UL SUBJECT 139-2014 Outline of Investigation for Medium- and High-Expansion Foam-Extinguishing System Equipment and Concentrates (Issue 6)《中膨胀和高膨胀泡沫灭火系统设备和集中器的调查大纲 (议题6)》.pdf

《UL SUBJECT 139-2014 Outline of Investigation for Medium- and High-Expansion Foam-Extinguishing System Equipment and Concentrates (Issue 6)《中膨胀和高膨胀泡沫灭火系统设备和集中器的调查大纲 (议题6)》.pdf》由会员分享，可在线阅读，更多相关《UL SUBJECT 139-2014 Outline of Investigation for Medium- and High-Expansion Foam-Extinguishing System Equipment and Concentrates (Issue 6)《中膨胀和高膨胀泡沫灭火系统设备和集中器的调查大纲 (议题6)》.pdf（36页珍藏版）》请在麦多课文档分享上搜索。

1、UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION ORDISTRIBUTION WITHOUT PERMISSION FROM ULJANUARY 24, 20141UL 139Outline of Investigation for Medium- and High-Expansion Foam-Extinguishing System Equipment and ConcentratesIssue Number: 6January 24, 2014Summary of TopicsThis Sixth issue

2、 of the Outline of Investigation for Medium- and High-Expansion Foam-Extinguishing System Equipment and Concentrates, UL139, is being published to include requirements for medium-expansionfoam concentrate and medium expansion foam discharge equipmentintended to comply with the requirements for the d

3、esign, installation,operation, testing, and maintenance of foam systems for fire protectionincluded in the Standard for Low-, Medium-, and High-Expansion Foam,NFPA 11.ULs Outlines of Investigation are copyrighted by UL. Neither a printed norelectronic copy of an Outline of Investigation should be al

4、tered in any way. All ofULs Outlines of Investigation and all copyrights, ownerships, and rights regardingthose Outlines of Investigation shall remain the sole and exclusive property of UL.COPYRIGHT 2014 UNDERWRITERS LABORATORIES INC.UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR

5、DISTRIBUTION WITHOUT PERMISSION FROM ULJANUARY 24, 2014UL 1392No Text on This PageUL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION ORDISTRIBUTION WITHOUT PERMISSION FROM ULCONTENTSINTRODUCTION1 Scope .52 Components 53 Units of Measurement .54 Undated References 65 Glossary .6CONSTRUCT

6、ION6 Full Scale Equipment 86.1 Assembly 86.2 Materials 96.3 Rated pressure .106.4 Foam generators 107 Foam Liquid Concentrates 107.1 Storage temperature .107.2 Proportioning methods .107.3 Storage containers 10PERFORMANCE8 General .118.1 Verification of foam concentration .119 Foam Liquid Concentrat

7、es 119.1 Laboratory scale foam quality expansion ratio .119.2 Temperature cycling test .139.3 Aging test 139.4 Separation test 1410 Foam Liquid Concentrates and Full Scale Equipment .1410.1 Proportioning rate test 1410.2 Minimum storage temperature test .1510.3 Foam capacity and foam quality expansi

8、on ratio test for generators 1510.4 Foam breakdown test with sprinklers .1610.5 Class A fire test Portable foam generators .1810.6 Class B fire test Portable foam generators .1911 Foam Liquid Concentrates and Small Scale Equipment .2011.1 Class A fire test Fixed foam generators .2011.2 Class B fire

9、test Fixed foam generators .2212 Full Scale Foam Equipment 2312.1 Fire exposure test 2312.2 Hydrostatic strength test 2312.3 Hydraulic characteristics test .2412.4 10-Day moist ammonia air stress cracking test .2412.5 Salt spray corrosion test 2513 Full Scale Foam Equipment Components 2613.1 Elastom

10、eric parts tests 2613.2 Rubber hose materials tests .2813.3 Exposure and aging tests for polymeric and fiberglass components used in parts otherthan nonmetallic containers 29JANUARY 24, 2014 UL 139 3UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION ORDISTRIBUTION WITHOUT PERMISSION FRO

11、M UL14 Foam Liquid Concentrate Components 3214.1 Drop test 3214.2 Nonmetallic storage container tests .32MARKINGS15 Foam Equipment .3316 Foam Liquid Concentrates .34INSTRUCTIONS17 Foam Equipment and Liquid Concentrates .35JANUARY 24, 2014UL 1394UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPR

12、ODUCTION ORDISTRIBUTION WITHOUT PERMISSION FROM ULINTRODUCTION1 Scope1.1 These requirements cover foam liquid concentrates, proportioning equipment, and dischargingequipment for producing foam intended for fire extinguishment or control. For medium-expansion foam,the expansion ratio is 20:1 to 200:1

13、. For high-expansion foam, the expansion ratio is 200:1 toapproximately 1000:1. These requirements are based on the premise that a specific foam liquidconcentrate shall be investigated for use with the intended foam equipment.1.2 Requirements for the design, installation, operation, testing, and mai

14、ntenance of foam systems for fireprotection are included in the Standard for Low-, Medium-, and High-Expansion Foam, NFPA 11.2 Components2.1 Except as indicated in 2.2, a component of a product covered by this Outline of Investigation shallcomply with the requirements for that component.2.2 A compon

15、ent is not required to comply with a specific requirement that:a) Involves a feature or characteristic not required in the application of the component in theproduct covered by this Outline of Investigation; orb) Is superseded by a requirement in this Outline of Investigation.2.3 A component shall b

16、e used in accordance with its rating established for the intended conditions ofuse.2.4 Specific components are incomplete in construction features or restricted in performance capabilities.Such components are intended for use only under limited conditions, such as certain temperatures notexceeding s

17、pecified limits, and shall be used only under those specific conditions for which they havebeen recognized.3 Units of Measurement3.1 Values stated without parentheses are the requirement. Values in parentheses are explanatory orapproximate information.JANUARY 24, 2014 UL 139 5UL COPYRIGHTED MATERIAL

18、 NOT AUTHORIZED FOR FURTHER REPRODUCTION ORDISTRIBUTION WITHOUT PERMISSION FROM UL4 Undated References4.1 Any undated reference to a code or standard appearing in the requirements of this Outline ofInvestigation shall be interpreted as referring to the latest edition of that code or standard.5 Gloss

19、ary5.1 For the purpose of these requirements, the following definitions apply.5.2 DISCHARGE COEFFICIENT K Coefficient of discharge in the formula:in which:Q is the flow in gallons per minute (L/s x 15.85),P is the pressure in pounds per square inch gauge (psig) (MPa x 145).5.3 FIXED FOAM GENERATOR F

20、oam producing and discharge equipment that is installed in a fixedposition and is not mobile.5.4 FOAM A fire fighting agent made by mechanically mixing air with a solution consisting of fresh orsalt water to which a foam liquid concentrate has been added.5.5 FOAM BREAKDOWN The diminishing effect pro

21、duced on foam by water discharged fromsprinklers.5.6 FOAM BREAKDOWN CONSTANT An empirically determined constant used to calculate therate, in cubic feet per minute, at which foam is diminished by sprinkler water discharge. This constant isexpressed as feet to the fifth power per gallon.5.7 FOAM CAPA

22、CITY The foam volume, in cubic feet per minute, produced with the intended foamgenerator operating at an inlet pressure while flowing a specific foam solution.5.8 FOAM CONCENTRATION The percent of foam liquid concentrate contained in a foam solution.5.9 FOAM LIQUID CONCENTRATE A concentrated liquid

23、foaming agent that is intended to bediluted with water.5.10 FOAM QUALITY EXPANSION RATIO A measure of foams physical characteristics, expressedas the ratio of the final foam volume to original foam solution volume prior to the addition of air.5.11 FOAM SOLUTION A proportioned or premixed homogeneous

24、 mixture of water and foam liquidconcentrate.JANUARY 24, 2014UL 1396UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION ORDISTRIBUTION WITHOUT PERMISSION FROM UL5.12 FULL SCALE EQUIPMENT Field installed devices for proportioning foam solution or producingand discharging foam.5.13 HEPTANE

25、 A commercial grade hydrocarbon used as a test fuel with the followingcharacteristics:Minimum Initial boiling point 190F (88C)Maximum Dry point 212F (100C)Specific gravity (60F/60F) (15.6C/15.6C) 0.69 0.735.14 INDUCTION A method that uses the venturi principle to introduce a proportionate quantity o

26、ffoam liquid concentrate into a water stream.a) Pressure Induction This method utilizes the water supply to pressurize the foam liquidconcentrate storage tank. At the same time, water flowing through an adjacent venturi or orificecreates a pressure differential. The difference between the water supp

27、ly pressure and this lowerpressure area forces the foam liquid concentrate to flow through a fixed or metering orifice intothe water stream.b) Vacuum Induction This method utilizes the reduced pressure created by water passingthrough a venturi to draw the foam liquid concentrate from a storage tank

28、or container atatmospheric pressure, through a pick-up tube and mix it with the water stream.c) Pump and Motor Induction This method utilizes an auxiliary pump to inject foam liquidconcentrate into the water stream passing through an inductor. The inductor may be inserted inthe line at any point bet

29、ween the water source and the discharge equipment.5.15 INDUCTOR A device that uses the venturi principle to introduce a proportionate quantity offoam liquid concentrate into a water stream.a) Line Proportioner Type The pressure at the throat is below atmospheric pressure and willdraw in foam liquid

30、concentrate from atmospheric storage.b) Ratio Controller Type The pressure at the throat is below the pressure at the foam liquidconcentrate inlet allowing it to flow in from the pressurized source.5.16 PORTABLE FOAM GENERATOR Foam producing and discharge equipment that is intended tobe stored so th

31、at the generator is not exposed to the fire hazard and is capable of being manuallytransported on an as-needed basis.5.17 PREMIXED FOAM SOLUTION A homogeneous mixture produced by introducing a measuredamount of foam liquid concentrate into a given amount of water in a storage tank.5.18 PROPORTIONER

32、A device intended to provide a continuous introduction of foam liquidconcentrate at the recommended ratio into the water stream to form foam solution. The inductiondevices described in this document are considered proportioners.5.19 PROPORTIONING The continuous introduction of foam liquid concentrat

33、e at the recommendedratio into the water stream to form foam solution.5.20 SALT WATER Synthetic seawater complying with the Standard Practice for the Preparation ofSubstitute Ocean Water, ASTM D1141.JANUARY 24, 2014 UL 139 7UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION ORDISTRIBUTI

34、ON WITHOUT PERMISSION FROM UL5.21 SMALL SCALE EQUIPMENT Devices for proportioning foam solution or producing anddischarging foam, used for the fire tests, that produce foam having a foam quality expansion ratioapproximating that produced using full scale equipment.5.22 TRANSIT TIME The time required

35、 for the foam leading edge to travel from the point of foamgeneration to the top of the test combustibles.CONSTRUCTION6 Full Scale Equipment6.1 Assembly6.1.1 Threaded dimensions used for pipe connections shall comply with the requirements in the Standardfor Pipe Threads, General Purpose, ASME B1.20.

36、1 or other national or international pipe threadstandards.6.1.2 Flange dimensions and bolt layouts used for pipe connections shall comply with the requirementsin the Standard for Pipe Flanges and Flanged Fittings, ASME B16.5 or other national or international pipeflange standards.6.1.3 Bolts, nuts,

37、and studs employed for the bolting of pressure-holding castings shall comply with theapplicable requirements in the Standard Specification for Carbon Steel Bolts and Studs, 60,000 PSITensile Strength, ASTM A307, or other equivalent national or international bolt and stud standards; andin the Standar

38、d Specification for Carbon and Alloy Steel Nuts, ASTM A563, or other equivalent nationalor international nut standards.6.1.4 The load on any bolt shall not exceed the minimum tensile strength specified in the StandardSpecification for Carbon Steel Bolts and Studs, 60,000 PSI Tensile Strength, ASTM A

39、307, or otherequivalent national or international bolt and stud standards, when the equipment is pressurized to thehydrostatic test pressure as determined by the Hydrostatic Strength Test, Section 12.2. The area of theapplication of pressure shall be calculated as follows:a) If a full-face gasket is

40、 used, the area of force application is that extending out over the areacircumscribed by the center line of the bolts.b) If an O ring seal or ring gasket is used, the area of force application is that extending outof the center line of the O ring or gasket.6.1.5 An internal operating part whose remo

41、val is necessary during anticipated maintenance or repairshall be accessible, removable, and replaceable without damage to the equipment.6.1.6 The construction of an operating part shall not permit it to be reassembled other than as intendedif the part is disassembled during anticipated field servic

42、ing.JANUARY 24, 2014UL 1398UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION ORDISTRIBUTION WITHOUT PERMISSION FROM UL6.2 Materials6.2.1 A casting shall be smooth and free from scale, lumps, cracks, blisters, sand holes, and defects ofany nature that can affect the use for which it is

43、intended. A casting shall not be plugged or filled, but ispermitted to be impregnated to remove porosity.6.2.2 Foam equipment and components constructed from brass containing more than 15 percent zincshall resist stress corrosion cracking as determined by the 10-Day Moist Ammonia Air Stress Cracking

44、Test, Section 12.4.6.2.3 Foam equipment shall resist galvanic corrosion and corrosion caused by atmospheric conditions asdetermined by the Salt Spray Corrosion Test, Section 12.5.6.2.4 An interior bolt, screw, or other similar fastener shall be made of bronze or of other material havingthe strength

45、and resistance to corrosion at least equal to that of bronze.6.2.5 A part that bears against, rotates within, or slides on stationary parts, and that must be free to moveduring intended operation, shall:a) Be made of corrosion resistant material, such as bronze, chrome-plated bronze, monelmetal, and

46、 the like; orb) If made of materials lacking corrosion resistant properties, be fitted with bushings, inserts, orother parts made of corrosion resistant materials at those points where freedom of motion isrequired.6.2.6 An elastomeric part other than hose shall comply with the requirements of the El

47、astomeric PartsTests Other Than Hose, Section 13.1.6.2.7 A rubber hose shall comply with the Rubber Hose Material Tests, Section 13.2.6.2.8 Plastic or other nonmetallic components, other than an O-ring, gasket, hose, or bladder, shallcomply with the requirements of the Exposure and Aging Tests for P

48、olymeric and Fiberglass ComponentsUsed in Parts Other Than Containers, Section 13.3.6.2.9 External plastic materials used in the construction of foam equipment shall have a flammabilityclassification of Type HB, V-2, V-1, V-0, or 5V, when tested in accordance with the Standard for Tests forFlammabil

49、ity of Plastic Materials for Parts in Devices and Appliances, UL 94.JANUARY 24, 2014 UL 139 9UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION ORDISTRIBUTION WITHOUT PERMISSION FROM UL6.3 Rated pressure6.3.1 Foam equipment that is subjected to pressure shall be constructed of pressure retainingcomponents and have a minimum rated working pressure of 175 psi (1.2 MPa).6.3.2 A tank that is subjected to air, gas, or water pressure, or to a combination thereof, shall bedesigned, constructed, tes