Arihant LED Lights offers eco friendly and energy saving LED flood lights. We take pride in introducing ourselves as the reputed and renowned manufacturer and supplier of LED Flood Lights. The flood lights that we offer have sturdy construction. These flood lights have low electricity consumption. Our array is best in terms of quality and performance. These are eco-friendly as they make use of solar energy for illumination. Quality is not compromised by us at any stage.
It is featured by high illumination, energy-saving; stable working performance, non-burying cables, and long life-span. It is used to brighten up places like stadiums, parks, playgrounds etc. These are eco-friendly as they make use of solar energy for illumination. We provide LED flood light after testing it under the supervision of our quality team. These are appreciated amongst the clients for their trouble free performance and optimum quality.
Arihant LED Flood Lights - AFL 10-150
Shopping Malls, Playing Areas, Gyms, Outdoor Lighting, Industrial Lighting, Hoardings & Facade Lighting
This Light is available from 10 to 150 WATT
Technical Specifications of Arihant LED Flood Light
|Input Voltage||AC85V ~ 265V|
|Frequency Range||50 Hz ~ 60Hz|
|Total Harmonic Distortion||<9%|
|Electrical Gear||Integral HF electronic driver with APFC|
|LED Viewing Angle||120º|
|Led Luminous Efficiency||100 ~ 130 LM/W|
|Co-Related Color Temperature (CCT)||Warm White (W/W) 2700K~3900K|
|Neutral White (N/W) 3900K~4500K|
|Cool White (C/W) 5000K~6500K|
|Color Rendering Index (CRI)||>70|
|Housing||Pressure die cast Aluminum alloy for housing gear / extruded aluminum lamp housing (heat sink) for better heat transmission.|
|Protection||Surge Protection 2 - 10 KV, Low Voltage / Over Voltage Protection|
|Features||Eco Friendly, Low Power Consumption, No UV & IR Radiation, Long Life, Less Heat, No Bugs, Instant On & Off|
|Secondary Optics (Lenses)||As per requirement|
* Conditions apply
Note - All the technical parameters are the stats of the sample inspected, some product have deviation to the practical technical parameters.