E2S: D2xB1XH2

The D2xB1XH2 features a high output UL1971 rated 70.29cd, 10 Joule Xenon strobe warning light / beacon. Globally approved, the robust Type 4/4X, IP66 enclosure ensures suitability for all haz loc fire alarm and general signalling applications.

Multiple D2xB1XH2 units will auto-synchronize when powered from the same power source removing the need for any additional sync modules in the circuit. One device, globally certified: NEC/CEC CI D2 and CII D2; NEC CI Zone 2 and Zone 22; CEC Zone 2 & 22 and CII D2; ATEX, IECEx Zone 2 & 22. UL1638/UL1971 & CAN-ULC-S526 tested – suitable for public mode fire alarm, ADA compliant, hearing impaired applications.

UL1971/UL1638 Public mode fire
CAN/ULC-S526 Fire approved
70.29 eff. candela
Synchronised for over 2 hours per UL1971
Xenon tube mechanically secured against vibration & shock
Marine grade aluminum enclosure
Ingress protection Type 4/4X/3R/13, IP66
High impact resistant Borosilicate glass lens
Stainless steel external and internal fixings
Duplicate, pluggable cable terminations, supervisory diode
Conduit mounting via integral 3/4" NPT entry
Surface mounting via user installed lugs
Pendant mounting via 3/4"NPT conduit entry
Dual 1/2"NPT and M20 cable entries
Supplied with haz loc rated stopping plugs/adaptors
UL Marine approved
Manufacturer warranty: 10 years

UL_Certificate_of_Compliance.pdf

CSFM_Listing.pdf

IECEx_Certificate.pdf

The D2xB1XH2 features a high output UL1971 rated 70.29cd, 10 Joule Xenon strobe warning light / beacon. Globally approved, the robust Type 4/4X, IP66 enclosure ensures suitability for all haz loc fire alarm and general signalling applications.

Multiple D2xB1XH2 units will auto-synchronize when powered from the same power source removing the need for any additional sync modules in the circuit. One device, globally certified: NEC/CEC CI D2 and CII D2; NEC CI Zone 2 and Zone 22; CEC Zone 2 & 22 and CII D2; ATEX, IECEx Zone 2 & 22. UL1638/UL1971 & CAN-ULC-S526 tested – suitable for public mode fire alarm, ADA compliant, hearing impaired applications.