Model: AVE14D9H17G/1550G
Diameter: 14.0mm
Height: 8.70mm
Angle: 17°, 15x50°
Material: PMMA
Transmittance: >93%
LED Type: Cree XP-G
Lighting Applications: Area lighting
1. 14mm PMMA material single lens was designed by 3535LED with high power output to achieve high lighting efficiency.
2. This 14mm single lens can be tightly fixed on PCB board by fix pins and 3M tape.
3. This 14mm single lens was designed by two types of beam angles 17° and 15x50° to meet different architecture buildings lighting requirements.
Distribution
Specifications
| Model: | AVE14D9H17G/1550G |
| Diameter: | 14.0mm |
| Height: | 8.70mm |
| Angle: | 17°, 15x50° |
| Material： | PMMA |
| Transmittance： | >93% |
| LED Applications | Cree XP-G |
| Lighting applications | Area lighting |
LED Type
XPE
XPE2
XP-G2
XP-G3
OSLON SSL80
SQUARE
LUXEON HL4Z
NVSW219GL
PK2E-2LVE-B2R8N
PK2N-4LVE-SBVR8
Packaging
---Material Information
Lens Material
L06: PMMA 8N/ L46: PC 1250Z
Operating Temperature
PMMA:-40°C~ +80°C/ PC: -40°C~ +120°C
UL Flammability
PMMA: [email protected]/ PC 1250Z: V-2 @1.5mm
UL RTI Elec
PMMA: 90°C @1.5mm/ PC 1250Z: 125°[email protected]
Light Transmission Rate
400nm ~ 900nm>90%
If necessary, Clean lenses with mild soap, water and soft cloth.
Never use any commercial cleaning solvents on lenses, like alcohol.
Please handle or install lenses with wearing gloves, skin oils may damage lens or its optical characteristic.
The purpose of an LED lens, in general, is to control the light emitted by the LED by directing and focusing it in a specific pattern or angle.
A narrow-angle lens is used when you want to concentrate the light emitted by an LED into a relatively narrow beam. This can be useful in various applications where focused lighting is required.
A narrow beam angle helps create a focused and concentrated beam of light, ideal for highlighting specific objects or areas.
Asahi Optics welcomes your questions, inquires and feedback. Please use the form below or contact us at any of the addresses below. Our sales team will get back to you shortly.
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