20.2 Watt miniature - R12 - 300 Average rated hours - Bayonet Single Contact Base - Frosted - 28 Volt

Dependable 28-Volt Illumination for Specialized Environments

When your equipment operates on a 28-volt system, standard bulbs simply won't cut it. This 20.2-watt SATCO miniature R12 bulb is engineered specifically for higher-voltage applications, providing consistent, flicker-free light where performance is non-negotiable. Whether you are maintaining an aircraft cockpit, servicing marine vessels, or upgrading industrial control panels, this bulb delivers the precise intensity needed for critical monitoring and safety.

The frosted finish is a key functional advantage for operators and passengers alike. By diffusing the 20.2 watts of power, the bulb eliminates harsh glare and sharp hotspots, creating a soft, uniform glow that reduces eye fatigue during long shifts or night flights. This makes it an ideal choice for interior cabin lighting, reading lamps, and indicator displays where visual clarity is paramount.

• Vibration-Resistant Security: The Bayonet Single Contact (BA15s) base locks securely into place with a simple twist, ensuring the bulb maintains a constant electrical connection even in high-vibration environments like engine rooms or heavy machinery.
• Optimized for 28V Systems: Specifically tailored for use in aviation and specialized heavy-duty equipment to prevent the premature burnout often seen when using incorrectly rated lamps.
• Compact R12 Form Factor: The small R12 shape fits easily into tight housings and enclosed fixtures while the CC-8 filament provides reliable, concentrated light output.
• Professional Quality Standards: This RoHS-compliant lamp is built to meet rigorous industrial specifications, offering a dependable 300-hour rated life for specialized task applications.

Upgrade your specialized lighting with a component designed to handle the rigors of heavy-duty use. From instrument panels to overhead task lighting, this frosted R12 miniature bulb offers the perfect balance of durability and visual comfort for demanding technical spaces.