Chilean Official Standard NCh3107.Of2008 Houhold appliances - Energy efficiency in standby mode –
Labeling
Preamble
The National Institute of Standardization, INN, is the agency that is responsible for the study and preparation of technical standards nationwide. A member of the International Organization for Standardization (ISO) and the Pan American Standards Commission (COPANT), reprenting Chile at the agencies.
This rule is studied through the Technical Committee for houhold electric appliances, to establish the methodology for classification of power consumption in standby mode for appliances.
Becau there is no international standard in the development of this standard are taken into consideration the following background:
- Tables of Energy Efficiency in standby the appliances, Etiquetagem Brasileiro Program; - Profiles of Products on standby for Australia's Standby Power Strategy 2002-2012;
最早的指南针- Technical background provided by the Committee.
The Explanatory Note included in a box 2 Normative references clau is an editorial change that came with the purpo of informing the Chilean standard correspondence with international standards cited in this statement.
NCh3107
The standard has been prepared by the Division of Standards, National Institute of Standards and in its study the Committee was constituted by the following organizations and individuals: Center for Rearch, Measurement and Quality
Certification, Cesmec Ltd.天冷的说说
D and S Commercial
General Electric Chile Ltda
Ingcer Ltd.
National Standards Institute, INN
LG Electronics Inc.. Chile Ltda
Procobre
清华大学少年班Country Energy Efficiency Program, PPEE National Consumer Service, Sernac
Sical Engineers S.A.
Sony Chile Ltda
Electricity and Fuels, SEC
Whirlpool Chile Ltda Alexander Vasquez Victor Urbina R. Gonzalo Teillery R. Mario Nunez G. Claudia Cerda S. Manuel Jara M. Carolina Fernandez M. Helga Larravide. Marcelo Padilla V Miguel Valenzuela B. Hernán Bravo I. Francisco Cataldo A. David Pino M.
Omar Sagredo D. Cristian Baeza J. Sergio Barrera P. Manuel G. Espejo
This standard has been approved by the Council of National Standards Institute, at its meeting held on December 21, 2007.
This standard has been officially declared the Republic of Chile for Exempt Administrative Order No. 132, dated March 24, 2008, the Ministry of Economy, Development and Reconstruction, published in the Official Gazette of April 3, 2008.
Chilean Official Standard NCh3107.Of2008 Houhold appliances - Energy efficiency in standby mode –
Labeling
1 Scope and field of application
This rule establishes the methodology for classification of power consumption in standby mode for appliances.
This standard specifies the test method for energy consumption espera1 way) and the characteristics of the energy efficiency label.
This standard applies to major houhold appliances powered by grid containing standby apart from the other modes.
2 Normative references
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The following referenced document is indispensable for the application of this rule. For dated references, only the edition cited applies. For undated references the latest edition of the referenced document (including any amendments).
IEC 62301:2005 Houhold electrical appliances - Measurement of standby power.
EXPLANATORY NOTE NATIONAL
The equivalence of the previously mentioned international standard Chilean standard, and its degree of correspondence is as follows:
International Standard National Standard Degree of
correspondence IEC 62301:2005 NCh3042.Of2007 identical
1) En inglés Stand-by.
3 Terms and definitions
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For purpos of this standard, the terms and definitions given in IEC 62301, and additionally the following:
白背木耳3.1 Standby: power consumption mode when a device lowest is permanently connected to appropriate power source, which may persist indefinitely being ud according to manufacturer's instructions, producing such a condition to go to another mode by manipulation of the ur.
NOTE - The standby mode is usually an operation when compared to the u intended for the primary function of the device. The definition of standby in this statement applies only to the determination of standby power or standby power consumption under this policy.
4 Trials
Energy consumption in the standby mode should be determined in accordance with IEC 62301.
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5 Energy efficiency requirements
In order to declare the energy efficiency of the device in standby mode, it must comply with a consumer value specified in Table 1.
Table 1- Energy efficiency class in standby mode
Energy efficiency class Consumption in standby mode (W)
A C <= 1
B 1 <
孕晚期吃什么C <= 3.4
C 3.4 < C <= 5.8
D 5.8 < C <= 8.2
E 8.2 < C
6 Label requirements
To declare the energy efficiency, standby equipment should have the label t forth in this rule.
6.1 Location
The label must be visible and be either attached to or printed on the front, side or top of the device.
6.2 Permanence and Durability
The tag must remain on the product and may only be withdrawn by the consumer.
Durability Compliance must be verified by inspection and by rubbing the marking by hand for 15 s with a cloth soaked in water and again for 15 s with a cloth soaked in gasoline.
After this test, the label must be clearly legible, can not be easily removed and should not show wrinkles.
NOTES
1) When considering the length of the marked, you must take into account the effect of normal u. For example,
the markings made with paint or enamel than vitreous enamel on containers that are likely to be frequently cleaned, is not considered durable.
2) Gasoline ud for this test is aliphatic solvent hexane having a maximum content of 0.1% aromatics by volume,
a kauri-butanol value of 29, an initial boiling point of 65oC about dry point approximately 69oC and a specific
mass of 0.66 kg / liter.
6.3 Information
The label must be printed legibly and contain all information listed in Figure 1.
6.4 Dimensions
The dimensions of the label must correspond to tho shown in Figure 1.
6.5 Colors
The colors of the label must correspond to tho indicated in Table 2 below and Figure 1.
Table 2- Colors for energy efficiency class of the label
Efficiency class Cyan Magenta Yellow Black
A 100 % 0 % 100 % 0 %
B 30% 0 % 100 % 0 %
C 0 % 0 % 100 % 0 %
D 0 % 30 % 100 % 0 %
E 0 % 100 % 100 % 0 %
