Ledil F14487_FLORENCE-1R-MAXI-WG, FLORENCE Series LED Lens Asymmetric Asymmetric Beam

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RS Stock No.:
170-9694
Mfr. Part No.:
F14487_FLORENCE-1R-MAXI-WG
Manufacturer:
Ledil
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Brand

Ledil

Series

FLORENCE

Product Type

LED Lens

Lens Shape

Rectangular

Lens Colour

Clear

Emission Pattern

Asymmetric

Lens Material

Polymethyl Methacrylate (PMMA)

Viewing Angle

Asymmetric

For Use With

Cree XB-H, Cree XP-E, Cree XP-E2, Cree XP-G, Cree XP-G2, Cree XQ-E, Cree XQ-E HI, Lumileds LUXEON 3014, Lumileds LUXEON 3030 2D, Lumileds LUXEON A, Lumileds LUXEON R, Lumileds LUXEON Rebel, Lumileds LUXEON T, Lumileds LUXEON TX, Lumileds LUXEON Z ES, Nichia NCSxx19B, Nichia NF2x757A, Nichia NF2x757G, NVSxx19B, NVSxx19C, OSRAM DURIS S5, OSRAM OSLON SSL 80, Samsung LM301A, Samsung LM561C, Samsung LT-S282N

Lens Style

Rectangle

Height

11.04mm

Length

286mm

Standards/Approvals

RoHS Compliant

Width

21.65 mm

COO (Country of Origin):
FI

LEDiL FLORENCE 1R Series LED Lenses


The FLORENCE-1R series from LEDiL are a family of linear lenses for use with a single row of mid-power LEDs. The FLORENCE-1R optics sit over up to 1ft of LEDS. They can also be broken apart into three single 95 mm pieces. Alternatively separate retaining clips can be purchased to connect the lenses in one continuous row.

There are two versions within the FLORENCE-1R family; -Z90 has a wide symmetrical beam and –ZT25 has a single sided asymmetric beam.

Suitable applications for the FLORENCE-1R include retail lighting, low bay, wall washing and supermarket aisle lighting.

Made using an optical grade PMMA, the FLORENCE-1R lenses offer a high UV and temperature resistance. FLORENCE-1R lenses have been designed and optimised for use with a variety of LEDs. Due to the rapidly changing nature of LED products customers are strongly advised to consult the latest manufacturer data for compatible LEDs.

LEDiL Multi LED Lenses


Note

The viewing angle produced (the full angle measured at the half peak luminous intensity value) will vary depending on the chip size, colour and position of the LED.

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