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© FCIA 2020 FCIA Virtual Education & Committee Action Conference April 21-24, 2020 Barrier Management Symposium Executive Summary Part 1: Testing Standards for Effective Compartmentation

Test Standards for Effective Compartmentation€¦ · •NFPA 252 (Fire Doors), NFPA 257 (Fire Windows, FPR Glazing), UL 9 (Fire Windows, FPR Glazing), UL 10B and 10C (Fire Doors),

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  • © FCIA 2020

    FCIA Virtual Education & Committee Action ConferenceApril 21-24, 2020

    Barrier Management Symposium Executive Summary Part 1:Testing Standards for Effective Compartmentation

  • Fire-Resistance-Rated Construction

    2

  • Code Requirements for

    Fire-Resistance-Rated Construction

    Fire-Resistance-Rated Construction

    3

  • • IBC Section 703.2 – Fire-resistance ratings shall be determined in accordance with UL 263 or ASTM E119

    • LSC 8.2.3.1 – The fire-resistance of structural elements and building assemblies shall be determined in accordance with test procedures set forth in UL 263 or ASTM E119

    Code Requirements

    4

  • • Expressed as an Hourly Time Period• Ratings range from 1/2 to 4 hours• Contain Fire to Room or Floor of Origin and Maintain

    Structural Integrity

    Fire-Resistance

    5

  • EstablishingFire-Resistance

    Ratings

    Fire-Resistance-Rated Construction

    6

  • • UL 263• ASTM E119• NFPA 251 (Withdrawn)

    Standards

    7

  • • Columns• Beams• Floor/Ceilings or Roof/Ceilings• Walls

    Building Components

    8

  • Time - Temperature Curve

    Temp

    (ºF)

    Time (Hr)

    9

  • • Sample size - 100 sq ft / 9 ft• Load applied - Per design

    Walls

    100 sq ft9 ft

    10

  • 11

  • 12

  • 13

  • 14

  • 15

  • 16

  • • Flame passage• 250ºF / 325ºF• Support load• Hose stream

    Conditions of Acceptance – Walls

    17

  • Where Can I Find The Most Current Listing?

    UL Product iQ on www.ul.com

    18

  • Breaches in Fire-Resistance-Rated Construction• Penetrations• Joint Systems• Opening Protectives• Ducts and Air Transfer Openings

    19

  • Do breaches really impact the performance of a fire-resistance-rated assembly?

    Breaches in Fire-Resistance-Rated Construction Cont.

    Absolutely!!!

    20

  • • Each type of breach has a unique fire test standard associated with it which compliments UL 263 and ASTM E119. In addition, each breach has various ancillary standards.• Penetrations

    •Fire / Hose Stream Test Standards•ASTM E814 / UL 1479 / ULC-S115 (Fire Testing), ASTM E2226 (Hose Stream)

    •Smoke Leakage Standard•UL 1479

    Requirements for Protecting Breaches

    21

  • •Fitness for Use Standards•ASTM E2750 (Extension of Data), ASTM E3037 (Movement), ASTM E3157 (Firestop Installations), UL 1479 (W Ratings)

    •Inspections Standard•ASTM E2174

    •Inspectors Standard•ASTM E3038

    Requirements for Protecting Breaches

    22

  • • Fire-Resistant Joint Systems•Fire / Hose Stream Test Standards

    •ASTM E1966 / UL 2079 / ULC-S115 (Fire Testing of Construction Joints), ASTM E2226 (Hose Stream), ASTM E2307 (Perimeter Fire Containment), ASTM E2837 (Cont. HW Joints)

    •Smoke Leakage Standard•UL 2079

    •Fitness for Use Standards•UL 2079 (W Ratings)

    •Inspections Standard•ASTM E2393

    Requirements for Protecting Breaches

    23

  • •Inspectors Standard•ASTM E3038

    • Opening Protectives•Fire / Hose Stream Test Standards

    •NFPA 252 (Fire Doors), NFPA 257 (Fire Windows, FPR Glazing), UL 9 (Fire Windows, FPR Glazing), UL 10B and 10C (Fire Doors), UL 263 (FRR Glazing)

    •Smoke Leakage Standard•UL 1784

    •Installation and Maintenance Standards•NFPA 80 (Fire Doors and Fire Windows), NFPA 105 (Smoke Rated Doors)

    Requirements for Protecting Breaches

    24

  • • Duct and Air Transfer Openings•Fire / Hose Stream Test Standards

    •UL 555 (Fire, Combination and Corridor Dampers), UL 263 and 555C (Ceiling Radiation Dampers)

    •Smoke Leakage Standard•UL 555S (Smoke, Combination and Corridor Dampers)

    •Installation and Maintenance•NFPA 80 (Fire, Combination, Corridor and Ceiling Radiation Dampers), NFPA 105 (Smoke, Combination and Corridor Dampers)

    Requirements for Protecting Breaches

    25

  • Through- and Membrane-Penetration Firestop Systems

    26

  • • Floor or Wall Assembly• Penetrating Item• Firestopping Products

    Three Elements of a Firestop System

    27

  • Code Requirements for

    Penetrations

    Through- and Membrane-PenetrationFirestop Systems

    28

  • • IBC Section 714 – Firestop systems shall be protected by an approved penetration firestop system installed as tested in accordance with ASTM E814 or UL 1479

    • LSC – Firestop systems or devices shall be tested in accordance with ASTM E814 or UL 1479

    Code Requirements

    29

  • • F – Flame Occurrence• T – Heat Transmission• L – Leakage (Optional)• W – Water Leakage (Optional)

    Ratings – UL 1479

    30

  • EstablishingF and TRatings

    Through- and Membrane-PenetrationFirestop Systems

    31

  • • UL 1479• ASTM E814

    Standards

    32

  • Full-Scale Wall Assembly

    33

  • Small-Scale Wood Floor Assembly

    34

  • Cables Through Wood Floor

    35

  • Conduit Through Wood Floor

    36

  • Time - Temperature Curve

    Temp

    (ºF)

    Time (Hr)

    37

  • Hose Stream Test

    38

  • • Passage of Flame• Hose Stream

    Conditions of AcceptanceF Rating

    39

  • • Passage of Flame• 325ºF Temperature Rise• Hose Stream

    Conditions of AcceptanceT Rating

    40

  • Establishingan L Rating

    Through- and Membrane-PenetrationFirestop Systems

    41

  • • Optional L Rating methodology added to ANSI/UL 1479 in 1993

    • Leakage determined at 0.3 in. WC• Tested at Ambient and 400ºF• Results published in either CFM or CFM per sq ft

    L (Air Leakage) Ratings

    42

  • L (Air Leakage) Ratings

    43

  • L (Air Leakage) Ratings

    44

  • L (Air Leakage) Ratings

    45

  • L (Air Leakage) Ratings

    46

  • • Incidental chamber leakage determined using blank slab

    • Air leakage of test sample determined at ambient temperature

    • Air leakage of test sample determine at 400ºF• Incidental chamber leakage rechecked after cooling

    Test Procedure

    47

  • • Firestop system assigned L Rating at ambient and 400ºF, by subtracting incidental chamber leakage from test sample leakage

    • L Ratings of firestop systems published along with F and T Ratings

    Test Procedure Cont.

    48

  • Where Can I Find The Most Current Listing?

    UL Product iQ on www.ul.com

    49

  • Opening Protectives

    • Fire Door Assemblies

    • Fire Window Assemblies

    50

  • Code Requirements for

    Fire Door Assemblies

    Opening Protectives

    51

  • • Section 716 of the IBC•716.2.1.1 – Side-hinged or pivoted swinging doors shall be tested to UL 10C or NFPA 252

    •716.2.1.2 – Other types of doors shall be tested to UL 10B or NFPA 252

    Code Requirements

    52

  • •716.2.1.4 & 716.2.2.1.1 – Doors in corridors and smoke barriers required to have leakage rating of 3 cfm per sq ft of door opening when tested to UL 1784

    •716.5.5 – Doors in exit enclosures and exit passageways shall have maximum transmitted temperature end point of not more than 450ºF for 30 minutes

    Code Requirements Cont.

    53

  • • LSC•Fire protection ratings shall be determined in accordance with NFPA 252, UL 10B or UL 10C

    Code Requirements Cont.

    54

  • EstablishingFire-Protection

    Ratings on Fire Door Assemblies

    Opening Protectives

    55

  • • ANSI / UL 10B• ANSI / UL 10C• NFPA 252

    Standards

    56

  • Time - Temperature Curve

    Temp

    (ºF)

    Time (Hr)

    57

  • 58

  • 59

  • 60

  • • Flame Passage• Hose Stream After Full Duration Fire Exposure

    Conditions of AcceptanceFire Door Assemblies

    61

  • Where Can I Find The Most Current Listing?

    UL Product iQ on www.ul.com

    62

  • © FCIA 2020

    Questions??

    63

  • Thanks for Attending!!!

    © FCIA 2020 64

    Rich Walke, Creative Technology Inc.Consultant for the

    Firestop Contractors International Association4415 W. Harrison Street, Suite 540

    Hillside, IL 60162(708) 236-3411www.fcia.org

    Barrier Management Symposium Executive Summary Part 1:�Testing Standards for �Effective CompartmentationFire-Resistance-Rated ConstructionFire-Resistance-Rated ConstructionCode RequirementsFire-ResistanceFire-Resistance-Rated ConstructionStandardsBuilding ComponentsSlide Number 9WallsSlide Number 11Slide Number 12Slide Number 13Slide Number 14Slide Number 15Slide Number 16Conditions of Acceptance – WallsWhere Can I Find The �Most Current Listing?Breaches in Fire-Resistance-Rated ConstructionBreaches in Fire-Resistance-Rated Construction Cont.Requirements for Protecting BreachesRequirements for Protecting BreachesRequirements for Protecting BreachesRequirements for Protecting BreachesRequirements for Protecting BreachesThrough- and Membrane-Penetration Firestop SystemsThree Elements of a Firestop SystemThrough- and Membrane-Penetration�Firestop SystemsCode RequirementsRatings – UL 1479Through- and Membrane-Penetration�Firestop SystemsStandardsFull-Scale Wall AssemblySmall-Scale Wood Floor AssemblyCables Through Wood FloorConduit Through Wood FloorSlide Number 37Hose Stream TestConditions of Acceptance�F RatingConditions of Acceptance�T RatingThrough- and Membrane-Penetration�Firestop SystemsL (Air Leakage) RatingsL (Air Leakage) RatingsL (Air Leakage) RatingsL (Air Leakage) RatingsL (Air Leakage) RatingsTest ProcedureTest Procedure Cont.Where Can I Find The �Most Current Listing?Opening ProtectivesOpening ProtectivesCode RequirementsCode Requirements Cont.Code Requirements Cont.Opening ProtectivesStandardsSlide Number 57Slide Number 58Slide Number 59Slide Number 60Conditions of Acceptance�Fire Door AssembliesWhere Can I Find The �Most Current Listing?Slide Number 63Rich Walke, Creative Technology Inc.�Consultant for the�Firestop Contractors International Association�4415 W. Harrison Street, Suite 540�Hillside, IL 60162�(708) 236-3411�www.fcia.org