www.FraenOMG.com 1/8 F360L-3C-S for Rebel/Rebel ES, Rev 02
F360L-3C-S Side-Emitter Lens
for LUXEONTM Rebel and Rebel ES LEDs
High efficiency
High-temperature material
Easy assembly
The F360L-3C-S lens is specifically
designed for the Philips Lumileds 1
LUXEON® Rebel and Rebel ES LEDs.
A software-optimized profile provides a
360-degree pattern2 with high collection
efficiency reaching 85% of the total flux
emitted from the LED.
The lens flange can be glued to the PCB
to provide a secure assembly.
Typical applications are:
360-degree illumination devices, such as:
Beacons
Navigation lights
Warning lights
Electronic flares
Reflector-based systems requiring
excellent light control and/or minimal
direct light, such as:
Streetlights
Flashlights/torches
Task lights
Channel-letter signs
Spot-lights
(1) LUXEON® Rebel and Rebel ES are trademarks of Philips
Lumileds Lighting, LLC. For technical specification on
LEDs please refer to the LUXEON® Rebel and Rebel ES
datasheet or visit www.luxeon.com
(2) Typical beam divergence may change with different color
LEDs.
FRAEN Corporation OMG FRAEN Corporation Srl
80 Newcrossing Road Via delle Querce, 26
Reading MA 01867 27020 Trivolzio (PV)
USA Italy
Phone: +1 781.205.5300 Phone: +39 0382 1933.1
Fax: +1 781.942.2426 Fax: +39 0382 1933.239
Inquiries: optics@fraen.com
Website: FraenOMG.com
For ordering or sales information in your region, please contact
one of our offices listed above or visit
www.FraenOMG.com/Contact.
www.FraenOMG.com 2/8 F360L-3C-S for Rebel/Rebel ES, Rev 02
General Characteristics
Lens Material
Operating Temperature range
Storage Temperature range
Polycarbonate, UL94 V2 rated
-40ºC / + 128ºC
-40ºC / + 128º C
Average transmittance in visible spectrum (400 – 700nm) >85%.
Please note that flow lines and weld lines on the external surfaces of the lenses are acceptable if the
optical performance of the lens is within the specification described in the section “OPTICAL
CHARACTERISTICS”
IMPORTANT NOTE – Lenses handling and cleaning:
Handling: Always use gloves to handle lenses and/or handle the lenses only by the flange.
Never touch the outside surfaces of the lenses with fingers; finger oils and contamination will
absorb or refract light.
Cleaning: Clean lenses only if necessary. Use only soap and water to clean the surfaces and
lenses. Never expose the lenses to alcohol, as it will damage the plastic.
Scope
This datasheet provides information about the F360L-3C-S lens for LUXEON Rebel and Rebel ES
LEDs.
www.FraenOMG.com 3/8 F360L-3C-S for Rebel/Rebel ES, Rev 02
Optical Characteristics
Rebel
Rebel ES
Candela/Lumen
Candela/Lumen
Angle (degrees)
Peak Intensity
0.23
0.21
±69º
½-Peak Intensity
0.12
0.11
±47º and ±84°
(1) To calculate the intensity (candela) at a specific angle, read the candela/lumen value from
Figure 1, and multiply this value by the total flux of the Luxeon Rebel LED used. See
“Illumination Calculations” below. For more detail on flux binning please check the Luxeon LED
datasheet at http://www.luxeon.com/
(2) Luminous intensity depends on the flux binning and tolerances of the LEDs. Please refer to the
Luxeon datasheet for more details on flux binning and mechanical tolerances.
0.00
0.05
0.10
0.15
0.20
0.25
-90 -75 -60 -45 -30 -15 0 15 30 45 60 75 90
F360L-3C-S
Rebel Cool Neutral
White
Rebel ES Cool Neutral
White
Figure 1. Spatial Radiation Pattern (candela/lumen vs. angle from axis), with summary table
www.FraenOMG.com 4/8 F360L-3C-S for Rebel/Rebel ES, Rev 02
Illumination Calculations
To calculate the intensity (candela) at a specific angle, read the candela/lumen value from the graph in
Figure 1, and multiply this value by the total flux of the Luxeon Rebel LED used. Refer to the Luxeon
Rebel LED datasheet for nominal lumens values. For a more accurate calculation, refer to the intensity
“ranking” (binning) tables on the datasheet for the specific LED.
Example calculations:
If the Fraen F360L-3C-S is used on a cool neutral white Luxeon Rebel ES LED at 350 mA, a typical
luminous flux of the LED is 80 lumens.
The calculation is: (0.22 candela/lumen) x (80 lumens) = 17.6 candela, at ±69º off-axis.
At ±45º and ±85°off-axis, the intensity is ½ of the peak. This means at ±45º and ±85° off-axis, the
intensity should be 1/2 of 17.6 candela, or 8.8 candela.
One candela at 1-meter distance produces 1 Lux. The peak intensity at 1 meter will be 17.6 lux. The
intensity decreases as a function of the distance squared. At 2 meters the peak intensity will be 17.6 /
(22) = 4.4 lux. At 3 meters distance, the peak intensity will be 17.6 / (32) = 2.0 lux.
Mechanical Characteristics
TOLERANCES: +/-0.2 mm
Figure 2. Dimensions of the F360L-3C-S lens
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Figure 3. The center of the F360L-3C-SS lens should be aligned with the center of the LED
dome lens. There is sufficient clearance in the bottom of the F360L-3C-S lens to
accept the rectangular LED package.
Figure 4. The square flange of the F360L-3C-S lens has 4 bumps, which should fit into 4
recesses in the PCB solder-mask.
See Figures 2 and 7 for locating pin layout and dimensions.
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Figure 5. A small droplet of glue is placed at each of the 4 solder-mask recess locations, to
bond the 4 lens “bumps” to the PCB. A fixture or automated placement machine will
be required to assure proper lens location (to center the lens to the LED die).
Figure 6. The correct height is achieved when the lens bumps touch the PCB copper (same
plane as LED solder).
DESIGN NOTE: Proper lens to LED alignment requires that the PCB have recesses to
accommodate the locating pins on the lens
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Figure 7. Dimensions and layout of the PCB location recesses used to align the lens to the
LED. (All dimensions in millimeters)
www.FraenOMG.com 8/8 F360L-3C-S for Rebel/Rebel ES, Rev 02
Packaging Information – Tape & Reel
The F360L-3C-S lens is available only in Tape & Reel packaging.
Reel capacity: 515 lenses in pockets with a ten pocket (empty) leader and a five-pocket trailer.
Ordering part number
(for both Rebel and Rebel ES LEDs)
© Copyright 2013 Fraen Corp. All rights reserved.
Figure 8: Tape dimensions and layout (All dimensions in millimeters)
Figure 9: Orientation of lens in tape pockets
Fig. 10: Reel Dimensions