Emergency lighting slave lights and signs obtain their emergency power supply from a separate central bank of batteries located within the premises. The central battery system makes maintenance and testing easier, and fittings are available in 24V, 50V, and 110V AC/DC.
The ceiling mountable Calabor 8W recessed emergency lighting bulkhead light slave unit, with a thin front trim plate and prismatic diffuser, provides a low-profile and stylish finish suitable for indoor use.
The Elled is a small LED emergency light designed to be powered by a central battery system, available in a choice of 110V or 230V and compliant with both 850°C glow-wire and needle-flame tests.
Using slave functionality, allowing it to illuminate after a mains power failure via a separate central battery system located within the premises, the Pico is available with four different directional arrow legends to choose from.
The Arc LED slave unit is powered from a central bank of batteries located within the building to ensure escape routes are illuminated during a power failure. Featuring an IP65 rating, the Arc AR is suitable for internal and external applications.
Available for 24V, 50V, 110V, and 230V central battery systems, this 8W fluorescent slave fitting will provide 275 lumens of emergency illumination during a mains power failure both indoors and outdoors.
The Arrian slave emergency light is designed to be low-profile, with an aluminium body that seemlessly blends into modern office environments. Available for 24V, 50V, 110V, and 230V input and provides over 770 emergency lumen output.
Available in a range of voltages, the Calabor single-sided 8W fire exit sign slave unit obtains its emergency back-up power supply from a separate central battery system located within the building.
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The Calabor double sided 8W fire exit sign slave units are powered by a bank of larger batteries centrally located within a building. Available with a choice of 3 directional arrow legends.
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This product is temporarily unavailable.
Advantages |
Disadvantages |
Lower running costs | Higher initial costs |
Single location for discharge tests | More complex to design and install |
Considerably longer battery lifespan | Special cabling required |
Simplified luminaire maintenance | Failure of CBC affects entire system |
More resistant to environmental factors | Special requirements for battery storage |
Not affected by local power disruption |