ASSE 1071-2008 Performance Requirements for Temperature Actuated Mixing Valves For Plumbed Emergency Equipment.pdf

1、Performance Requirements forTemperatureActuated MixingValves For PlumbedEmergencyEquipmentAmerican Society of Sanitary EngineeringASSE Standard #1071-2008ASSE Board Approved: JANUARY 14, 2008ANSI Approval: DATEAn American National StandardCopyright American Society of Sanitary Engineering Provided b

2、y IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-Copyright American Society of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-American Soci

3、ety of Sanitary EngineeringWestlake, OhioCopyright 2008Neither this standard, nor any portion thereof, may be reproduced without the written consentof the American Society of Sanitary Engineering.No product may be said to be ASSE approved unless the manufacturer has applied to theASSE, has had his p

4、roduct tested according to the applicable ASSE Standards, and when theproduct has passed the test, displays the ASSE Seal on the product.Instructions for receiving the authorization to display the Seal are available from ASSEsInternational Office. Organizations wishing to adopt or list any ASSE Stan

5、dard should print theASSE Standard number on the cover page first and in equal or larger type to that of the adoptingor listing organization.General InformationTemperature Actuated Mixing Valves For Plumbed Emergency Equipment iASSE Standard #1071 - 2008Copyright American Society of Sanitary Enginee

6、ring Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-ii Temperature Actuated Mixing Valves For Plumbed Emergency EquipmentASSE Standard #1071 - 2008Copyright American Society of Sanitary Engineering Provided by IHS under lice

7、nse with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-The foreword is not a part of this standard, however it is offered to provide background infor-mation.Water mixing (also defined as tempering or blending) valves are used extensively in applica-tions for

8、 emergency shower/eye and face wash systems to mix hot and cold water to provide“tepid“ water. The term “tepid“ has not been specifically defined, but is generally understoodto mean “lukewarm“ or “moderately warm“.These devices, while designed for automatic control of the hot water temperature withi

9、n areasonable degree of uniformity, should not be confused or used in place of the ASSE Stan-dard 1016, 1017, 1069 or 1070 devices. Valves designed to meet this standard are intendedto be used as a component that can provide tepid water for emergency eye wash and showerequipment that comply with the

10、 requirements of ANSI Standard Z358.1. These valves, bythemselves, do not meet the requirements of ANSI Standard Z358.1.In circumstances where chemical reaction is accelerated by flushing fluid temperature, perANSI Z358.1 a medical advisor should be consulted for the optimum temperature for eachappl

11、ication.This standard does not imply ASSEs endorsement of a product which conforms to theserequirements.Compliance with this standard does not imply acceptance by any code body.This standard was promulgated in accordance with procedures developed by the AmericanNational Standards Institute (ANSI).Fo

12、rewordTemperature Actuated Mixing Valves For Plumbed Emergency Equipment iiiASSE Standard #1071 - 2008Copyright American Society of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-Edward LyczkoProduct Sta

13、ndards Committee ChairmanCleveland ClinicCleveland, OhioRand H. AckroydRand EngineeringNewburyport, MassachusettsMichael BeckwithState of Wisconsin Department of CommerceMadison, WisconsinGunnar O. CollinsCollins Backflow Specialists, Inc.Palatine, IllinoisJudson W. CollinsJULYCO ProfessionalsMannfo

14、rd, OklahomaShannon M. CorcoranASSE Standards CoordinatorWestlake, OhioA. Richard EmmersonGeneral InterestBuffalo Grove, IllinoisCharles GrossInternational Association of Plumbingand Mechanical OfficialsWalnut, CaliforniaSteven HazzardASSE Staff EngineerWestlake, Ohio2006-07 Product Standards Commit

15、teeJohn F. Higdon, P.E.Apollo Valves/Conbraco Industries, Inc.Pageland, South CarolinaValentine Lehr, P.E.Lehr AssociatesNew York, New YorkChuck LottPrecision Plumbing Products, Inc.Portland, OregonPeter MarzecUnited Association ofPlumbers and PipefittersWashington, D.C.Brad NollWilkins, A Division

16、of Zurn Industries, Inc.Paso Robles, CaliforniaThomas C. PitcherelloState of New JerseyBordentown, New JerseyShabbir RawalpindiwalaKohler CompanyKohler, WisconsinTsan-Liang Su, Ph.D.Center for Environmental SystemsStevens Institute of TechnologyHoboken, New JerseyJoseph C. Zaffuto, P.E.ASSE Staff En

17、gineerWestlake, Ohioiv Temperature Actuated Mixing Valves For Plumbed Emergency EquipmentASSE Standard #1071 - 2008Copyright American Society of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-Temperature

18、 Actuated Mixing Valves For Plumbed Emergency Equipment vASSE Standard #1071 - 2008William Hall1071 Working Group ChairLeonard Valve Co.Cranston, Rhode IslandRand AckroydRand EngineeringNewburyport, MassachusettsCarton BirchGuardian EquipmentChicago, IllinoisRobert CastleHoneywell Water SolutionsWar

19、wick, Rhode IslandWilliam ChapinCash Acme / Reliance WorldwideCullman, AlabamaRichard CotaLeonard Valve Co.Cranston, Rhode IslandRobert EveleighLawler Manufacturing Co.Indianapolis, IndianaJames FleitzSpeakman Co.Cranston, Rhode IslandKlaus FrommeBradley CorporationMenomonee Falls, WisconsinSusan Ga

20、laydaProduct Listing Services, Inc.Litchfield, Ohio1071 Working GroupRon GeorgeRon George Design and ConsultingNewport, MichiganCasey HayesHaws CorporationSparks, NevadaSteven HazzardASSE Staff EngineerWestlake, OhioTim KilbaneSymmons Industries, Inc.Braintree, MassachusettsKevin KlineBradley Corpor

21、ationMenomonee Falls, WisconsinImants StiebrisSpeakman CompanyCranston, Rhode IslandGareth TaylorApollo Valves / Conbraco Industries, Inc.Matthews, North CarolinaDavid ViolaPlumbing Manufacturers InstituteSchaumberg, IllinoisJoseph C. Zaffuto, PEASSE Staff EngineerWestlake, OhioCopyright American So

22、ciety of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-Table of ContentsSection I . 11.0 General . 11.1 Application 11.2 Scope . 1Table 1 - Minimum Flow Rates Through Floor Drains . 21.3 Construction .

23、21.4 Reference Documents 2Section II . 32.0 Test Specimens 32.1 Samples Submitted . 32.2 Samples Tested 3Table 2 32.3 Drawings . 32.4 Rejection . 4Section III 53.0 Performance Requirements and Compliance Testing . 53.1 Flow Test 5Figure 1 . 63.2 Evaporation Test . 7Figure 2 73.3 Trap Seal Interferen

24、ce Test . 83.4 Opening Test 83.5 Dirt and Debris Test 83.6 Floor Wax Test 93.7 Grease Test 93.8 Life Cycle Test 93.9 Physical Test of Membrane Material . 10Table 3 10Section IV . 114.0 Detailed Requirements 114.1 Materials 114.2 Instructions for Marking and Installation 114.3 Installation Instructio

25、ns 11Section V . 12vi Temperature Actuated Mixing Valves For Plumbed Emergency EquipmentASSE Standard #1071 - 2008Copyright American Society of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-Temperature

26、Actuated MixingValves For Plumbed EmergencyEquipmentSection I1.0 General1.1 ApplicationTemperature Actuated Mixing Valves for Plumbed Emergency Equipment (herein referred to as“device“), including eyewash, eye/face wash, drench showers, and combination units are intendedto be installed in systems th

27、at comply with ANSI Z358.1.1.2 Scope1.2.1 DescriptionThese devices shall consist of a hot water inlet connection, a cold water inlet connection, a mixedwater outlet connection, a temperature controlling element, and a means for adjusting the mixedwater outlet temperature while in service. The device

28、 shall also have a means to limit the maximumoutlet temperature under normal operating conditions. Provisions shall be made so that thetemperature cannot be inadvertently adjusted.1.2.2 ConnectionsDimensions of pipe threads, flanges and other connections shall conform to appropriate industrystandard

29、s.1.2.3 Maximum Working PressureThe device shall be designed to function at a maximum working pressure of at least 125.0 psi(861.9 kPa).1.2.4 Temperature Range1.2.4.1 Inlet Water Temperature RangeThe hot water inlet temperature range shall be 120.0 F to 180.0 F (48.9 C to 82.2 C), and thecold water

30、inlet temperature range shall be 40.0 F to 70.0 F (4.4 C to 21.0 C). The cold watersupply shall be at least 20.0 F (11.0 C) lower than the outlet water temperature setting.1.2.4.2 Outlet Water Temperature RangeThe device shall be capable of supplying the emergency fixture with an adjustable range, a

31、 portionof which falls within 65.0 F to 95.0 F (18.3 C to 35.0 C). The outlet temperature shall not exceed100.0 F (37.8 C) under normal operating conditions.1.2.5 Hot Water FailureUpon hot water failure, the cold water shall continue to flow at the manufacturers rated by-passflow rate at 30.0 psi (2

32、06.9 kPa) differential pressure.Temperature Actuated Mixing Valves For Plumbed Emergency Equipment 1ASSE Standard #1071 - 2008Copyright American Society of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-

33、1.2.6 Cold Water FailureUpon cold water failure, the hot water shall continue to flow at a rate not to exceed the valueslisted in Table 1.Table 11.2.7 Cross FlowThe device shall include a means of preventing cross flow.1.3 Reference DocumentsReferenced industry standards shall be to the latest editi

34、on.Maximum Allowable Flowwith Cold Water Shut-offGPM L/min0.51.01.52.01.93.85.77.6Flow 30.0 psi 0.5 psi (206.9kPa 3.4 kPa) DifferentialPermissible Temperature VariationAbove or Below Set PointGPM L/min F C 7.07.0 20.020.0 40.040.0 and over 26.526.5 75.775.7 151.4Over 151.4+ 3.0 / - 5.0+ 5.0 / - 8.0+

35、 7.0 / - 12.0+ 7.0 / - 15.0+ 1.7 / - 2.8+ 2.8 / - 4.4+ 3.9 / - 6.7+ 3.9 / - 8.32 Temperature Actuated Mixing Valves For Plumbed Emergency EquipmentASSE Standard #1071 - 2008Copyright American Society of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or net

36、working permitted without license from IHS-,-,-Section II2.0 Test Specimens2.1 Samples SubmittedThree (3) devices of each size and model shall be submitted for testing.2.2 Samples TestedOne (1) device of each size and model shall be selected for testing. Tests shall be performed inthe order listed o

37、n (1) one device of each size submitted.2.3 DrawingsAssembly and installation drawings, and any other data necessary to determine compliance withthis standard shall accompany the devices submitted to the testing agency.2.4 RejectionFailure of one (1) device shall result in a rejection of that type o

38、r model and size.Temperature Actuated Mixing Valves For Plumbed Emergency Equipment 3ASSE Standard #1071 - 2008Copyright American Society of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-Section III3.0

39、Performance Requirements and Compliance Testing3.1 Conditioning Test3.1.1 PurposeThe purpose of this test is to verify that the device continues to function when subjected to atemperature of 200.0 F (93.3 C) at a flowing pressure of 125.0 psi (861.9 kPa).3.1.2 ProcedureInstall the device as shown in

40、 Figure 1, except supply hot water to both cold water and hot waterinlets. Open valve V2 fully. Open valve V1 sufficiently to allow hot water to bleed through the deviceto maintain a temperature of 200.0 F 5.0 F (93.3 C 2.8 C) at T3, and maintain a pressureof 125.0 psi 5.0 psi (861.9 kPa 34.5 kPa) a

41、t gauge P3, or the manufacturers maximum ratedworking pressure, whichever is higher. Run the test for six (6) hours.NOTE: If the device is incapable of flowing due to the design of the device, the design featureshould be disabled per the manufacturers recommendation for purposes of this test only.4

42、Temperature Actuated Mixing Valves For Plumbed Emergency EquipmentASSE Standard #1071 - 2008Copyright American Society of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-Figure 1Piping Schematic For Valve

43、 Test3.1.3 CriteriaVisibly check the device for leaks, distortion or damage. Any leaks or indication of change in thephysical characteristics of the materials which prevent full compliance with any subsequent testsin this standard shall result in a rejection of the device.(1) Thermocouples identifie

44、d as T1, T2, and T3 shall be either type J or T per ANSI/ISA MC96. Accuracy of measuring device shall be 1.0 F ( 0.6 C).(2) When the device on test utilizes a remote sensing element, the sensing element shall beinstalled in accordance with the manufacturers recommendations.(3) When recommended by th

45、e manufacturer, check valves shall be installed as part of thetest piping assembly.(4) Piping shall be at least as large as connections of the device except that outlets shall notbe more than two (2) pipe sizes larger than the outlet size of the valve.(5) Developed length from the outlet of the devi

46、ce to T3 (A + B + C) shall be 5.0 to8.0 feet(1.5 m to 2.4 m)Hot WaterSupplyCold WaterSupplyDeviceUnderTestHot Water Inlet Cold Water InletMixed WaterV = BALL VALVEP = PRESSURE GAUGET = THERMOCOUPLETemperature Actuated Mixing Valves For Plumbed Emergency Equipment 5ASSE Standard #1071 - 2008Copyright

47、 American Society of Sanitary Engineering Provided by IHS under license with ASSE Not for ResaleNo reproduction or networking permitted without license from IHS-,-,-3.2 Temperature Control Test3.2.1 PurposeThe purpose of this test is to verify that the outlet water temperature is automatically maint

48、ainedwithin the tolerances shown in Table 1.3.2.2 ProcedureInstall the device as shown in Figure 1. Supply water at 140.0 F 3.0 F (60.0 C 1.7 C) to thehot water inlet; and supply water at 60.0 5.0 (15.6 C 2.8 C) to the cold water inlet. Maintainthe cold water temperature to within 3.0 F (1.7 C) for the duration of the test.With V2 fully open, interactively adjust V1, the device outlet temperature adjustment and the hotand cold supply pressures so th