Hotline
+8613682519208Shenzhen Bright Lighting Co., Ltd.
Contact person:larson.long
Email:larson@szbrightled.com
web:http://www.szbrightled.com
Address: 6th Floor, Building B, Yufeng Industrial Park, Shiwei, Guangming District, Shenzhen, Guangdong, China

Scan and contact WeChat in real time to receive discounts
Products
Current Location:Home-Products-Products-OUTDOOR
N00750 Solar Greenway
Release Time:2025-03-06 08:06:55
View:425

Solar Powered Walkway Lights 5W Ip65 for Walkway with 750 Lumens 5700K
MOQ: 1 Pcs (Min. Order)
SKU: BB-LD-S5W-AR-B-A4
Wattage: 5w
Solar panel Max power: 6V/4W
Lumen: 750lm
IP: IP65
Warranty: 3 Years
Parameter
Power 5w
Model BB-LD-S5W-AR-B-A2
Solar panel Max power 6V/4W
Luminous Flux 750-800lm
Solar Panel Dimension Dia220*41mm
Mounting Height 3-5m
Space Bettwen Light 10-15m
Luminous Efficacy 150-160lm/W
Discharge Time more than 10-12hours
Sensor Time Controller or PIR Sensor Optional
Charge Time 6-7hours(with enough strong shine)
Solar Cell High efficiency imported silicon solar cell
Light Source SMD LED
Operation Temp -40 to +45℃
CCT 2700K SW / 3000K WW / 4100K NW / 5000K DW / 5700K CW
Life Span 50,000 hours
IP 65
Beam Angle 120°
Warranty 3Years
Description
What are the advantages of Solar Powered Walkway Lights 5W Ip65 for Walkway with 750 Lumens 5700K?
1. Replace conventional Area Lights
2. Precision Die Cast Aluminum Housing
3. Fade Resistant Powder Coat Finish
4. Easy Installation
5. CE ROHS listed
What are the features of Solar Powered Walkway Lights 5W Ip65 for Walkway with 750 Lumens 5700K?
1. Beam angle:120 degrees.
2. Aluminum die-casting heat sinks is good for heat dissipation.
3. It’s major to replace the conventiona area light.
4. Green, energy saving, long and reliable life of 50,000 hours.
5. No RF interference, No IR/UV radiation ,no mercury pollution.
6. Wide colour availability in degrees Kelvin(K),2700-6700K.
7. Streamline exterior design, beautiful appearance.
8. Environment friendly ,energy saving (70~80%).
9. Special circuit design, each LED work separately,avoiding the single broken LED influence problem.



