Photometric Indoor Test Report

Transcription

1 Photometric Indoor Test Report Relevant Standards LM Prepared For Sea Gull Lighting Andre Duljas 31 W. Washington Street Riverside, NJ 875 Catalog Number 96118S-32 LTL Test Number 2191 Test Date Prepared By Approved By Signature Signature Name and Title: Brian Moyer, Engineer Name and Title: Michael Grather, PDE The results contained in this report pertain only to the tested sample. This report shall not be reproduced, except in full, without written approval of Underwriters Laboratories. LTL Test Number Page 1 of 5

2 Luminaire Description: Catalog Number: Lamp: Mounting: Extruded aluminum heatsink housing, clear plastic enclosure 96118S-32 Two white LEDs Track Luminaire Zonal Lumen Summary Test Conditions Zone (Degrees) -3 Lumens % of Lamp % of Luminaire 28.1% Test Temperature: Voltage: 24.5 C 12. VAC % 82.7% 99.9%.2% Current: Power: Power Factor: Frequency:.572 A.633 W Hz % Total Lumen Output: Luminaire Efficacy: CIE Type: Lumens 4.5 Lumens/Watt Direct Summary of Results Spacing Criterion: Degree: degree: Degree: degree: 1.26 Data was acquired using the calibrated photodetector method of absolute photometry. A spectral mismatch correction factor was employed based on the spectral responsivity of the photodetector and the spectral power distribution of the test subject. LTL Test Number Page 2 of 5

3 Vertical Angle (Degrees) Candela Tabulation Horizontal Angle (Degrees) Zonal Lumen Tabulation (5 degree zones) Zone (Degrees) Lumens Zone (Degrees) Lumens Zone (Degrees) Lumens Zone (Degrees) Lumens LTL Test Number Page 3 of 5

4 Ceiling Cavity Reflectance Wall Reflectance Room Cavity Ratio (RCR) Utilization of Lumens - Zonal Cavity Method Effective Floor Cavity Reflectance 2% ** Values are expressed as Lumens delivered to the task surface ** Ceiling Cavity Reflectance Wall Reflectance Room Cavity Ratio (RCR) ** Values are expressed as Lumens delivered to the task surface ** Vertical Angle (Degree) Average Luminance Table (cd/m²) Horizontal Angle (Degrees) This test was conduted using photometry techniques according to standard IES procedures. The user must therefore use caution in the following situations: 1) This test was performed using a specific ballast/lamp combination. Extrapolation of this data for other ballast/lamp combinations may produce erroneous results. 2) This test was conducted in a controlled laboratory environment where the ambient temperature was held at 25⁰C ±1⁰C. Field performance may differ particularly in regards to change in luminous output as a result of difference in ambient temperature and method of mounting the luminaire. LTL Test Number Page 4 of 5

5 Polar Plot (Candela) Deg. Plane 27 Deg. Plane Deg. Plane 9 Deg. Plane LTL Test Number Page 5 of 5

6 Integrating Sphere Test Report Relevant Standards LM Prepared For Sea Gull Lighting Andre Duljas 31 W. Washington Street Riverside, NJ 875 Catalog Number 96118S-32 LTL Test Number Test Date Prepared By Approved By Signature Signature Name and Title: Brian Moyer, Engineer Name and Title: Michael Grather, PDE The results contained in this report pertain only to the tested sample. This report shall not be reproduced, except in full, without written approval of Underwriters Laboratories. LTL Test Number Page 1 of 4

7 Lamp Description: Extruded aluminum heatsink housing, clear plastic enclosure Catalog Number: 96118S-32 Lamp: Two white LEDs Mounting: Track Lamp Summary of Results Test Conditions Radiant Flux: mw Test Temperature: 24.5 C Luminous Flux: Lumens Voltage: 12. VAC Lamp Efficacy: 4.41 Lumens/Watt Current:.574 A CCT: 2976 K Power:.6372 W CRI (Ra): Chromaticity (x): Power Factor: Frequency: Hz Chromaticity (y):.3881 Chromaticity (u):.2533 Chromaticity (v):.3426 Duv: -.58 Testing was performed in a Labsphere SLMS765 two meter integrating sphere using the 4π geometry method, a Labsphere CDS 11 spectrometer, and LightMtrX software. Absorption correction was employed for this measurement. LTL Test Number Page 2 of 4

8 Chromaticity Coordinates x y u v u' v' Duv Ra (CRI) 94. Color Rendering Index Detail R1 R2 R3 R4 R5 R6 R7 R8 R9 R1 R11 R12 R13 R Flux vs Wavelength.5 Spectral Flux (mw/nm) Wavelength (nm) LTL Test Number Page 3 of 4

9 Spectral Power Distribution λ(nm) mw/nm λ(nm) mw/nm λ(nm) mw/nm λ(nm) mw/nm λ(nm) mw/nm λ(nm) mw/nm λ(nm) mw/nm LTL Test Number Page 4 of 4