Automotive Light Testing
Automotive Light Testing Laboratory was founded in 1992 and was recognized by AMECA of the U.S.A., IDIADA of Spain and TUV SUD of Germany for performing lighting product certification test. The lab can also perform the regulatory test according to VSTD(Vehicle Safety Testing Directions),such as vehicle lamps,safety glazing and rear-view mirrors. We have abundant practical experience to provide the lighting design, improvement and certification service to the manufacturer on vehicle lamp products development.
- Contact
- Name：Shien Ju, Wu
- TEL：ext : 3114
- E-mail：raywoo@artc.org.tw
Certification & Accreditation
TAF(Accreditation Number:1032)(Taiwan), VSCC(Taiwan), AMECA, IDIADA, TÜV SÜD, TÜV Rheinland, SGS
Services
Facilities
| Rotation angle | (L/R)180°, (U/D)90°(±0.01°) |
| Max. load | 50 kg |
| Max. sample width | 1.2 m |
| Measure range | 10-4~5x105lux. |
| Observation angle | 0.2°~ 2.0° |
| Measure range | 0.1~199,900mcd/lux. |
| Diameter | 1.5 m |
| Measure range | 0.001 ~ 1,999,900 lm |
| Diameter of sphere | 500 mm |
| Observation angle | 3°、1°、20°、6° |
| Measure range | 0.0001 cd/m2~19,990,000 cd/m2 |
| Wavelength Range | 200nm~800nm |
| Wavelength Step Resolution | 0.025nm |
| Measure range | Fast channel：0.1 lx ~ 200,000 lx |
| Sampling rate | Fast channel：1M Hz |
| Eyeplece | 10x |
| Objective iens | 5x, 10x, 20x, 50x, 100x |
Photometric and light distribution measurement according to the design requirements and regulatory standards.
Photometric and light distribution measurement according to the design requirements and StVZO standard.
The purpose of test is to determine the coefficient of luminous intensity of retro-reflection.
The purpose of test is to determine the luminous flux of light sources.
The purpose of test is to determine the coefficient of luminous intensity of retro-reflection.
The purpose of test is to determine the reflectance and transmittance of safety glazing materials ,lens and rearview mirror.
The purpose of test is to determine the luminosity and frequency of optical warning devices for authorized emergency.
Spectral measurement and analysis of light sources.
Design, simulate and improve according to requirements and regulatory standards.