Philips Emergency Lighting Datasheets for Ballasts
Ballasts are electrical devices that condition the line voltage (amplitude, amperage and waveform) to operate fluorescent and HID lamps. Basically they serve two functions: to provide the starting kick, and to limit the current to the proper value for a particular lamp.
Ballasts: Learn more
| Product Name | Notes |
|---|---|
| APPLICATION The GEN1 fuorescent backup ballast works in conjunction with an AC ballast that is supplemented with an auxiliary emergency generator to operate one lamp at high illumination between the... | |
| Because of environmental concerns about mercury and the need to comply with standards set by the Environmental Protection Agency, most lamp manufacturers have reduced the mercury content in their products. | |
| Because the path of egress may include partially protected exterior locations (e.g., canopies, stairwells, walkways, parking garages) and interior areas (e.g., basements, warehouses, storage facilities) exposed to moderate amounts of... | |
| Bodine's Cold-Pak® Fluorescent Emergency Ballasts provide reliable, cold-compliant emergency lighting in extreme environments. The B50Cold-Pak is compatible with linear lamps, while the B4CF1, B4CF2 and B4CF3 Cold-Pak models are compatible... | |
| For buildings such as telephone exchanges or other facilities that have dedicated systems and a 48 VDC central battery supply, Philips Bodine CB90-48 central battery ballasts provide instant emergency illumination... | |
| Linear fluorescent lamps serve as a mainstay in commercial, industrial and institutional lighting. Philips Bodine fluorescent emergency ballasts for linear lamps operate most single and bi-pin fluorescent lamps, including U-shaped,... | |
| Locations such as oil refineries, paint booths and textile mills are associated with potential fire and explosion hazards, including combustible gases, liquids, dust and fibers. Philips Bodine emergency ballasts for... | |
| Locations such as oil refineries, paint booths and textile mills are associated with potential fire and explosion hazards, including combustible gases, liquids, dust and fibers. Philips Bodine emergency ballasts for... | |
| Philips Bodine compact fluorescent emergency ballasts (FEBs) are designed specifically for compact lamp fluorescent fixtures. They allow you to easily covert new or existing fluorescent fixtures into code-compliant emergency lighting. | |
| Philips Bodine REDiTEST® self-testing/self-di agnostic fluorescent emergency ballasts automatically test emergency lighting for 30 seconds every 30 days and for 90 minutes once a year according to code. In addition,... | |
| Philips Emergency Lighting’s RCT remote control testing emergency ballasts and RCT retrofit modules provide a simple testing alternative for emergency lighting. By pointing the WHRCT handheld remote control transmitter (sold... | |
| Philips Emergency Lighting’s universal input fluorescent emergency ballasts (FEBs) offer a number of benefits. First, they minimize inventories. Universal input emergency ballasts are suitable for 120 through 277 VAC applications,... | |
| Technological advancements in fluorescent lamp and electronic ballast designs have led to the development of innovative, space-saving fluorescent fixtures. Philips Bodine LP Series low-profile fluorescent emergency ballasts accommodate such fixtures. | |
| The GEN3 fuorescent backup ballast works in conjunction with an INSTANT START, PARALLEL AC ballast that is supplemented with an auxiliary emergency generator to operate two or three lamps at... | |
| The need for emergency lighting is global. Philips Emergency Lighting’s new 220V-240V LED and fluorescent products teamed with our well-known universal input fluorescent emergency and HID backup ballasts give the... | |
| While 90 minutes is the standard code-required time for emergency lighting operation, there are cases in which more than a 90-minute runtime is required or desired. For example, a hospital,... |