1.68 Watt miniature - T2 1/2 - 10000 Average rated hours - Miniature Bayonet base - 24 Volt

Industrial-Grade Reliability for Constant Performance

When your equipment relies on precise visual feedback, the SATCO 1.68 Watt miniature lamp delivers the consistent performance you need. Designed specifically for 24-volt systems, this T2.5 clear bulb provides crisp, immediate illumination for mission-critical indicators. Whether you are managing an industrial control room, maintaining heavy machinery, or servicing specialized electronics, this miniature bayonet bulb ensures that your status lights remain active and visible when it matters most.

The standout feature of this lamp is its exceptional 10,000-hour average rated life. In commercial and industrial settings, maintenance downtime is a hidden cost that adds up quickly. By choosing a bulb engineered for longevity, you significantly reduce the frequency of replacements in hard-to-reach panels and instrumentation. The BA9s miniature bayonet base offers a secure, vibration-resistant fit, making it the ideal choice for environments where mechanical stability is non-negotiable.

• Extended Operational Life: The 10,000-hour rating minimizes maintenance labor and keeps your systems running longer without interruption.
• Optimized for 24V Applications: Engineered specifically for industrial panels, marine instrumentation, and specialized aerospace lighting.
• Secure BA9s Bayonet Base: The twist-and-lock design provides a reliable connection that stays seated even in high-vibration machinery.
• Crystal Clear Clarity: The clear glass finish and precision C-2F filament ensure sharp, bright light for unmistakable signaling.
• Versatile Use Cases: Perfect for elevator buttons, emergency exit signs, diagnostic equipment, and automotive dashboard indicators.

This SATCO miniature lamp is the professional choice for applications where signal failure is not an option. From pilot lights to control displays, it provides the steady, dependable illumination required for high-stakes environments and precision engineering.