Limited Time Sale$2,991.80 cheaper than the new price!!
| Management number | 205895094 | Release Date | 2025/11/02 | List Price | $1,282.20 | Model Number | 205895094 | ||
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| SPLED-24V-150C-12.3-CL1B Solar Beacon | Features |
| Operation: 24/7, On/Off, Day/Night, Motion, or Flying Leads | SAEJ845, Class 1- Brightest Rating |
| Panel Dimensions: 14.3"-W x 27.89"-L x 3.19"-D | Magnetic Mount Beacon |
| Beacon Dimensions: 4.5"H X 6.5"Diam | Multi-Strobe Pattern Options |
| Weight: N/A | Waterproof |
| LED Beacon Watts: 14.4 | Solar Panel w/ 16 Amp Rating |
| LED Beacon Amps/Hour: 0.6A @ 24V | |
| Panel Assembly Voltage: 24V | |
| Lumens: 1,440 | |
| Luminous Efficiency: 100 Lumens per Watt | |
| Lighting Configuration: Strobing Flash | |
| Visibility: Up To One Mile |  |
| Ambient Temp: -45°C to +55°C |  |
| Runtime: 24 Hours | |
| Charging Time: 10 Hours | |
| Battery: (4) 8aH Sealed Lead Acid batteries | |
| Beacon Mounting: Surface Mount, 1" NPT Pipe Mount, 100lbs Grip Magnetic Mount | |
| Panel Mounting: Surface or Pole | |
| Wiring: 150` 12/3 Cord - Lamp to Panel Assembly |
Made in the USA
The Larson Electronics SPLED-24V-150C-12.3-CL1B Solar Powered LED Beacon is a Class I, innovative lighting solution suited for applications requiring a high visibility strobing beacon capable of stand alone operation. Equipped with four, 8aH batteries and a 150-foot 12/3 cord between the LED lamp and solar panel, this unit is visible for more than a mile and offers 30 different strobing patterns. This unit can be seen during the day or night.
This Class I, Solar Powered LED beacon (strobing) light produces a brilliant strobing flash that is visible for distances of up to one mile. A 14.4 watt LED strobe light is powered by four 8aH sealed lead acid batteries that are automatically recharged during daylight hours by a 30 watt solar panel. Operating on 24V, the panel recharges the battery in 10 hours with direct sunlight and can power the beacon for 24 hours with a full charge. As with all solar powered equipment, charging time is affected by the amount of available ambient light. When ambient light levels drop below a certain level, such as on very cloudy days, the unit will not recharge.
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