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Since 1905, Bodine has been manufacturing LED drivers and inverters. Headquartered in Illinois, USA, the brand benefits the manufacturing, automotive, HVAC, mining and energy industries. Read More
Bodine's extensive catalogue includes emergency lighting fixtures, AC & DC motors and parallel shafts, right angle & right angle hollow shaft gearmotors. Bodine's emergency lighting inverters are used as external backup power sources, ensuring uninterrupted illumination during power outages. They offer building owners a streamlined way to meet emergency lighting code requirements without the necessity of separate fixtures. They are compatible with various lighting types, including those without internal ballasts or drivers. These inverters are installed outside the fixture to enhance brightness during evacuations for an effective and efficient lighting solution, maintaining visibility in emergencies.
Customers searching for Bodine Electric Company motors or gearmotors can look for the model, item or cross-reference number on our website. We also source direct alternatives for various old and discontinued products with no minimum order quantity required for placing orders.
These Bodine products range from small to large sizes. They may require careful packaging as some items might get damaged while shipping. Hence, these Bodine items are delivered by courier shipment and air freight for minimum downtime.
Emergency lighting fixtures offer immediate illumination in critical areas with power outages. They typically rely on batteries or generators for power and are strategically placed to provide short-term lighting until restored to normal, ensuring safety and visibility in key locations during emergencies. On the other hand, emergency lighting inverters convert existing lighting systems into emergency sources. These inverters seamlessly integrate with the building's infrastructure and utilize battery backup and inverters for extended use. Unlike emergency lighting fixtures, emergency lighting inverters provide prolonged illumination during power disruptions.
