No Light Pollution Silicone LED Lens , High Power Cree 3030 LED Lens For Track Lighting Fixtures
Product Details:
Place of Origin: | Zhejiang, China |
Brand Name: | Spark |
Certification: | CE, SGS, ROHS |
Model Number: | JY-BAA0125L-1508 |
Payment & Shipping Terms:
Minimum Order Quantity: | 100pcs |
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Price: | Negotiable |
Packaging Details: | In Carton Box |
Delivery Time: | 2-5 work days |
Payment Terms: | T/T, Western Union, MoneyGram, Paypal |
Supply Ability: | 100000pcs/per week |
Detail Information |
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Material: | PMMA | Beam Angle: | 25 Degree |
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Efficiency: | 93% | Dimension: | D15*H8 Mm |
LED Chips: | Cree 3030 | Application: | Wash Wall Lamp |
High Light: | led collimator lens,silicone led lens |
Product Description
Optics Led Light Lens PMMA LED Lens 25 Degree For High Power Cree 3030 LED
Application:
Led Optical Lenses used in the street light, high way led lamp, tunnel lamp, square lamp, road lamp,
city lighting, parking spot lamp, track lighting fixtures, scenery area, retail lighting and other applications where high luminous flux is desired.
- There are a wide array of standard optics available to order with many being stocked items in the UK and USA.
- Sizes available from 10mm – 60mm with a full range of beam angels and surface finishes suitable for any application.
- The large product range includes specialised optics with ultra narrow, ultra wide, asymmetric and freeform light distribution.
- We have small form factor arrays, cluster holders, linear strip and IP rated optics – all of which are optimised for a wide range of LEDs.
Part Number |
JY-BAA0125L-1508 |
Beam angle |
25 Degree |
Dimension |
D15*H8 mm |
Lens Material |
PMMA |
Transmittance |
93% |
Working Temperature |
Lens ≤ 90℃ |
Application |
Wash Wall Lamp |
Delivery and Shipping:
Trade Terms | EXW , FOB , CNF , CIF |
Payment Terms | T/T , PayPal , Western Union, Moneygram |
Lead Time | 1-2 working days for samples order, 5-7 working days for bulk order |
Shipment Terms | By Sea, By Air, By Express like DHL, Fedex, UPS, TNT, etc |
**Optical efficiency is determined by measuring the ratio of light collected after the optic and dividing
by the total amount of light without an optic directly at the LED source.
**Optics allow you to control your illumination pattern, either diffusing it or focusing it as your application requires. Secondary LED Optics provide a standard LED with collimation for spot, medium, wide and elliptical illumination patterns.
LED lens Drawing:
IES: