General Information................................................................................................................................................................................. 2
General Specifications............................................................................................................................................................................. 2
Optical Specifications [ Typical beam Angle and intensity (cd/lm) of LL01 lens ]
• CREE XP-E LED
Typical Cone Angle (degree)
(3)
with CREE XP-E
Part Number
LL01CR-DF25L-M2-T
LL01CR-DF40L-M2-T
LL01CR-DF60L-M2-T
LL01CR-DF3065L-M2-T
LL01CR-DF80L-M2-T
Red LEDs
--
--
--
--
--
Green LEDs
--
--
--
--
--
Blue LEDs
--
--
--
--
--
The typical cone angle measures where the luminous intensity is
90%
of the peak value of intensity.This typical cone varies with
LED color due to different chip size and chip position tolerance.
Typical on axis intensity (cd/w)
Part Number
LL01CR-DF25L-M2-T
LL01CR-DF40L-M2-T
LL01CR-DF60L-M2-T
LL01CR-DF3065L-M2-T
LL01CR-DF80L-M2-T
(4)
with CREE XP-E
Blue LEDs
Red LEDs
Green LEDs
--
--
--
--
--
--
--
--
--
--
--
--
--
--
--
Luminous intensity depends on the flux binning and tolerance of the LEDs. Please refer to the LEDs data sheet for more details on
Flux binning and mechanical tolerance.
• CREE XP-E LED
Typical Cone Angle (degree)
(3)
with CREE XP-E
Part Number
LL01CR-DF25L-M2-T
LL01CR-DF40L-M2-T
LL01CR-DF60L-M2-T
LL01CR-DF3065L-M2-T
LL01CR-DF80L-M2-T
White LEDs
27
41
65
31*66
75
Warm white LEDs
27
42
68
33*66
77
The typical cone angle the full angle measured where the luminous intensity is
90%
of the peak value of intensity. That typical
cone varies with LED color due to different chip size and chip position tolerance.
Typical on axis intensity (cd/w)
Part Number
LL01CR-DF25L-M2-T
LL01CR-DF40L-M2-T
LL01CR-DF60L-M2-T
LL01CR-DF3065L-M2-T
LL01CR-DF80L-M2-T
(4)
with CREE XP-E
370
275
125
180
95
White LEDs
650
350
135
460
130
Warm white LEDs
Luminous intensity depends on the flux binning and tolerance of the LEDs. Please refer to the LEDs data sheet for more detail on
Flux binning and mechanical tolerance
Notes:
(3) 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.
(4) The efficiency value listed above is the total value of the whole lens model, the value depends on the total flux of the LED used. Luminous intensity depends on
the LEDs flux and its tolerances, for more details of LED flux, please check Cree data sheet at www.cree.com.
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