RIGID Industries 922314 SR-Series 20" Spot LED Light Bar with Amber PRO Lens

The RIGID Industries SR-Series 20-inch LED light bar with Amber PRO lens combines high-performance lighting with a sleek, low-profile design optimized for challenging visibility conditions. This spot beam configuration delivers powerful illumination specifically engineered for high dust, smoke, fog, and other low-visibility environments commonly encountered during off-road trail riding, overlanding, and racing applications.

Amber PRO Lens Technology:

The amber-colored lens provides superior performance in adverse conditions by leveraging the human eye's natural ability to process longer wavelengths of light more efficiently. This results in reduced glare, enhanced object definition, and improved contrast compared to traditional white lighting, allowing drivers to see farther and with greater clarity in challenging environments.

Key Features:

• Amber PRO lens for enhanced visibility in dust, fog, and smoke
• Durable aluminum alloy housing and integrated heatsink for optimal thermal management
• 9-36 VDC operation compatible with most vehicle electrical systems
• Patented optical design for precision beam control
• Blacked-out circuit board with prominent RIGID branding
• IP68 rating for complete dust and water ingress protection
• Pressure equalizing vent prevents moisture buildup
• Reverse polarity and over/under voltage protection
• LED lifespan rated for 50,000+ hours
• Limited lifetime warranty coverage

Technical Specifications:

• Length: 20 inches
• Weight: 4.9 lbs
• Power consumption: 119 watts
• Amperage draw: 8.5 amps at 14V
• Raw lumen output: 13,680 lumens
• Lux at 10 meters: 720.1
• Beam distance at 1 lux: 268.4 meters
• Beam distance at 0.25 lux: 536.7 meters
• Peak beam intensity: 72,013 candela
• Horizontal beam angle: 58.2 degrees

Package Includes:

• 20-inch SR-Series spot beam light bar with Amber PRO lens
• Wiring harness with switch
• Surface mount brackets
• Mounting hardware

Designed for off-road use only. Sold individually.