【AS澳大利亚标准】AS NZS 4782.2-2004 Double-capped fluorescent lamps— Performance specifications Part 2 Minimum Energy Performance Standard (MEPS).doc

as/nzs 4782.2:2004as/nzs 4782.2australian/new zealand standarddouble-capped fluorescent lamps performance specificationspart 2: minimum energy performancestandard (meps)the standard is downloaded from standard sharingas/nzs 4782.2:2004this joint australian/new zealand standard was prepared by joint technical committee el-041, lamps and related equipment. it was approved on behalf of the council of standards australia on 22 march 2004 and on behalf of the council of standards new zealand on 2 april 2004. it was published on 16 april 2004.the following are represented on committee el-041:australian chamber of commerce and industryaustralian electrical and electronic manufacturers associationelectrical compliance testing association of australiaenergy efficiency and conservation authority of new zealandilluminating engineering society of australia and new zealandelectrical regulatory authorities council (australia)international accreditation of nz (ianz)additional interests participating in the preparation of this standard: australian greenhouse officeministry of economic development, new zealandnational appliance and equipment energy efficiencykeeping standards up-to-datestandards are living documents which reflect progress in science, technology and systems. to maintain their currency, all standards are periodically reviewed, and new editions are published. between editions, amendments may be issued. standards may also be withdrawn. it is important that readers assure themselves they are using a current standard, which should include any amendments which may have been published since the standard was purchased.detailed information about joint australian/new zealand standards can be found by visiting the standards web shop at .au or standards new zealand web site at www.standards.co.nz and looking up the relevant standard in the on-line catalogue.alternatively, both organizations publish an annual printed catalogue with full details of all current standards. for more frequent listings or notification of revisions, amendments and withdrawals, standards australia and standards new zealand offer a number of update options. for information about these services, users should contact their respective national standards organization.we also welcome suggestions for improvement in our standards, and especially encourage readers to notify us immediately of any apparent inaccuracies or ambiguities. please address your comments to the chief executive of either standards australia international or standards new zealand at the address shown on the back cover.this standard was issued in draft form for comment as dr 03425.as/nzs 4782.2:2004australian/new zealand standarddouble-capped fluorescent lamps performance specificationspart 2: minimum energy performancestandard (meps)first published as as/nzs 4782.2:2004.copyright standards australia/standards new zealandall rights are reserved. no part of this work may be reproduced or copied in any form or by any means, electronic or mechanical, including photocopying, without the written permission of the publisher.jointly published by standards australia international ltd, gpo box 5420, sydney, nsw 2001 and standards new zealand, private bag 2439, wellington 6020isbn 0 7337 5878 9as/nzs 4782.2:20043the standard is downloaded from standard sharingprefacethis standard was prepared by the members of the joint standards australia/standardsnew zealand technical committee el-041-08, lightingenergy performance. the objective of this part of the standard as/nzs 4782.2 is twofold:(a) to specify minimum energy performance requirements for certain double-capped fluorescent lamps that are sold in australia and new zealand. the meps levels stated in this standard cover general purpose tubular fluorescent lamps of certain length and wattage, operating in single-phase, 50 hz supply.(b) to specify a labelling scheme for household lamps offered in australia and newzealand. the labelling scheme is presently voluntary and is based on the europeana-g label established in 1998 by commission directive 98/11/ec. the requirements for labelling are covered in appendix c of this standard.the standard consists of the following parts: as/nzs4782double-capped fluorescent lampsperformance specifications4782.1part 1: general4782.2part 2: minimum energy performance standard (meps) (this standard)this standard was prepared in response to the publication of a plan for the regulation of lamps by the national appliance and equipment energy efficiency committee (naeeec) in 2002. the plan called for the introduction of minimum energy performance regulations for linear fluorescent lamps at a level which is broadly consistent with the canadian, usa and nz meps, although there are some variations due to the differences in products used in individual countries.this standard is published with the approval of the combined state and territory regulatory authorities and is structured to be suitable for reference in legislation calling up minimum energy performance standards and also for reference in energy labelling regulatory legislation. it refers to as/nzs 4782.1 for test procedures. this standard will come into force no earlier than 1 october 2004.the australian government encourages the use of the labelling scheme proposed in this standard and may consider a mandatory approach, if there is no substantial increase in the use of this labelling scheme.the regulations arising from this standard are intended to eliminate halophosphate lamps from the australian market, thereby ensuring that savings are maintained.in new zealand, the requirements specified in nzhb 4782.2, published in december 2001 are broadly equivalent to this standard. this standard is structured to allow common requirements in australia and new zealand.the terms normative and informative are used in this standard to define the application of the appendix to which they apply. a normative appendix is an integral part of a standard, whereas an informative appendix is for information and guidance.statements expressed in mandatory terms in notes to figures, are deemed to be requirements of this standard. shall indicates a requirement is mandatory, while should indicates a recommendation and good practice.contentspagesection 1 scope and general1.1scope . 41.2exclusions . 41.3application . 41.4referenced documents . 51.5definitions . 5section 2 performance criteria2.1general . 72.2minimum energy performance standard (meps) . 72.3test conditions for determining minimum energyperformance standard of tubular fluorescent lamps . 72.4number of tests and processing of data . 8section 3 application and test result formats3.1application for registration . 93.2holding of records . 9appendicesaapplication for registration of tubular fluorescent lampfor meps . 11bsummary test report for a tubular fluorescent lamp for meps . 16clabelling for household lamps. 19as/nzs 4782.2:200423the standard is downloaded from standard sharingstandards australia/standards new zealandaustralian/new zealand standarddouble-capped fluorescent lampsperformance specificationspart 2: minimum energy performance standard (meps)s e c t i o n1s c o p ea n dg e n e r a l1.1 scopethis standard specifies minimum energy performance standard (meps) requirements for double-capped (fd and fdh) tubular fluorescent lamps with a nominal length of 550 mm to 1500 mm and having nominal lamp wattage of 16 watts or more, that are within the scope of as/nzs 4782.1.this standard further specifies the following: (a)efficacy determination.(b) minimum energy performance standard requirements. (c)colour rendering index requirements.(d) test report format.this standard covers lamps for general illumination purposes, for use in luminaires and with lamp ballasts connected to a 230 v 50 hz single phase or similar mains supply. lamps that are intended for use only with high frequency (electronic) ballasts are also covered.1.2 exclusionsthis standard does not apply to lamps that are clearly not intended for general illumination, specifically(a) lamps with a dominant colour or with an output that is predominantly outside the visible spectrum;(b) lamps for colour matching and that have a colour rendering index greater than 90 and a colour appearance approximating to a point on the black body locus;(c) lamps that are specifically for use in an industrial or agricultural process; (d)lamps for medical applications; or(e) lamps that have been given written exemption by the relevant regulatory authority on the grounds that they are for a specific purpose other than general illumination and are clearly distinguishable from lamps for general illumination.this standard does not specify electrical safety requirements.1.3 applicationthis standard shall be read in conjunction with part 1 of the standard; as/nzs 4782.1.copyright1.4 referenced documentsthe following documents are referred in this standard: as2706numerical valuesrounding and interpretation of limitingvaluesas/nzs4782double-capped fluorescent lamps4782.1part 1: performance specificationscie13.31995method of measuring and specifying colour rendering properties of light sourcescommission of theeuropean communitiescommission directive 98/11/ec implementing council directive 92/75/eec with regard to energy labelling of household lamps1.5 definitionsfor the purpose of this standard, the definitions from as/nzs 4782.1 and those below apply.1.5.1 check testa full or part test in accordance with as/nzs 4782.1 to verify the initial efficacy, maintained efficacy and/or colour rendering index of an individual model.1.5.2 colour rendering index (cri)the colour rendering index (cri) is a relative measure of the shift in surface colour of an object when lit by a particular lamp, compared with how the object would appear under a reference light source.cri is a numerical representation that rates the colour rendering ability of a light source in comparison with natural daylight, which has a cri of efficacyefficacy is the ratio of lamp lumen output to the power dissipated in the lamp under the-1specified conditions of measurement. symbol: f, units: lumens watts. efficacy is normallydetermined at a specified point in the lamp life (refer clauses 1.5.4 and 1.5.5).1.5.4 initial efficacyinitial efficacy is the efficacy measured on a new lamp after 100 h of operation. symbol:-1f100, units: lumens watts .1.5.5 maintained efficacymaintained efficacy is the efficacy measured at 5000 h of lamp life. symbol: fm, units:1lumens watts .maintained efficacy fm shall be determined as stated in clause .6 family of modelsa range of models of the one brand, for which a single set of test reports is applicable and where each of the models has the same relevant physical characteristics, efficacy, and performance characteristics (including colour rendering index). the term model is synonymous with family of models.the standard is downloaded from standard sharing1.5.7 measured quantitiesquantities used in this standard shall be measured during tests carried out in accordance with as/nzs 47.8 roundingunless otherwise stated, numbers shall be rounded and recorded to five significant figures in accordance with as 270 supplierin australia or new zealand supplier means the manufacturer or, where a completed product is manufactured for exclusive supply to a second agent, the second agent may be identified as the supplier. for products manufactured outside australia and new zealandsupplier means manufacturers local agent or importer, having an address in the country(s)where the product is sold (australia and/or new zealand).s e c t i o n2p e r f o r m a n c ec r i t e r i a 2.1 generalall fluorescent lamps covered within the scope of clause 1.1, shall conform to the performance criteria specified in clauses below.2.2 minimum energy performance standard (meps)each tubular fluorescent lamp shall meet the requirements in table 1 for initial efficacy(f100), maintained efficacy (fm) and minimum cri.fm may be calculated from test data measured at more or less than 5000 h as follows:(a) where lumen data is not available for 5000 h, any unadjusted single measurement at more than 5000 h may be used to confirm the fm requirements.(b) where a lumen measurement is available for over 2000 h but less than 5000 h, fmmay be calculated as follows(i) by linear extrapolation from the f100 value through the measured data point to5000 h; or(ii) by linear interpolation between a point in the range of 2000 to 5000 h and second point in the range 5000 to 8000 h.table 1lamp efficacy requirementslamp nominal length l (mm ) (mandatory)550 l 700700 l 11501150 l 13501350 l 1500lamp typical power (watts) (informative)16 2417 4028 5035 80initial efficacymaintained efficacyf100 66.0 andfm 57.5f100 74.0 andfm 61.0f100 80.0 andfm 70.0f100 85.0 andfm 70.0minimum cri696969692.3 test conditions for determining minimum energy performance standard of tubular fluorescent lampsinitial lamp efficacy (lumen output and lamp power) shall be determined in accordance with annex b of as/nzs 4782.1, except that tests on high frequency operated lamps with a nominal diameter of 16 mm (t5) may be made at an ambient temperature of 35c (instead of 25c).maintained efficacy (lumen output and lamp power) shall be determined in accordance withannex c of as/nzs 4782.1.colour rendering index (cri) shall be determined in accordance with cie 13.31995.the standard is downloaded from standard sharing2.4 number of tests and processing of datafor the purposes of verification of the rated values of a model at least one unit of the nominated model should be tested in accordance with the standards specified in clause 2.3. more than one unit may be tested at the suppliers discretion. a test report in accordance with appendix b should be submitted for each of the meps requirements specified in clause 2.2.note: products may be registered on the basis of manufacturers published data.s e c t i o n3a p p l i c a t i o na n dt e s t r e s u l tf o r m a t s 3.1 application for registration3.1.1 generalwhere the relevant regulatory authority requires registration or approval of minimumenergy performance standard requirements, clauses 3.1.2 and 3.1.3 shall apply.note: only australia requires registration for meps.3.1.2 registrationfor meps registration of the tubular fluorescent lamp brand and model, or type, an application in the format shown in appendix a of this standard shall be submitted.note: applications in the form of computer printouts, which present all the information in a similar layout to the forms in appendix a, are equally acceptable.to register, contact the relevant state regulatory authority.note: details of the relevant regulatory bodies, electronic registration forms and details of on- line registration are available from .au3.1.3 test reporta test report summary in accordance with appendix b for each model tested should be submitted, if available, with the meps application.where a summary report in accordance with appendix b is not submitted, the source of data in the meps application shall be indicated in appendix a.3.1.4 supporting documentsall supporting documents and test reports used in the meps application and any summary report in appendix b shall be made available to the relevant regulatory authorit