PFB-37002
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POINT FLASHING BEACON PFB LED FAA L-864 & L-865 ICAO TYPES A, B & C SAFE AREA & HAZARDOUS LOCATION Compliances: ETL Listed to UL 1598 & to UL 1598A Marine Vessels & IP66 ETL Listed to CSA C22.2 No.250.0-04 Canada ETL Verified FAA L-864 & L-865 to FAA Advisory Circular 150/5345-43G Compliance to ICAO Annex 14 Medium Intensity Types A, B & C Compliance to Transport Canada CL864 & CL865 Compliance to UK CAP 168 Medium Intensity & Low Intensity (Group B) Class I, Division 2, Groups A B C D, T5 at ± 55° C (option –EX) Class I, Zone 2, Groups IIA IIB+H2 IIC, T5 at ± 55° C (option –EX) Registered ISO 9001:2008 American Bureau of Shipping (ABS) Type Approved Product The PFB LED red and white medium intensity flashing beacons are specified for use on aviation obstructions. All castings are aluminum, all hardware is stainless steel and the lens is glass. All exterior metal beacon parts are powdercoat painted aviation yellow for corrosion resistance that meets the US Military Standard Salt Fog Test conducted per MIL-STD-810F, Method 509.4, Procedure I. R: Red W: White G: Green Y: Yellow Options & Accessories SEE TABLES ON PAGE 2 & 3 EX: Class I, Division 2 (Zone 2) Hazardous Location FAA L-864 MEDIUM INTENSITY RED BEACON STANDALONE 230V WITH MARINE TREATMENT ICAO MEDIUM INTENSITY RED-WHITE BEACON TYPES B & A FOR USE WITH A POC THE BEACON FLASHHEAD IS SHOWN THE SEPARATE POWER SUPPLY IS INCLUDED BUT NOT SHOWN

Beacon Selection Table For hazardous atmosphere locations requiring Class I, Division 2 (Zone 2), insert -EX after the voltage digit. Example: PFB-37002-R-1-EX-F4 PFB-EX beacons include marine treatment as standard. For white & dual hazloc beacons, the power supply (PS) is also Class I, Division 2. Point Flashing Beacon PFB LED FAA L-864 & L-865 ICAO Types A, B & C Safe Area & Hazardous Location FAA L-864 red flashing medium intensity beacon FAA L-865 white flashing medium intensity beacon FAA L-864 & L-865 dual red/white flashing beacon White ICAO Type A white flashing medium...

POINT FLASHING BEACON PFB LED FAA L-864 & L-865 ICAO TYPES A, B & C SAFE AREA & HAZARDOUS LOCATION The basic PFB-37002 beacon catalog number is intended for use with a Point POC Controller for most applications. Other configuration options below are available to be factory installed at time of order. Add the separate FAA Photoelectric Controller to all systems. Add the POC Controller as required by the system. Touchscreen is optional for red lighting POC controllers. OPTIONS . Power supply enclosure is stainless steel. Only applicable to white or dual beacons. Shield 120: White beacons...

r?Nt UOJTlNC CORPORATION Point Flashing Beacon PFB LED FAA L-864 & L-865 ICAO Types A, B & C Safe Area & Hazardous Location 2,000 candelas red night As defined by FAA L-864 Advisory Circular 150/5345-43G 41.7 watts AC Peak at 120V 42.0 watts AC Peak at 220V 7.0 watts AC Average F4, T4, B 33.0 watts AC Average C 66.0 VA AC Peak at 120V 78.3 VA AC Peak at 220V Intensity: 20,000 candelas white day 2,000 candelas white night As defined by FAA L-865 Advisory Circular 150/5345-43G Wattage: 297.0 watts AC peak (day) at 120V 315.0 VA AC peak (day) at 120V 140.0 watts AC peak (day) at 220V...

POINT FLASHING BEACON PFB LED FAA L-864 & L-865 ICAO TYPES A, B & C SAFE AREA & HAZARDOUS LOCATION PFB POWER SUPPLY FIBERGLASS ENCLOSURE For each white & dual beacon FAA DUAL RED/WHITE BEACON * Intensity: 20,000 candelas white day 2,000 candelas red night As defined by FAA L-864/865 Advisory Circular 150/5345-43G 302.0 watts 58.4 watts 149.0 watts 57.0 watts AC peak (day) at 120V AC peak (night) at 120V AC peak (day) at 220V AC peak (night) at 220V Input Range: See voltage ranges page 1 Temp Rating: POINT LIGHTING CORPORATION PFB POWER SUPPLY * Note: Each dual beacon assembly consists of a...

Point Flashing Beacon PFB LED FAA L-864 & L-865 ICAO Types A, B & C Safe Area & Hazardous Location PFB Beacon Vented to IP67 & Hazardous Locations For prevention of moisture ingress Severe environmental conditions with varying temperatures and humidity cause an air pressure differential that results in seal failure of IP66 and IP67 enclosures. Certified fixtures and enclosures begin to leak moist air which the temperature changes turn into condensation. This water can cause failure of the electronic components and corrosion of the metal parts and housing. Point Lighting Corporation uses a...

POINT FLASHING BEACON PFB LED FAA L-864 & L-865 ICAO TYPES A, B & C SAFE AREA & HAZARDOUS LOCATION MARINE TREATMENT Marine Treatment is recommended for all marine, high salt content air and other corrosive environments as well as military installations. The standard FAA specified finish flakes and fails in a short time in a high salt atmosphere. Point Lighting Corporation is the only obstruction lighting manufacturer that offers this option. We are the foremost manufacturer of marine offshore helideck lighting operating in severe environments. The fixture shall be treated for marine...

POINT FLASHING BEACON PFB LED FAA L-864 & L-865 ICAO TYPES A, B & C SAFE AREA & HAZARDOUS LOCATION SERVICE The beacon is permanently sealed. Do not attempt to open the beacon. Contact Point Lighting Corporation for return repair service instructions. Do not attempt any testing or procedure not stated in the manual. MEDIUM INTENSITY RED BEACON MOUNTING FOOTPRINT Ø0.41 (Ø10.4) use 3/8” screws 12.1 (307) Dimensions: Inches (mm) & gland included SPARE PARTS The beacon is permanently sealed. We recommend purchasing a spare PFB beacon matching the catalog number of the installed beacons. A spare...

Point Flashing Beacon PFB LED FAA L-864 & L-865 ICAO Types A, B & C Safe Area & Hazardous Location Data Cable A data cable is REQUIRED. You may purchase the data cable from Point Lighting under stock number PL10836. You may purchase the same data cable from others as Belden 9207 Twinax - Twinaxial Cable. You may purchase a data cable from others equal to the above Belden cable with the characteristics listed below. Note: You are responsible to confirm the specifications are equal to the above cable which was used during certification testing. Use of inferior cable may result in improper...