ASSE 1023-1979 Performance Requirements for Hot Water Dispensers Household Storage Type - Electrical《电子家用储存型热水分配器执行要求》.pdf

1、Performance Requirements forHot Water DispensersHousehold StorageType - ElectricalAmerican Society of Sanitary EngineeringASSE Standard #1023-1979ASSE Board Approved: 1979An American National StandardGeneral InformationNeither this standard, nor any portion thereof, may be reproduced without the wri

2、tten consentof the American Society of Sanitary Engineering.No product may be said to meet or to be in compliance with an ASSE Standard unless themanufacturer has applied to the ASSE, has had his product tested according to the applicableASSE Standard, and when the product has passed the test, displ

3、ays the ASSE Seal on theproduct. Instructions for receiving the authorization to display the Seal are available from ASSEInternational Office, 901 Canterbury Road, Suite A Westlake, Ohio 44145-1480 U.S.A.Organizations wishing to adopt or list any ASSE standard should print the ASSE StandardNumber on

4、 the cover page first and in equal or larger type to that of the adopting or listingorganization.American Society of Sanitary EngineeringBay Village, OhioCopyright 1979, 1973Hot Water Dispensers Household Storage Type Electrical iASSE #1023 1979ForewordResponding to a request by some administrative

5、authorities and with the cooperation of themanufacturers of these products, the ASSE Standards Committee authorized this project for thedevelopment of an ASSE Standard.Its objective was to construct a sound and reasonable set of performance guide lines for theplumbing requirements of these hot water

6、 dispensers when installed in a system of plumbing.The work of constructing these requirements was assigned to a subcommittee under thedirection of the Standards Committee.ii Hot Water Dispensers Household Storage Type ElectricalASSE #1023 1979ASSE Standards CommitteeRobert J. AndersonChief Plumbing

7、 Inspector, Allegheny County, PennsylvaniaWilliam E. DempseyPlumbing Inspector in Chief, Chicago, IllinoisWendell M. DillonChairman Member, ASSERalph LichliterChief Plumbing Inspector, Minneapolis, MinnesotaWesley R. ParkerCo-chairman, Member, ASSELyle M. ReadingChief Sanitary Engineer, Detroit, Mic

8、higan1023 Working Group CommitteeWendell M. DillonChairman, ASSE Standards CommitteeR. C. DreibelbisH (a) Manufacturers name and addressNOTE: Where this is not that of the actual manufacturers there must be means provided forits identification.(b) Trade name(c) Model number(d) Other markings which a

9、re the manufacturers standard practice.1.6 Performance and TestingDispensers shall comply with all of the requirements of Section II.1.7 Electrical1.7.1 Hot water dispensers shall have been tested for electrical compliance under appropriateUnderwriters Laboratories Safety Standards where applicable

10、and for compliance with 1.7.2.2 Hot Water Dispensers Household Storage Type ElectricalASSE #1023 19791.7.2 The dispenser shall be so constructed as to prevent the creation of hazardous conditionsin the event that the heater is energized when the tank is dry.1.8 Useful Hot WaterTo obtain uniformity o

11、f comparative ratings of useful hot water, all dispensers should be rated bythe following formula disregarding ambient heat loss:Rh= 0.00368 x WWhere: Rh= Recovery, gallons per hourW = Watts shown on the name plate, or amps shown on name plate times name plate voltage.This formula is based on a wate

12、r temperature rise of 100F (56C).Hot Water Dispensers Household Storage Type Electrical 3ASSE #1023 1979Section II2.0 Performance and Method of Test2.1 Number of Dispensers Required for Test2.1.1 One dispenser of each size and model shall be submitted for test. The dispenser shall betaken from the m

13、anufacturers shelf stock.2.2 Maximum Allowable Water TemperatureThe thermostat shall be set or adjusted to limit the tank water temperature to lower than theatmospheric water boiling point. See also 1.1.1.2Method of TestThis test is combined with that of 2.3.2.3 Leakage and DrippageThere shall be no

14、 leakage from the unit during a dispensing cycle nor a continuous drippage fromthe dispensing nozzle following a dispensing cycle or during any standby period. This latterrequirement is waived during the heating of the tank from a cold start.Method of TestThe test unit shall be set up according to t

15、he manufacturers instructions and be connected to anadequate water and electric supply. A thermocouple shall be installed just inside the dispensingnozzle within the water stream. The electric supply must be capable of maintaining the voltage andamperage, or wattage, shown on the name plate. Previou

16、s to energizing the heater, open thesupply valve and hold the dispensing valve open until water runs freely from the dispensing nozzle.Energize the heater. When the thermostat opens at the tank service water temperature, open thedispensing valve and check the maximum temperature of the discharging w

17、ater. Allow the waterto flow until the thermostat closes and immediately close the dispensing valve. Allow the tank toheat until the thermostat again opens. Observe for any drippage from the nozzle. Repeat the abovetest. Following this, run 10 dispensing cycles drawing 6 oz. of water for each cycle

18、allowing a periodof two minutes between the draws. Observe for any drippage from the nozzle.2.4 Product RejectionFailure to comply with any requirement of this standard shall be cause for the rejection of the modelof the device tested.4 Hot Water Dispensers Household Storage Type ElectricalASSE #1023 1979American Society of Sanitary EngineeringFOR PLUMBING AND SANITARY RESEARCH901 Canterbury Road, Suite A Westlake, Ohio 44145-1480 USATEL: (440) 835-3040 FAX: (440) 835-3488E-mail: general.infoasse-plumbing.org Web: http:/www.asse-plumbing.org