FCA15007 CREE | Alldatasheet
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Technical content
Product Number FCA15007_G2-ROSE-UV-SS Family Rose Type Assembly Color black Diameter 21,57 x 21,57 mm Height 12,86 mm Style rectang Optic Material Silicone Holder Material Fastening pin, tape Status production ready ROHS Comliant Yes Date Updated 12/04/2016 OPTICAL PROPERTIES Viewing Light Effi- LED Angle Beam ciency cd/lm Connector LZ4-04UV00 15 deg Smooth spo...- - - LZ1-00UV00 12 deg Smooth spo...sim: 90 %sim: 0.000 - NVSU233A 14 deg Smooth spo...- - - July 10th 2017 10:39 Copyright Ledil Oy - Subject to change without prior notice - Page 1/1 Ledil Oy Salorankatu 10
24240 SALO, Finland
http://www.ledil.com email: ledil@ledil.com FAX: +358-2-733 8001
25% 50% 75% 100% 161116212631364146515661 Relative intensity of F14683_G2-ROSE-UV-SS_(LZ4-04UV00) .7/1 .7/2
10% 20% 30% 40% 50% 60% 70% 80% 90% 100% -45-35-25-15-5515253545 Relative intensity of FCA15007_G2-ROSE-UV-SS_(LZ1-00UV00) FCA15007_G2-ROSE-UV-SS_(LZ1-00UV00) W/m²
25% 50% 75% 100% -30-25-20-15-10-5051015202530 Relative intensity of FCA15007_G2-ROSE-UV-SS_(NVSU233A_365nm) FCA15007_G2-ROSE-UV-SS_(NVSU233A_365nm)
A Direction A AH BG D E C F B G A H Tolerances if not otherwise shown According to DIN ISO 2768-1 Linear measures: up to 30mm class M, otherwise class C According to DIN ISO 2768-2 Form and position: class L SCALE 3:1 WEIGHT SHEET SIZE DRAWING TITLE PART NUMBER Ledil Oy Salorankatu 10 FIN 24240 SALO Finland THIRD ANGLE PROJECTION: This drawing is the property of LEDiL Oy. It may not be reproduced, copied or communicated without a written agreement with LEDiL Oy. clear Pc black FCA15007 FCA15007_G2-ROSE-UV-SS 1/19 g INDEX PART NO DESCRIPTION MATERIAL COLOUR
1 C15050 ROSE-TAPE PU 2-sided foam tape adhesive
2 C14688 G2-ROSE-LT-HLD
3 F14683 G2-ROSE-UV-S LSR silicone
21.57 21.57 12.860.4 (tape) 1.1 (guiding pins) 2(2x) 15.7 Led position ø8.7 Isometric view
NOTE: The typical divergence will be changed by different color, chip size and chip position tolerance. The typical total divergence is the full angle measured where the luminous intensity is half of the peak value.