WORLD HEADQUARTERS 5298 RIVER RD. CINCINNATI, OH 45233 877-HELIPAD | 513-621-5260 PROGRAMMABLE LED LOCATION & IDENTIFICATION BEACON HP 2040 Available as three or single color units, using high brightness LEDs and advanced micro-electronics to provide a range of pre-programmed and user field-selectable operating modes with on-board switches to enable different maximum light output levels to be set and to enable control which quadrants of light are active. Depending on Beacon type, the modes which may be selected include: • FAA L-802H Civil Helipad Beacon - 36 Flashes per Minute [FPM], 75ms pulse width • US Army Helipad Pattern (as per TM 5-811-5) 36 Flashes per Minute, 50ms pulses White (double Peak) – Green - Yellow • FAA L-802M Military Helipad Beacon - 17.3 FPM, 100ms pulse width • Location beacon modes: 2 • Modified ICAO pattern (short [2mS] and long [ 25mS] pulse) - 30 FPM Technical Details Operating Voltage: • 120-240VAC Average power consumption: • 25 FPM UK CAA and Transport Canada timing compliant • 2 Morse beacon modes: 4 - 6 WPM (Words Per Minute): 1, 2 and 3 character code options • Rotating (simulated) and flashing beacon modes • Provision for an additional 8 custom patterns • Less than 90 watts Operating temperature: • - 13⁰f to 122⁰f • - 25⁰c to 50⁰c Storage temperature: • - 13⁰f to 176⁰f • - 25⁰c to 80⁰c Operating Lifespan: • LED’s Rated to 50,000 hrs Projected LED Lifetime (projected): • Relay contact output for alarm monitoring hours Physical Characteristics: • 8 inches tall • 7.063” Bolt Circle • Degree of protection: IP66 ‘Cool White’ • Green: 528nm • Yellow: 590nm • O

WORLD HEADQUARTERS 5298 RIVER RD. CINCINNATI, OH 45233 877-HELIPAD | 513-621-5260 PROGRAMMABLE LED LOCATION & IDENTIFICATION BEACON There may be situations where an operator requires that the beacon is only visible from certain directions (for example, to avoid dazzling pilots or causing a distraction). Usually this would require the operator to fit screening or similar but with the FEC Programmable Location & Identification Beacon this is simply achieved by disabling the relevant array(s) by means of simple switches on the main circuit board. To disable a particular array simply slide the switch...