Aero-Lites.com Miniature LED Bulb Replacement #89 | 12/14vdc | Warm White | 1-Pack

The Aero-Lites.com LED replacement bulb is a high-quality, energy-efficient lighting solution designed to replace traditional 12/14vdc G6 globe-shape single-contact bayonet base (Ba15S) filament miniature light bulbs. This product is particularly suitable for applications where energy savings and enhanced lighting performance are essential.

Engineered as a true drop-in replacement, this LED bulb draws only 130mA at 14VDC, providing an impressive 85% reduction in current consumption while delivering greater total lumens. The dimensions of the Aero-Lites.com LED bulb match those of the filament version, ensuring an easy installation without any modifications. The light source is designed to maintain the same height as the original bulb, ensuring no adverse effects on light projection across all fixtures. With its 360-degree omni-directional light output, this LED replacement closely mimics the performance of traditional filament bulbs.

• Exact replacement for 12~14VDC G6 globe-shape, single-contact bayonet base (Ba15S) incandescent bulbs.
• 85% current reduction, enhancing energy efficiency and lowering electricity costs.
• Input Voltage: 12/14VDC; Dimmable functionality allows for varied lighting preferences.
• Current draw of 100mA @14VDC; Wattage: 1.4W, ensuring optimal performance.
• Light projection of 360°, delivering balanced and omnidirectional illumination.
• Bipolar polarity design for easy installation without compatibility issues.
• Cross-references various filament bulb numbers including #67, 69, 89, ensuring compatibility with a wide range of fixtures.

This Aero-Lites.com LED replacement bulb is an ideal choice for homeowners, commercial spaces, and automotive applications where reliable lighting is crucial. Its energy-efficient design not only reduces power consumption but also provides brighter, more effective lighting. Choose this LED bulb for a seamless transition from traditional filament bulbs, ensuring excellent performance while contributing to energy savings.