29.140.01 – Lamps in general – PDF Standards Store

JIS C 8159-2:2013

Wed, 06 Nov 2024 02:05:56 +0000

This Standard specifies the performance requirements of non-integrated linear LED lamps with GX16t-5 cap for general lighting services (hereafter referred to as "linear LED lamp").

This Standard is applicable to the following linear LED lamps:

– Rated wattage: 60 W or less

– Lamp voltage: 120 V ripple free d.c. or less

– Cap: GX16t-5

This Standard is not applicable to linear LED lamps that use the caps for a fluorescent lamp specified in related standards (JIS C 7617-1, JIS C 7618-1, etc.) and integrate a controlgear.

The linear LED lamps covered by this Standard are applicable to Class I luminaire and Class II luminaire which are the insulating classes of luminaire defined in JIS C 8105-1.

NOTE 1 The information for the design of a linear LED lamp controlgear is described in Annex G, the information for the design of a linear LED lamp luminaire in Annex H and the information for the linear LED lamp attached to the luminaire intended for a waterproof performance in Annex I.

NOTE 2 "120 V ripple free d.c." means a d.c. system of 120 V d.c. of maximum peak voltage 140 V or less based on the definition of the sine wave ripple component of not more than 10 % (effective value).

JIS C 8159-1:2013

Wed, 06 Nov 2024 02:05:55 +0000

This Standard specifies the safety requirements of non-integrated linear LED lamps with GX16t-5 cap for general lighting services (hereafter referred to as "linear LED lamp").

This Standard is applicable to the following linear LED lamps:

— Rated wattage: 60 W or less

— Lamp voltage: 120 V ripple free d.c. or less

Cap: GX16t-5

This Standard is not applicable to linear LED lamps that use the conventional caps for a fluorescent lamp and integrate a control gear.

The linear LED lamps covered by this Standard are applicable to Class I luminaire and Class II luminaire which are the insulating classes of luminaire defined in JIS C 8105-1.

NOTE 1 The information for the design of control gear of linear LED lamp targeted in this Standard is given in Annex E, the information for the design of a lamp socket in Annex F, and the information for the design of a lamp luminaire in Annex G.

Furthermore, the relation between the positioning of a linear LED lamp and that of other LED modules, LED lamps, etc. is described in Annex H.

NOTE 2 "120 V ripple free d.c." means a DC system of 120 V DC of maximum peak voltage 140 V or less based on the definition of the sine wave ripple component of not more than 10 % (effective value).

JIS C 8158:2012

Wed, 06 Nov 2024 02:05:55 +0000

This Standard specifies the self-ballasted LED-lamps intended for household use or similar general lighting services, that are integrated with a device that performs lighting operation stably.

The range of self-ballasted LED-lamps covered by this Standard is as follows.

Rated wattage: 60 W or under

Rated voltage: over 50 V up to and including 250 V in a.c. or d.c.

Cap: Type E (E26/25)

This Standard is not applicable to those self-ballasted LED-lamps that are produced intentionally to have a light source colour other than those of LED specified in JIS Z 9112.

Furthermore, it is also not applicable to bulb-shaped lamps in which OLED (organic EL) is used as a light source.

JIS C 8157:2011

Wed, 06 Nov 2024 02:05:54 +0000

This Japanese Industrial Standard specifies the performance requirements, test methods and test conditions of self-ballasted LED-lamps of over 50 V to and including 250 V in power supply voltage that is used for household use or similar general lighting, and is integrated with a device that performs lighting operation stably.

The range of self-ballasted LED-lamps applicable to this Standard are as follows.

– Rated lamp power: 60 W or under

– Rated input voltage: over 50 V to and including 250 V in a.c. or d.c.

– Cap: Type E (Ell, E12/15, E14/20, E17/20, E26/25), Type B (B22d) and GX53

The maximum lamp outline and the luminous flux of self-ballasted LED-lamp for the purpose of substitution for an existing lamp shall be in accordance with JIS C 7501, JIS C 7523, JIS C 7525 or JIS C 7530.

Furthermore, the luminous flux shall satisfy the value of total luminous flux of a lamp to be substituted or bottom hemisphere flux when a cap is turned upward.

This Standard is not applicable to the self-ballasted LED-lamp produced intentionally in which coloured light that is not included in JIS Z 9112 is used as a chromaticity.

Furthermore, it is also not applicable to the bulb-shaped lamp in which OLED (organic EL) is used as a light source.

These requirements are related only to the type test.

The recommendations for a 100 % testing and a batch test are under study.

These performance requirements are added to the requirements in JIS C 8156.

NOTE 1 When a self-ballasted LED-lamp is attached to a luminaire and lighted, the performances may differ from the values specified in this Standard.

The self-ballasted LED-lamp that conforms to this Standard is activated on the luminaire specified in JIS C 8105-1 and needs to be operated satisfactorily in the environment where the voltage is 92 % to 106 % of the rated voltage and the ambient temperature is – 10°C to 40 °C.

NOTE 2 This Standard refers to the following draft proposal of which the comment collection is in an end stage in the IEC SC34A committee as of December 20th, 201l.

IEC/CD 62612 : 2009 Self-ballasted LED-lamps for general lighting services> 50 V-Performance requirements

JIS C 7613:1985

Wed, 06 Nov 2024 02:05:11 +0000

Photometric Measurements on Incandescent Lamps Used for Photometric Standards

Published By	Publication Date	Number of Pages
JIS	1985-11-01	15

IEC TS 63116:2021

Tue, 05 Nov 2024 20:14:28 +0000

IEC TS 63116:2021(E) specifies general requirements for design, installation and maintenance of a lighting system.
A lighting system comprises a set of products. Requirements of the products are specified in product standards. For the general requirements of lighting systems, this document prevails.
Construction of lighting systems can vary in applications. This document is not intended to provide detailed technical specifications for the construction of lighting systems but to specify requirements in general that are necessary for lighting systems.

IEC TS 63105:2021

Tue, 05 Nov 2024 20:14:23 +0000

Lighting systems and related equipment - Vocabulary

Published By	Publication Date	Number of Pages
IEC	2021-01-26	14

IEC TR 63158:2018

Tue, 05 Nov 2024 20:08:02 +0000

IEC TR 63158:2018(E) describes an objective stroboscopic effect visibility (SVM) meter, which can be applied for performance testing of lighting equipment under different operational conditions.
The stroboscopic effects considered in this document are limited to the objective assessment by a human observer of visible stroboscopic effects of temporal light modulation of lighting equipment in general indoor applications, with typical indoor light levels (> 100 lx) and with moderate movements of an observer or nearby handled object (< 4 m/s). Details on restriction of the applicability of the stroboscopic effect visibility measure is given in Clause A.1.
The contents of the corrigendum of July 2018 have been included in this copy.

IEC TR 63139:2018

Tue, 05 Nov 2024 20:07:59 +0000

IEC TR 63139:2018(E) is related to the insulation coordination in TC 34 standards and provides explanations on mathematical addition of working voltages, insulation between circuits, use of protective extra low voltage (PELV) and insulation between LV supply and control line conductors in order to cover new technologies associated with the use of LED light sources and controllable products.
It describes in which way the addition of supply voltages and working voltages can be arranged for an assessment of the electrical insulation requirements (e.g. creepage distances and clearances) in a system if a first failure occurs.

IEC TR 63130:2018

Tue, 05 Nov 2024 20:07:59 +0000

Dimming and hot restrike of metal halide lamps

Published By	Publication Date	Number of Pages
IEC	2018-05-24	18