

Fouling, ESAM 4.6, 16.2, 17.5, 17.10, 17.11, 21.5Four-pipe systems, APP 8.8, 10.21; TAB 9.4, 15.5;TABPG 5.5FPM, FSDG E.1Framing channels, RNDC 13.29-13.49, B.8Freeze protection, ESAM 18.16, 18.17, 20.3Freezing water, RSMG A.1, 1.2Freons, See RefrigerantsFriction, TAB 2.21Friction head, TAB 8.4Friction losses, TAB 2.21, 2.23, 2.27Front face discharge, KVS 2.6FRP Guide Specifications, FRP 1.2Fuel

emissions, IAQ 3.9Full (Complete) Penetration Joint, RNDC 1.4, 8.4,9.5, 10.5, 14.1, 17.6, 17.10Full Load Amps, TAB 3.5Fume

hoods, APP 9.26; BSAR 3.17; FRP 7.6; TAB14.17








Standards


















laboratory, APP 9.25performance criteria, APP 9.27

Fume Hoods, TABPG 4.17Fumed silicas, FRP 2.4Functional capabilities (software), APP 3.43Functional problems, COM 3.1-3.3, 5.1, 5.2, 5.4,6.1, 7.4Functional Testing, FSDG D.1Fundamentals, IAQ 1.1; TAB 2.1Fungal contamination, IAQ 3.7Fungi, IAQ 5.2Furnaces, RCSI 1.1Furnishings, IAQ 1.3, 6.8, 10.1, 10.11

GGage location, TAB 8.12Gages, ASMM 6.9; TAB 9.6Galvanized, DD 12.1

coatings, DD 12.3sheet metal, FSDG 12.1steel, LAG 1.2, 1.3; RNDC iii, 1.1, 1.2, 1.3, 1.4,3.1, 3.5, 3.12, 3.13, 4.1, 5.1, 5.8, 7.6, 7.27, 7.29,7.30, 8.1, 8.2, 8.5-8.23, 8.26-8.53, 8.54, 8.55,9.1, 11.1, 11.2, 11.2, 11.7, 11.8, 11.9, 11.10,11.12-11.17, 11.21, 11.22, 11.23, 11.24-11.27,11.28, 11.29, 11.54, 12.1, 12.2, 12.3, 12.5, 12.6,12.16, 12.22, 12.24, 12.25, 12.26, 12.28, 12.34,12.36-12.39, 12.40-12.47, 12.52, 12.56, 12.59,12.61, 13.1, 13.2, 13.10-13.15, 13.16,13.54-13.81, 14.5, 14.8, 17.13; RSMG C.9thickness tolerances, DCS A.2

Gas, MGW 2.2compressed, MGW 4.3expansion factor, LTM A.16fired heat control, APP 3.35shielding, MGW 2.2, 6.3

Gas arc weldingtungsten (GTAW), MGW 2.5

Gas piping, SEIS 3.3Gasket materials, FRP 7.3Gaskets, PVC 18; RNDC 3.12, 3.13, 8.4, 9.4, 10.4,11.8, 11.31, 11.43, 12.82, 12.83, 15.27, 16.6Gates, RNDC 8.4, 9.4, 10.4, 11.8, 11.31, 11.43,15.27, 15.30Gauge, APP 10.17

composite tables, DCS A.13, A.14Gel time, FRP 2.3, 2.4General Air System TAB Procedures, TAB 14.1;TABPG 4.1General Contractor, TAB 12.4; TABPG 2.4General procedures, TAB 13.12; TABPG 3.12General requirements, TAB 1.2General TAB Procedures, TAB 14.3; TABPG 4.3Glass

rigid fibrous, DD 12.6

Glass Fabric, FGDC 3.3Glass pipe, SEIS 3.3Glossary, APP 15.1; MGW 11.1; PVC 87Glycol solutions, APP 10.31

inhibited, APP 10.31Glycols, FRP 2.1Goal, BSAR 1.5, 1.6, 2.6Gooseneck, rectangular, ASMM 8.2; DCS 5.8Grade Markings for steel bolts, RNDC 12.64Gradual switches, APP 3.14Gravel stop-fascia

adjustable blade, DD 3.17applications, DD 3.12connections, DCS 2.18fixed blade, DD 3.17lightproof, DD 3.17stamped, DD 3.17v-blade, DD 3.17

Gravity loads, SEIS 1.1Grease, KVS 2.13

and containment, KVS 4.3and drainage, KVS 4.2filters, KVS 5.3

Grease duct enclosure, factory built, KVS 3.3Grille, FGDC 4.12Grilles, IAQ 6.10; RCSI 10.5

adjustable blade, TAB 6.14fixed, TAB 6.14light proof, TAB 6.14v-blade, TAB 6.14

Groove, MGW 5.4Grooved Lockseam, RNDC 1.1, 1.3, 1.4, 8.1, 15.1,15.2Ground wire, TAB 3.3Group of ducts, SEIS 3.2GRP, FRP 1.1Guards, drive, DD 6.16Guide Specification, PVC 48; RNDC iii, 1.2, 1.3,1.4, 16.1Gun

position, MGW 2.11spool, MGW 3.7

Gutter(s), See Expansion joints; ASMM 1.5; RSMGA.1, B.1, 1.2

accessories, ASMM 1.55; RSMG 1.27, 1.28at wall, ASMM 1.25brackets, ASMM 1.30, 1.33built -in, ASMM 1.15, 1.49, 1.53clearance, RSMG 1.26combination, ASMM 1.31concealed, ASMM 1.37expansion, ASMM 1.19, 1.21, 1.23formed, RSMG 1.23gage, ASMM 1.9half, ASMM 1.7, 1.13, 1.47


half round, RSMG 1.8hanging, ASMM 1.35heavy, ASMM 1.27, 1.39installation, RSMG 1.20installations, ASMM 1.47, 1.48, 1.49, 1.53length, RSMG 1.25level, RSMG 1.4metal, RSMG 1.23ogee, ASMM 1.13overflow, RSMG 1.2rectangular, ASMM 1.6, 1.8sizing, ASMM 1.5; RSMG 1.3sloped, ASMM 1.7, 1.41; RSMG 1.2, 1.4straps, ASMM 1.30styles, ASMM 1.11supports, RSMG 1.4

Gypsum board, DD 12.6; KVS 3.2

HHalon, BSAR 8.11Hand Lay-up, FRP 1.1, 1.2, 2.2, 2.4, 5.1, 6.1, 7.1,D.1, D.3Handling, Shipping and Installation, FRP 7.9Hanger bar, RNDC 13.7, 13.52, 13.53Hanger rod, RNDC 13.4, 13.7, 13.52, 13.53Hanger(s), IDC 30; KVS 6.4; PVC 20; SEIS 2.2

clamp, IDC 32horizontal, PVC 39rod, IDC 31

Hangers, FGDC 6.1, 6.2, 6.3, 6.4Hangers and supports, RNDC 1.1, 1.2, 1.4, 3.12,3.13, 4.2, 4.9, 5.11, 7.2, 8.4, 9.4, 10.4, 11.8, 11.31,11.43, 13.1, 13.2, 13.17, 16.2, 16.7, 17.10Hanging systems, DCS 4.1

attachments to structures, DCS 4.3Hard sell, BSAR 1.9Hardness, Barcol, FRP 1.1Hat bar, LAG 2.13Hat channel, LAG 2.13Hazard, MGW 4.5

assessment, OBUC 2.7H-Bar, LAG 2.2HCFC, ESAM 15.1, 15.2, 15.3Head, TAB 8.1Header box, LAG 3.46Heads, TAB 2.27, 8.4Health, IAQ 1.1, 1.6

complaints, OBUC 2.6concerns, FRP 8.2problems, IAQ 2.1response, OBUC 6.1WHO, IAQ 1.1

Heat, See Heat transfer, See Also Heat exchanger,See Heat pumps

balance, APP 13.1concept, APP 13.2emission, APP 3.5exchangers, APP 3.33, 10.11, 11.5; DD 19.2;TAB 8.13, 15.8; TABPG 5.8gain, DD 4.4, 5.27internal, APP 2.4latent, DD 15.27loss, DD 4.4, 5.27recovery, IAQ 3.1redistribution, APP 13.2rejects selection, APP 11.10residential, ESAM 17.6, 18.10, 18.11, 18.12sinks, APP 11.13storage, APP 13.7supplement, APP 2.7transfer method, TAB 15.2; TABPG 5.2

Heat exchangersair-to-air, APP 11.2air-to-water, APP 11.13components, APP 11.15design considerations, APP 11.7types, APP 11.11waste, APP 11.13water -to-water, APP 11.13

Heat flow, TAB 2.1, 2.5, 2.5Heat loads, RCSI 2.1








Standards


















Heat loss calculations, RCSI 2.3ceiling and roof losses, RCSI 2.5wall losses below grade, RCSI 2.5window and door losses, RCSI 2.3

Heat producing equipment, KVS 2.1Heat pumps, ESAM 4.7, 4.8, 4.9, 5.6, 17.5, 21.2,21.3, 21.5, 22.1, 22.2; RCSI 1.1; TAB 8.13

EER, RCSI 3.7ground coupled, RCSI 3.7heat pump systems, RCSI 3.5

Heat recovery, ESAM 1.6, 1.8, 2.1, 7.4, 8.13, 9.3,10.7, 14.2, 14.3, 14.4, 14.6, 14.7, 15.3, 17.3, 17.11,18.3, 18.7, 18.8, 18.9, 18.12, 18.13, 18.15, 18.16,18.17, 19.3, 20.2, 20.3; KVS 4.6

application, APP 13.3chiller, APP 13.2hydronic, APP 13.1

Heat Responsive Link, FSDG 2.1Heat stops, FSDG 2.2, 3.3, 11.4

installation, FSDG 3.3performance, FSDG C.1

Heat transfer, TAB 2.1, 2.2, 2.4, 15.1, 15.9, 15.10;TABPG 5.1, 5.9, 5.10

coefficient, DD 14.51rates, TAB 15.10

Heat transfer fluids, RCSI 11.4flow requirements, RCS 11.4materials, RCSI 11.5safety precautions, RCSI 11.4water/glycol, RCSI 11.4

Heat Transfer Rates, TABPG 5.10Heat, and fume, KVS 2.4Heated thermocouple anemometer, IDC 88Heater coils, TAB 3.9Heater location, DEHG 4.1Heater position, DEHG 3.2

horizontal, DEHG 3.2vertical, DEHG 3.2

Heater typesflange, DEHG 1.1, 3.2, 5.1slip-in, DEHG 1.1, 3.2, 5.1

Heater(s)indirect fired, APP 3.35wire anemometer, IDC 88

Heating, BSAR 8.4; TAB 2.11charts, DD 9.7coils, DD 9.7control, APP 3.23equipment, APP 2.7perimeter, APP 7.28supplemental, APP 11.17systems, RCSI 3.1

Heating and coolingcoil installations, DCS 2.12thermostat, APP 3.11

Heating and humidification, TAB 2.12Heating and ventilation, DCS A.27

blow-thru, DCS A.27draw-thru, DCS A.27

Heating mode, TAB 15.12; TABPG 5.12Heating tolerance, TAB 15.9; TABPG 5.9Height, See Stack heightHeliarc, MGW 2.5Helical rotary, compressor, APP 10.10, 12.6HEPA, BSAR 6.4; IAQ 10.9HEPA filter, IAQ 10.6HEPA filtration system, APP 2.16, 2.19, 9.4Herbicides, IAQ 3.10Hermetic compressor, APP 12.5High efficiency particulate air (HEPA) filters, APP2.16, 2.19, 9.4High rise facilities, IAQ 3.7High shear mixer, FRP 2.4High side walls, DD 3.12

installation, DD 3.13High temperature water systems (HTW), APP 10.18;TAB 9.1High Velocity System, TAB 7.7Hinged corner, RCDC 7.46, 8.11Hiring, MGW 10.2Hiss (sound), DD 11.7History, ASMM 9.32; IAQ 1.1; MGW 6.2Hood(s), APP 9.30; ASMM 8.42; DCS 2.23; FSDGB.1, B.2; IDC 73

balancing, TAB 13.7exhaust duct, DD 13.1eyebrow, KVS 2.11manufacturer, KVS 7.2performance, APP 9.26

Hood, Balancing, TABPG 3.7Hopper, LAG 3.58Horizontal forces, SEIS 1.1, A.1Hot gas bypass, TAB 10.4Hot gas piping, APP 12.6; TAB 10.3Hot patch, FRP 4.4, 4.6, D.3Hot water

boilers, APP 10.6Hot water procedures, TAB 15.8; TABPG 5.8Hot-rolled (Carbon) steel, RNDC 3.1, 3.3, 3.12,3.13, 7.5, 7.27, 8.1, 8.25, 8.26-8.53, 11.1,11.10-11.11, 12.24, 13.29, 17.13Hot-rolled shapes and plates, SEIS 3.1Household circuit, TAB 3.3HSPF, RCSI 3.7

heat pumps, RCSI 4.2performance, RCSI 3.6seer, RCSI 3.7thermostat, RCSI 9.2water -to-air, RCSI 3.7water -to-air heat pumps, RCSI 3.7


Hubless piping systems, SEIS 3.3Humidification, TAB 2.12

evaporative pan, APP 3.27water spray, APP 3.27

Humidifiers, RCSI 1.3, 4.5installation, RCSI 4.7room humidifiers, RCSI 4.6

Humidistat, TAB 4.6Humidity, ESAM 1.1, 1.3, 2.1, 2.3, 2.4, 2.8, 2.9, 4.1,4.4, 5.1, 5.3, 5.7, 5.9, 5.13, 5.14, 8.7, 9.1, 9.2, 10.6,16.8, 16.12, 16.16, 16.17, 17.1, 17.2, 17.4, 17.5,17.9, 17.10, 18.3, 18.4, 18.8, 18.15, 19.2, 19.3, 20.4,22.1; IAQ 2.1

mold growth, IAQ 3.7ratio, TAB 2.8sensing elements, APP 3.9

HVAC, See specific type, Metric or U.S.; IAQ 6.9,8.6, 10.1, 11.4

access, IAQ 10.6checklist, IAQ A.4clean room, APP 9.1constant volume systems, IAQ 3.2contractors, COM 1.1, 2.1, 2.2, 3.1-3.4, 4.1,5.1, 5.2, 5.4, 6.1-6.4, 7.1, 7.3, 7.5, 7.6, 8.1;FSDG 4.2design, APP 1.1; IAQ 3.1ductwork, clean room, APP 9.8equipment, ESAM 1.3, 5.4, 6.1, 8.13, 10.9, 14.2equipment space, APP 1.5fundamentals, TAB 2.1heat pump systems, IAQ 3.2manuals, APP 1.7multizone systems, IAQ 3.2parameter selection, APP 1.1protection (IAQ), OBUC 3.1systems, COM 1.1, 1.2, 2.1, 2.2, 3.1, 3.3, 4.1,4.2, 5.2-5.4, 6.1-6.3, 7.1, 7.2, 9.2, 9.5; TAB 2.1types, APP 2.1unit connections, DCS A.28unit ventilator systems, IAQ 3.3variable air volume systems, IAQ 3.3

zoning, COM 1.2, 3.3, 5.3, 5.4, 6.3, 7.1, 9.1,9.3-9.5

HVAC design of systems (sound), DD 11.9equations, DD 14.54sound spectrum, DD 11.11system codes, DD 1.2system loads, DD 3.18systems library, DD 1.1

HVAC Duct Construction Standards Manual, KVS6.4HVAC equations-U.S., DD 6.48HVAC equipment, TAB 12.1; TABPG 2.1HVAC protection, See Also Control Measures(IAQ); OBUC 3.1

air cleaning, OBUC 3.3changing work practices, OBUC 3.3cover or seal, OBUC 3.3indicators, OBUC 5.1inspection checklist, OBUC A.9liability, BSAR 4.2local exhaust, OBUC 3.3locating occupied areas, OBUC 4.2managing construction, OBUC 4.1manual, BSAR 6.1modifying equipment op, OBUC 3.2occupants, BSAR 4.2particulates, OBUC 2.2planning checklist, OBUC A.5problems, classifying, OBUC 4.2product substitution, OBUC 3.2project documentation, OBUC 5.3quality control, OBUC 5.1references, OBUC A.1resources, OBUC A.3scheduling (construction), OBUC 3.5source control, OBUC 3.2standards, BSAR 4.1; OBUC 5.1volatile organic compounds (VOCs), OBUC 2.2

HVAC related sounds, RCSI 5.1HVAC System, TAB 12.2; TABPG 2.2








Standards


















HVAC Systems Testing, Adjusting and BalancingManual, KVS 7.1

and technical details, KVS 7.2HVAC unit suspension, DCS 4.19

large duct support, DCS 4.13lower attachments, DCS 4.9rectangular duct, DCS 4.6riser supports, DCS 4.14round duct, DCS 4.8trapeze loads, DCS 4.10upper attachments, DCS 4.3wall support, DCS 4.17

HVAC units, TAB 12.6; TABPG 2.6Hybrid systems, APP 3.8Hydrogen sulfide, IAQ 4.1Hydronic, BSAR 3.16; ESAM 4.1, 4.2, 4.4, 4.6,8.13, 10.11; TAB 2.26

air separation, RCS 11.1balancing, TAB 11.11coils, APP 3.21; DCS 2.11, 6.14control, APP 3.4designflow rates, APP 10.26procedures, APP 10.27design (closed system), APP 10.25design flow, RCSI 11.1design procedures, RCSI 11.2; TAB 9.13distribution, APP 3.30equations, metric, APP 4.18equations, U.S., APP 4.17equivalents, APP 14.15, 14.15; DD 14.55flow, APP 10.23heat recovery, APP 13.1heating systemscontrol, APP 3.32piping, RCSI 11.1piping devices, TAB 9.5piping noise, RCSI 11.1pressure drops, APP 10.26; RCSI 11.1pressure losses, TAB 2.26sizing, RCSI 11.2system basics, TAB 2.26system design, TAB 9.8system losses, RCSI 11.2system procedures, TAB 15.3system(s), APP 10.1; TAB 2.27, 9.1systems ready, TAB 15.3tables and charts, APP 14.23zone control, APP 3.33

Hydronic, Trouble Analysis Guide, TAB 9.8Hydronic Systems Ready, TABPG 5.3Hydronic, System Procedures, TABPG 5.3Hydrostatic head, TAB 2.20Hygroscopic, APP 3.9

IIAQ

analysis, BSAR 7.8audit, BSAR 4.2classifying problems, OBUC 4.2concerns, BSAR 4.1controls, selecting, OBUC 4.1criteria, COM 7.1documentation, OBUC 5.3duct analysis, BSAR 7.1duct cleaning, BSAR 6.1enforcing specifications, OBUC 5.2example projects, OBUC 7.1hazard assessment, OBUC 2.7office, IAQ 1.1reoccupancy, OBUC 5.2surveillance, OBUC 5.1

IAQ definedASHRAE, IAQ 1.2WHO, IAQ 1.1

IAQ management team, IAQ 11.5IAQ policy, IAQ 11.5IAQ problems, origins, IAQ 3.1IAQ proposal, sample, IAQ 11.2, 11.3IAQ proposals, IAQ 11.1ICBO, FSDG R.1; SEIS 2.1ICC, FSDG R.1Ice, RSMG A.1, A.2, 1.2, 1.4, 1.11, 1.17, 1.20, 1.32Ice dams, ASMM 6.29Ice Load, RNDC iii, 4.1, 4.2, 4.4, 4.5, 4.6, 4.11, 5.1,5.2, 5.3, 6.1, 6.6, 7.1, 7.3, 7.5, 7.9, 7.16, 7.23, 7.27,7.29, 7.33, B.5Illumination levels, ESAM 1.6, 8.2, 8.3, 8.4Illustrations, FSDG 5.1Image, BSAR 1.13Impact resistance, FRP 2.2Impaction, APP 2.14Impingement, APP 2.14Importance factor, SEIS A.1Improvements, IAQ 4.4Incident log, IAQ A.14Increasers, DD 5.10Incremental action, APP 3.34Indirect fired heaters, APP 3.35Indirect/direct evaporative cooling, APP 12.20Indoor, See IAQ

air particulates, OBUC 2.2air quality (IAQ), BSAR 1.1, 5.4; COM 1.1, 2.1,3.1, 5.4, 7.1, 9.4; OBUC 1.1criteria, COM 7.1unitary equipment, APP 11.4

Indoor design temperature, RCSI 2.2Induction


air-water, APP 8.2central HVAC apparatus, APP 8.7control systems, APP 8.10design, APP 8.5duct design, APP 8.7equipment, APP 8.3non-changeover, APP 8.10operation, APP 8.4piping systems, APP 8.7reheat systems, APP 8.1systems, APP 8.1terminal unit control, APP 8.12units, APP 8.6VAV systems, APP 7.7VAV terminal units, APP 7.16

Induction Reheat Systems, TAB 7.4, 7.6Induction Unit Systems, TAB 8.14, 14.14; TABPG4.14Induction VAV boxes, TAB 14.12; TABPG 4.12Industrial duct, RNDC 1.1, 1.2, 1.3, 1.4, 2.1, 14.1,14.2, 16.5, 17.1, 17.5, 17.6

classification, RCDC 2.1definition, RCDC 1.1material characteristics, RCDC 2.2

Industrial ventilation, TAB 13.12; TABPG 3.12Inertia, Moment of, RNDC 4.2, 4.3, 4.4, 4.7, 4.8,4.9, 5.1, 5.8, 5.11, 7.2, 7.3, 7.3, 7.7, 7.11, 7.15, 7.18,7.22, 7.24, 7.29, 7.31, 11.55, 12.2, 12.3, 12.4, 12.6,12.12, 12.13, 12.14, 12.15, 12.16, 12.17, 12.28,12.48, 12.56, 17.12Infared, TAB 11.21Infection, IAQ 5.2Information sources, IAQ D.1, D.4Ingestion, FRP 8.2Inhalation, FRP 8.2Initial planning, TAB 12.1; TABPG 2.1Initial procedures, TAB 14.3; TABPG 4.3Initial System Adjustments, TAB 15.4; TABPG 5.4Initiators, FRP 2.1, 2.2Inlet

air types, DD 3.19

box, DD 6.15, 6.16connections, DD 6.9criteria, DD 3.17duct vanes, DD 6.10ducts, DD 6.7elbows, DD 6.7pressures, TAB 14.6return air, DD 3.18spin, DD 6.13types, DD 3.17vane control, APP 7.21; DD 6.17

Inlet Pressures, TABPG 4.6Inline, KVS 4.2Inner surface, FRP 4.1, 7.1, 7.3Insects, IAQ 5.2Insertion loss, DD 11.29, 14.72, 14.73, 15.9Inside design conditions, RCSI 2.9Inspection, See Weld Inspection; BSAR 8.4, 8.8,8.9; FGDC A.3; FRP 2.4, 7.8, 7.9; FSDG D.1; IAQ8.1; MGW 7.3Inspections and cleaning, KVS 4.2, 6.3Installation, See Unitinstallation

costs, APP 1.2criteria, TAB 8.11, 8.12

Instrumentation, TAB 13.12; TABPG 3.12Instruments for Air Balancing, TAB 11.17Instruments, Selection of, TAB 13.12; TABPG 3.12Insulation, IAQ 4.1; RCSI 11.5; RNDC 1.1, 3.12,3.13, 4.2, 4.3, 4.11, 5.1, 5.2, 6.1, 7.3, 7.5, 7.13, 7.16,7.20, 7.22, 7.27, 7.29, 7.33, 8.2, 8.3, 8.5, 8.24, 8.25,8.54, 9.3, 9.5, 9.34, 10.3, 10.5, 11.9, 11.33, 11.45,12.4, 12.13, 13.16, 13.54-13.85, 16.2, 17.3, 17.6,17.8, 17.10, 17.11, 17.14, 17.15, B.6

intake covers, DCS 5.9pins, LAG 2.6refrigeration piping, RCSI 11.5

Intake covers, DCS 5.10Interception, APP 2.14Interconnecting ductwork, KVS 3.1Interest, BSAR 1.19Interior








Standards


















layer, FRP 3.1, 7.3, D.1, D.4shafts, APP 2.24

Interlock relays, DEHG 6.1Internal

centrifugal fan shrouds, APP 7.23design, RCDC 6.4discharge, KVS 2.8heat, APP 2.4rate of return method, ESAM 23.4, 23.10supports, RCDC 6.2timers, APP 3.15

International Building Code, FSDG 3.1International Code Council, FSDG 3.3International Mechanical Code, FSDG 3.3

construction documents, FSDG 3.3International Training Institute (ITI), TAB 1.2Interpretation, MGW viiInterviews, IAQ 8.1Intumescent, FRP 3.1Investigation, test plan, IAQ 11.4Investigative process, IAQ 6.8Investment, BSAR 1.18; ESAM 1.8, 5.3, 5.4, 5.9,5.13, 5.15, 8.5, 10.1, 10.2, 10.4, 13.6, 14.1, 14.7,14.8, 14.9, 23.7, 23.8, 23.9, 23.10, 23.11, 23.12,23.13, 23.14, 23.15, 23.16

return on, APP 1.2Ionization Detector, FSDG E.1Ionizing plate air cleaners, APP 2.18Island hoods, KVS 6.4Isolation

devices, DCS A.36equipment, APP 2.7

JJacketing, LAG 1.1Jet expansion, TAB 6.11Joining duct, FRP 4.1, 4.4Joint, FGDC 3.3

Butt, FGDC 3.4Female, FGDC 3.5Male, FGDC 3.5V Groove, FGDC 3.5

Joint (s), See specific joint type, See Weld joints,See Expansion, Expansion joints; FRP 4.1, 4.4, 4.5;FSE 2.1; IDC 14; RCSI 11.4; RSMG 1.4, 1.11, 1.13,5.6

ball and socket, IDC 14basic, MGW 5.11bolted, FSE 2.2brazed, RCSI 11.4butt, FSE 2.2; MGW 5.12corner, MGW 5.14design, MGW vipenetration (percent), RNDC 4.2, 7.3, 7.10, 7.30rectangular duct, DCS 1.61

round duct, DCS 3.9sealants, RNDC 8.4, 9.4, 10.4, 11.8, 11.31,11.43, 12.82, 12.83, 15.27, 16.6slip, IDC 14soldered, RCSI 11.4types, MGW 5.4welded, FSE 2.1

Joints and seals, LAG 2.15, 3.23

KKitchen Exhaust Systems, TAB 14.17; TABPG 4.17Kitchen systems, DD 13.1Knee brace hanger, RNDC 13.86, 13.87Knee brace support, RNDC 13.1, 13.88, 13.89Knurled Stud and Drive Plates, LAG 2.4

LLaboratory

exhaust systems, APP 9.21fume hoods, APP 9.25safety guidelines, APP 9.20supply air systems, APP 9.19systems, APP 9.18

Lagging, See Cladding; LAG 1.1Laminar flow, APP 9.4Laminate construction, FRP 1.2, 3.1, 3.3, 5.1, 5.9,6.2, 7.1, A.1, C.1, C.5Laminates, FRP 2.1, 2.2, 2.4, 3.1, 3.3, 5.1, 5.2, D.1,E.1Lap joint, LAG 3.24; RCDC 8.1; RSMG 1.15Lap seam, LAG 3.4Large Systems, TAB 9.2Latent heat, ESAM 16.16, 16.19, 17.1, 17.2, 17.5,17.6, 17.7, 17.9, 17.10, 18.1, 18.2, 18.3, 18.4, 18.7,18.8, 18.10, 18.11, 20.4, 21.4; IAQ 2.2; TAB 2.12Lateral bracing system, SEIS 3.1Laws of thermodynamics, ESAM 16.1; TAB 2.5Lay-up procedure, FRP 4.4Lead, See Copper; RSMG C.9

radiation shielding, DCS 1.5Leakage, BSAR 7.3; DD 2.4, 5.22

analysis, LTM A.2, A.4classes, BSAR 7.4; DD 5.24; LTM 4.3, A.1, A.7classification, LTM 4.1, A.4factors, LTM A.7percentage, DD 5.25rate determination, LTM A.5rated dampers, APP 3.38rates, BSAR 8.16

Leakage testing, LTM 3.1, A.14equipment, LTM 5.1, A.11, A.17example, LTM 3.2precautions, LTM 3.1project specification, LTM A.6requirements, LTM 3.1


Ledge(s), RSMG 4.5, 4.7Legionella, IAQ 3.7, 6.9Level(s) (L), DD 11.3, 15.8Liability concerns, IAQ 1.4Life cycle, BSAR 1.21, 1.22Life safety, APP 3.8Light(s), BSAR 2.15

control, APP 3.44level, IAQ 2.2quality, IAQ 2.2systemsheat, APP 7.1troughs, ASMM 8.40

Lighting, ESAM 1.1, 1.3, 1.4, 1.6, 1.7, 1.8, 2.1, 2.1,2.2, 2.10, 5.3, 5.10, 5.13, 5.14, 8.1, 8.2, 8.3, 8.4, 8.5,8.6, 8.7, 10.1, 10.6, 10.8, 11.2, 12.1, 12.3, 13.5; IAQ1.4Lighting fixtures, KVS 6.5Lights, types of, KVS 2.14Limit controls, TAB 4.2Limitations, FGDC 3.3Linear, APP 3.5

devices, APP 3.6diffuser plenum, DCS 2.20polyethylene, PVC 67

Linear Coefficient of Thermal Expansion, FRP 7.7Lined duct acoustically (round), DD 11.35Linkages, TAB 6.6Liquid

chiller controls, APP 10.11Liquid sight glass, TAB 10.3Liquid solenoid valve, TAB 10.3Listed components, KVS 1.4Listed hoods, KVS 5.2Listing agencies, KVS 1.3Live Loads, RNDC 4.4, 4.9, 4.11, 5.1, 5.2, 5.11Load calculation

considerations, DD 3.3conversion, RCDC 4.2cooling, APP 4.4dead loads, RCDC 4.2

diagrams, RCDC 4.3direction, RCDC 4.2distribution, BSAR 2.20live loads, RCDC 4.2load units, RCDC 4.2particular weight, RCDC 4.2product, BSAR 2.20system pressure, RCDC 4.2wind forces, RCDC 4.2

Local control systems, APP 3.8Locating outlets, DD 3.8Location of flow devices, TAB 11.25Location, Devices, TAB 12.4; TABPG 2.4Location, planning stack, GSSC 2.1Locks and seams, LAG 3.5Logarithms, DD 14.84Longitudinal bracing, SEIS 3.2, B.1Longitudinal seams, DCS 1.39; IDC 23; RCDC 8.1;RNDC 1.1, 1.3, 8.1, 8.2, 8.4, 8.55, 9.1, 9.2, 9.4,9.36, 10.2, 10.4, 10.34, 11.1, 11.3, 11.16, 11.17,11.28, 11.29, 11.40, 11.41, 11.52, 11.53, 12.1, 12.5,12.21, 12.49, 12.50

acme lock, IDC 23butt welded, IDC 23; RCDC 8.2corner weld, IDC 24; RCDC 8.5groove, IDC 24inside flanged, RCDC 8.3lap joint, IDC 23; RCDC 8.1outside flanged, RCDC 8.4Pittsburgh, IDC 24snap, IDC 24spiral, IDC 23

Losscoefficient tables, TAB 2.24coefficients, TAB 2.23magnitude, TAB 2.22

Loss coefficient(s), See specific names listed above;DD 5.12, 5.18, 8.2

converging junctions, DD 14.28diverging junctions, DD 14.33elbows, DD 14.19








Standards


















entries, DD 14.41exits, DD 14.44fitting loss calculator, DD 6.47obstructions, DD 14.49plates, DD 14.48screens, DD 14.48transitions, DD 14.24

Loss, material, IAQ 6.1Losses straight duct, DD 5.12Losses, area changes, DD 5.18

medical costs, IAQ 6.1productivity, IAQ 6.1

Louvers, DCS 5.2; DD 9.9; FRP 7.7, 9.8; LAG 3.47;PVC 21, 45, 56; RCSI 10.5

adjustables, ASMM 7.5canopy, ASMM 7.21construction, ASMM 7.3design data, DD 9.15enclosures, ASMM 7.16extruded, ASMM 7.9formed, ASMM 7.1free area calculation, DCS 5.3free area charts, DD 9.4mullion, ASMM 7.12penthouse, ASMM 7.18screens, ASMM 7.14sizing, DD 9.15stationary, ASMM 7.1sunshade, ASMM 7.20systemsschedule, DCS 5.2

Low pressuresteam, APP 3.4

Low temperaturewater system(s), APP 10.18

Low Temperature Water Systems (LTW), TAB 9.1Low Velocity Systems, TAB 7.5Lowered night temperatures, APP 3.37LP Gas Tanks, RCSI 11.9

MMagazine, BSAR 1.14Magnesium, MGW 2.2Magnetic contactors, DEHG 6.1Magnetic Starter, TAB 3.8Main duct, TAB 2.25Maintenance, BSAR 1.1, 8.1; COM 1.1, 3.1, 5.4,7.2, 8.1, 9.2, 9.6; ESAM 1.1, 1.3, 1.4, 1.9, 2.1, 2.8,3.1, 4.5, 5.1, 5.7, 5.12, 5.14, 5.15, 6.1, 6.3, 8.2, 8.3,8.4, 8.7, 9.1, 9.2, 10.1, 10.2, 10.7, 10.8, 10.9, 11.1,11.2, 11.3, 12.1, 12.2, 14.10, 15.3, 16.2, 17.12, 18.4,18.9, 18.14, 18.16, 18.18, 19.4, 20.3, 20.6, 22.6,23.4, 23.6, 23.8, 23.9, 23.11, 23.14; KVS 8.1;RSMG B.1

cost(s), COM 1.1, 3.2, 9.5; DD 2.1

instructions, HAC 4.8; IAQ 7.2, 8.6program(s), COM 2.1, 3.3, 5.2, 6.3, 9.2requirements, COM 2.1, 6.3, 7.6scheduling, APP 3.44

Maintenance Load, RNDC iii, 4.1, 4.5, 4.6, 4.9,4.11, 5.1, 5.4, 5.5, 6.1, 6.6, 7.1, 7.5, 7.8, 7.16, 7.23,7.33, 8.3, 8.4, 8.5, 8.25, 8.54, 8.55, 9.3, 9.4, 9.5,9.34, 9.35, 9.36, 10.3, 10.5, 10.34, 10.35, 11.7, 11.8,11.9, 11.18, 11.20, 11.21, 11.30, 11.31, 11.33, 11.42,11.43, 11.45, 11.54, 12.3, 12.4, 12.5, 12.13, 12.17,12.22, 12.23, 12.58, 12.60, 13.16, 17.6, 17.8, 17.10,17.15Make-up air, KVS 1.3, 2.6, 2.8

direct fired units, KVS 4.6duct systems, KVS 3.1equipment, KVS 4.5indirect fired units, KVS 4.6unit types, KVS 5.6

Management, MGW 4.1Management Information System, APP 3.44Management team, IAQ 6.2, 6.6Mandatory TAB Work, TAB 15.10; TABPG 5.10Manifold, KVS 2.4Manometer, LTM 5.1, A.12; TAB 11.1, 11.9

electrical, TAB 11.2, 11.9inclined/vertical, TAB 11.1, 11.9instrumentation references, LTM A.18liquid properties, LTM A.17U-Tube, TAB 11.1

Mansard, ASMM 6.41Manual Calculation Process, RNDC 1.2, 8.1, 8.2,8.4, 8.5, 8.54, 9.1, 9.2, 9.3, 9.5, 9.34, 10.1, 10.2,10.4, 10.5, 11.1, 11.55, 12.58Manuals, technical, See SMACNA publicationsManufacturers, BSAR 8.15; KVS 1.4

catalogs, TAB 12.1instructions, FSDG 5.3shop review, FRP 7.8

Manufacturer ’s Catalogs, TABPG 2.1Market, BSAR 1.4, 1.5, 5.1Marketing, BSAR 1.1, 1.5, 1.7, 1.12, 2.22, 2.24,3.12, 4.4, 5.6, 6.4, 7.7, 8.16Masking (odors), APP 2.22Mass, DD 15.8Mass law (sound), DD 11.2, 15.10Master, TAB 4.6Mastic, FGDC 3.3Material, PVC 4; RCDC 2.2

basic plastic compound, PVC 4coating, MGW 6.3extruded duct, PVC 5requirements, MGW 6.3rigid sheets, PVC 4selection, PVC 59specifications, IDC 4


Material (Particulate), RNDC 11, 2.2, 8.1, 8.2, 8.3,8.5-8.23, 8.24, 8.25, 8.26-8.53, 8.55, 9.1, 9.5, 9.34,9.35, 9.36, 10.1, 10.2, 10.3, 10.5, 10.6-10.34, 10.35,11.1, 11.2, 11.4, 11.6, 11.7, 11.9, 11.16, 11.17, 11.20,11.21, 11.28, 11.29, 11.30, 11.33, 11.40, 11.41,11.42, 11.45, 11.52, 11.53, 12.34, 12.36-12.39,12.52, 12.56, 12.60, 12.64, 13.1, 13.16,13.54-13.85, 14.1, 14.2, 14.3, 14.5, 14.6-14.12,15.17, 15.29, 15.42, 16.4, 16.5, 16.8, 16.9, 16.10,17.3, 17.4, 17.8, 17.11, 17.12, 17.14, 17.16Material Handling Procedures, TAB 14.18; TABPG4.18Material Safety Data Sheets (MSDS), IAQ 10.11Material thickness, RCDC 7.1

class 1, RCDC 7.1class 2, RCDC 7.10class 3, RCDC 7.19class 4, RCDC 7.28load capacity tables, RCDC 7.59

Material types, RCDC 3.1aluminum, RCDC 3.1galvanized, RCDC 3.1stainless steel, RCDC 3.1

Materials, FRP 1.1, 1.2, 2.1, 2.2, 2.4, 7.1, 7.7, 9.6,D.4Materials, decorating, IAQ 3.8Maximum current, DEHG 3.1Maximum fan airflow requirements, APP 7.26Maximum wind load span, LAG 2.11Maximum zone airflow requirements, APP 7.25Measured voltage, TAB 3.1Mechanical

draft towers, APP 12.16engineer, SEIS 3.2equipment, APP 2.7rooms, IAQ 3.7space requirements, APP 2.23systems, IAQ 4.2

Mechanical Codes, FSDG 3.1Mechanical properties, FRP 2.2, 3.3, 5.1, 5.2, 5.9,6.2, C.1, C.5

Mechanical seals, TAB 8.2Media filters, APP 2.16Medium density polyethylene, PVC 66Medium Temperature Water Systems (MTW), TAB9.1MEKP, FRP 2.2, 2.3, 4.4Metal, MGW 6.3

application, ASMM 9.8roof, ASMM 6.24roof and wall design, ASMM 6.1specification, ASMM 9.8, 10.2

Metal inert gas, See Gas arc welding metalMetal(s), RSMG C.13Methods

basic balancing, TAB 15.1; TABPG 5.1equipment pressure loss, TAB 15.2; TABPG 5.2hydronic, TAB 15.1; TABPG 5.1

Metric, ASMM 9.7conversion table, DCS A.5; RSMG C.7design, DD 8.1units, APP 14.21; ESAM 14.4, 16.1, 16.14,16.17, 16.19, 16.20, 16.21, 23.2; TAB 11.24

Microbial, IAQ 10.1MIG, See Gas arc welding metalMinimum

air quantities, APP 7.26gage (thickness), RNDC 3.3, 3.4, 3.5, 3.7, 3.10,6.2, 7.5, 7.13, 7.20, 7.27, 7.28, 8.1, 8.3,8.5-8.23, 8.26-8.53, 8.55, 9.2, 9.3, 9.4, 9.5,9.6-9.33, 9.36, 10.2, 10.3, 10.5, 10.6-10.34,10.35, 11.2, 11.7, 11.9, 11.10-11.11, 11.22,11.23, 11.30, 11.33, 11.34, 11.35, 11.42, 11.45,11.46, 11.47, 11.54, 15.8, 15.9, 15.11, 15.12,15.13, 17.12, 17.15outdoor air damper, APP 3.20temperature water system, APP 10.18

Misalignment of welded seams, RNDC 4.5, 5.4Mites, IAQ 3.7Mixed air control, APP 3.6Mixed air temperature, APP 3.22; TAB 4.6Mixing plenum, APP 2.3








Standards


















Mixing valve(s), APP 10.24three-way, APP 3.12, 3.17

Mixtures, TAB 2.17Mode of operation, COM 6.2, 7.2Model codes, FSDG 3.1; KVS 2.1Modification equal friction method, DD 7.2, 8.2Modified design method, DD 7.14, 8.14; TAB 7.10Modified high-impact rigid PVC, PVC 66Modular extractor, KVS 2.13Modulating, TAB 4.6

control, TAB 4.4Modulation, return air fan, APP 2.29Modulus of Elasticity, RNDC 3.3, 3.4, 3.5, 4.3, 6.1,7.3, 12.25, 12.62, 17.8, 17.9, 17.12, 17.13Modulus of Elasticity Reduction Factor, RNDC 3.9,3.11, 4.1, 7.2Moist Air, TAB 2.6Moisture, ASMM 9.30; FGDC 2.1; RSMG C.14;TAB 13.12; TABPG 3.12Moisture laden systems, DD 13.1Mold, IAQ 3.7, 5.2, 6.11, 10.1

amplification, IAQ 5.2growth odors, IAQ 3.8spores, IAQ 3.8tests, IAQ 3.8

Moment of Inertia, See Inertia Moment ofMotor(s), KVS 2.16; TAB 3.5

brake power, TAB 3.6controls, TAB 3.8locations, TAB 5.10performance, TAB 3.6starters, TAB 3.8

Movement air, APP 1.5Moving curtain filters, APP 2.16MSDS, IAQ 3.10Mullions, FSDG 6.2, 6.3

damper, FSDG 2.2Multiblade dampers, TAB 4.4, 6.5Multiple

chiller system, APP 10.7injection systems, APP 9.38thermostats, APP 3.37

Multiple hoods, KVS 5.5Multiple pumps, TAB 8.11Multiple tower

chart, DD 9.12exchangers, ESAM 17.5, 17.6

Multiple zone, TAB 9.7Multipurpose occupancies, APP 1.2Multistage thermostats, APP 3.11Multi -story buildings, RCSI 3.3Multizone

blow through system, APP 4.4central station units, APP 4.3control systems, APP 4.5

electric control, APP 4.6equipment, APP 4.3; RCSI 4.2multiBzone equipment, RCSI 4.2, 4.2pneumatic control, APP 4.6system bypass, APP 4.6system operation, APP 4.4system(s), APP 4.1

Multi -zone systems, TAB 7.6, 14.13, 14.13; TABPG4.13, 4.13MYLAR, FRP D.5

NNAIMA, IAQ 3.8, 10.7Nameplate data, TAB 3.5Narrowscope duct construction tables, DCS A.11,A.12National Codes, DD 1.1National Energy Management Institute, COM 4.1National Environmental Balancing Bureau (NEBB),See NEBBNational Fire Codes, FSDG 3.1National Fire Protection Association (NFPA), FSDG3.1National Research Council, IAQ 1.1National Sanitary Foundation, KVS 2.14National Training Fund (NTF), COM 4.1; MGW 1.1Natural airflow, TAB 6.9Natural convection, TAB 8.14Natural Fuel Gas Code, KVS 2.1Natural ventilation, IAQ 1.1NC curves, DD 11.2, 11.5, 11.6NC levels, DD 14.65NEBB, BSAR 2.21, 3.17NEBB publications, APP 1.10; DCS A.33; IDC 123;LTM A.19; PVC 93; RCDC 9.17Negative loss coefficient, DD 5.12, 5.13Negative pressures, APP 2.25NEMA, FSDG R.2NEMI, BSAR 5.5Net annual method, ESAM 23.8, 23.9Net Positive Suction Head (NPSH), TAB 8.5, 8.6Net present value

method, ESAM 23.8, 23.9Neutral, TAB 3.1Neutral (sound), DD 11.6Neutral zone, APP 3.3New buildings, TAB 1.1New installation, TAB 13.8; TABPG 3.8News release, BSAR 1.9Newsletter, BSAR 1.8Newspaper, BSAR 1.14NEXUSP, FRP 2.5, 3.1NFPA, FSDG R.2; KVS 2.14, 2.16NFPA 252, FSDG 3.4


NFPA 80, FSDG 3.4NFPA 90A, FSDG 3.1, 3.4, 4.1, A.1NFPA 92A, FSDG 3.4NFPA 96-98, FSDG B.1Night set back, APP 3.37NIOSH, IAQ 7.2, 9.3, 11.4No Load Amps, TAB 3.5Noise, See Vibration; DD 3.18; IAQ 1.4, 2.1; MGW4.3; TAB 9.9

airborne, DD 11.1, 15.1break-in (sound), DD 11.23break-out, DD 11.1, 11.23, 15.2clean room, APP 9.8control, DD 11.1criterion curves, DD 11.5, 11.6, 11.11frequency distribution, IAQ 2.3hearing range, IAQ 2.3intensity, IAQ 2.3measurements, IAQ 2.3

Noise and sound control, LAG 2.15Noise restrictions, KVS 4.1Non mechanical draft towers, APP 12.16Non-canopy, KVS 2.5Non-changeover induction systems, APP 8.10Nonconformities, FRP 8.1Non-diversity Systems, TAB 14.4; TABPG 4.4Non-sparking construction, TAB 5.8Nontransferred, MGW 2.12Normal

operating range, TAB 4.6operations, TAB 14.13position, TAB 4.3

Normal Operations, TABPG 4.13Normally closed valve, APP 3.13; TAB 4.3Normally open valve, APP 3.13; TAB 4.3Notice, ASMM vNozzle, APP 3.20NPG (Neopentyl Glycol), FRP 2.1NPSH Curve, TAB 8.6NRCA, RSMG C.15NTF, BSAR 5.5

OObjectives, IAQ 9.3Observations, IAQ 8.1Obstructed inlets, DD 6.11Obstruction, DCS 2.11

avoidance, DD 5.21Occupancies multi purpose, APP 1.2Occupancies single purpose, APP 1.2Occupancy Separation, FSDG 2.2Occupant(s), BSAR 4.5, 6.1, 8.3

comfort, IAQ 1.3communicating with, OBUC 6.1complaints, COM 3.3, 5.4, 9.2, 9.3; COM IAQ1.3discomfort, COM 1.1, 2.1, 3.1, 3.3, 5.4education (IAQ), OBUC 6.1egress, FSDG F.2productivity, COM 3.2, 3.3, 5.4responses, IAQ 1.3

Occupational Safety and Health Administration(OSHA), KVS 2.14Occupied areas locating, OBUC 4.2Odor abatement, FRP 1.1Odor control, KVS 3.3, 3.4Odor(s), IAQ 2.3, 5.3

external, IAQ 4.1human, IAQ 4.4masking, APP 2.22removal, APP 2.20sense of smell, IAQ 2.3sensitivities, IAQ 2.4, 3.9threshold, IAQ 2.3

Offgas, IAQ 6.9Office equipment, IAQ 6.8Office of the State Architect (OSA), SEIS 2.1Offset, FGDC 4.4, 5.15Offset(s), DCS 2.10; DCS FGDC 2.8Ohm’s law, TAB 3.1Oil, ESAM 1.5, 5.7, 5.9, 5.11, 7.2, 8.7, 10.6, 11.2,13.3, 14.9, 14.10, 15.1, 15.3, 21.3, 22.7, 23.4, 23.12








Standards


















Oil pump, RCSI 11.8Once-through systems, APP 10.29; TAB 9.12One pipe system, TAB 9.3, 15.5One pipe system (diverting fitting), APP 10.19One-Pipe, TABPG 5.5Opacity, KVS 3.4Opaque, FRP 2.4Open compressor, APP 12.5Open loop control, APP 7.19; TAB 14.2; TABPG4.2Open system curve, TAB 8.8Open systems, APP 10.15, 10.22; TAB 2.27, 8.9,9.12Opening protection, FSDG 11.4Openings relief air, APP 2.2Operating

conditions, DD 9.6costs, APP 1.2; COM 1.1, 3.1; DD 2.1, 2.2differential, APP 3.3pressure, DCS 1.6; DD 2.1

Operating controls, TAB 10.4Operating manuals, TAB 12.2; TABPG 2.2Operating speeds, TAB 8.4Operation, BSAR 1.1, 1.3Operation thermostat, APP 3.19Operation,VAV terminal unit, APP 7.11, 7.17Operational monitoring, COM 5.3, 6.3, 6.4, 7.7Operations instruction, COM 2.1, 3.4, 5.2, 6.3, 6.4,7.3-7.6, 9.6Operators

damper, APP 3.13Opportunities, IAQ 1.5

business, IAQ 1.5contractors, IAQ 1.6

Opposed blade damper(s), APP 3.7; TAB 4.4, 6.5Optical tachometer, TAB 11.14Orange Peel Joint, LAG 3.8Organic

compounds, OBUC 2.2Organic peroxides, FRP 2.2Organisms, APP 9.30Organophosphates, IAQ 3.10Orifice, DD 10.5

coefficients, LTM 5.4flow curves, LTM 5.5flow rate table, LTM 5.6plate, TAB 11.24

OSHA, BSAR 3.17, 6.4; ESAM 8.2, 8.3; IAQ 6.3,8.6, 9.3, 10.4; KVS 6.1; MGW 4.3OSHPD, SEIS 2.1, B.1Outdoor air, APP 3.20

control, APP 3.20damper, APP 3.20intakes, APP 2.2

Outdoor equipment, RCSI 4.8

Outlet Balancing Procedures, TAB 13.5; TABPG 3.5Outlet throw, TAB 6.10Outlet tube(s), RSMG 1.27Outlet(s), ASMM 1.53; DD 3.8; FSDG F.3

criteria, DD 3.11duct elbows, DD 6.4ducts, DD 6.1exhaust, DD 3.18Group A, DD 3.8Group B, DD 3.10Group C, DD 3.11Group D, DD 3.11Group E, DD 3.11location, DD 3.8on the same branch, DD 4.1type selection, DD 3.3velocity, DD 3.7, 15.9

Out-of-Roundness, RNDC 4.5, 5.4Outside air, TAB 4.6Outside air settings, TAB 13.2; TABPG 3.2Outside design temperatures, RCSI 2.1Overcrowding, IAQ 9.1Overhang requirements, KVS 5.2Overload protection devices, TAB 3.9Overloading, MGW 2.7Overpressure relief, APP 9.39Owners, KVS 1.1Ozone, APP 2.19; BSAR 8.11; IAQ 6.8

PP3 facility/laboratory, APP 9.3Packaged air conditioner, APP 11.2Packaged equipment, APP 11.1Packing glands, TAB 8.2Paint, IAQ 4.1; IDC 40

application, IDC 52color selection, IDC 46considerations, IDC 47cost, IDC 44estimating amount, IDC 51evaluation, IDC 46, 48primers, IDC 42sample specification, IDC 52thickness, IDC 44types, IDC 47

Panel(s), ASMM 6.35, 6.59, 6.61filters, APP 2.14

Panel, Cheek, FGDC 5.11, 5.14Pans, ASMM 6.9; RSMG 2.1Pant fittings, RNDC 15.12Pant-Leg, KVS 2.4Paraffin wax, FRP 3.1, 4.1Parallel, TAB 4.6

blade, TAB 6.5


blade dampers, TAB 4.4circuits, TAB 3.1flow airstreams, TAB 2.3

Parallel blade dampers, APP 3.7Parallel chiller operation, APP 10.7

branches, DCS 2.8Parallel flow, ESAM 2.1, 16.3, 17.4, 17.6, 18.11

airstreams, TAB 2.3Parallel type, TAB 14.10; TABPG 4.10Parapet, ASMM 6.57Partial Penetration Joint, RNDC 1.1, 8.4, 9.5, 10.5,14.1, 14.2, 17.6, 17.10Particle board, IAQ 10.11Particle(s), APP 9.3

attachment, IAQ 3.4counting, APP 9.13density, IAQ 3.4size, APP 2.13, 9.2types, IAQ 3.4

Particulate(s), See Stack sampling facilities, SeeMaterial (Particulate); IAQ 5.3, 10.1, 11.4

air, OBUC 2.2airborne, IAQ 5.3control, KVS 3.4sampling, IDC 64

Partnering, COM 5.3Pathways, IAQ 8.6Patina, RSMG B.2PAW, See Plasma arc weldingPayback, BSAR 1.16, 2.30, 3.18, 4.4, 5.7, 6.5, 7.8,8.18; ESAM 1.5, 1.6, 1.7, 2.2, 2.8, 8.5, 10.1, 10.2,10.3, 10.4, 12.1, 21.4, 23.1, 23.2, 23.4

period, BSAR 1.18Penetrations, ASMM 6.35; FSDG 3.2; LAG 3.20

diagonal, FSDG 6.5multiple, FSDG 6.4

Penthouse, ASMM 7.18Perceived problems, IAQ 2.1Percentage cycle repeater timers, APP 3.15Perceptions, IAQ 3.10Perfect gas, TAB 2.7

Performancechecklists, COM 1.1, 6.2, 6.3, 7.3-7.6environmental, COM 2.1, 8.1functional, COM 1.1, 2.1, 3.2, 4.2, 5.2, 5.3,6.1-6.3, 7.3-7.6, 8.1, 9.2operational, COM 5.2, 5.3requirements, DCS 1.3tests, COM 2.1, 3.2, 4.2, 5.3, 6.1-6.3, 7.3-7.6,8.1, 9.2; KVS 5.7, 7.2verification, COM 2.1, 3.4, 7.3-7.6, 8.1, 9.2,9.6

Performance check, KVS 7.1Performance contracting, ESAM 12.1Performance criteria, KVS 3.1Performance data, TAB 12.1; TABPG 2.1Perimeter heating systems, APP 7.28Perimeter installations, DD 3.12Periodic sampling, IAQ 12.3Pesticides, IAQ 3.9, 3.10

notification, IAQ 3.11old, IAQ 3.11

Phantom System Curve, TAB 5.19Phase change materials, APP 13.8Photoelectric Light Obscuration Detector, FSDG E.1Photoelectric Light Scattering Detector, FSDG E.1Physical Properties, RNDC 1.2, 1.3, 3.3, 3.4, 3.5,3.6, 3.10, 7.10, 7.17, 7.23, 7.30, 12.2, 12.6, 12.12,12.14, 12.15, 12.16, 12.18-12.20, 12.82, 16.6, 17.8,17.12Pilot piston valve, APP 3.11Pilot -bleed type controller, APP 3.18Pimples, FRP 3.3, 7.1Pinholes, FRP 3.3Pipe

balance fittings, RCSI 4.8bracing, SEIS 2.3drains, RCSI 4.8friction loss, RCSI 11.3gas furnaces, RCSI 11.7hot gas, RCSI 11.5insulation, RCSI 11.5








Standards


















liquid line piping, RCSI 11.6material, RCSI 11.3oil, RCSI 11.8piping, RCSI 4.7refrigerant, RCSI 11.5sizing, RCSI 11.5, 11.7; TAB 9.13suction line, RCSI 11.6

Pipe Lock Grooved Seam, RNDC 8.1, 10.1Piping

circuit, TAB 3.1hot gas, APP 12.6induction, APP 8.7noise, RCSI 11.1refrigerant, APP 14.29steam, APP 14.25suction, APP 12.5systems, TAB 2.26water, APP 14.23

Piping classifications, TAB 9.1Piping connections, TAB 9.17Piping designations, TAB 9.15Piping System, TABPG 5.1Piping System Balancing, TAB 15.1, 15.4; TABPG5.4Pitch, DD 15.9; TAB 9.6Pitot Tube, TAB 5.18, 11.4, 11.9, 12.7, 13.11;TABPG 2.7

traverse, TAB 13.5Pitot Tube Traverse, TABPG 3.5Pitot tubes, TABPG 3.11Pizza oven, KVS 4.2Plan

marketing, BSAR 1.4proposal, BSAR 1.10

Planter box liners, ASMM 8.36Plaster, KVS 3.2Plastics, PVC vii

applications, PVC viiiPlate loss coefficients, DD 6.42Plenum, DCS 6.2

access doors, DCS 6.16chamber (sound), DD 11.31construction standards, DCS 6.2extended, DD 4.4, 7.21, 8.21mixing, APP 2.3semi-extended, DD 7.23, 8.23

Plotting conditions, TAB 2.10Plug, MGW 5.7Pneumatic

control system operation, APP 3.15control systems, APP 3.15; ESAM 5.4, 5.6, 5.7;TAB 4.1, 4.9controllers, APP 3.10controls, APP 3.14operator, APP 3.13, 3.16

switches, APP 3.14system components, APP 3.15systems, APP 3.8transducer, APP 3.10

Pneumatic -electric relays (PE switches), APP 3.14;DEHG 6.1Policy, IAQ 1.5, 6.6Polishes, IAQ 4.1Pollutant(s), BSAR 6.1; ESAM 14.2, 17.7, 17.10,22.5

Outside air, IAQ C.1record, IAQ A.14

Polymerized, FRP 2.3, 2.3Polypropylene, PVC 67Polyvinyl Chloride (PVC), DD 12.5; PVC 62

classification, PVC 62corrosive resistance, PVC 71, 77extrusion, PVC 65flammability, PVC 75press lamination, PVC 64properties, PVC 62, 69roller lamination, PVC 64sheet production, PVC 64solvent cements, PVC 54welding rod, PVC 65

Polyvinyl steel (PVS), DD 12.5Porous material, IAQ 3.8Porous surfaces, IAQ 5.2Positioning relays, APP 3.14Positive displacement pumps, APP 10.12Potentiometers, APP 3.14Power, TAB 12.6; TABPG 2.6

AC, MGW 3.2consumption, DEHG 3.1controllers, APP 3.14conversion, MGW 3.2DC, MGW 3.2sources, MGW 3.2

Power roof ventilators, TAB 5.4Preheat, DEHG 2.1Preheat coil, APP 2.4

control, APP 3.23Preheater, APP 2.4Pre-Insulated lagging panel, LAG 2.14Preliminary

duct layout, DD 4.2layout, DD 4.2

Preparation, FGDC 3.3Present worth

analysis, BSAR 1.19, 1.21Pressure, See Relief vents; TAB 2.21, 6.1

changes in ducts, DD 5.11class designation, DCS 1.4; DD 4.6classification, DD 2.4controlled expansion valve, APP 12.4


differentialcontroller, APP 3.31hydronic, APP 10.26table, LTM 5.6independent boxes, TAB 6.3loss system components, DD 9.1losses, See Pressure losslosses in elbows, DD 5.13negative, APP 2.25; FGDC 5.10Positive, FGDC 5.5pump, APP 10.13reducing valves, TAB 6.3relationships, TAB 8.5sensing elements, APP 3.9units, APP 7.12, 7.12VAV terminal unit, APP 7.27velocity (Vp)classification, DCS 1.4, 1.6

Pressure drop, TAB 9.9, 9.9, 9.14Pressure gage, TAB 11.9, 13.11

calibrated, TAB 11.9differential, TAB 11.10location, TAB 8.11magnehelic, TAB 11.5

Pressure Gages, TABPG 3.11Pressurization, IAQ 4.2Pressurization control, APP 2.25

building, APP 2.25complex stairwell, APP 9.39simple stairwell, APP 9.39stairwell, APP 9.40

Pressurized Stairway, FSDG F.1Pre-start

checks, COM 1.1, 3.2, 6.1, 7.4problems, COM 6.1, 6.3, 7.4

Prevention, IAQ 10.1Price, BSAR 1.4, 8.14Pricing and estimating

design, KVS 5.1Primary, TAB 15.11

heat, DEHG 2.1

secondary pumping, APP 10.25Primary Loop, TABPG 5.11

secondary systems, TAB 15.11Primary-Secondary Systems, TABPG 5.11Primers, IDC 42Proactive, IAQ 1.4, 1.6

management, IAQ 1.4Problem identification, COM 3.1, 5.2, 5.4, 6.2, 9.2Problems

avoidance, IAQ 9.1classification, IAQ 7.1energy savings, IAQ 9.2patterns, IAQ 9.1

Proceduresduct sizing, DD 7.1, 8.2outlet selection, DD 3.12selection stack design, GSSC 3.1

Processplant, APP 3.2

Process Exhaust Air Systems, TAB 14.17; TABPG4.17Processes, MGW v

carbon arc, MGW 2.2, 2.3flux-cored arc, MGW 2.2, 2.9gas metal arc, MGW 2.2, 2.8gas tungsten arc, MGW 2.2, 2.6heliarc, MGW 2.5plasma arc, MGW 2.11, 7.2shielded metal arc, MGW 2.2, 2.4submerged arc, MGW 2.13TIG, MGW 2.5

Productivity, IAQ 1.3, 1.4, 1.5Program

time switches, APP 3.15Programmable thermostat, RCSI 9.2Project coordination, KVS 6.1Project drawings, TAB 12.5; TABPG 2.5Projected Beam-Type Detector, FSDG E.1Promotion, BSAR 1.4Propeller fans, TAB 5.2Proportional








Standards


















action, APP 3.3band, APP 3.19control, APP 3.1, 3.3flow terminal unit, APP 7.15relays, APP 3.14valves, APP 3.4

Proportioning control, DEHG 6.1Proposal, BSAR 1.1, 1.17, 2.3, 2.26, 5.6Proprietary connectors, SEIS 3.2, 3.2Proprietary products, MGW viiProspect sources, BSAR 1.12Prospecting, BSAR 2.26Prospects, BSAR 1.12Protection board, FSDG 9.4Protective coatings, See Paint; IDC 40Provisions for TAB, APP 2.22Psychosocial, IAQ 1.4Psychrometer, TAB 11.20Psychrometric(s), TAB 2.6

charts, ESAM 20.4; TAB 2.8pipe bracing, SEIS 2.3

Public relations, BSAR 1.4, 1.13Publications, ASMM 9.38; BSAR 1.15Pump

amperage, TAB 15.3check, TAB 15.4construction features, TAB 8.2curve verification, TAB 15.3curves, TAB 8.7, 15.1, 15.2, 15.10drives, TAB 8.4head, TAB 8.4laws, TAB 2.27, 8.1location, TAB 9.8measurements, TAB 15.4pressure, TAB 8.4rotation, TAB 8.4selection, TAB 9.14types, TAB 8.1

Pump Amperage, TABPG 5.3Pump Check, TABPG 5.4Pump Curve Verification, TABPG 5.3Pump Curves, TABPG 5.1, 5.3, 5.10Pump Measurements, TABPG 5.4Pump(s), APP 2.1; BSAR 3.16; RCSI 4.6

air control, RCSI 4.7bypass, APP 3.31connections, RCSI 4.7curves, APP 10.14equations metric, APP 14.16paraffin wax, FRP 3.1, 4.1positive displacement, APP 10.12pressure(s), APP 10.13secondary, APP 3.24selection, APP 10.27; RCSI 11.3solar heat, APP 11.13

Pumpingprimaty secondary, APP 10.25problems, TAB 8.5

Purging, smoke, APP 9.37Purpose, LAG 1.1PVC, See Polyvinyl ChloridePVC ductwork, See Duct; PVC 52Pyrolysis, FSDG F.1

QQuadrants, TAB 6.6Qualifying, BSAR 1.9Quality, BSAR 5.1, 5.7, 6.4

considerations, MGW 7.3control, FRP 1.2, 3.3, 7.9, 8.1, D.5resin catalyzed, FRP 7.3testing, MGW 10.2

Quick opening, APP 3.5

RRadiant panels, ESAM 4.4, 4.5, 4.6Radiation, MGW 4.2; TAB 2.2

damper, FSDG 2.2finned tube, APP 10.2units, TAB 8.14

Radio, BSAR 1.9, 1.14Radon, IAQ 4.1, 5.4Rails, KVS 6.2Rainfall, ASMM 1.1

data, ASMM 1.2Range hood exhaust ducts, DD 13.1Range hood systems, See HoodsRated pressure, PVC 6, 10Rating air cleaners, APP 2.12Reactions, IAQ 3.7Rebalance, BSAR 3.19Receiver, TAB 10.3Receiver room sound corrections, DD 11.43Reciprocating

chillers, APP 10.8compressors, APP 11.15, 12.5systems, APP 12.1

Recommissioning, BSAR 5.1, 5.3, 5.6, 6.2, 8.4, 8.9;COM 1.1, 3.3, 3.4, 5.2, 9.1-9.6

analysis, COM 5.4, 9.3, 9.5cooling loads, COM 9.1-9.3, 9.5documentationconfirming, COM 9.1-9.3creating, COM 9.1, 9.2, 9.4, 9.6existing, COM 9.1equipment data, COM 9.2-9.5modifications phase, COM 9.1, 9.5, 9.6outside air ventilation, COM 9.4, 9.5plan, COM 9.1, 9.2, 9.6


retraining operations personnel, COM 9.6space heating, COM 9.1, 9.3, 9.5survey phase, COM 5.4, 9.1-9.6test and balance reports, COM 9.2-9.5tests, COM 9.1, 9.2, 9.5, 9.6tests phase, COM 9.1, 9.2, 9.6

Records, BSAR 8.9Records maintenance, IAQ 6.3Rectangular duct, See Transverse joints; DCS 1.12;FRP 1.1, 6.1, 6.9, 7.2, 7.4-7.8; PVC 10; TAB 2.23

(sound), DD 11.24arrangement, PVC 27beaded, DCS 1.45box lock, DCS 1.51closures, DCS 1.5conditions, DCS 7.8configuration, DCS 7.9connections, RCDC 8.1construction, PVC 17, 31corners, FRP 7.2criteria, DCS 7.8crossbroken, DCS 1.45deflection measurement, DCS 7.10diagram, RCDC 4.3dimension, PVC 10direction, RCDC 4.2elbows, DCS 2.3evaluation, DCS 7.11features, PVC 23flanges, DCS 1.52; PVC 23; RCDC 8.7formula derivation, RCDC 9.1functional criteria, DCS 7.2gooseneck, DCS 5.8government lock, DCS 1.51hangers, PVC 20inside slip joint, DCS 1.55intermediate reinforcement, DCS 1.13, 1.23joint performance testing, DCS 7.8joints, RCDC 8.1load, RCDC 4.1longitudinal seams, DCS 1.39; RCDC 8.1

materials, RCDC 2.2offset, PVC 33on all sides, DCS 1.47on two sides, DCS 1.46over 96” wide, DCS 1.49performance criteria, DCS 7.2pocket locks, DCS 1.51positive or negative pressure, PVC 11rated pressure, PVC 10reinforced, DCS 1.12reinforcement, DCS 1.15, 1.48rigidity class, PVC 10sequence, DCS 7.8size, RCDC 4.6slip and drives, DCS 1.5spacing, RCDC 4.5, 7.59standing seams, DCS 1.54stiffener, RCDC 4.5tables, DCS 1.16; DD 6.14; RCDC 7.1, 7.37,7.37, 7.46, 7.46, 7.56, 7.59, 7.61thickness, RCDC 7.1, 7.10, 7.19, 7.28transverse joint reinforcement, DCS 1.13, 1.24types, RCDC 3.1unit conversion, RCDC 4.2units, RCDC 4.2unreinforced, DCS 1.12, 1.42, 1.44vanes, DCS 2.4

Reducers, DD 5.9; RNDC 12.33, 15.13Reentrainment, IAQ 3.1References, APP iv; BSAR 1.24, 2.31, 3.19, 4.6, 5.7,6.6, 7.9, 8.19; DCS v; FSDG R.1; IDC 95; MGW v,4.4, 5.10, 9.3; OBUC A.1; PVC xv, 4, 51Refrigerant(s), TAB 9.12, 10.4

cautions, BSAR 8.12cycle, APP 12.1design, RCSI 11.6gas, RCSI 11.7listing, BSAR 8.13piping, APP 14.29retrofit, BSAR 8.17substitutes, BSAR 8.11








Standards


















temperature, APP 12.1types, BSAR 8.11venting, RCSI 11.7

Refrigeration, ESAM 1.3, 1.5, 1.6, 2.1, 2.4, 2.5, 2.6,2.7, 4.1, 4.7, 5.2, 5.3, 5.4, 5.6, 5.10, 5.15, 8.1, 8.6,8.7, 11.1, 15.1, 15.2, 16.20, 17.1, 20.5, 20.6, 21.3,21.5; TAB 10.1, 10.2

certification, BSAR 8.16commercial, BSAR 2.20control, APP 3.35cycle, TAB 10.2design, RCSI 11.6recovery, BSAR 8.11systems, APP 12.1; BSAR 3.18; TAB 10.1

Refuge areas, APP 9.43Register, FGDC 4.12Register connections, DCS 2.18Reglet, RSMG 2.3Regulations, FSDG 3.1Reheat, DEHG 2.1

coil, APP 2.4; TAB 12.7induction, APP 8.1system, APP 6.1

Reheat Coil, TABPG 2.7Reinforcement, See Duct reinforcement; FRP 1.1,1.2, 2.1, 2.5, 3.1, 5.1, 5.2, 6.2, 7.1, 7.2, 7.7, C.1,D.5; IDC 25

angle, IDC 26attachment, DCS 1.48bar, IDC 29Channel, FGDC 5.6, 5.7, 5.9; IDC 29hat section, IDC 29I-beam, IDC 29openings in stack, GSSC 6.5steel filter housing, IDC 27Throat, FGDC 5.13Tie Rod, FGDC 5.1, 5.2Transition, FGDC 5.16transverse joints, DCS 1.13, 1.24Trunk, FGDC 5.13

Reinforcement, Access Doors, FGDC 5.17Reinforcing member, See specific materialRelative humidity, TAB 2.9Relays

electro -pneumatic (EP switches), APP 3.14pneumatic -electric (PE switches), APP 3.14positioning, APP 3.14proportional, APP 3.14switching, APP 3.14two-position, APP 3.14

Release film, FRP D.5Relief

air openings, APP 2.2devices, TAB 10.4disc, IDC 57

pivoted door, IDC 57vents, IDC 56

Remote bulb, APP 3.9Remote heating and cooling coil installations, DCS2.12Renewable media filters, APP 2.16Renovation, IAQ 10.5Repeat -cycle timers, APP 3.15Replacement air, KVS 1.2Report forms, TAB 12.5, 13.3, 15.4, 15.7; TABPG2.5, 3.3, 5.4, 5.7Report, sample, COM F.1Requirements, FRP 1.1, 1.2, 3.3, 5.1, 5.2, 6.1, 6.2,6.9

ceiling assemblies, FSDG 11.4Research, BSAR 1.6, 1.7; ESAM 1.1, 1.4, 10.1,17.7, 18.6, 21.4Reset rate, APP 3.4Residential

system design, DD 4.4Residential Systems, DD 4.4Resin, FRP 1.1, 1.2, 2.1, 6.1, 8.3, D.5

catalyzed, FRP 1.2, 2.1, B.1chlorendic, FRP 2.1halogenated, FRP 2.4isophthalic, FRP 2.1othophthalic, FRP 2.1polyester, FRP 2.2thermosetting (or Thermoset), FRP B.1, E.1

Resistance element, APP 3.9Resistances, TAB 2.4Responsibilities, LTM 2.1

contractor, LTM 1.3, 2.1designer, LTM 2.1occupant, IAQ 12.1owner, IAQ 12.1

Restrictions, FGDC 2.1building construction, KVS 5.1

Retaining Angle, FSDG 5.1, 5.2, 5.3Retrofit, BSAR 1.17, 2.11, 8.11; ESAM 2.9, 3.1, 3.2,4.6, 5.6, 5.9, 8.7, 10.1, 10.2, 10.3, 10.4, 10.5, 10.7,11.2, 15.2, 15.3, 16.4, 18.3, 18.15

contractor, BSAR 2.1, 2.3, 2.14, 2.25, 2.27Retun Air Settings, TABPG 3.2Return air, KVS 1.3; TAB 4.6

constant volume, APP 2.17duct, DCS 2.2duct example, DD 5.11duct systems, TAB 7.11fan, APP 2.4, 2.27inlet, RCSI 8.3; TAB 6.14inlet(s), DD 9.14modulation, APP 2.29registers, DD 9.14settings, TAB 13.2


system pressure, DD 5.10system sizing, DD 7.12, 8.12thermostats, APP 3.36

Return air inletsrectangular duct, FRP 1.1, 6.1, 6.9, 7.2, 7.4, 7.8rectangular duct corners, FRP 7.2

Return on investment method, APP 1.2; ESAM 12.1,14.8, 14.8, 23.4Return registers, TAB 6.15Return systems, TAB 9.16Reverse acting controllers, APP 3.10; TAB 4.6Reverse return, TAB 15.5Reverse -Return, TABPG 5.5Reversible, APP 3.12Reviews, IAQ 9.1RIDCS Software Process, RNDC iii, 1.2, 1.3, 1.4,3.1, 3.3, 3.4, 3.5, 3.6, 3.10, 8.1, 8.2, 8.4, 8.5, 8.54,9.1, 9.2, 9.3, 9.4, 9.5, 9.34, 10.1, 10.2, 10.3, 10.5,10.34, 11.1, 12.1, 12.21, 12.28, 12.52, 12.56, 12.58,13.16, 17.1Rigid board, KVS 3.3Rigidity, FGDC 3.1Rigidity class, PVC 6

joints and reinforcements, PVC 14Rise, TAB 3.6Riser, FGDC 6.6

exhaust, FSDG 12.1joints, SEIS 3.3return duct, FSDG 12.1

Rod-and-tube element, APP 3.9Roof, See Also Metal roofs; ASMM 1.1; RSMG 1.1

batten seam, ASMM 6.13bermuda, ASMM 6.17conical, ASMM 6.47deck, ASMM 6.5domes, ASMM 6.47flat seam, ASMM 6.7mansard, ASMM 6.43ornamental, ASMM 6.45; RSMG 4.1panels, ASMM 6.35penetrations, KVS 6.2

pitched, RSMG 1.3profiles, ASMM 6.5residential, RSMG 1.1scuttles, ASMM 8.12sloped, ASMM 1.7specification, ASMM 9.21standing seam, ASMM 6.9support, ASMM 6.3test report, ASMM 9.14transitions, ASMM 6.15valley, RSMG 1.34ventilators, TAB 5.4

Roof-Ceiling Assembly, FSDG 2.1Rooftop duct installation, DCS 5.6Rooftop equipment installation, DCS 5.6, 5.7Rooftop termination, KVS 4.3Rooftop units

flashing, DCS 5.7Room

absorption, DD 11.3, 11.44criterion curves, DD 11.3, 11.5, 11.8

Rotary compressors, APP 11.16, 12.5Rotary dehumidifiers, APP 9.16Rotary wheel

chart, DD 9.12exchangers, ESAM 18.4, 18.9

Rotating mandrel, FRP D.2Rotating vane, TAB 11.5

anemometers, IDC 88, 90, 92Rotation, TAB 3.5, 5.8Rotation measuring instruments, TAB 11.12Roughness factors, DD 14.8Round and Rectangular Flue, LAG 3.11Round duct, See specific parameters, See Pre-formed round duct; DCS 3.1; FRP A.1, C.1, C.5;PVC 6; RCSI 7.1

(sound), DD 11.26aluminum schedule, DCS 3.7area table, DCS A.11circumference table, DCS A.11conical tees, DCS 3.12








Standards


















construction standards, DCS 3.1diameter, DCS A.11elbows, DCS 3.1; PVC 17, 30features, PVC 23fitting classes, DCS 3.1hangers, PVC 20joints, DCS 3.9laterals, DCS 3.11longitudinal seams, DCS 3.8mitered elbow schedule, DCS 3.1rated pressure, PVC 6reinforcement negative pressure, DCS 3.5; PVC7reinforcement positive pressure, PVC 6rigidity class, PVC 6seams, DCS 3.8steel gauge schedule, DCS 3.3supports, DCS 4.8tees, DCS 3.11transverse joints, DCS 3.9

Round elbow, LAG 3.16Round tee, LAG 3.14RTP (Also see FRP and GRP), FRP 1.1

radiant panels, ESAM 4.4, 4.5, 4.6refrigerant, ESAM 5.15, 15.1, 15.2, 17.12

Rumble(sound), DCS 1.7, 7.16; DD 11.7Run-around coil exchangers, ESAM 18.14

SS Cleat, LAG 3.4Saddle taps, DCS 3.11Safety, FGDC 2.1; FRP 1.2, 2.4, 3.3, 4.4, 5.1, 7.6,7.7, 7.9, 8.2

air contamination, MGW 4.2cabinets, biological, APP 9.28considerations, BSAR 2.16control(s), MGW 4.5controls, TAB 4.2, 10.4, 15.7environmental, BSAR 3.17equipment, MGW 3.10explosion, MGW 4.3factor(s), DCS 7.6; DD 5.5; FRP 1.2, 5.9, C.1;GSSC 6.4; TAB 3.6fire, MGW 4.3flammable, MGW 4.3fumes, MGW 4.2gases, MGW 4.3guidelines, laboratory, APP 9.20heat, MGW 4.3issues, RCSI 10.5lead, ASMM 9.2NFPA, MGW 4.4; RCSI 10.6noise, MGW 4.3NTF, MGW 4.4OSHA, BSAR 3.17

procedures, MGW 4.4references, MGW vshock, MGW 4.2switches, TAB 3.8

Safety Factor, RNDC 1.1, 4.2, 4.9, 5.3, 5.5, 5.6, 5.7,5.8, 5.9, 6.1, 7.2, 8.55, 9.36, 10.34, 11.4, 11.54,13.1, 13.2Safety Solvent, FRP 2.27, 4.4, 8.3

closing, BSAR 2.26objections, BSAR 2.26pitch, BSAR 6.5stall, BSAR 2.26

Saftey Controls, TABPG 5.7Sag, FGDC 5.4Sales

calls, BSAR 2.26Sample specification, ASMM 9.21Samples

report, COM F.1specification, COM E.1

Sampling, IAQ 5.1, 8.11capture, IAQ 8.1carbon dioxide, IAQ 8.6methods, IAQ 8.1ports, GSSC 5.2tube, FSDG E.1

Saturation line, TAB 2.8SBCCI, FSDG R.2SBS, IAQ 2.1, 7.1Schedule, commissioning, COM A.1Scheduling, TAB 12.5; TABPG 2.5Scheduling (construction for IAQ), OBUC 3.5Scheduling maintenance, APP 3.44Schematic Duct System Layout, TABPG 2.3Schematics, TAB 12.5; TABPG 2.5

duct system layout, TAB 12.3Scope, FRP 1.1; KVS 1.1; LAG 1.1Screens, See Also Louvers; ASMM 1.55, 6.41,7.41; DCS 5.2, 5.8

pressure loss chart, DD 9.11Screw compressor, APP 12.6

chillers, APP 10.11Scrubbers, KVS 3.3Scupper, ASMM 1.29; RSMG 1.2, 2.8

design, ASMM 1.59, 1.65fascia, ASMM 1.63installation, ASMM 1.61overflow, ASMM 1.65

Scuttles, ASMM 8.12Sealants, DCS 1.8; LTM 1.5

embedded fabric, DCS 1.12; LTM 1.6gaskets, DCS 1.11; LTM 1.5heat applied, DCS 1.11; LTM 1.6liquids, DCS 1.11; LTM 1.5mastics, DCS 1.11; LTM 1.6


safety, DCS 1.12; LTM 1.6shelf life, DCS 1.12; LTM 1.6strength, DCS 1.12; LTM 1.6surface preparation, DCS 1.12; LTM 1.6tapes, DCS 1.11; LTM 1.5

Sealed bellows, APP 3.9Seam, FGDC 3.3Seams, See Also Longitudinal seams; IDC 22

longitudinal, IDC 23rectangular, IDC 24round, DCS 3.8; IDC 23

Seasonalbonding, FRP 3.3, 4.1changeover, APP 3.37heat source, APP 11.10pump, APP 3.24

Secondary loop, TAB 15.11; TABPG 5.11Segmented elbows, PVC 17; RNDC 15.9Seismic

drift, SEIS 3.3hazard level (SHL), SEIS iii, 2.1, 2.1, A.1, B.1joints, SEIS 3.3loads, SEIS 1.1zone, SEIS 2.1

Seismic Restraint Manual, KVS 6.4Selection of stiffeners, RNDC 12.1Selection procedures, DD 3.12; GSSC 3.1Self-contained controls, TAB 4.2Selling

audit, BSAR 2.13, 2.26, 2.29direct, BSAR 1.4, 1.13, 1.14indoor air quality, BSAR 4.1literature, BSAR 1.4mail, BSAR 1.4retrofit, BSAR 2.24

Semi-extended plenum, DD 7.23, 8.23Semi-hermetic compressor, APP 12.5Seminars, BSAR 1.4, 1.9Sensible cooling, TAB 2.12

Sensible heat, ESAM 2.2, 16.14, 16.15, 16.16,16.17, 16.18, 16.20, 18.1, 18.2, 18.3, 18.4, 18.5,18.6, 18.8, 18.10, 18.14, 18.15, 19.1, 21.3

storage, APP 13.7Sensible heating, TAB 2.12Sensing elements, APP 3.9

humidity, APP 3.9Sensing elements pressure, APP 3.9

temperature, APP 3.9Sensitivity, FSDG E.1

detector, FSDG E.2Sensory inputs, IAQ 1.4Sequence control mode, APP 3.34Series, TAB 4.6Series chiller operation, APP 10.8Series circuits, TAB 3.1Series Loop, TABPG 5.5Series loop system, APP 10.18; TAB 9.2, 15.5Series pumping, TAB 8.12Series S type, TAB 14.9; TABPG 4.9Serrated roller, FRP 4.1, D.6Service, BSAR 8.10Service life, equipment, DD 2.6Set point, APP 3.3Seven day timers, APP 3.15Shaft

construction, KVS 3.2interior, APP 2.24smoke, APP 9.42

Shaft sleeves, TAB 8.2Sheaves, TAB 5.10Sheet metal(s), RSMG C.1, B.1, A.1, C.5, 2.3, 3.5

aluminum, ASMM 9.4black iron, ASMM 9.1copper, ASMM 9.2galvanized, ASMM 9.1lead, ASMM 9.5lead-coated copper, ASMM 9.2properties, DD 12.5








Standards


















stainless, ASMM 9.3Sheetlead, DCS A.37Shell and coil condenser, APP 12.7Shell and tube condenser, APP 12.7Shell and tube evaporator, APP 12.5Shelves, FSE 4.1Shield, ASMM 4.46Shielding gas, MGW 2.16Shingle, ASMM 6.25Shiplap, FGDC 3.5Shop standards, DCS A.15, A.16, A.17, A.18Short radius vanes, DCS 2.6

construction, DCS 2.7number, DCS 2.6

Shut off, TAB 9.5Shut off VAV systems, APP 2.29Shutdown procedures, COM 6.4, 7.7, 9.6SI(metric), FSDG 10.2Sick building syndrome, COM 3.2Side wall installation, DD 3.13Siding, ASMM 6.1, 6.52Signaling System, FSDG E.2Silicon Controlled Rectifiers (SCR), DEHG 6.1Sill installation, DD 3.13Simple seated, valve, APP 10.25Simple stairwell pressurization, APP 9.37Single

fan systems, APP 2.26injection systems, APP 9.38path systems, DCS A.25pressure devices, APP 3.18purpose occupancies, APP 1.2seated valve, APP 3.11, 3.16, 10.25

Single duct cooling only units, APP 7.12Single Lock Standing Seam, LAG 3.4Single phase circuit, TAB 3.1, 3.3Single span, LAG 2.8Single-path Systems, TAB 7.1Size of Damper, FSDG 5.1Sizing

dampers, DD 8.7duct worksheets, DD 7.24, 8.24tables, SEIS 2.1

Skylights, ASMM 8.7plastic, ASMM 8.9

Slack effect, APP 9.33Slate, ASMM 6.25Sleeve Gage, FSDG 5.4Slip Joint, LAG 3.8Slot diffuser applications, DD 3.13SMACNA, MGW 4.4SMACNA HVAC Duct Construction Standards,KVS 3.1, 5.5, SMACNA HVAC Duct Construction Standards Manual and Seismic RestraintManual, KVS 6.1

SMACNA HVAC Systems Duct Design Manual,KVS 5.4, 5.5SMACNA Research, DD 5.28Small Systems, TAB 9.2SMAW, See Shielded metal arc weldingSmoke, See Fire and smoke dampers; FSDG E.1,F.1

barrier, FSDG F.1control, APP 9.35; COM 1.1, 2.1, 5.3; KVS 3.4control system, FSDG F.1, F.2, F.4control zone, FSDG F.1dampers, APP 9.43; FSDG F.1detector, FSDG F.4devices, TAB 11.8exhaust shaft, FSDG F.1, F.4exhaust system, FSDG F.1hatches, ASMM 8.14management, APP 9.35management system, FSDG F.1mechanical control system, FSDG F.1movement, APP 9.33passive control system, FSDG F.1purging, APP 9.37shafts, APP 9.42venting, APP 9.40zone, FSDG F.1zone venting, APP 9.42

Smoke Barriers, FSDG 2.2vertical, FSDG 4.1

Smoke controlsystems, APP 9.32zoned, APP 9.41

Smoke Control Zone, FSDG 2.2Smoke Damper, FSDG 2.2Smoke Detector, FSDG E.2

area-type, FSDG E.1cloud chamber, FSDG E.1design, FSDG E.2duct-type, FSDG E.1, E.2installation, FSDG E.2line-type, FSDG E.1location, FSDG E.2maintenance, FSDG E.3selection, FSDG E.2spot-type, FSDG E.1terminology, FSDG E.1

Smoke management, FSDG F.1air flow, FSDG F.4dedicated system, FSDG F.4design tasks, FSDG F.2HVAC system, FSDG F.4terminology, FSDG F.1

Smoke test, TAB 14.17; TABPG 4.17Smokeproof Enclosure, FSDG 2.2Smoking, IAQ 4.4, 9.1


Smudging, DD 3.6; TAB 6.9Sneeze guard, FSE 7.1Snow, RSMG A.1, 1.11, 1.17, 1.32Snow guards, ASMM 8.24; RSMG 1.36, 1.37Snow Load (Ground), RNDC iii, 4.1, 4.2, 4.3, 4.4,4.6, 4.11, 5.1, 5.2, 5.3, 6.1, 6.6, 7.1, 7.2, 7.3, 7.5,7.9, 7.16, 7.23, 7.27, 7.29, 7.33, 17.6, 17.10, 17.15,B.3, B.4Solar

collecting systems, DD 3.13heat optimization, APP 3.43heat pumps, APP 11.13heat source, APP 11.15system dampers, DD 13.3system sizing, DD 13.1systems air based, DD 13.2

Solenoid, APP 3.12Solutions, IAQ 4.4Solvents, FRP 2.1, 2.2, 7.10; IAQ 3.9Sone, DD 11.3Sootblower, LAG 3.42Sorbent solutions, ESAM 19.2Sound, BSAR 2.21, 7.1; DD 11.1

absorption, DD 14.82, 15.11attenuation, DD 11.31; PVC 56; RCSI 5.1; TAB6.1basics, DD 11.3basics of junctions and turns, DD 11.16breakout, DD 11.23ceiling systems, DD 11.43definitions, DD 11.1design tables, DD 14.65levels, TAB 6.9levels, decibels, DD 3.6, 11.3limp covering materials, DD 11.30lining, DCS vpaths, DD 11.49piping and conduit, RCSI 5.2power division, DD 11.41rigid covering materials, DD 11.30sources, DD 14.66

system design, DD 11.9system example, DD 11.45transmission, DD 11.43trap charts, DD 9.10traps, DD 9.10, 11.35

Source control, IAQ 10.11Source elimination, IAQ 3.1, 10.1Sources

occupant, IAQ 4.4outside, IAQ 4.1

Southern Building Code Congress International(SBCCI), FSDG 3.2

drawings and specifications, FSDG 3.2permits, FSDG 3.2

Spaceacceptability, IAQ 9.2charge, APP 2.19controllers, APP 3.36design, APP 1.4evaluation, IAQ 11.5requirements, APP 2.22

Space temperature, TAB 2.3Spark arrester, KVS 2.13Special duct systems, DD 13.1Special HVAC Applications, APP 9.1Specific use areas, IAQ 6.8Specification(s), ASMM 9.8; MGW 6.2; RCSI 12.1,12.1

check list, DD 12.1sample, COM E.1; DCS xiiisample mechanical, RCSI 12.1

Specifications, FGDC 3.3Specifications guide, PVC 49

access doors, PVC 53air distribution, PVC 52air scrubbers, PVC 55balancing and adjusting, PVC 56bases, PVC 56correlation, PVC 50damper location, PVC 53drain location, PVC 54








Standards


















dust collectors, PVC 55equipment identification, PVC 51equipment/accessories, PVC 55excluded, PVC 49expansion joint location, PVC 54fans, PVC 55, 57filters, PVC 55fire dampers, PVC 54general provisions, PVC 49guarantee, PVC 56hoods, PVC 55included, PVC 49louvers, PVC 56materials, PVC 53motors, PVC 56reference, PVC 51size, PVC 53sound attenuators, PVC 56submittals, PVC 51work, PVC 49

Spiral flat-oval duct, DCS 3.13Spiral Lockseam (Duct/Pipe), RNDC iii, 1.2, 1.4,4.1, 8.2, 8.55, 9.2, 9.36, 10.2, 10.34, 11.1, 11.2,11.4, 11.5, 11.45, 11.52, 11.53, 11.54, 12.5, 12.21,12.26, 15.1, 15.2Spirally Generated Lockseam, RNDC 1.4, 4.5, 11.4,11.5, 12.1, 13.1, 15.1Spires, ASMM 8.22Splash pan, ASMM 1.79Splitter, FGDC 4.5, 4.7

spacing, DD 5.14vanes, DD 5.14

Spores, IAQ 5.2Spray chop, FRP 2.5Sprayed coil systems, APP 3.27Spreader sizes, SEIS 2.3Spring ranges, APP 3.18Spring-return, APP 3.12Sprinklers, FRP 7.8Square to round transition, LAG 3.18Stack construction, GSSC 5.1

assembly and fitup, GSSC 5.1bolted connections, GSSC 5.1definitions of terms, GSSC 3.9fabrication and installation, GSSC 5.1metrics use of guide with, GSSC A.1sampling facilities, GSSC 5.2welding, GSSC 5.1

Stack design, See Stack design criteria; GSSC 3.1base plate and anchor bolts, GSSC 6.5bolts for comp. angle connections, GSSC 6.11criteria, GSSC 6.1details typical (figure), GSSC 3.6example of interpolation, GSSC 6.13ladder installation, GSSC 3.3

limitations, GSSC 3.1list of symbols, GSSC A.3material,types of, GSSC 3.5materials, selection, GSSC 4.1openings, GSSC 3.5reinforcement, GSSC 6.5reinforcement (figure), GSSC 3.8stiffeners, GSSC 6.11thickness of stack shell, GSSC 6.2

Stack design criteria, GSSC 6.1(figure), GSSC 6.7base plate and anchor bolts, GSSC 6.5base plate dimensions (figure), GSSC 4.2design of, GSSC 6.11factors of safety, GSSC 6.4formula derivation, GSSC 6.1length, GSSC 6.10limitations, GSSC 3.1longitudinal compression, GSSC 6.3longitudinal tension, GSSC 6.4reinforcement of openings, GSSC 6.5reinforcement of openings (figure), GSSC 3.8,6.6

Stack effect, FSDG F.4; IAQ 3.7Stack height

100 feet, GSSC 4.20120 feet, GSSC 420 feet, GSSC 4.3, 4.2130 feet, GSSC 4.6, 4.2440 feet, GSSC 4.9, 4.2750 feet, GSSC 4.12, 4.3060 feet, GSSC 4.1580 feet, GSSC 4.19

Stack sampling facilities, GSSC 5.2; IDC 64elevation view, IDC 66ports, GSSC 5.2; IDC 64power source, GSSC 5.2; IDC 64topview, IDC 67work platform, GSSC 5.2; ID 64

Stack(s), See Stack construction, See Stack height,See Stack design and Stack design; GSSC 9, 1.1

attachment (figure), GSSC 4.34base configuration and dimensions (figure),GSSC 3.1bolt size requirements for companion angle con-nections, GSSC 435bolt specifications, GSSC A.1companion flange and stiffeners sizes, GSSC4.33damping, GSSC 3.1design characteristics, GSSC 6.13effect, DD 5.8; IAQ 3.7, effective bolt cross-sectional area for single or multi-ple bolts, GSSC 6.8heads, DD 3.7


location, GSSC 2.1opening reinforcement of (figure), GSSC 3.8,6.6openings, GSSC 3.5sampling facilities, GSSC 5.2sampling facilities elevation view (figure),GSSC 5.4sampling facilities plan view (figure), GSSC 5.3stackheads, IDC 11stiffeners, GSSC 6.1thru roof, IDC 12use of, GSSC 4.1

Stainless steel, DD 12.3, 12.4; LAG 1.2, 1.4; RNDCiii, 1.1, 1.2, 1.4, 3.1, 3.2, 3.6, 3.7, 3.8, 3.9, 3.12,3.13, 4.1, 4.2, 4.3, 5.1, 5.8, 7.2, 7.3, 7.13, 7.15, 7.17,7.18, 7.19, 8.24, 9.1, 9.2, 9.3, 9.5-9.33, 9.34, 9.35,9.36, 11.1, 11.2, 11.3, 11.30, 11.33, 11.34, 11.35,11.36-11.39, 11.40, 11.41, 12.1, 12.2, 12.12, 12.13,12.14, 12.15, 12.16, 12.23, 12.24, 12.26, 12.26,12.28, 12.34, 12.52, 12.54, 12.55, 12.56, 12.61,12.62, 13.1, 13.12, 13.13, 14.5, 14.9, 14.10, 15.29,17.13; RSMG C.3, C.10Stair Enclosure Pressurization, FSDG F.4Stairwell pressurization, APP 9.40Stamped grilles, TAB 6.12, 6.14Standard 62-1989, IAQ 1.2, 1.4, 3.8, 4.3, 9.3, 10.4Standard and Listed, KVS 2.1Standard Building Code, FSDG 3.1Standard elbows and mitered joints, FRP 7.3, Stan-dard for the Installation of Air-Conditioning and Ventilating Sys-tems, FSDG 3.1Standard gauge-thickness

alloy 3003.H14, DCS A.5aluminum, DCS A.5galvanized steel, DCS A.2stainless steel, DCS A.4uncoated steel, DCS A.3

Standards, IAQ 1.1, 1.4; MGW 6.2; PVC 3applicability, PVC 68building, BSAR 2.17

clean room, APP 9.13energy conservation, BSAR 5.1IAQ, BSAR 4.1outside, BSAR 10.1thermal, BSAR 6.4ventilation, BSAR 5.4, 6.3, 10.1

Standing water, IAQ 3.7Starting load amps, TAB 3.5Start -up, TAB 12.2; TABPG 2.2Start -up procedures, COM 3.2, 7.7, 9.6; KVS 7.1Static, TAB 2.22

head, TAB 2.19, 2.20, 2.27, 15.3pressure, TAB 2.21, 2.22, 5.16

Static electricity, FRP 3.1, 7.1Static Head, TABPG 5.3Static Pressure, FGDC 2.1; KVS 4.2

class, DCS 1.6control, APP 3.20, 3.28, 7.30flags, DD 8.11, 8.20measurements, TAB 13.5sensor, TAB 14.3table, DCS 1.6

Static Pressure Measurements, TABPG 3.5Static Pressure Sensor, TABPG 4.3Static regain, DD 4.3Static suction lift, TAB 8.4Steam

distribution, TAB 15.8flow, TAB 9.15heat, KVS 4.6piping system, TAB 9.16properties of, TAB 9.14strainers, TAB 9.17system(s), TAB 9.14traps, TAB 9.17

Steam Distribution, TABPG 5.8Steam system(s)

boilers, APP 10.6distribution, APP 3.29flow, APP 3.4piping, APP 14.25








Standards


















Steam Systems-Medium And High Pressure, TAB9.18Steam-to-water heat exchangers, APP 10.11Steel

carbon, MGW 2.18, 2.20, 2.26, 2.27galvanized, DCS A.2; DD 12.1; MGW 2.26stainless, DCS A.4; MGW 2.18, 2.21, 2.27, 2.28

Steel deck frame, See Insulated steel deck frameSteel duct weight tables, DCS A.8Steel reinforcement, PVC 26Steel thickness, SEIS 3.1Step controller, APP 3.14; DEHG 6.1Stepped, TAB 4.6Stiffened solutions, RNDC 4.2, 4.4, 6.4, 7.3, 8.4,8.54, 9.4, 9.34, 9.35, 10.4, 10.34, 11.2, 17.7, 17.15,17.16Stiffeners, See Duct stiffeners; FRP 1.2, 6.1, 6.9,A.5; RCDC 4.5, 8.1

formula, RCDC 9.5reinforcement, RCDC 7.55; RNDC 1.1, 1.2, 1.4,3.12, 3.13, 4.2, 4.6, 4.7, 4.10, 5.1, 6.1, 7.2, 7.3,7.32, 8.2, 8.3, 8.4, 8.26-8.53, 8.55, 9.2, 9.3, 9.4,9.6-9.33, 9.36, 10.2, 10.3, 10.4, 10.6, 10.35,11.2, 11.4, 11.5, 11.8, 11.12-11.17, 11.24-11.27,11.28, 11.29, 11.31, 11.36-11.39, 11.40, 11.41,11.42, 11.43, 11.48-11.51, 11.52, 11.53, 11.55,12.1, 12.2, 12.3, 12.5, 12.6, 12.8, 12.12, 12.13,12.14, 12.15, 12.16, 12.17, 12.18-12.20, 12.21,12.22, 12.23, 12.28, 12.48, 12.56, 13.16,13.54-13.85, 15.39, 16.5, 16.6, 17.3, 17.8,17.10, 17.12

Storage, FRP 7.1, 8.3; IAQ 10.12; LAG 2.1boxes, IAQ 4.3fuels, IAQ 3.9paper, IAQ 6.8

Storage tanks, RCSI 11.8LP gas, RCSI 11.8oil, RCSI 11.9open vent, RCSI 11.9safety devices, RCSI 11.9

Storm covers, DCS 5.9exhaust, DCS 5.9intake, DCS 5.9

Straight ductlosses, DD 5.12sections, DD 5.9

Straighteners, DD 6.10Straight -through flow, APP 10.23; DD 6.12, 14.18

loss coefficients, DD 6.12, 14.18Straight -through sections, DD 5.17Strainers, APP 10.17; RCSI 4.7; TAB 9.6, 15.8;TABPG 5.8Stress, FGDC 2.1Stressors, IAQ 1.4Stroboscope, TAB 11.14

Structural engineer, SEIS 3.2, B.1Structural layer, FRP 1.1, 2.5, 3.1, 3.3, D.6Structural system, SEIS 2.2Structure borne noise, DD 11.3Study of Systems and Data, TAB 12.4; TABPG 2.4Stuffing box, TAB 8.2Style hoods, eyebrow, KVS 2.11Styrene, FRP 4.1, 8.2, 8.3Subcontractor, BSAR 2.1Subdividing panels, RCDC 6.1Subduct, FSDG 12.1, 12.2Sub-master, TAB 4.6Submaster thermostat, APP 3.11Submittal, PVC 51

review, DD 9.1Success, IAQ 9.3Suction, TAB 2.22, 2.23

head, TAB 2.27, 2.28lift, TAB 2.27, 2.29piping, APP 12.5; TAB 10.3stop valve, TAB 10.3

Summer-winter system(s), APP 10.22; TAB 15.11Summer-Winter Systems, TABPG 5.11Summer-winter thermostat, APP 3.11Sumps, ASMM 1.81Sun position, RCS 2.9Superheat, APP 12.3; TAB 10.4Superimposed Load, RNDC 4.4, 4.6, 6.1, 6.6, 7.1,7.8, 7.15, 7.16, 7.22, 7.23, 13.54-13.85Supermarket, BSAR 8.17Supervisor, MGW 4.2Supplemental heating, APP 2.4, 11.27Supply

air fan, APP 2.6air outlet(s), RCSI 8.1duct system, DCS 2.2fan/exhaust fan combination, APP 2.30laboratory, APP 9.19modulation, APP 2.17opening or outlet, DD 3.2, 3.3, 3.10, 3.19outlet performance, DD 3.5register, DD 9.14system, DD 7.5, 8.4system example, DD 7.4, 7.16, 8.4, 8.15

Supply air, KVS 1.3Supply air duct, TAB 7.9Supply fan plenum, DD 7.4, 8.4Supply outlet throttling units, TAB 6.4Supply outlets, TAB 6.11Supply registers, TAB 6.15Supports, DCS 4.1; FGDC 6.1; IDC 30

adjustable, IDC 33angle bracket, IDC 34floor, DCS 4.14Heater, FGDC 6.7


high temperature duct, IDC 37large duct, DCS 4.13reinforcement, IDC 33riser, DCS 4.14trapeze, DCS 4.10Vertical, FGDC 6.6wall, DCS 4.16wall anchor, IDC 35

Surface area computation, IDC 50Surface area tables, DCS A.7, A.11; LTM A.9, A.10Surface effect, DD 3.5Surface hardness, FRP 3.3, 7.1Surface preparation, IDC 40; RNDC 3.14, 12.30,12.31, 12.33, 15.5, 15.6, C.2

abrasive cleaning, IDC 41concrete surface, IDC 40metal surface, IDC 40primers, IDC 42

Surfacing veil, FRP 2.5, D.6Survey, BSAR 2.4, 2.7, 6.2, 7.1Surveys

conducting, IAQ 6.3facility, IAQ 6.6occupant, IAQ 6.5questions, IAQ 6.5

Swinging vane anemometer, IDC 86Switches

auxiliary, APP 3.14pneumatic, APP 3.14

Switching, relays, APP 3.14Symbols, DCS 1.1; DD 4.9; FSE 1.1; IDC 120;RCDC 9.15

air conditioning, DCS 1.2curves, DD 5.1edge-flange, MGW 5.8fillet, MGW 5.5groove, MGW 5.4Inch-Pound, FSDG 10.1intermittent, MGW 5.6plug, MGW 5.7SI (metric), FSDG 10.2

types, MGW 5.3, 5.12ventilation, DCS 1.1welding, IDC 120; MGW 36

Symptoms, IAQ 3.10, 7.1, F.1Synergist (Antimony Trioxide), FRP 2.1, 2.4, 7.1Synergistic effects, IAQ 2.1System

Anaylsis, TABPG 2.2Components and Types, TABPG 2.2Review, TABPG 2.2Schematic Drawings, TABPG 2.2

System airflow, TAB 13.5; TABPG 3.5System capacity review, TAB 12.5; TABPG 2.5System curve for open circuit, TAB 8.9System flow, TAB 15.3; TABPG 5.3System powered, TAB 14.13; TABPG 4.13System start-up, TAB 13.1; TABPG 3.1System(s), APP 3.2; DD 5.1

absorption, APP 12.10air-hydronic, APP 2.1all -air, APP 2.1all -hydronic, APP 2.1all -water, APP 10.1analysis, TAB 12.2building, BSAR 2.17calculating, DD 6.17central, APP 2.2central control, APP 3.8CFC/HCFC, BSAR 8.1chilled water, APP 10.18closed loop, APP 11.8components and types, TAB 12.2computerized control, APP 3.39condenser, TAB 9.12constant volume, APP 2.16, 2.27, 10.23cooling tower, APP 10.29, 12.4; TAB 9.13cooling tower piping, APP 10.29coordination, TAB 13.5costs, APP 1.2critical, COM 5.2, 5.3, 8.1curve, TAB 5.13








Standards


















curve(s), APP 10.14; DD 5.1, 6.2, 6.6curves, TAB 2.25deficiencies, TAB 13.7desiccant dehumidification, APP 9.14design, APP 1.1design examples, DD 7.1, 8.1design for, DD 7.1, 8.1design information, PVC 3design-dual duct, APP 5.6distributed processing, APP 3.42diverting fitting, one pipe, APP 10.19domestic water, BSAR 2.19draw through, APP 4.4dual duct (high velocity), APP 5.2dual duct (low velocity), APP 5.1duct heat loss, RCS 2.7effect, DD 5.6electrical, BSAR 2.16evaporative cooling, APP 12.18example (sound), DD 11.45exhaust air, APP 9.22factors, DCS 2.21fan curve interaction, DD 5.1four-pipe, APP 8.8grease hood, DD 13.1heat losses, RCSI 2.3high temperature water, APP 10.18HVAC, BSAR 2.18hybrid, APP 3.8hydronic, APP 10.1induction, APP 8.1kitchen, DD 13.1laboratory, APP 9.18maintenance modifications, BSAR 2.3moisture laden, DD 13.1multizone, APP 4.1once-through, APP 10.29open, APP 1.15, 10.22open system, condenser water, APP 10.28operating point, TAB 5.14operation, BSAR 8.1operation, terminal reheat, APP 6.2others, BSAR 2.16pneumatic, APP 3.7pressure changes, DD 5.9pressure loss, DD 9.2pressures, DD 5.10range hood, DD 13.1reciprocating, APP 12.1refrigeration, APP 12.1resistance curve, TAB 5.13review, TAB 12.2schematic drawings, TAB 12.2selection parameters, APP 1.1self-powered, APP 3.8

series loop, APP 10.18single fan, APP 2.15, 2.26single injection, APP 9.38smoke control, APP 9.32solar, DD 13.1sprayed coil, APP 3.27summer-winter, APP 10.22terminal reheat, APP 6.1three-pipe, APP 8.8, 10.20true variable air volume, APP 7.2two-fan, APP 2.27two-pipe, APP 8.7, 10.19unitary, APP 2.1, 11.1variable air volume, APP 7.1, 7.7variable air volume duct, APP 7.27VAV, APP 7.2VAV and perimeter air, APP 7.10VAV reheat, APP 7.4wind, DD 5.6

SystemsCoordination, TABPG 3.5Deficiencies, TABPG 3.7

TTAB

air devices, BSAR 3.5aspects, BSAR 3.3design, BSAR 3.4design considerations, DD 10.1duct cleaning, BSAR 6.1fans, BSAR 3.5hoods, BSAR 3.17instrumentation, BSAR 3.4, 3.7, 3.8manual, BSAR 7.2, 7.7marketing, BSAR 3.12procedures, BSAR 3.6requirements, BSAR 3.2specification, BSAR 3.3tolerances, BSAR 3.15training, BSAR 5.5

TAB instrument selection, TAB 12.5; TABPG 2.5TAB procedures, TAB 12.5; TABPG 2.5TAB Report Forms

10-02, TAB 16.171-02, TAB 16.1, 16.411-02, TAB 16.2, 16.1812-02, TAB 16.2, 16.1913-02, TAB 16.2, 16.2014-02, TAB 16.2, 16.2115-02, TAB 16.2, 16.2216-02, TAB 16.3, 16.2317-02, TAB 16.3, 16.2418-02, TAB 16.3, 16.2519-02, TAB 16.3, 16.26


20-02, TAB 16.3, 16.272-02, TAB 16.1, 16.53-02, TAB 16.1, 16.64-02, TAB 16.1, 16.74-03, TABPG 6.1, 6.85-02, TAB 16.1, 16.86-02, TAB 16.1, 16.97-02, TAB 16.2, 16.10, 16.117-03, TABPG 6.2, 6.11, 6.128-02, TAB 16.2, 16.12, 16.139A-02, TAB 16.149A-02, 9B-02, 9C-02, TAB 16.29B-02, TAB 16.159C-02, TAB 16.16preparing, TAB 16.1; TABPG 6.1TAB 10-03, TABPG 6.2, 6.18TAB 1-03, TABPG 6.1, 6.5TAB 11-03, TABPG 6.2, 6.19TAB 12-03, TABPG 6.2, 6.20TAB 13-03, TABPG 6.2, 6.21TAB 14-03, TABPG 6.3, 6.22TAB 15-03, TABPG 6.3, 6.23TAB 16-03, TABPG 6.3, 6.24TAB 17-03, TABPG 6.3, 6.25TAB 18-03, TABPG 6.3, 6.26TAB 19-03, TABPG 6.3, 6.27TAB 20-03, TABPG 6.3, 6.28TAB 2-03, TABPG 6.1, 6.6TAB 3-03, TABPG 6.1, 6.7TAB 5-03, TABPG 6.1, 6.9TAB 6-03, TABPG 6.1, 6.10TAB 8-03, TABPG 6.2, 6.13, 6.14TAB 9A-03, TABPG 6.15TAB 9A-03, TAB 9B-03 AND TAB 9C-03),TABPG 6.2TAB 9B-03, TABPG 6.16TAB 9C-03, TABPG 6.17

TAB Technical/TEAM, TAB 1.1TAB technician, TAB 2.25TAB/ATC relationship, TAB 4.6Table

aluminum sheet, RCSI 7.3clearance for connectors, RCSI 10.2duct insulation, RCSI 2.13, 7.6duct lining, RCSI 7.6glycol, RCSI 11.4hot food, FSE 11.3metal gauges, RCSI 7.1noise, RCSI 6.4oil storage tanks, RCSI 11.9pipe insulation, RCSI 11.5round ducts, RCSI 7.2steam, FSE 11.3supply outlets, RCSI 8.1

Table Driven Process, RNDC 1.2, 1.3Tables and charts, APP 14.1; IDC 96; LTM A.1,A.7, A.15; RCDC 7.1

air volume, IDC 105area/circumference of circles, IDC 84, 100bolting for flange connections, RCDC 7.62circular equivalents of rectangular duct, IDC110density chart, IDC 115duct design, APP 14.1; RCSI 18.1duct section properties, RCDC 7.61duct stiffeners, RCDC 7.37elbow weight 1.5 CLR, IDC 102elbow weight 2.0 CLR, IDC 103elbow weight 2.5 CLR, IDC 104engineering conversion factors, IDC 113entrance loss, IDC 107fixed corners, RCDC 7.37friction charts, IDC 108, 109hinged corners, RCDC 7.46hole gage for flange connections, RCDC 7.62hydronic, APP 14.23material thickness, RCDC 7.1metric equivalents, IDC 111specific heat/weight, IDC 116steel structural shapes, IDC 99stiffener/reinforcing data, RCDC 7.56support spacing, RCDC 7.59








Standards


















surface formulas, IDC 118temperature charts, IDC 115triangle solution, IDC 119velocity pressure, IDC 106volume formulas, IDC 118weight of black iron pipe, IDC 101weight of steel angles, IDC 97weight of steel plate, IDC 98weights and measures (U.S.), IDC 112welding symbols, IDC 120wind conversion, RCDC 7.62

Tachometer, TAB 11.12Tack weld, FRP 4.4Take-Off, FGDC 4.5Tanks (shells and heads), LAG 3.7Tapes, DCS 1.11; FGDC 3.3Technical manuals, APP 1.8Techniques, BSAR 1.8, 2.24, 3.12, 4.4, 5.6, 6.4, 7.7,8.16Tee, DCS 2.7, 3.11; FGDC 4.5Temperature, APP 1.5; FGDC 2.1; IAQ 2.1, 3.8;TAB 13.12; TABPG 3.12

joist, FSDG C.2limits, RNDC 3.2, 3.3, 3.4, 3.5, 3.8, 3.9, 3.12,3.13, 7.28, 7.29, 7.30, 11.5, 12.3, 12.34, 12.59,12.61, 12.83mixed air, APP 3.22refrigerant, APP 12.1sensing elements, APP 3.9setback controls, APP 3.37surface, FSDG C.2temperature, body range, IAQ 2.1

Tenant, BSAR 2.11; IAQ 12.1Tenanted spaces, IAQ 1.5Tensile elongation, FRP 2.2Tension zone, SEIS 2.1Terminal

bypass VAV, APP 7.16unit(s)dual duct, APP 5.4proportional flow, APP 7.15

Terminal balance, TAB 13.5; TABPG 3.5Terminal box, TAB 6.1Terminal devices, TAB 12.7; TABPG 2.7Terminal Heating and Cooling Units, TAB 8.14Terminal reheat

control systems, APP 6.4system design, APP 6.3system operation, APP 6.2system(s), APP 6.1; ESAM 2.6, 2.9; TAB 7.4,7.5units, APP 6.3

Terminal unit ductwork, TAB 7.11Terminal units, TAB 8.14, 14.1; TABPG 4.1Termination Methods, FGDC 5.1

Terminology, FRP 1.2, 7.1; FSDG 2.1; FSE 1.1Termite shield, ASMM 4.153Terms, MGW 11.1Terms and components, TAB 10.2Terne, RSMG C.11Test apparatus, LTM 5.1

flange taps, LTM 5.2precautions, LTM 5.7vena contracta taps, LTM 5.3

Test holes, TAB 12.7; TABPG 2.7Test openings, IDC 60, 63

sampling, IDC 60, 63static pressure, IDC 60velocity pressure, IDC 60

Test port, LAG 3.43Test pressure determination, LTM A.5Test procedures, See Leakage testing; LTM 3.1Test report(s), ASMM 9.14; LTM 6.1

example, LTM 6.2procedure, LTM 6.1

Testing, BSAR 3.1, 7.5; FGDC 2.1; MGW 10.2clean room, APP 9.13

Testing Adjusting and Balancing (TAB), DD 4.7,10.1

provisions, DD 4.7, 10.1Testing Adjusting and Balancing Bureau (TABB),TAB 1.2Testing and balancing, COM 2.2, 4.1, 7.2, 9.2-9.5Thermal

capacity, cooling tower, APP 12.15expansion, RNDC 4.2, 4.9, 5.11, 6.1, 7.2, 7.13,7.18, 7.19, 7.25, 7.26, 15.27, 16.8, B.9, B.10expansion valve, APP 12.4fluids, APP 10.30performance of a cooling tower, APP 12.14

Thermal bulbs, TAB 10.3, 10.4, 10.5Thermal comfort, IAQ 3.2Thermal expansion, SEIS 3.1, 3.3, B.1

valve, TAB 10.3Thermal transfer fluids, ESAM 17.11, 18.14, 18.16,18.17, 18.18, 19.2, 19.3, 19.4Thermocouple, TAB 4.6Thermocouple thermometers, TAB 11.18Thermodynamics, TAB 2.1Thermohygrometer, TAB 11.21Thermometers, APP 10.17; TAB 9.6

glass tube, TAB 11.16Thermoplastics, FRP 1.1, 2.1, 7.7, B.1, D.6, E.2;PVC viiThermoset plastics, FRP 1.1, 1.5, D.6, E.1; PVC viiThermosiphon system, ESAM 18.13Thermostat, APP 3.10, 3.11; DEHG 6.1

diffuser mounted, APP 3.36dual room, APP 3.10heating -cooling, APP 3.11


multiple, APP 3.37multistage, APP 3.11operation, APP 3.19return air, APP 3.36submaster, APP 3.11summer-winter, APP 3.11wall -mounted, APP 3.36wet bulb, APP 3.11

Thixed, FRP 2.2Thixotropes, FRP 2.4Three -phase circuits, TAB 3.3

voltages, TAB 3.3Three -pipe systems, APP 8.8, 10.20; ESAM 2.7,4.3, 4.4, 22.2; TAB 9.3Three -Way Control Valve, TABPG 5.7Three -way valve, APP 3.17, 10.23; TAB 15.7

control, APP 3.31diverting, APP 3.12, 3.17mixing, APP 3.12, 3.17

Three -wire circuit, TAB 3.3Threshold limit values, See TLVThrottling range, APP 3.3, 3.18, 3.19Throttling ratio (turndown), APP 7.26Through-the-wall units, APP 11.1Throw distance, DD 3.3Tie rod, DCS 1.40

at joints, DCS 1.42attachments, DCS 1.42installation, DCS 1.27requirements, DCS 1.27

TIG, See Gas arc welding tungsten; MGW 2.5Tile, ASMM 6.5Time

cycle, BSAR 1.5estimates, BSAR 2.8management, BSAR 1.3

Time proportional mode, APP 3.34Time switches, program, APP 3.15Timed two-position action, APP 3.3Timers, APP 3.14

internal, APP 3.15

percentage cycle repeater, APP 3.15seven day, APP 3.15

Tip speed, TAB 5.13Titanium, MGW 2.23T-method, DD 4.4Tolerances, FRP 4.1Toluene, IAQ 3.10Tonal (sound), DD 11.7Tools, BSAR 1.12Torches, See EquipmentTotal pressure method, DD 4.4Total quality management, COM 2.1, 5.1Tower

cooling, APP 2.9nonmechanical draft, APP 12.16

Tower conditions, TAB 15.6; TABPG 5.6Tower water flow, TAB 15.7; TABPG 5.7Tracking forms, IAQ A.1, A.1Trade show, BSAR 1.12Trailing edges, DD 5.15Training

importance, MGW 9.2NTF, MGW 9.3programs, MGW 6.3qualification, MGW 9.3requalification, MGW 9.3resources, MGW 9.2

Transducers, APP 3.10Transfer

globular, MGW 2.8pulsed spray, MGW 2.8short circuit, MGW 2.8spray, MGW 2.8

Transfer air, KVS 1.3Transferred, MGW 2.12Transformers, TAB 3.5Transition

One-Way, FGDC 4.1Two-Way, FGDC 4.2

Transition(s), DCS 2.10Transitions, FGDC 5.16








Standards


















Translucent, FRP 2.4Transmission heat gains, TAB 2.6Transverse bracing, SEIS 3.2Transverse joint(s), DCS 1.13; PVC 18, 23, 34

bell and spigot, PVC 18, 34butt joint, PVC 18, 23, 34profiles, DCS 1.35reinforcement, DCS 1.13, 1.24sleeve joint, PVC 3, 18, 23special profiles, DCS 1.39specification, DCS 1.34

Tranverse locations, TAB 13.7; TABPG 3.7Trapeze angle loads, DCS 4.10Trapeze load diagram, DCS 4.12Trapeze type supports, RNDC 13.24, 13.25Tray, FSE 7.3Trichloroethane, IAQ 3.10Troubleshooting, MGW 7.5; TAB 9.8True variable air volume (VAV) system, APP 7.2Tubeaxial fans, TAB 5.2Tubular centrifugal fans, TAB 5.3Tungsten inert gas, See Gas arc welding tungstenTungsten pointers, MGW 2.7Turbulent flow, TAB 2.23Turndown (shutoff), TAB 14.8; TABPG 4.8Turning vanes, DD 5.15, 6.4

installation, DD 5.17missing, DD 5.15research, DD 5.16

TV, BSAR 1.9, 1.14TVOC, IAQ 4.2Two-fan systems, APP 2.27Two-pipe system(s), APP 8.7, 10.19; TAB 9.3Two-pipe vacuum steam system, TAB 9.16Two-position, TAB 4.6

action, APP 3.2control, APP 3.10dampers, APP 3.7devices, APP 3.18operation, APP 3.4relays, APP 3.14

Two-way valves, APP 10.24; TAB 4.3Type I hood, KVS 2.1Type II hood, KVS 2.1, 2.4Type II non-grease ducts, KVS 3.1Types of controls, TAB 4.1Typical connections, TAB 9.18Typical system, KVS 1.2

UU Value, TAB 2.4U.S. units

air density correction factors, APP 14.19electric equations, APP 14.19hydronic equations, APP 14.17

hydronic equivalents, APP 14.15pump equations, APP 14.15

UFFI, IAQ E.2UL, FSDG 3.1, R.3; KVS 2.13UL 181, FGDC 3.3UL 555, FSDG 3.4, 5.4, 5.5UL Standard 555S, FSDG 3.4UL Standard 710, KVS 5.2UL Subject 762, KVS 4.1Ultra low penetration air (ULPA) filters, APP 9.5Underground ducts, RCSI 7.2Underslab duct, DCS 3.21

construction standards, DCS 3.21encasement anchors, DCS 3.23profiles, DCS 3.22

Underwriters Laboratories, KVS 1.4Underwriters Laboratories of Canada, KVS 1.4Unidirectional, APP 3.12Uniform Building Code, FSDG 3.1Uniform velocity profiles, DD 6.3Unit balancing, TAB 15.4; TABPG 5.4Unit heaters, APP 10.3; TAB 8.14Unit ventilators, APP 10.3; TAB 8.14Unit, terminal reheat, APP 6.3Unitary

equipment, APP 11.3heat pumps (air-to-air), APP 11.5systems, APP 2.1, 11.1

Units, RNDC 1.4, 3.3, 3.4, 8.2, 8.3, 9.3, 10.2, 10.3,11.3, 11.7, 11.30, 11.42, 12.1, 12.59, 15.9, 15.17,17.2, 17.8, 17.11, 17.12Units of measurement, TAB 2.1Unlined

rectangular duct, DD 11.33round ducts, DD 11.35

Unreinforced duct, DCS 1.15, 1.73schedule, DCS 1.62, 1.69wall thickness, DCS 1.69

Unstiffened Solutions, RNDC 4.2, 6.3, 7.3, 8.4,8.54, 8.55, 9.4, 9.34, 9.35, 10.4, 10.34, 11.8, 11.31,11.43, 12.5, 17.7, 17.16Upstream, See Heater locationUpstream turbulence, DD 11.18Use of tables and charts, DD 9.1Uses, FRP 1.1; LAG 1.1Utilities, BSAR 8.1, 8.17, 8.18Utility, KVS 4.2

and access openings, KVS 4.2and motor covers, KVS 4.2

U-tube, TAB 11.9UV (Ultraviolet), FRP 2.5, 3.1, D.6UV Stabilizer, FRP 2.5

VV belt drive, TAB 5.9


Vacuum Steam System, TAB 9.16Valance units, APP 10.3Valve and damper linkages, TAB 4.5Valve coefficients, TAB 9.11Valve constant, TAB 4.3Valve(s), IDC 68

automatic, APP 3.11butterfly, APP 3.12constant, APP 3.5diverting, APP 10.24double-seated, APP 3.11, 3.16, 10.25mixing, APP 10.24normally closed, APP 3.13normally open, APP 3.13operators, APP 3.12pilot piston, APP 3.11proportional, APP 3.4single-seated, APP 3.11, 3.16, 10.25thermal expansion, APP 12.4three-way, APP 3.12, 3.13, 3.17, 10.23two-way, APP 10.24

Valve/flow meters, TAB 15.2; TABPG 5.2Valves set, TAB 15.3; TABPG 5.3Van stone connections, DCS 3.9; IDC 18Vane(s), DCS 2.5

double thickness, DD 5.15missing, DD 5.15runners, DCS 2.5short radius, DCS A.42single thickness, DD 5.15support in elbows, DCS 2.6

Vaneaxial fans, TAB 5.2Vanes

Fibrous Glass, FGDC 4.6Sheet Metal, FGDC 4.6

Vapors, dishwasher exhaust, DCS 2.22Variable air volume, See VAV; DD 3.16; TAB 6.1,14.16

(VAV) reheat systems, TAB 7.5Variable Air Volume Systems, TABPG 4.16Variable area grilles, TAB 6.12

Variable frequency AC motor speedcontrollers, APP 7.23

Variable pitch motor sheaves, APP 7.22Variable pitch vane axial fans, APP 7.23Variable volume

flow, TAB 15.9hydronic systems, APP 10.24reheat system, APP 7.29systems, TAB 15.11systems and temperature, APP 7.32

Variable Volume Flow, TABPG 5.9Variable Volume Systems, TABPG 5.11Variable water flow, APP 3.30VAV

air volume requirements, APP 7.25and perimeter air systems, APP 7.10applications, TAB 6.10box, APP 7.17control systems, APP 7.30fan air volume control, APP 7.18fan volume control, APP 7.20pressure dependency, APP 7.12reheat systems, APP 7.4static pressure control, APP 7.19supply air fan, APP 7.18system, TAB 6.3

VAV boxes, TAB 14.8; TABPG 4.8VAV system(s), APP 7.1, 7.27

bypass or dump, APP 7.4bypass type, APP 7.2categories, TAB 14.1characteristics, TAB 14.1design, APP 7.24dual duct, APP 7.5features, APP 7.8induction, APP 7.7pressure independent, TAB 14.4, 14.6sealing, DCS 1.9shutoff, APP 2.29true, APP 7.2types, APP 7.2








Standards


















typical, TAB 14.1VAV Systems

Categories, TABPG 4.1Characteristics, TABPG 4.1Pressure Independent, TABPG 4.4, 4.6Typical, TABPG 4.1

VAV terminal unitfan powered, APP 7.14independent pressure, APP 7.27induction, APP 7.16operation, APP 7.11types of, APP 7.12

V-blade, TAB 6.14Vegetation, IAQ 4.1Vehicle exhaust, IAQ 3.9Velocities, TAB 9.9Velocities vs. velocity pressure

(metric units), DD 14.17(U.S.), DD 14.16

Velocity, See Heater selection; DEHG 3.1; FGDC2.1; TAB 2.20

classification, DD 4.5exhaust air systems, APP 9.23head, TAB 8.4minimum, DEHG 3.1profile(s), DD 6.3; TAB 2.20reduction method, DD 4.4total pressure, DD 4.4uniform, DD 6.3

Vent connectors, RCSI 10.2clearance, RCSI 10.2

Vent terminal, RCSI 10.4Ventilating ceilings, DD 3.11Ventilation, BSAR 6.3, 10.2; COM 3.3, 7.1, 9.4, 9.5;ESAM 1.7, 1.8, 2.1, 2.2, 2.5, 2.6, 2.8, 2.10, 3.1, 4.1,4.5, 5.8, 5.14, 8.7, 9.1, 9.3, 10.2, 10.6, 10.8, 14.1,14.2, 16.21, 17.1, 17.10, 18.5, 18.8, 22.4; IAQ 1.1,1.2, 1.3, 3.1, 3.10, 4.2, 6.12, 7.1, 11.4

air, RCSI 2.7; TAB 4.6air, outdoor, APP 2.21breathing zone, See BZVcarbon dioxide calculation, IAQ 10.3concepts, KVS 1.2dryer, RCSI 10.3indicator, IAQ 10.3issues, IAQ 3.7makeBup air, RCSI 10.5outside air rate, IAQ 7.1size, RCSI 10.1systems, TAB 13.8ventilators, FRP 7.7, 9.8venting, RCSI 10.1vinyl ester, FRP 1.1, 2.2, 2.4, 2.5, D.1, D.6worksheet, IAQ A.26

Ventilation Systems, TABPG 3.8

Ventilators, FRP 7.7, 9.8design, ASMM 8.1gooseneck, ASMM 8.1; DCS 5.8gravity, DCS 5.9rotation, ASMM 8.292stationary, ASMM 8.295

Venting, RCSI 10.1; TAB 9.5dryer, RCSI 10.6size, RCSI 10.1

Venturi Tube, TAB 11.24Vernier control mode, APP 3.34Vertical loads, SEIS 1.1Vertical risers, SEIS 3.3, B.1Vertical support system, SEIS 3.1Vibration, APP 2.7; BSAR 2.21Vibration testing, DCS 7.12

cross breaking, DCS 7.15equipment, DCS 7.12, 7.14fatigue, DCS 7.15objectives, DCS 7.12oscillograph traces, DCS 7.16results, DCS 7.13, 7.17threshold velocity, DCS 7.13

Viscosity, FRP 2.2, 8.2, D.2Viscous impingement filters, APP 2.14VOC, IAQ 3.8, 10.1, 10.11VOCs, compounds, IAQ 3.8Volatile organic compounds (VOCs), KVS 4.1;OBUC 2.2Voltage, MGW 3.2Volt-ammeter, TAB 11.22Volume control, TAB 6.3Volume dampers, FRP 7.6, 9.6; PVC 41; TAB 6.5Vortex, TAB 8.6, 12.7; TABPG 2.7VVT systems, APP 7.32

WWalkthrough, IAQ 6.3, 6.3, 8.1Wall

corners, ASMM 6.59features, ASMM 6.51lining, ASMM 8.32parapet, ASMM 6.57penetration, ASMM 6.63, 6.65, 6.67, 6.69roof, ASMM 6.55

Wall cabinets, FSE 8.1Wall mounted thermostat, APP 3.36Wall paneling, FSE 5.1Wall systems, See Metal wall systemsWall termination, KVS 4.5

and louvers, KVS 4.5Walls, SEIS 3.2Warm-up cycles, APP 7.29Warm-up/cool -down, control cycle, APP 3.22


Washer, FGDC 5.16Washing and scrubbing, APP 2.21Waste heat, pump, APP 11.13Water, IAQ 10.1

chilled, BSAR 2.16cooled condensers, APP 12.7domestic, BSAR 2.15flow sensing elements, APP 3.9heat source, APP 11.13hot, BSAR 2.16piping, APP 14.23spray humidifiers, APP 3.27

Water, Flow-Pressure Drop, TAB 9.10Water chillers, TAB 8.13Water diverter, ASMM 1.51; RSMG 1.17, 1.18Water flow, TAB 15.8; TABPG 5.8Water system

dual temperature, APP 10.18low temperature, APP 10.18medium temperature, APP 10.18

Water, Vapor, TAB 2.6Water -cooled condenser, APP 12.7Waterstops, RSMG 5.6Water -to-steam heat exchangers, APP 10.12Water -to-water, heat exchangers, APP 10.12Water -to-water, heat pump, APP 11.13Water -wash assemblies, KVS 2.13Watt density, DEHG 3.2Wax, IAQ 4.1Wearing rings, TAB 8.3Weatherability, FRP 2.2Weather -protected openings, KVS 3.2Weight, LAG 2.20

aluminum duct, RNDC 13.82-13.85round duct, DCS A.10steel duct, RNDC 13.54-13.81, W

eight per square foot of sheet metals, galvanizedsteel, DCS A.8Weld joints, See Welding positions, See WeldingsymbolsWeld strength, MGW 5.4

Weldershiring, MGW 10.2seam, MGW 3.8

Welding, SEIS 3.2, B.1amperage, MGW 3.3copper, MGW 2.3, 3.5current, MGW 6.3distortion, MGW 5.2inspection, MGW 7.3jigging, MGW 5.2machine, MGW 3.6performance, MGW 6.3productivity, MGW 6.3qualification, MGW 6.3quality, MGW 6.2, 7.2repeatability, MGW 6.2specification, MGW 6.7stick, MGW 2.4terms, MGW 11.1test, MGW 6.9, 10.2types, MGW 5.2variables, MGW 6.3

Welding equipment, MGW 3.2cable(s), MGW 3.4wire, MGW 2.7

Welding position(s), MGW 5.3, 5.10, 6.3Welding procedure(s), MGW 6.3, 6.5; RNDC iiiWelding stiffeners (Reinforcements), RNDC 4.7,5.8, 12.21, 12.22, 12.23, 12.26Welding symbols, IDC 120; MGW 5.2; RNDC 1.4,14.1, 14.13, 14.14, 14.15, 14.16, 14.17Welds

thermostat, APP 3.11Wet bulb, TAB 2.8

temperature, TAB 2.10Wet coil conditions, TAB 13.6; TABPG 3.6What is FRP, FRP 1.1Wheels, KVS 8.3Wind conversion table, RCDC 7.62Wind currents, KVS 5.5Wind effect, DD 5.6








Standards


















Wind Load, RNDC iii, 4.1, 4.3, 4.4, 4.6, 4.9, 4.11,5.1, 5.2, 5.3, 5.6, 6.1, 6.6, 7.1, 7.4, 7.5, 7.9, 7.16,7.23, 7.27, 7.29, 7.33, 17.10Wind loading, LAG 2.12Window(s), ASMM 6.45; RSMG 4.1, 4.2, 4.3, 4.5Wire, FGDC 5.1

surface temperature, DEHG 1.1Working tests, TAB 14.17; TABPG 4.17Worksheet, duct sizing, DD 7.24, 8.24World Health Organization, IAQ 1.1Woven ring, FRP 2.5, 3.1, 5.11, 7.1, 7.7, D.2, D.3,D.7Wrapping systems, KVS 3.3

Y

Yellow pages, BSAR 1.15

Yield Strength, RNDC 3.2, 3.3, 3.4, 3.5, 4.2, 4.3,7.2, 7.3, 12.34, 12.52, 12.55, 12.59, 12.60, 12.61,13.29, 14.2, 17.8, 17.9, 17.12, 17.13Yield Strength Reduction Factor, RNDC 3.8, 3.11,4.1, 6.1, 7.2

ZZ-Bar, LAG 2.4Z-Clip, LAG 2.4Zero flow readings, TAB 15.3; TABPG 5.3Z-Girt, LAG 2.4Zinc coating thickness and weight, DCS A.2Zone balancing, TAB 13.5; TABPG 3.5Zone control, APP 3.29

hydronic, APP 3.33Zone heating-cooling coordination, APP 3.29Zone record, IAQ A.4Zoned smoke control, APP 9.41; FSDG 2.2Zoning, APP 3.1; DD 4.2

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