AS NZS 1337 TEST REPORT 报告格式

1、测试报告申请单位：Applicant收件日期：Date(s) SubmittedTEST REPORTDate : Report No. : M-TS- Issue : 1.0 样品信息Sample Information订单号P.O.客号Customer型号Model镜框颜色Frame Color镜片颜色Lens Color镜片类别 Category数量Quantity 测试说明Test Specification测试环境Test of Condition标准要求Standard Requirement测试时间Test Date ； %R.H.AS/NZS 1337.1-2010本次测试项目

2、Test Items测试结果Test Result检 测 员： Tested by核 检 员： Checked byPage 5 of 52.2.3 Dimension of LensesSample IDLocationLengthDepthPassFail1Right Ocular2Left Ocular3Right Ocular4Left OcularSpecification42mm32mm2.3.1 Visual Quality RequirementPassFailReasonably free of pits, scratches, greyness, watermarks, b

3、ubbles, striae, local aberrations and inclusions which could impair vision or prevent the use of the oculars for their intended purpose.2.4.4 Optical TransmittanceSample IDVisible Spectral RangeUV Spectral RangePassFailTransmittance(TV)%Ocular CategorySpectral Transmittance for Wave-Lengths 470 nm t

4、o 650 nmRelative Visual Attenuation for Signal Light Detection (Q)Value ofSpectral TransmittanceValue ofSolar UVATransmittanceRedYellowGreenBlue280 nm to315 nmOver 315 nmto 350 nm315 nm to 380 nm123Specification80%TV100%00.2 TV0.800.800.800.800.05 TVTVTV43%TV80%118%TV43%28%TV18%30.01 TV0.50TV0.50 TV

5、80%TV100%OutdoorUntinted0.01 TV0.25 TV0.25 TV2.4.5.2 Transmittance Matching for Pairs of Filters of all TypesSample IDLeft(TV)%Right(TV)%Relative Variations(TV)%PassFail123SpecificationNot differ by more than 15% of the value of the higher transmittance.2.4.6.1 Special Transmittance Requirements for

6、 Photochromic FiltersSample IDFaded State(T0)Darkened State(T1)T0/T1PassFail123SpecificationT0/T11.25.2.4.6.2 Special Transmittance Requirements Polarizing FiltersSample IDLeft OcularRight OcularLeft Ocular- Right OcularPassFail123Specification±5°±5°Left Ocular- Right Ocular6

7、6;2.4.7.2 Local Aberrations In Spherical and Astigmatic PowerSample IDLeft OcularRight OcularPassFailSpherical Power(D1+D2)/2m-1Astigmatic PowerD1-D2m-1Spherical Power(D1+D2)/2m-1Astigmatic PowerD1-D2m-1123Specification±0.090.09±0.090.09Note:D1 and D2 are the refractive powers in the two p

8、rincipal meridians.2.4.7.4 Prismatic Power DifferencePairs of OcularsSample IDHorizontal Imbalance ()cm/mVertical Imbalance ()cm/mPassFailBase InBase Out123Specification0.251.000.252.4.8 Scattered Light(Haze test)Sample IDHaze(%)PassFailLeft OcularRight Ocular123Specification3%2.4.9 Material and Sur

9、face QualityRequirementPassFailNo material or machining defects within an area of 28 mm diameter centred on the reference point of the ocular that could impair vision, e.g. bubbles, scratches, inclusions, dull spots, pitting, mould marks, notches, reinforced points, specks, beads, water specks, pock

10、ing, gas inclusions, splintering, cracks, polishing defects or undulations. Single defects outside this area and within 5 mm of frame edges are permissible.2.5 Low Impact Resistance (Drop Ball)Sample IDLocationPassFail1Right ocular on 32mm from the centre-line of the frame2Right frame above the lens

11、,within 20 mm of the mid-line3Right at 90 ° the line through the front of both eyes4Left ocular on 32mm from the centre-line of the frame5Left frame above the lens,within 20 mm of the mid-line6Left at 90 ° the line through the front of both eyes2.6 Medium Impact Resistance(6.35mm Ballistic

12、, Velocity of 40+15,0m/s);2.7 High Impact Resistance(6.35mm Ballistic, Velocity of 110+3,0m/s);2.8 Extra High Impact Resistance(6.35mm Ballistic, Velocity of 175+4,0m/s)Sample ID Location Velocity(ft/sec) Pass Fail 1 Right ocular on 32mm from the centre-line of the frame2 Right frame above the lens,

13、within 20 mm of the mid-line3 Right at 90 ° the line through the front of both eyes4 Left ocular on 32mm from the centre-line of the frame5 Left frame above the lens,within 20 mm of the mid-line6 Left at 90 ° the line through the front of both eyesNote: Note:1m/s=0.3048 ft/s.2.9 Penetratio

14、n ResistanceSample ID LocationPass Fail 1 Right ocular on 32mm from the centre-line of the frame2 Left ocular on 32mm from the centre-line of the frame3 Right ocular on 32mm from the centre-line of the frame4 Left ocular on 32mm from the centre-line of the frame2.10 Resistance to IgnitionSample IDCo

15、mponentPassFail1Frame2Temple3LensSpecificationNo part of the ocular ignite or continue to glow after removal of the steel rod.3.2.10 Thermal Stability(Drop Ball)Sample ID LocationPass Fail 1 Right ocular on 32mm from the centre-line of the frame2 Right frame above the lens,within 20 mm of the mid-li

16、ne3 Right at 90 ° the line through the front of both eyes4 Left ocular on 32mm from the centre-line of the frame5 Left frame above the lens,within 20 mm of the mid-line6 Left at 90 ° the line through the front of both eyes3.2.9Thermal Stability(Ballistic) Sample ID LocationVelocity(ft/sec)

17、 Pass Fail 1 Right ocular on 32mm from the centre-line of the frame2 Right frame above the lens,within 20 mm of the mid-line3 Right at 90 ° the line through the front of both eyes4 Left ocular on 32mm from the centre-line of the frame5 Left frame above the lens,within 20 mm of the mid-line6 Lef

18、t at 90 ° the line through the front of both eyes3.2.9 Thermal Stability(Penetration)Sample ID LocationPass Fail 1 Right ocular on 32mm from the centre-line of the frame2 Left ocular on 32mm from the centre-line of the frame3 Rightocular on 32mm from the centre-line of the frame4 Left ocular on 32mm from the centre-line of the frame3.2.9 Thermal Stability(Optical Transmittance)Sample IDVisible Spectr