IEC62471-2006(CIE S009) Photobiological Safety of Lamps and Lamp System and IEC TR62471-2(2009) Guidance on Manufacturing Requirements Relating to Non-laser Optical Radiation Safety have be published addressing hazard to human (mostly eye and skin), and are completely suitable to assess the optical radiation safety of non-laser sources, such as LED products, UV radiation in general lighting products and etc.

It also according to IEC/EN 62471/CIE S009, IEC/TR 62778, GB/T 20145, IEC/EN 60598 Annex P, IEC/EN 60432, IEC/EN 60335, GB 7000.1 and 2009/125/EC.

The hazard exposure level of optical radiation of tested sources which may be related from 200nm to 3000nm shall be determined based on the measurement of spectral irradiance and spectral radiance in specified measuring geometry relating with exposure duration.

                                                     Optical Radiation Safety Test

The IEC 62471 measurement equipment is specialized for determination of the optical radiation hazard exposures specified in IEC 62471, including as follows:
Actinic UV hazard exposure (weighted irradiance from 200nm to 400nm) for the skin and eye,

• Near-UV hazard exposure (irradiance from 315nm to 400nm) for the eye
• Retinal blue light hazard exposure (weighted radiance from 300nm to 700nm)
• Retinal Blue light hazard exposure(weighted irradiance, 300-700nm) – small source
•Retinal thermal hazard exposure (weighted radiance from 380nm to 1400nm)
• Retinal thermal hazard exposure (weighted radiance; 780-1400nm) – weak visual stimulus
• Infrared radiation hazard exposure (irradiance from 780nm to 3000nm) for the eye
• Thermal hazard exposure (irradiance from 380nm to 3000nm) for the skin

 
Specifications:
• Wavelength range: 200nm to 800nm (EN62471-A), 200-1500nm (EN62471-B) and 200-3000nm (EN62471-C)
• Radiance geometry: optics simulating human eye’s retina
• Acceptance aperture: Dia. 7mm for radiance; Dia. 20mm & 7mm for irradiance
• FOV range: 1.5mrad to 110mrad (1.7mrad, 11mrad, 100/110mard) according to exposure duration of radiance measurement; and 100mrad, 1.4rad and 6.28rad for irradiance measurement
• Testing distance: 200mm to 6.0m(optional) with constant FOVs and input aperture
• Image resolution:1600×1200
• Maximum exposure scanning rang: 2pi-space
• Calibration: It can be traced to NIM
• Detectors: PMT/InGaAs/Si/PbS
•Imaging radiance meter: scientific grade 16bit CCD camera with TEC
•Sampling speed of pulse source:20 us to 10 s
•Wavelength accuracy:0.1nm(UV), 0.2nm(VIS), 0.4nm(IR)

•Dynamic range: 10

Shenzhen LCS Compliance Testing Laboratory Ltd.

深圳立訊檢測股份有限公司 (立訊檢測，股票代碼：871117) 成立于2004年，立訊檢測總部實驗室位于深圳市寶安區，分部實驗室位于深圳市光明新區，并分別在廣州番禺和中山火炬開發區設有分公司。

立訊檢測是我國首批開創民營第三檢測、認證專業服務型的國家級高新技術企業。公司自成立以來， 通過不斷的自我完善和發展， 目前已經建成電磁兼容實驗室、無線射頻實驗室、產品安全實驗室、新能源電池實驗室、能效性能實驗室、 環境可靠性實驗室、 化學實驗室等。

咨詢熱線：
chase.cai  蔡澤明

Sales Manager 銷售經理

深圳立訊檢測股份有限公司

Shenzhen LCS Compliance Testing Laboratory Ltd. 

(中國合格評定國家認可委員會認可實驗室CNAS NO.L4595)

Ph: + (86) 15816898350 

QQ:+2355957594

Tel: + (86) 755 29871520 (Ext.3203) 

Fax:+ (86) 755 82591332

E-mail: chase.cai @lcs-cert.com 

Add.2: 深圳市光明新區公明街道辦文閣路中裕綠色高新產業園

B棟1-2樓B區

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Wenge Road, Heshuikou, Gongming Street, Guangming

NewDistrict, Shenzhen, China

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