LED Beacon for Private Fire Systems and General Signaling
The D2xB1LD2 beacon is UL1638 approved for private mode fire applications and general signaling duties. It is available in a choice of red or grey enclosure colors with field replaceable UV stable polycarbonate lens color filters, field-replaceable without needing to access the enclosure and fitted with a stainless-steel guard as standard. Candela ratings of 73.4cd to UL1638 for private mode fire and 180cd for general signaling applications ensure that the D2xB1LD2 is the most effective LED signaling solution available for hazardous locations. An array of high power Cree LEDs provides minimal inrush and operating current and optimizes visibility in all directions. The beacon has five flashing modes: 1Hz, 1.3Hz, 2Hz, double strike and triple strike with an effective output of up to 180cd for warning applications. It also has selectable high power and low power steady modes with outputs up to 87cd for status signaling. DC voltage versions feature three remotely selectable stages, enabling different flash rates to be allocated to different processes or alarm conditions from one device.
With UL/cUL approval for Class I Div 2, Class II Div 2 and Class I Zone 2/22 as well as being IECEx and ATEX certified for Zone 2 and 22 applications, the D2x family of warning signals can be installed almost anywhere in the world. The marine grade LM6 aluminum enclosure has a chromate and powder coated finish for maximum corrosion protection and conforms to NEMA Type 4/4X/3R/13 and EN60529 IP66 protection standards. Pluggable duplicate (four wire) terminations mean quick installation and enable multiple units to be looped or daisy-chained without requiring additional junction boxes. Integrated monitoring diodes and user-configurable end of line options ensure compatibility with supervised control panels.
The D2xCDLD2 combination device features the D2xB1LD2 with a D2xS1 116dB(A), 64 tone UL464 alarm horn integrated into a single enclosure to create the most effective solution for audible and visual signaling, reducing cabling and installation costs.