Series
AST191B1, AST191B2, AST191B3
Material
Aluminium body + PC
Input Voltage
120-277Vac
Working Current
700mA
Power Factor
0.96
LED Q'ty
16~48pcs
Total Consumption
35W~105W
Efficacy
>97 lm/w
LED Chips
Cree XPG2
Beam Pattern
A01, A02, A03
Color Rendering Index
More than 75
Pipe Mounting Dia
60mm
IP Rating
IP65
Working Condition
Temp: -40℃-55℃ | Humidity: 10％-95％
Lifetime
More than 50,000 hrs
Includes a reliable 5-year warranty period.
Delivers at least 60％ energy savings compared to standard lighting.
High-performance LEDs designed to last for more than 50,000 hours.
Patented heat dissipation design built to achieve optimum efficiency.
Allows you to replace the module directly to suit different applications.
Tested in a national listing laboratory in strict accordance with IES standards.
Engineered to be highly resistant to high shock and vibration.
Lights turn on immediately without delay in re-strike.
A color rendering index of over 75 enhances all original colors.
Ideal for rural roads, commercial squares, gardens, and villas.
Frequently Asked Questions
Q:
What is the lifetime and warranty of the AST191B series LED lights?
The series offers a long operational lifetime of more than 50,000 hours and comes with a 5-year warranty.
Q:
What material is used for the light body?
The body is constructed from durable aluminium combined with a PC (polycarbonate) cover.
Q:
What are the recommended application scenarios for these lights?
They are ideally suited for outdoor environments such as rural roads, commercial squares, gardens, and villas.
Q:
Can the LED modules be replaced independently?
Yes, the lights feature a modular design that allows you to replace modules directly for different applications.
Q:
What temperature and humidity ranges can these lights withstand?
They are engineered to work reliably in temperatures ranging from -40℃ to 55℃ and relative humidity levels from 10％ to 95％.
Q:
How energy-efficient are these LED fixtures?
These lights offer a high efficacy of over 97 lm/w and deliver at least a 60% reduction in energy consumption.
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