3 Watt miniature - T2 1/2 - 10000 Average rated hours - Miniature Bayonet base - 120 Volt

Reliable Illumination for Critical Industrial and Commercial Indicators

In high-stakes environments where equipment status and safety signaling are vital, you need lighting that won’t let you down. This Satco 3-watt miniature T2.5 lamp is engineered for longevity and precision, providing a clear, steady glow for pilot lights, control panels, and status indicators. Designed to withstand the rigors of industrial use, it ensures that your monitoring systems remain visible and functional at all times.

Operating at a full 120 volts, this miniature bulb provides a streamlined solution for electrical systems by eliminating the need for additional step-down transformers. The miniature bayonet base (BA9s) offers a secure, twist-lock connection that resists loosening due to mechanical vibration, making it a preferred choice for machinery, signal towers, and complex switchgear. With a clear finish and a 360-degree beam spread, it provides maximum light output within a compact footprint.

• Extended Service Life: Rated for 10,000 hours, significantly reducing maintenance cycles and replacement costs in hard-to-reach panels.
• Direct Line Voltage: The 120V rating allows for simplified wiring in commercial and industrial applications without external power supplies.
• Vibration-Resistant Fit: The BA9s bayonet base ensures the lamp stays firmly seated even in heavy-duty environments.
• Versatile Applications: Perfect for elevator floor indicators, emergency exit signs, appliance displays, and specialized industrial equipment.
• Energy Efficient: Consumes only 3 watts while providing high-clarity illumination for critical visual feedback.

Whether you are maintaining a manufacturing facility or designing a custom control interface, this Satco miniature lamp provides the reliability and ease of installation required for professional-grade lighting. Its RoHS-compliant construction and durable filament design make it a dependable asset for any system requiring long-term status signaling.