Scandvik LED 304 Stainless Steel LED Reading Light - 8-30V

The Scandvik LED 304 Stainless Steel LED Reading Light is a multi-voltage cabin and reading light engineered for marine, RV, and off-grid applications where reliable low-power illumination is essential. Operating across the full 8–30 VDC range, this fixture accommodates both 12V and 24V electrical systems without requiring separate models, making it a versatile choice for vessels, mobile command centers, and equipment where voltage standards vary or may be in transition.

At 3.1 watts with 16 SMD 2835 warm white LEDs, this reading light delivers 154 lumens across a 120° beam angle—sufficient for task lighting without excessive power draw on battery-limited systems. The 304 stainless steel construction resists saltwater corrosion, a critical specification for coastal and offshore applications where standard steel fixtures fail within seasons. The adjustable swivel head allows directional aiming, while the on/off rocker switch provides tactile feedback in low-light conditions. Total weight of 0.5 lbs and compact dimensions (6 x 3 x 8 inches) make installation straightforward in tight quarters.

This fixture is designed for users who prioritize durability and efficiency in unforgiving environments. Marine operators, RV owners, off-grid homesteaders, and emergency responders rely on multi-voltage LED lighting to extend operational time on limited battery capacity. The warm white LED color temperature reduces eye strain during extended reading or close work, distinguishing it from cool-white cabin lights. The stainless steel housing eliminates the need for protective coatings or paint touch-ups, lowering long-term maintenance costs on vessels and outdoor equipment.

The retail-packaged version (indicated by the "P" suffix in part number 19053P) includes all necessary mounting hardware and documentation. Scandvik LED reading lights are recognized in the marine aftermarket for meeting the durability and voltage-flexibility demands of saltwater and variable-power environments where standard fixtures prove inadequate.