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GB 7000.203-2013 English PDF

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GB 7000.203-2013: Luminaires -- Part 2-3: Particular requirements -- Luminaires for road and street lighting
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Standard similar to GB 7000.203-2013

GB/T 7000.204   GB 7000.204   GB/T 7000.201   GB/T 7000.201   GB/T 7000.202   GB/T 7000.204   

Basic data

Standard ID GB 7000.203-2013 (GB7000.203-2013)
Description (Translated English) Luminaires -- Part 2-3: Particular requirements -- Luminaires for road and street lighting
Sector / Industry National Standard
Classification of Chinese Standard K72
Classification of International Standard 29.140.40; 93.080.30
Word Count Estimation 16,162
Older Standard (superseded by this standard) GB 7000.5-2005
Quoted Standard GB/T 2423.55-2006; GB 7000.1; GB 16895.28-2008; GB/T 20138-2006
Adopted Standard IEC 60598-2-3-2002/Amd 1-2011, IDT
Regulation (derived from) National Standards Bulletin 2013 No. 27
Issuing agency(ies) General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China
Summary This standard applies to: roads, street lighting and other outdoor public places lighting fixtures; tunnel lighting; total height of the ground above the normal minimum of 2. 5m of synthetic column lamps; and electric light fixtures using these supply vol

GB 7000.203-2013: Luminaires -- Part 2-3: Particular requirements -- Luminaires for road and street lighting


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Luminaires.Part 2-3. Particular requirements.Luminaires for road and street lighting ICS 29.140.40; 93.080.30 K72 National Standards of People's Republic of China Replacing GB 7000.5-2005 Luminaires - Part 2-3. Particular requirements Road and street lighting Luminaires-Part 2-3. Particularrequirements-Luminairesforroadand streetlighting (IEC 60598-2-3.2002 A1.2011, IDT) Published 2013-12-31 2015-07-01 implementation Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China Standardization Administration of China issued

Table of Contents

Preface Ⅰ 1 Scope 1 2 1 General test requirements Terms and definitions 1 3 4 lamps Category 2 5 marks 2 6 Structure 3 7 creepage distances and clearances 6 8 Ground provisions 6 Terminal 9 6 External 10 and internal wiring 6 11 Protection against electric shock 6 Thermal test and durability test 12 6 13 dust-proof and waterproof 7 14 Insulation resistance and electric strength 7 15 heat, fire resistance and tracking 7 Annex A (normative) measured drag coefficient 10 Appendix B (normative) required for the product to re-test more severe/key requirement of the revised term sheet 11 Different wind static test method 1 in FIG. 8 FIG 2 calculates the number of particles on the square edge 9

Foreword

All technical contents of this section is mandatory. This part is a part of series of lamps GB 7000 National Standard, GB 7000 series of existing standards 22, to this part of the publication Japan, published GB 7000 series of standards are as follows. --- GB 7000.1-2007 lamps - Part 1. General Requirements and Test --- GB 7000.2-2008 Luminaires - Part 2-22. Particular requirements for emergency lighting --- GB 7000.4-2007 Luminaires - Part 2-10. Particular requirements for children luminaries Particular requirements for built-in lamps with tungsten filament transformers or converters. --- GB 7000.6-2008 lamps - Part 2-6 --- GB 7000.7-2005 Safety requirements for floodlights --- GB 7000.9-2008 lamps Part 2-20. Particular requirements for light string --- GB 7000.17-2003 safety requirements limit the surface temperature of the lamp --- GB 7000.18-2003 filament lamps extra low voltage lighting system security requirements --- GB 7000.19-2005 photo and film (non-professional use) Safety requirements for lighting --- GB 7000.201-2008 lamps - Part 2-1. Particular requirements for fixed general purpose luminaires --- GB 7000.202-2008 Luminaires - Part 2-2. Particular requirements Recessed Lighting --- GB 7000.204-2008 lamps - Part 2-4. Particular requirements for portable general purpose luminaires --- GB 7000.207-2008 lamps - Part 2-7. Particular requirements for garden use luminaries --- GB 7000.208-2008 lamps Part 2-8. Special requirements handlamps --- GB 7000.211-2008 Luminaires - Part 2-11. Particular requirements for the aquarium lamps --- GB 7000.212-2008 lamps - Part 2-12. Particular requirements for the power outlet mounted nightlight --- GB 7000.213-2008 Luminaires - Part 2-13. Particular requirements for ground recessed light fixtures --- GB 7000.217-2008 Luminaires - Part 2-17. Particular requirements for stage lighting, television, film and photographic studios (Indoor Outside) lighting --- GB 7000.218-2008 Luminaires - Part 2-18. Particular requirements for swimming pools and similar lighting --- GB 7000.219-2008 lamps - Part 2-19. Particular requirements for ventilated luminaires --- GB 7000.225-2008 Luminaires - Part 2-25. Particular requirements for the building of hospitals and rehabilitation clinics lamp This section drafted in accordance with the rules GB/T 1.1-2009 given. This portion of GB 7000.1 "lamps - Part 1. General Requirements Use the test "together. This section instead of GB 7000.5-2005 "roads and street lighting safety requirements." This portion of the main technical difference GB 7000.5-2005 follows. --- increase Normative references GB/T 20138-2006 (1.1). --- increase the maximum mounting height of the lamp marking requirements (5i) in the installation instructions. --- modify the requirements of the lamp glass (6.5). --- adds the requirement glass thermal limit (12.3). This section uses the translation method identical with IEC 60598-2-3.2002 A1.2011 "Luminaires - Part 2-3. Particular requirements for road And street lighting. " This section was proposed by China Light Industry Federation. This part of the lamp lighting of the National Standardization Technical Committee of Standardization Technical Committee (SAC/TC224/SC2) centralized. This section was drafted. National Lighting Fitting Quality Supervision and Inspection Center, the National Electric Light Source Quality Supervision and Inspection Center (Shanghai), Shanghai era Lighting Co. electrical testing, Huzhou day Glass Co., Ltd. This part of the drafters. Ling Li, Shi Xiaohong, Chen Chao, the Song Weirong, Yang Yue. Luminaires - Part 2-3. Particular requirements Road and street lighting

1 Scope

Requirements of GB 7000 series of standards in this section apply to. --- roads, street lighting and other outdoor public places, lighting fixtures; --- tunnel lighting; --- total minimum height of 2.5m above normal ground column synthesis of lamps; These lamps and an electric power source voltage does not exceed 1000V. Note. The total height of less than 2.5m of the column synthesis lamps are under consideration. 1.1 Normative References The following documents for the application of this document is essential. For dated references, only applies to the version dated paper Pieces. For undated references, the latest edition (including any amendments) applies to this document. GB/T 2423.55-2006 Environmental testing for electric and electronic products - Part 2. Environmental Test Test Eh. Hammer tests (IEC 60068-2-75.1997, IDT) GB 7000.1 lamps - Part 1. General requirements and tests (GB 7000.1-2007, IEC 60598-1.2003, IDT) Part of 7-714 GB 16895.28-2008 building electrical apparatus. outdoor lighting apparatus requires special devices or locations (IEC 60364-7-714.1996, IDT) GB/T 20138-2006 electrical equipment enclosures against external mechanical impact protection rating (IK Code) (IEC 62262.2002, IDT)

2 General test requirements

7000.1 provisions of Chapter 0 Application GB . Test in the order listed in this section shall be specified in the relevant chapter GB 7000.1. For reasons of convenience the test, and a sample size, it allows the appropriate lamp using only the member (mainly applied to the synthesis column lamps). More severe when the product is required to re-test/key requirement in Appendix B.

3 Terms and Definitions

GB 7000.1 Definition The following terms and definitions apply to this document. 3.1 Jumper spanwire Bear the entire weight of the device between the main bearing rope. NOTE. The entire device may include several lamps, power cables and wire (cable). 3.2 Suspension line suspensionwire Bear the weight of the fixture system to the jumper cable. 3.3 Lock cable staywire The tensioning cable between the main support member for limiting lateral movement and rotation of the lamp suspension. 3.4 Column lighting column-integratedluminaires Synthesis of The illumination system formed by combining the lamp in a lamp post, lamp post fixed to the ground. 3.5 Column synthesis lamp reflecting member or exterior member reflectiveordecorativeexternalpartofacolumn-inte- gratedluminaire It means to fix the direction of the reflected light, or as decorative (typically at the top of column synthesis lamp) mounted in the device object on the lamp chamber. 3.6 Lamppost lightingcolumn Hold one or more support members of the fixture, comprising one or more components. a column, then there may be a long member (if desired) A bracket. Pendant lighting columns are not included. 3.7 Column synthesis lamp nominal height nominalheightofacolumn-integratedluminaire Synthesis of the column lighting rooted in the ground, is the distance between the center line and outside the expected load at the ground plane member; with method of Flanges lamp synthesis column refers to the distance between the center and the bottom flange member at the external load. 3.8 Column synthesis lamp door dooropeningofacolumn-integratedluminaire Opening in the synthesis column of the column fixture, accessible object to provide passage of electrical equipment. 3.9 Synthesis of cable column fixture introduction slot cableentryslotofacolumn-integratedluminaire Column Synthesis lamp opening below the surface of the member, the purpose is to drop cables. 3.10 Column synthesis lamp junction box connectionboxofacolumn-integratedluminaire Terminal box holder comprising. synthesis column so that the lamp connected to the power supply and power cable protection ring connection. 3.11 Tunnel lighting tunnellighting Or directly mounted to the tunnel wall or ceiling mounting bracket through the tunnel lighting. Lighting Category 4 Lighting should be classified according to GB 7000.1 Chapter 2. Note. In general, road and street lighting adapted for mounting one or more of the following. a) mounted on the bracket tube or the like; b) mounted on the mast (column) cantilever; c) mounted on the top of the pole; d) mounted on the suspension or jumper lines; e) to the wall.

5 Mark

7000.1 provisions of Chapter 3 of Application GB . In addition, the installation instructions provided with the lamp should contain the following. a) Design status (normal working position); b) by weight, comprising control means (if any); c) Dimensions; d) If more than 8m mounted above the ground, subjected to the maximum projected area of the wind (see 6.3.1); e) if applicable, the lamp suspension wire cross-sectional area suitable range; f) is adapted for indoor use, considering a temperature of 10 deg.] C (see 12.1) is not measured by subtracting the effect of natural air flow is allowed; g) placing the cavity size of the junction box; h) the torque applied to the bolt or screw, in units of N · m, bolts or screws for fixing the fixture to the stand or Support member; i) associated with the glass to prevent falling nibs protection method selected maximum mounting height.

6 structure

Application GB 7000.1 Chapter 4 of the following provisions of 6.1 to 6.9. 6.1 enclosure class of all luminaires should be at least IPX3, but the outer side opening portion and tunnel lighting lamps with the synthesis column Member with glazing should be at least IPX5. Synthesis of the column fixture, comprising a predetermined door opening, the IP categories as follows. 1) 2.5m following components. IP3X (see GB 16895.28-2008); Above 2) 2.5m member. IP2X (when the external member is a case where the side opening, the glass member with the IP classification should IP5X). 6.2 hanging on the cable across the lamp should be equipped with clamping means shall be described with the instructions provided by the lamp gripping means adapted to cross Dimensions of the range of the cable. Jumper cable means shall clamp fixture to prevent relative movement of the cable crossover. The lighting installation and during normal use, the suspension means can not damage the jumper cable. After the fixture is fixed to the upper fixture manufacturer's instructions minimum and maximum jumper cable within a predetermined range, a visual inspection eligibility. Note. should be taken to avoid electrolytic corrosion between the clamping means and the jumper cable. 6.3 the fixture or is fixed to the outer member on the support means should be compatible with the lamp or outer weight member. Connector design should So that the assembly can withstand the projected area of 150km/h wind speeds without excessive deformation. In order to prevent any of a fixture member or the outer member during use or maintenance displaced due to vibration, the support fixture attached to inner or outer member and By weight of the fixture member means shall be provided. In addition to the at least two fixing means other than, for example, a screw or the like having sufficient strength, luminaire member or the outer member should be attached Added protection against under normal conditions in case of a failure of fixing means cause these members fall and endanger people, animals and the environment. Compliance is checked by visual inspection of poles mounted on the mast (column) and the lamp or outer mast member, to be tested 6.3.1 test. Tunnel lighting is not required wind test. NOTE. Considering the effects of vibration may be generated, to be considered together with the light source lamp and the pole may be used. 6.3.1 Static Load Testing of poles mounted on the mast (column) or external lamps and mast member When the installation of lighting or outer member, so that the most severe load bearing surface. The most severe surface is determined by calculating the maximum value of Cd × S. among them. Cd --- drag coefficient; S --- receiving area (m2) load. Drag coefficient determined by the shape of the surface. The Cd is not measured for the lamp or the outer member, the value should be 1.2 Cd. Note 1. Cd measurement, see Appendix A. Shall locking assembly according to the manufacturer's instructions. 10min constant load is applied uniformly distributed on the surface of the most severe. Note 2. Equivalent load distribution method shown in Figure 1. If the bag, can be charged with sand, sand lead or lead pellets. The load should be equal to F = 1/2Rh × S × Cd × V2 (N) among them. RH --- equal to 1.225kg/m3 (air density); --- wind speed V (m/s). With respect to the outer member or mounting fixture height wind speed should be. Does not exceed the height of 8m, V = 45m/s (163km/h); Over 8m height not exceeding 15m, V = 52m/s (188km/h); Height of more than 15m, V = 57m/s (205km/h). Note 3. In some countries, the wind speed by the national standards (such as Japan). Drag coefficient is 1.2 (or exact value measured according to Appendix A). After the test, the lamp should be no safety hazards perceived failure, permanent deformation of the fixed point can not exceed 2cm/m is the slope, and not Rotated about a fixed point. 6.4 If the socket can not be guaranteed using a single light source the correct position, the device should provide adequate support. For the adjustable optical component or the socket be provided with appropriate reference numerals. Compliance is checked by inspection. 6.5 In order to reduce the risk of injury caused by broken glass, and lamps shall meet the following requirements related to the expected installation height. When the lamp is less than 5m installation, no additional requirements on the cover glass. Tunnel lighting should meet the requirements of 6.5.1 without exception. When the lamp is mounted above 5m, glass should be. a) made of a glass can be broken into small pieces; or b) made of a glass having a high anti-impact strength; or c) once damaged by fragments of glass to block the protection method (e.g.. nets, film cover layer). Eligibility test. --- of a), conduct tests and inspections in accordance with 6.5.1; --- of b), conduct tests and inspections in accordance with 6.5.2; --- to c), visual inspection. Luminaire manufacturer shall provide a statement of the use of protective laboratory methods. 6.5.1 Use of a glass can be broken into small pieces protection Lamps and glass need not be pretreated prior to testing. Flat glass, the entire area of the glass member supporting it, in order to ensure nibs (sheet) is not scattered by broken glass, and prevents Groats (sheet) moves. 30mm glass toward the center from the midpoint of one of the long sides of the glass, with the center punch head break the glass. Note 1. is a center punch with a tip tool steel. The shaped glass, the support member should be (the test method is an example of all surfaces can be used, such as soil or sand s material). The thickness of the material used as the support surface should be greater than 30mm. To avoid nibs (sheet) of any movement, the glass surface should be a Adhesive film layer completely covers. In the cover glass with a center punch (from the inner surface or outer surface) of the center of impact of the glass. The fragmentation of 5min, a glass within the boundary, estimating the thickest 50mm square area of several regional centers fragmentation nibs (pieces) Number. Eligibility. If nibs (sheet) within a 50mm square area is larger than the number of 40, a glass is considered by this test. Full thicker than glass Of small crushed glass (sheet) are not counted. The glass is small, the size of the area of 50mm × 50mm insufficient, should reach nibs (pieces) The number reduced proportionately. Groats (sheet) of all sizes should be less than 50mm. When the nibs (sheet) within a 50mm square area the number of the total number, should be in the middle of square nibs (sheet) plus the number of those edges of the broken Number of particles (pieces). For nibs (sheet) at the edge of the square, the number of recommendations through all nibs (sheet) of two adjacent sides, the other two through ignoring All sides of the nibs (sheet) Number (see Figure 2). Note 2. A suitable number of nibs (sheet) is first 50mm square transparent materials on glass cover, and then counted in each square has a grain By one point on the ink (film). Note 3. When a sample holding block further, the crack is typically displayed by a broken, and thus determines nibs (sheet) size and number, unless the use of reinforcing glass Measures or coating. NOTE 4. If applicable, the range of 30mm measured from the glass side of the area is not, the hole or machining, or is not in a circle around the point of impact of 50mm. 6.5.2 Use of high impact strength of the cover glass 6.5.2.1 glass should have a high mechanical strength Lamps and glass should be pretreated GB 7000.1 12.3 a durability test. Test shall be performed on the outer surface and mounted on the lamp glass (surface light source) on a sample. The test procedure shall be in accordance with the standard GB/T 20138-2006 conduct the test equipment used is in line with the pendulum GB/T 2423.55-2006 of Vertical drop hammer or a hammer. Eligibility. The impact of the impact energy in 5J (IK08) glass should not be broken. 6.5.2.2 glass sheet should not be broken into large blocks Glass shall be tested in the same test sequence 6.5.1. Eligibility. If nibs in a square side length of 50mm (sheet) is larger than the number of 20, a glass is considered by this test. Full thicker than glass Of small crushed glass (sheet) are not counted. Not small size 50mm × 50mm glass region, should reach nibs (sheet) by the number of ratio Cases reduction. Groats (sheet) of all sizes should be less than 50mm. 6.6 Synthesis Column lamp connecting chamber should provide enough space below the door member bore. --- lamp terminals; ---protective device; --- Power cable termination and loop connection; --- junction box (if any). Connecting chamber should be provided for these devices in a fixed manner, if such a device is metallic, corrosion-resistant materials should be used or with a suitable protection to Prevent corrosion. About 6.7 load calculation and design verification test, in addition to the outer member, the synthesis column lamps should meet ISO standard (if any), Other regional or national standards (if applicable). NOTE. Europe with EN40, Japan with JIL1003, North America with ANSIC136 series. 6.8 pairs of anti-corrosion treatment door pillar lamp synthesis performed processing method should be consistent with the synthesis column lamps. Qualification testing with GB 7000.1 test specified in 4.18. Opening the door shall be designed so that only authorized personnel to open. To door samples for type testing. Means is a pendulum test GB/T 2423.55-2006 predetermined vertical drop hammer, impact spring Test device or other suitable means can obtain equivalent results. It should impact energy three tests with 5N · m. If the door has several planes, then, to deal with the impact of a side door of the center of the largest carried out. After the test, the sample should be no damage, in particular. --- locking device should be able to work; There should be no visible cracks on --- sample; --- IP protection class should not reduce (see 6.1). 6.9 pairs of lamps synthesis column. --- cable into the groove of not less than 50mm × 150mm; --- is introduced from the tank to the cable channel connecting chamber should be at least 50mm, without clogging and without sharp edges wear cable, hair Mouth, burr. Compliance is checked by visual inspection and measurement. Note. In the United States, the size of the cable into the groove to comply with the provisions of ANSIC136.

7 creepage and clearance distances

7000.1 provisions of Chapter 11 Application GB .

8 grounding provisions

Application GB predetermined 7000.1 Chapter 7 and 8.1 below. 8.1 fixing member connected terminals should be designed and made so that when moving the clamping member can be prevented from rotating. Compliance is checked by inspection and GB 7000.1 Chapters 14 and 15 of the mechanical test test. Terminal 9 7000.1 application of the provisions of Chapters 14 and 15 GB . Power connection terminals should allow the connection conductor nominal cross-sectional area of 14.1 GB 7000.1 table, but less than the nominal cross-sectional area of 1mm2 With the exception of the power cable. The minimum and maximum cross-sectional area of the conductor eligibility requirements on equipment to test. External and internal wiring 10 7000.1 The following provisions of Chapter 5 and 10.1 applications GB . 10.1 for road and street lighting shall be provided with a cord holder, to eliminate the conductors of the power cable to the terminal generated Tension, without the cord holder, the weight of the power cable will exert a pulling force on the connecting point. Compliance is checked by the relevant test GB 7000.1 Chapter 5, but the tension should 0.25N · m torque and 60N is test. Numerical tension depends on the weight and torque of the power cable, in general, the predetermined value is appropriate, but for the intended 20m is mounted above the lamp and if the weight of the power cable to the power cord holder is more than 4kg, should be used to pull 100N 0.35N force and torque tested. 11 Protection against electric shock 7000.1 provisions of Chapter 8 of the application GB . Thermal test and durability test 12 Application of GB 7000.1 Chapter 12 and the following provisions. When the application limits 12.1 7000.1 GB table given in Chapter 12, taking into account lighting Movies by natural air flowing in the working environment Ring, the cover measured in the test temperature should be reduced by 10 ℃. Only products used outdoors, it should be tested in claims ta ± 5 ℃, then subtracting 10 deg.] C in the test measured temperature values. For IP number greater than 12.2 IP20 lamps should, Chapter 13 performs a predetermined section before after 9.3 9.2 7000.1 in GB The relevant test GB 7000.1 in 12.4,12.5 and 12.6. 12.3 glass should be used in glass thermal limits stated by the manufacturer. Thermal limits include minimum and maximum allowable glass temperature, and The largest Δt. 13 dust and water Application of GB 7000.1 Chapter 9 and the following provisions. IP20 IP number greater than 13.1 pairs of lamps, GB 7000.1 Chapter 9 of the test sequence shall be provisions of this section in Chapter 12. 14 Insulation resistance and electric strength The provisions of Chapter 10 of the 7000.1 Application GB . 15 heat, fire resistance to tracking and 7000.1 provisions of Chapter 13 Application GB . Description. 1 --- sandbag; 2 --- Net; 3 --- weight. Static wind Test 1 FIG different methods Description. --- counted particles (with selected two adjacent edges AB/BC crossing); ○ --- particles not included (does not intersect the selected two adjacent edges AB/BC). FIG 2 calculates the number of particles on the edge of the square

Appendix A

(Informative) Traction Coefficient Measurement Measurement Method A.1 To ISO 4354 in the same manner as described in the method for determining the completion of the measurement of the drag coefficient values of the coefficient of drag. Lamps convenient than measuring a complex structure on the measurement (stationary test fixture representing the actual size of the lamp). The usual method is specified by the manufacturer according to the fixture mounted on the tunnel. Tunnel should meet. S represents the surface of the lamp 5% maximum sectional area of the tunnel. Wind speed mea...

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