JW Speaker 0562381 12-24V DOT LED Right High and Low Beam Headlight

LED Bulb; Amber/ White Daytime Running Light; Clear Bulb; High/ Low Beam; 2.09 Amp Draw At 12 Volt DC Low Beam/ 1.14 Amp Draw At 24 Volt DC Low Beam/ 4.55 Amp Draw At 12 Volt DC High Beam/ 2.23 Amp Draw At 24 Volt DC High Beam; Clear Hardcoated Polycarbonate Non-Heated Lens; Black Polycarbonate Housing; DOT Approved; Single; 5.66 Inch Diameter x 3.35 Inch Depth; Round Shape; X-Style; With Chrome Bezel; Integrated 6 Pin Deutsch To H4 Wiring Connector; With Front Position Light

The JW Speaker 0562381 is a versatile LED headlight designed for both high and low beam applications in 12-24V systems. Engineered with precision, this headlight offers enhanced visibility and durability for various vehicles and machinery. Its robust construction ensures reliable performance in demanding conditions, making it an ideal choice for professional and recreational use. The advanced LED technology provides bright, focused illumination while maintaining energy efficiency, reducing power consumption without compromising on brightness. This headlight is suitable for a wide range of applications, including commercial trucks, off-road vehicles, and agricultural equipment, where dependable lighting is critical. Easy to install and built to meet DOT standards, the JW Speaker 0562381 guarantees compliance and safety on the road or job site. Whether upgrading existing headlights or installing on a new vehicle, this LED headlight delivers superior illumination and long-lasting performance, ensuring you stay safe and visible in all conditions.

Features:

• Voltage Range: Compatible with 12-24V electrical systems for flexible installation options

• High and Low Beam Functionality: Provides versatile lighting options for different driving conditions

• Durable Construction: Designed to withstand harsh environments and vibrations

• DOT Certified: Meets Department of Transportation standards for safety and compliance

• Energy Efficient LED Technology: Offers bright illumination with reduced power consumption