SAE J 573-2011 Signal and Marking Light Sources《信号和标识光源》.pdf

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4、SA) Fax: 724-776-0790 Email: CustomerServicesae.org SAE WEB ADDRESS: http:/www.sae.orgSAE values your input. To provide feedbackon this Technical Report, please visit http:/www.sae.org/technical/standards/J573_201106SURFACEVEHICLERECOMMENDEDPRACTICEJ573 JUN2011 Issued 1918-03 Revised 2011-06Supersed

5、ing J573 JUN1998 (R) Signal whichever is shorter. See Table 2A for design voltage and life rating (for light sources not listed see manufacturers data). 3.4.2 LED Type LED light sources operated at their design voltage for at least 48 h. Operation shall be at the highest design power function (mode)

6、. If multiple functions are present with separate LED sources each function (mode) shall be seasoned individually. See Table 2B for design voltage and life rating (for light sources not listed see manufacturers data). 3.5 STANDARD FILAMENT LIGHT SOURCE (BULB, LAMP)A light source which meets reduced

7、(tighter) tolerances for both filament position and photometry. Light Sources are seasoned to attain photometric stability. 3.6 ACCURATE RATED LIGHT SOURCE A seasoned light source unit operated at design mean spherical luminous intensity and having its light source(s) positioned within strict tolera

8、nces as specified in the applicable standard. Accurate rated light sources are necessary to certify that lighting devices (lamps) meet legal illumination requirements. This normally applies to light sources used for tail, stop, park, turn, or combination functions in addition to forward lightingdevi

9、ces. 3.6.1 Filament Type A properly seasoned filament light source operated at design mean spherical candela (mscd), and having its filament(s) within 0.25 mm of nominal design position (X, Y, Z axes). It is necessary to rate each filament separately in a double filament bulb and may require calibra

10、ting two separate bulbs to achieve an Accurate Rated Bulb qualification for each filament.3.6.2 LED Type A properly seasoned LED light source operated in steady-state condition at design mean spherical candela (mscd) and with the light center length and light emitting area within 0.10 mm of nominal

11、design position (X, Y, Z axes). It is necessary to rate each function separately in multi-function LED light sources and may require calibrating two separate LED light sources to achieve an accurate rated source qualification for each function. 3.7 ABBREVIATIONS (for filament light sources) L - Maxi

12、mum Exposed Length LCL - Light Center Length WAA - Wide Axial Alignment NAA - Narrow Axial Alignment Copyright SAE International Provided by IHS under license with SAENot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SAE J573 Revised JUN2011 Page 6 of 28 TABLE 2A - T

13、YPICAL SIGNAL AND MARKING LIGHT SOURCES FOR MOTOR VEHICLES ANSINo.ECE/IECDesignationMean SphericalCandela MScdTol. % DesignVoltageDesignAmpsAmpTol. %Rated Average Lab Life Hours(1)FilamentShape orType(2)LCL mmLCL Tol. mmAxial Align. mm Light Source Type(3)BaseType(4)37 0.5 30 14.0 0.09 15 1500 C-2F

14、10.2 1.0 1.0 T-1 W2.1x4.9d 73 0.3 30 14.0 0.08 15 15000 C-2F 10.2 1.0 1.0 T-1 W2.1x4.9d 74 0.7 30 14.0 0.10 15 500 C-2F 10.2 1.0 1.0 T-1 W2.1x4.9d 57(7)2 20 14.0 0.24 10 500 C-2V 14.2 2.3 2.3 G-4 BA9s 1895(7)2 20 14.0 0.27 10 1500 C-2F 14.2 2.3 2.3 G-4 BA9s 67(7)4 15 13.5 0.59 8 5000 C-2R 20.6 2.3 2

15、.3 G-6 BA15s 89(7)6 15 13.0 0.58 8 750 C-2R 19.0 2.3 2.3 G-6 BA15s 97(7)4 15 13.5 0.69 8 5000 C-2V 20.6 2.3 2.3 G-6 BA15s 161(7)1 20 14.0 0.19 10 1500 C-2F 14.2 2.3 2.0 T-3 W2.1x9.2d 168 3 20 14.0 0.35 10 1500 C-2F 14.2 2.3 2.0 T-3 W2.1x9.2d 194 2 20 14.0 0.27 10 1500 C-2F 14.2 2.3 2.0 T-3 W2.1x9.2d

16、 W3W(10)1.75 30 13.5 0.255 Max Tc=4000 C-2R 12.7 1.5 1.5 T-3 W2.1x9.5d W5W(10)4 20 13.5 0.407 Max Tc=1000 C-2R C-2V 12.7 1.5 1.5 T-3 W2.1x9.5d WY5W(10)2.4 30 13.5 0.407 Max Tc=1000 C-2R 12.7 1.5 1.5 T-3 W2.1x9.5d PC175 5 20 14.0 0.58 10 1000 C-2F 14.2 2.3 2.0 T-3 PC PC194 2 20 14.0 0.27 10 1500 C-2F

17、 14.2 2.3 2.0 T-3 PC 906 6 15 13.0 0.69 10 1000 C-2F 20.6 2.3 2.3 T-5 W2.1x9.2d 912 12 15 12.8 1.00 10 1000 C-2R 20.6 2.3 2.3 T-5 W2.1x9.2d921 21 20 12.8 1.40 10 1000 C-2R 20.6 2.3 2.3 T-5 W2.1x9.2d W16W(10)24.66 20 13.5 1.58 Max 500 C-2R 20.6 2.3 1.0 T-5 W2.1x9.5d 1003(7)15 12.8 0.94 200 C-6 26.9 B

18、-6 BA15s 1141(7)21 12.8 1.44 1000 C-6 31.75 1.5 1.5 S-8 BA15s 1156(7)32 10 12.8 2.10 5 600 C-6 31.75 1.5 1.5 S-8 BA15s 1157(7)32 10 12.8 2.10 5 600 C-6 31.75 1.5 1.5 S-8 BAY15d 3 12 14.0 0.59 8 5000 C-6 (6)1157A / 1157NA(7)24 30 12.8 2.10 5 600 C-6 31.75 1.5 1.5 S-8 BAY15d 2.2 30 14.0 0.59 8 5000 C-

19、6 (6)2057(7)32 10 12.8 2.10 5 1200 C-6 31.75 1.5 1.5 S-8 BAY15d 2 12 14.0 0.48 8 5000 C-6 (6)2057A / 2057NA(7)24 30 12.8 2.10 5 1200 C-6 31.75 1.5 1.5 S-8 BAY15d 1.5 30 14.0 0.48 8 5000 C-6 (6)2357(7)40 10 12.8 2.23 5 400 C-6 31.75 1.5 1.5 S-8 BAY15d 3 12 14 0.59 8 5000 C-6 (6)Copyright SAE Internat

20、ional Provided by IHS under license with SAENot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SAE J573 Revised JUN2011 Page 7 of 28 TABLE 2A - TYPICAL SIGNAL AND MARKING LIGHT SOURCES FOR MOTOR VEHICLES (CONTINUED) ANSINo.ECE/IECDesignationMean SphericalCandela MScdT

21、ol. % DesignVoltageDesignAmpsAmpTol. %Rated Average Lab Life Hours(1)FilamentShape orType(2)LCL mmLCL Tol. mmAxial Align. mm Light Source Type(3)BaseType(4)3047 21 12 12.8 1.6 5 2300 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 2 12 14.0 0.48 8 10000 C-6 (6)3057 32 10 12.8 2.10 5 1200 C-6 27.9 1.0 1.0 S-8/GT-

22、8 W2.5x16q 2 12 14.0 0.48 8 5000 C-6 (6)3057A / 3057NA 24 30 12.8 2.10 5 1200 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 1.5 30 14.0 0.48 8 5000 C-6 (6)3155 21 10 12.8 1.60 8 1500 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16d 3156 P27W 32 10 12.8 2.10 5 1200 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16d 3157 P27/7W 32 10 12.8 2.

23、10 5 1200 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 3 12 14.0 0.59 8 5000 C-6 (6)3157A / 3157NA 24 30 12.8 2.10 5 1200 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 2.2 30 14.0 0.59 8 5000 C-6 (6)3357 40 10 12.8 2.23 5 400 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 3.0 12 14.0 0.59 8 5000 C-6 (6)3357A / 3357NA / 3457A / 3457

24、NA 30 30 12.8 2.23 5 400 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 2.2 30 14.0 0.59 8 5000 C-6 (6)3757A / 3757NA PY27/7W 22.28 15 13.5 2.38 Max 600 C-6 27.9 1.0 1.0 S-8/GT-8 WX2.5x16q 1.67 15 13.5 0.63 Max 5000 C-6 (6)4057 32 10 12.8 2.23 5 4000 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 2 12 14.0 0.48 8 10000 C-6

25、 (6)4114 32 10 14.0 2.23 5 4000 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 3 12 14.0 0.59 8 10000 C-6 (6)4157 32 10 12.8 2.23 5 4000 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 3 12 14.0 0.59 8 10000 C-6 (6)4157NAK 24 30 12.8 2.23 5 4000 C-6 27.9 1.0 1.0 S-8/GT-8 W2.5x16q 2.2 30 14.0 0.59 8 10000 C-6 (6)5200 PY24W(1

26、0)23.9 +15 -25 13.5 1.78 4.1 1900 Blinking C-8Z 24 0.5 0.5 P-6 PGU20-4 5201 PS19W(10)27.9 15 13.5 1.41 5.2 1900 C-8Z 24 0.5 0.5 P-6 PG20-1 5202 PS24W(10)39.8 +10 -20 13.5 1.78 4.1 1400 C-8Z 24 0.5 0.5 P-6 PG20-3 7010(11)PC16W(10)23.9 10 13.5 1.19 6 2800 C-8Z 18.5 0.5 0.5 G-5- PU20d-1 7011(12)PCY16W(

27、10)14.3 15 13.5 1.19 6 2300 Blinking C-8Z 18.5 0.5 0.5 G5- PU20d-2 7012(13)27.9 15 13.5 1.41 5.2 1900 C-8Z 19.5 0.5 0.5 P-6 PU20d-3 Copyright SAE International Provided by IHS under license with SAENot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SAE J573 Revised JU

28、N2011 Page 8 of 28 TABLE 2A - TYPICAL SIGNAL AND MARKING LIGHT SOURCES FOR MOTOR VEHICLES (CONTINUED) ANSINo.ECE/IECDesignationMean SphericalCandela MScdTol. % DesignVoltageDesignAmpsAmpTol. %Rated Average Lab Life Hours(1)FilamentShape orType(2)LCL mmLCL Tol. mmAxial Align. mm Light Source Type(3)B

29、aseType(4)7013(14)39.8 +10 -20 13.5 1.78 4.1 1400 C-8Z 19.5 0.5 0.5 P-6 PU20d-5 7014(15)23.9 +15 -25 13.5 1.78 4.1 2300 Blinking C-8Z 19.5 0.5 0.5 P-6 PU20d-6 H21W(10)48 12 13,5 1.85 5 300 C6 20.0 0.5 0.75 H21W BAY9s H6W(10)10 12 13.5 0.52 5 750 C6 15.0 0.75 0.75 H6W BAX9s HY21W(10)8 17 13,5 1.85 5

30、300 C6 20.0 0.5 0.75 12V 21W amber BAW9sPSX26W(10)10 13.5 1.78 4.1 1500 C-8Z 24 0.3 0.3 P-6 PG18.5d-3 PSX24W(10)39.8 +10 -15 13.5 1.78 4.1 1500 C-8Z 24 0.35 0.35 P-6 PG20-7 P13W(10)39.8 10 13.5 1.25 11 8000 C-8Z 25 0.3 0.3 P-6 PG18.5d-1 PSY19W(10)17.1 20 13.5 1.41 4.1 2400 C-8Z 24 0.5 0.5 P-6 PG20-2

31、 PSY24W(10)23.9 +15 -25 13.5 1.78 4.1 2400 C-8Z 24 0.5 0.5 P-6 PG20-4 PR21W(10)8.75 20 13.5 1.85 6 600 C6 31.8 0.1 0.1 S-8 BAW15s PR21/5W(10)8.36 0.64202513.513.51.850.446101000 2000 C6C631.8 1.75 1.75 S-8 BAW15d WR5W(10)0.95 25 13.5 0.37 10 1000 C2-R 12.7 1.5 1.5 T3-1/4 W2,1X9,5d 7440 W21W(10)36.6

32、15 13.5 1.85 6 300 C-6 1.142Note (8) Note(8) T-6-1/2(9)W3x16d 7443 W21/5W(10) 352.81513.513.51.850.446105001000 C-6 C-6 0.984Note(8) Note(8) T-6-1/2(9)W3x16q + WY21W(10)22.3 20 13.5 1.85 6 300 C-6 1.142Note(8) Note(8) T-6-1/2(9)WX3x16d (1)ANSI Rating(2)Filament types - see Figure 4 (3)Light Source T

33、ypes - see Figure 3 (4)Base Types - see Figures 6, 7A, 7B, 7C, 8, 9, and 10 (5)See Figure 5 for filament spacing and light center length (6)Plane of pins with respect to filament is 90 degrees 15 degrees (7)Light-source listed for historical purpose. Typically used only for Parts and Service.(8)Refe

34、r Box system shown in Figure 5B(9) Refer Figure 3 (10) See 5.5.3 (11) Alternate non-ANSI, non-ECE designation HPC16W (12) Alternate non-ANSI, non-ECE designation HPC16WY (13) Alternate non-ANSI, non-ECE designation HPC19W (14) Alternate non-ANSI, non-ECE designation HPC24W (15) Alternate non-ANSI, n

35、on-ECE designation HPC24WY Copyright SAE International Provided by IHS under license with SAENot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SAE J573 Revised JUN2011 Page 9 of 28 TABLE 2B - TYPICAL LED SIGNAL AND MARKING LIGHT SOURCES FOR MOTOR VEHICLES SAEDesig-na

36、tion ECEDesig- nation LuminousFluxLmFluxTol. % Design Voltage Operating Voltage RangeWattage (Max) Rated Average Lab Life Hours(1)Color(J578) Symmetry LCLmmLCLTol. mm Base Type(2)ConnectorType StatusFunction Typical Application LR1 LR1 47 20 12.8 10-16 3.5 5000 Red rotational 24.0 0.2 PGJ21t-1 USCAR

37、 064-S004-1-A02 Yes Stop/Turn 3.5 20 12.8 10-16 0.75 10000 Red rotational 24.0 0.2 No Tail (1)Laboratory life is defined as steady operation of 23.5 h “on” followed by 0.5 h “off” at 23 C 2.5 C (2)Per IEC Publication 60061 (sheet 7004-165-1) 3.8 FILAMENT A tungsten wire wound into a coiled body whic

38、h is heated to incandescence when voltage is applied. Continuous and legged filaments are the two most common styles used in automotive applications. Figure 1 shows a typical example of a continuous filament and Figure 2 shows a typical example of a legged filament. FIGURE 1 - CONTINUOUS FILAMENT (W

39、AA VIEWS, C-2R FILAMENT SHAPE) FIGURE 2 - LEGGED FILAMENT (WAA VIEW, C-2R FILAMENT SHAPE) Copyright SAE International Provided by IHS under license with SAENot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SAE J573 Revised JUN2011 Page 10 of 28 In dual function bulbs

40、, filaments are typically designated as follows: Major Filament - The filament that has the higher light output. Minor Filament - The filament that has the lower light output. TABLE 3 - BASIC FILAMENT LIGHT SOURCE DIMENSIONS (SEE FIGURE 3) LightSourceType Base Type Maximum Light Source Diameter mmMa

41、ximum Light Source Diameter inMaximumExposed Length (L)mmMaximumExposed Length (L)in Typical Application ANSI Numbers B - 6 BA15s 19.7 0.775 37.3 1.469 Deck Lid, Engine Compartment 1003, 1004 G - 4 BA9s 15.0 0.590 21.4 0.843 Instrument Cluster, License 57, 1895 G - 5 P(G)(U)20(d)-n (1) (1) (1) (1)Ex

42、terior Signal Lighting 7010-7011 G - 6 BA15s 19.0 0.748 30.2 1.189 Deck Lid, Engine Compartment 67, 89, 97 GT - 8 W2.5x16 26.5 1.043 44.0 1.732 Exterior Signal Lighting 3057, 3156, 3157 P - 6 P(G)(U)20(d)-n (1) (1) (1) (1)Exterior Signal Lighting 5200, 5201, 5202, 7012-7014 S - 8 BA15s 26.5 1.043 45

43、.0 1.772 Exterior Signal Lighting 1073, 1141, 1156 S - 8 BAY15d 26.5 1.043 45.0 1.772 Exterior Signal Lighting 1157, 2057, 2357 S - 8 W2.5x16 26.5 1.043 44.0 1.732 Exterior Signal Lighting 3057, 3156, 3157 T - 1 W2.1x4.9d 5.8 0.230 15.2 0.598 Indicator, Radio 37, 73, 74 T - 3 RIGID LOOP 10.16 0.400

44、43.7 1.720 Interior application 561, 562, 563, 564, 567 T - 3 BA9s 11.0 0.433 23.9 0.941 Instrument Cluster, License 1889, 1893 T - 3 W2.1x9.2d 10.3 0.405 20.7 0.815 Instrument Cluster, License 161, 168, 194 T - 5 W2.1x9.2d 15.7 0.620 32.0 1.500 Interior application, CHMSL 906, 912, 921 T - 6 W3x16d

45、 0.807 1.693 Turn signal, Stop 7440 T - 6 W3x16q 0.807 1.535 Stop, Tail 7443 T - 6 WX3x16d 0.807 1.693 Turn Signal (1)See ECE Regulation 37Copyright SAE International Provided by IHS under license with SAENot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SAE J573 Rev

46、ised JUN2011 Page 11 of 28 BULB T-6 TYPE W3x16dBULB T-6 TYPE W3x16qBULB T-6 TYPE WX3x16d121212FIGURE 3 - TYPICAL SIGNAL AND MARKING FILAMENT LIGHT SOURCES Copyright SAE International Provided by IHS under license with SAENot for ResaleNo reproduction or networking permitted without license from IHS-

47、,-,-SAE J573 Revised JUN2011 Page 12 of 28 3.9 FILAMENT SHAPE See Figure 4. C-6 - straight transverse mounted (horizontal) C-8 - straight axial mounted (vertical) C-2R - non support (arched) C-2V - single support (v-eed) C-2F - dual support FIGURE 4 - FILAMENT SHAPES Copyright SAE International Prov

48、ided by IHS under license with SAENot for ResaleNo reproduction or networking permitted without license from IHS-,-,-SAE J573 Revised JUN2011 Page 13 of 28 3.10 FILAMENT CENTER The LCL is to be located at approximately center-of-light mass and examples of possible LCL determinations are as shown in Figure 5. FIGURE 5 - FILAMENT LOCATION ON DUAL FUNCTION FILAMENT LIGHT SOURCES Copyright SAE International Provided by IH