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Catalog No. 1201

Obstruction Lighting PRODUCT CATALOG HUGHEYANDPHILLIPS.COM

Lighting AT GREAT HEIGHTS For 75 Years.

Broadcast | Telecommunications | Wind Turbines | Tall Structures | Utilities Hughey & Phillips Obstruction Lighting Shines Brighter.

About Hughey & Phillips For more than 75 years, Hughey & Phillips, LLC products have found their place atop some of the world’s most monumental architectural achievements. At Hughey & Phillips, we make a complete line of cost-effective obstruction lighting and control solutions that are proven to be highly efficient and reliable with improved maintainability and a longer operational life.

As either stand-alone fixtures or as part of an integrated system, Hughey & Phillips’ low, medium, and high intensity lighting solutions provide illumination for radio and television transmission towers, communications and microwave antennas, wind turbines, grain elevators, buildings, smokestacks, bridges, and other obstructions to aerial navigation as • Cost-effective obstruction specified by the FAA, CCF , ICAO, DGAC of Mexico and Transport Canada. lighting and controls solutions Advancements in LED-based obstruction lighting technologies have resulted in lighting • Highly efficient products fixtures that extend our beacon service life up to 10 times longer than incandescent bulbs save energy and reduce with lower power consumption. Additionally, our strobes use unique parabolic reflectors/ linear strobetubes optics and integrated flashhead blocking strips to minimize ground scatter maintainability costs light for more community friendly lighting systems. • Stand-alone fixtures or APPLICATIONS integrated systems All low intensity lights are available as single or double lights. The low intensity and medium available for low, medium intensity lighting are used to mark air traffic obstructions. Different lights are used for different specific applications, all-round illuminated obstruction lights with a light intensity of 10 cd and high intensity (Candela) or 32 cd, flashing medium intensity lights in red or white with 2,000 cd or 20,000 lighting products cd and even high-intensity lights in white with up to 270,000 cd. In the United States the use of specific lighting is defined in the FAA Advisory Circular 70/7460-1 on the marking of • Longer operational life keep obstructions. The ICAO (International Civil Aviation Organization) or Local Aviation Authority structures illuminated and governs for national regulations.

replacements costs low Versatile Obstruction lighting solutions for any Industry. Hughey & Phillips engineers and designs a complete line of low, medium and high intensity lighting technology solutions that provide illumination for a wide range of industries: Hughey & Phillips is a global leader in the design and • Broadcast • Telecommunications manufacturing of obstruction • Wind Turbines lighting technology. The • Tall Structures • Utilities company offers complete solutions comprised of power Whether you need to illuminate radio, television or communication towers; wind turbines; buildings; smokestacks; bridges; or other obstructions to aerial navigation, Hughey & Phillips and lighting systems designed provides innovative lighting technology solutions. and manufactured in the USA. We have a full engineering staff providing complete support and design in optical, electrical and mechanical disciplines to customize any of our products to fit your application’s unique needs. To learn more, visit www.hugheyandphillips.com

Ordering Information Designed for a wide range of obstruction lighting applications, Hughey & Phillips’ broad line of incandescent, xenon and LED-based lighting fixtures and control solutions provide long-life operation and highly reliable performance. Contact a Hughey & Phillips representative today by visiting www.hugheyandphillips.com or by calling toll-free 877-285-4466. Lighting Up the World’s Towering Achievements .

PRODUCT OVERVIEW Hughey & Phillips obstruction lights have a sturdy construction, are built to last and fulfill both national and international specifications. All our lights are completely non-corroding, low-maintenance lights.

Our product portfolio includes state-of-the-art LED low and medium intensity obstruction lights as well as lights with a conventional light-source ranging from simple incandescent obstruction lights to high- intensity strobe lights for special applications.

Our power-saving LED lights guarantee a life span that is several times longer than conventionally equipped lights. This is achieved by a redundant circuit design and reduction of power consumption by over 90% of the normal usage of incandescent lights. Infrared (IR) LED systems are also available. MAKING THE WORLD BRIGHTER. Tower & Obstruction Lighting Guide The Hughey & Phillips tower and obstruction lighting guide provides the latest FAA, FCC, Transport For over 75 years, Hughey & Canada & ICAO tower and obstruction products for lighting buildings, towers, smokestacks, grain Phillips obstruction lighting elevators or other structures, either temporary or permanent, which might present obstructions to air has earned a reputation for navigation. References will be made in this guide to FAA, FCC, Transport Canada & ICAO requirements. The specifications and guidelines referred to are the following: quality, dependability and • FAA Advisory Circular No. 150/5345-43 innovation the world over. Specification for Obstruction Lighting Equipment In fact, we’ve illuminated • FAA Advisory Circular AC 70/7460-1K obstruction Marking and Lighting some of the globe’s highest • FCC Rules and Regulations Part 17 structures on six continents. construction, Marking and Lighting of Antenna Structure • ICAO Aerodromes Annex 14 international Standards and Recommended Practices • Transport Canada CAR 621.19 • Certified by the Secretary of Communications & Transport of Mexico Copies of these documents are available from the issuing agency or by contacting Hughey & Phillips. All Hughey & Phillips products where applicable are qualified to FAA specificationsC A 150/5345-43. In order to maintain an FAA listing, Hughey & Phillips must undergo rigid quality review twice yearly by an independent test laboratory. low MEDIUM HIGH international intensity 4 intensity 9 intensity 22 products 26 cables 34

lighting diagrams 40 accessories 52 systems 63 faa standards 76

Low intensity LOW INTENSITY

FAA Type: L-810 Steady Burn Obstruction Light HORIZON™ L-810 LED OBSTRUCTION LIGHT

APPLICATION The Hughey & Phillips L-810 Obstruction Light provides an LED based solution to the FAA L-810 style of steady burning lights. The L-810 LED is currently available in both single and double configurations operating at 120V, 240V, 277VAC and also in a range of 9-48 VDC. Both configurations are available as original equipment or as a direct replacement to the existing socket/lamp/lens on H&P L-810 Incandescent OB2x Series obstruction lights.

FAA Type: L-810 Steady Burn Obstruction Light ICAO Type: Low Intensity Type B Obstacle Light ETL Certified: FAA AC 150 45-43F Compliant to: ICAO Annex 14, CAR 621.19, MIL-C-7989

Features: • LED based obstruction lights last over 15 times longer than an incandescent light • Approximately 94% less power than 116 Watt standard incandescent lamp • 4 Watt Power Consumption (AC version) / 3.4 Watts (DC Version) • Available in both side and bottom conduit hubs at ¾” and 1” NPT • Weather resistant lamp assembly & housing • Self-contained wiring compartment on double units eliminates additional boxes • Operates as a steady burn or flashing light • Resistant to shock and vibration • Direct replacement for existing incandescent fixtures • 5 Year Warranty

Part Number Description 45-1000-001 L-810 LED 95-277VAC SGL BOT HUB 3/4 Photometric Specifications 45-1001-001 L-810 LED 95-277VAC SGL BOT HUB 1 Beam Spread: 360° Horizontal, 10° Minimum Vertical 45-1002-001 L-810 LED 95-277VAC SGL SIDE HUB 3/4 Effective Intensity: > 32 Candela 45-1003-001 L-810 LED 95-277VAC SGL SIDE HUB 1

45-1004-001 L-810 LED 95-277VAC DBL BOT HUB 3/4 Mechanical Specifications 45-1005-001 L-810 LED 95-277VAC DBL BOT HUB 1 Base Material: Cast Aluminum with aviation red powder coat 45-1006-001 L-810 LED 95-277VAC DBL SIDE HUB 3/4 Lens: Heat resistant clear glass 45-1007-001 L-810 LED 95-277VAC DBL SIDE HUB 1 Single: 8” x 5.5” x 5.5” (H x W x L), 2 lbs. 45-1008-001 L-810 LED 9-48VDC SGL BOT HUB 3/4 Double: 8” x 5.5” x 11.5” (H x W x L), 6 lbs. 45-1009-001 L-810 LED 9-48VDC SGL BOT HUB 1 45-1010-001 L-810 LED 9-48VDC SGL SIDE HUB 3/4 Environmental Specifications 45-1011-001 L-810 LED 9-48VDC SGL SIDE HUB 1 Temperature: -55°C to +55°C (-67°F to 130°F) 45-1012-001 L-810 LED 9-48VDC DBL BOT HUB 3/4 Humidity: 95% Relative Humidity 45-1013-001 L-810 LED 9-48VDC DBL BOT HUB 1 Miscellaneous: Will withstand exposure to wind-blown rain 45-1014-001 L-810 LED 9-48VDC DBL SIDE HUB 3/4 from any direction, salt-laden atmosphere and indspeeds of 45-1015-001 L-810 LED 9-48VDC DBL SIDE HUB 1 240 kph (150 mph).

Spare Parts Description 45-0001-001 L-810 LIGHT MODULE 95-277VAC 45-0002-001 L-810 LIGHT MODULE 9-48VDC A6A0008AG NEOPRENE GASKET B6A0008AA LENS HOLDER w/7” CHAIN

6 HUGHEYANDPHILLIPS.COM LOW INTENSITY

FAA Type: L-810 Steady Burn Obstruction Light INCANDESCENT OBSTRUCTION LIGHTS

APPLICATION The OB20 and OB21 single obstruction lights are equipped with a screw base lamp receptacle. The fixtures are cast aluminum and utilize flange type red fresnel lenses. The fixtures are available with either bottom entrance (OB20) or side entrance (OB21) for 3/4” or 1” conduit fittings. The fixtures are suitable for use with 120 or 230 VAC lamps.

Certified to: FAA AC 150/5345-43F Compliant to: Transport Canada CAR 621.19 ICAO Annex 14 USAF AFMAN 32-1076

Models OB20A31 3/4” bottom conduit entrance OB20A41 1” bottom conduit entrance OB21A31 3/4” side conduit entrance OB21A41 1” side conduit entrance

Photometric Specifications Single Obstruction Light Beam Spread: 360° Horizontal, 10° Minimum Vertical Dimensions: 230mm H x 140mm W x 140mm L Effective Intensity: >32 Candela (9”H x 5.5”W x 5.5”L) Weight: 1.8 Kg (4 Pounds) Mechanical Specifications Base Material: Cast aluminum with aviation red powder coat Environmental Specifications Lens: Heat resistant glass, red. Temperature: -55°C to +55°C (-67°F to 130°F) Humidity: 95% Relative Humidity Miscellaneous: Will withstand exposure to wind-blown rain from any direction, salt-laden atmosphere and indspeeds of 240 kph (150 mph).

Spare Parts and Accessories LH116120GE Lamp 120 VAC, 116 Watts FL02B02810 Red Fresnel Lens XLCB4S200 Lamp Receptacle A6A0008Ag neoprene Gasket LH116230 DT Lamp 120 VAC, 116 Watts B6A0008AA Lens Holder w/7” Chain

877.285.4466 Toll Free 7 LOW INTENSITY

FAA Type: L-810 Steady Burn Obstruction Light DOUBLE INCANDESCENT OBSTRUCTION LIGHTS

APPLICATION The OB22 and OB24 double obstruction lights are equipped with two screw base lamp receptacles. The fixtures are cast aluminum and utilize flange type red fresnel lenses. The fixtures are available with either side entrance or bottom entrance for 3/4” or 1” conduit fittings. The fixtures are suitable for use with 120 and 230 VAC lamps.

Models OB22A31 3/4” bottom conduit entrance OB22A41 1” bottom conduit entrance OB24A31 3/4” side conduit entrance OB24A41 1” side conduit entrance

Double Obstruction Lights With Automatic Transfer Relay In many circumstances it is highly desirable, or required, to employ a lamp transfer relay with a double obstruction light. Upon failure of the first lamp, the relay will transfer power to the second, or standby lamp. The relay is mounted within the fixture base. This relay is of the single pole, single throw, normally closed type. Only one lamp in the double obstruction light is energized when a transfer relay is used. The fixtures are suitable for use with 120 and 230 VAC lamps.

Models OB22A41TM1 3/4” or 1” bottom conduit entrance OB24A41TM1 3/4” or 1” side conduit entrance

Photometric Specifications Double Obstruction Light Beam Spread: 360° Horizontal, 3° Minimum Vertical Dimensions: 235mm H x 140mm W x 292mm L Effective Intensity: > 32 Candela (9.25”H x 5.5”W x 11.5”L) Weight: 3.75 Kg (8.25 Pounds) Mechanical Specifications Base Material: Cast aluminum with aviation orange, Environmental Specifications powdercoat paint finish Temperature: -55°C to +55°C (-67°F to 130°F) Lens: Heat resistant glass, red Humidity: 95% Relative Humidity Miscellaneous: Will withstand exposure to wind-blown rain from any direction, salt-laden atmosphere and windspeeds of 240 kph (150 mph)

8 HUGHEYANDPHILLIPS.COM medium intensity MEDIUM INTENSITY

FAA Type: L-864, L-865, and L-866 Medium Intensity Lighting HORIZON™ Series

LED strobe system Description The Horizon™ Dual Medium Intensity LED Strobe System provides daytime white and nighttime red lights in one unit. Its self-contained power supply, with available GPS sync and day/night sensor, simplifies wiring but also accepts external signals if desired. Advanced features include advanced LED modules, cutting edge optics, individual LED monitoring/ bypass, and active lightning protection (patent pending). The unit also monitors the system and provides a NO or NC alarm contact upon any system failure.

Application Medium intensity obstruction lighting systems are typically used on structures between 150’ (45m) and 500’ (150m) above ground level to provide aviation safety. The use of a medium intensity white strobe during the daytime typically eliminates the need to paint the structure with aviation orange and white stripes. The use of a red flashing beacon at night provides a “community friendly” light. Hughey & Phillips medium intensity obstruction lights are designed for lighting tall structures such as communication, television and radio towers, wind turbines, smokestacks, cooling towers, tall buildings, catenary river crossings and bridges.

FAA Type: L864, L865 or L-864/865 Medium Intensity Lighting ICAO Type: Type A/B Medium Intensity Obstacle Light ETL Certified: FAA Advisory Circular 150/5345-43 Compliant for use with: ICAO Annex 14, MIL-C-7989 DGAC of Mexico, CAR 621.19

Photometric Specifications Mechanical Day Mode (White): 20,000 candela ± 25% Weight, Flashhead: 8 kg (17 lbs) Night Mode (White or Red): 2,000 candela ± 25% Flashhead Lens Material: High Temp/UV Resistant Acrylic Beam Spread: 3° minimum Horizontal Coverage: 360°, omni-directional Electrical Flash Rate: 40 FPM Day & White Night Input Voltages: 120, 230/240, 277, 480 VAC 24 FPM Night Red Input Frequencies: 50 or 60 Hz Power Consumption, Day: 25 Watts Environmental Specifications Power Consumption, Night: 15 Watts Temperature: -40°C to +55°C (-40°F to 130°F) Humidity: 95% Relative Humidity Miscellaneous: Will withstand exposure to wind-blown rain from any direction, salt-laden atmosphere and windspeeds of 240 kph (150 mph)

10 HUGHEYANDPHILLIPS.COM MEDIUM INTENSITY

FAA Type: L-864, L-865, and L-866 Medium Intensity Lighting HORIZON™ Series

Features Benefits

Original Equipment Manufacturer Designed, engineered and manufactured by Hughey & Phillips One source for fixtures and complete lighting systems Single Flashhead construction compact design for dual (red/white) operation Failsafe Redundancy Automatic switching for nighttime redundancy of dual systems GPS Synchronization Available built In GPS SYNC module IR Capability Available Viewable with NVG Goggles Wiring Compatibility Existing wiring can be used for retrofit applications Environmentally sealed connector Fewest number of control wiring on the market Interchangeable LED Modules Single screw access Built-in Safety interlock switch Fully field serviceable unit Cutting Edge Optics design h&P exclusively designed ‘Eklipse’ optics package Community friendly lighting system Lightest Flashhead 17 lbs Ease of handling and installation Universal Input Operating voltage of 95-277 VAC, 50/60Hz

These specifications are subject to change. dimensions

Part Number Description 50-0002-001 FAA Type L-864, 95-277VAC 50/60Hz 50-0003-001 FAA Type L-865, 95-277VAC 50/60Hz 50-0004-001 FAA Type L-866, 95-277VAC, 50/60Hz 50-0005-001 FAA Type L-864/865, 95-277VAC 50/60Hz

877.285.4466 Toll Free 11 MEDIUM INTENSITY

FAA Type: L-864 Medium Intensity Lighting MODEL KG 114 300 mm Beacon For Airport and Obstruction Lighting

Application Model KG 114 300mm Beacon is approved as a marker light for obstructions to air navigation such as television, radio, microwave and transmission line towers, bridges, water tanks, stacks and other tall structures as specified by the FAA. Model KG 114 300mm Beacon is in full compliance with FAA Beacon requirements for marking of obstructions to air navigation.

Meets ICAO Requirements & Transport Canada

Features Constructed of heavy aluminum casting, Model KG 114 300mm Beacon is completely weatherproof, and features: • Concave base: with drain port at lowest point prevents accumulation of moisture from condensation. • Hinged center frame: hinged at the center between the upper and lower lens assemblies to provide ready access for inspection and lamp replacement. The hinge rings, neoprene gasket, butterfly locking clamp, maintain a weatherproof center seal. • Color filter supports: with flexible fins provide heat insulation and cushioning, thus eliminating color filter breakage from expansion and construction. • Equipped with stainless hardware. • IR compatible with enhanced flight vision systems that use IR energy emissions for imaging, including NVG goggles.

Part No. Description FAA Designation Weight

KG 114 F0001 300mm Beacon with Red Lens L864 73 lbs LH620120GE 620 Watts, 120 V Lamp LH700230HDT 700 Watts, 230 V Lamp

12 HUGHEYANDPHILLIPS.COM MEDIUM INTENSITY

FAA Type: L-864 Medium Intensity Lighting MODEL KG 114 300 mm Beacon For Airport and Obstruction Lighting

Descriptive Data Model KG 114 300mm Beacon is designed for service under all climatic conditions. Frame and hardware are constructed of non-ferrous materials. All the glassware is heat-resistant meeting FAA and Military Specifications.

The Optical System consists of four red, heat-resistant lenses, designed to provide a definite beam through 360O horizontally. The two lamp receptacles are mounted to properly position the two 620 or 700 watt Mogul Pre-focus Beacon lamps, thus providing correct beam distribution in accordance with FAA and Military specifications.

A Three Terminal Connecting Block is mounted in the base allowing each lamp to be independently fed and monitored. Internal wiring is heat-resistant insulated flexible wire, terminates at the connecting block. Unless otherwise ordered, beacons are furnished with five feet of #12-3 Conductor Neoprene Cable, entering the base through a 1” Watertight Connector. Conduit may be used by removing the Watertight Connector and disconnecting the External Cable.

Neoprene Gaskets are designed for long life under extreme temperatures. Upper Gasket Retainer, and Lower Gasket Retainer assure Weatherproof protection between lenses.

877.285.4466 Toll Free 13 MEDIUM INTENSITY

FAA Type: L-865 and L-866 Medium Intensity Lighting FlashGuard® 2000

FlashGuard® 2000 System Description The FlashGuard 2000 Medium Intensity White Lighting System combines a daytime white strobe light and a nighttime white flashing light into a single flashhead.T he system is also available as a red flashhead which can be used at night in place of red incandescent lighting, for much longer light source life. The flashhead is powered and controlled by a power supply that can be mounted remotely at the base of the structure. The power supply constantly monitors the operation of the system, and provides alarm contact closure upon any failure. The system automatically switches between day, twilight, and night intensities by the use of a calibrated photocell. FlashGuard® 2000 flashheads incorporate a light blocking strip that minimizes ground scatter light, resulting in a community friendly lighting system.

APPLICATION Medium Intensity obstruction lighting systems are typically used on structures between 150’ (45M) and 500’ (150M) above ground level to provide aviation safety. The use of a medium intensity white strobe during the daytime typically eliminates the need to paint the structure with aviation orange and white stripes. The use of a white flashing strobe at night provides an ‘eye catching’ light for low flying aviators.H ughey & Phillips’ medium intensity obstruction lights are designed for lighting tall structures such as communication, television and radio towers, chimneys, cooling towers, tall buildings, catenary river crossings and bridges. This light is compatible with Enhanced Flight Vision Systems that use IR energy emissions for imaging, including NVG goggles.

FAA Type: L-864, L-865 & L-866 Medium Intensity Lighting ICAO Type: Medium Intensity Obstacle Light Applicable Specifications: Conforms to: FAA Advisory Circular AC 70/7460-1 FAA Advisory Circular AC 150/5345-43E | ICAO Annex 14 Transport Canada TP 382E | DGAC of Mexico 150/5345-43E

Electrical Specifications Environmental Specifications

AC Input Power 120 VAC +/- 10%, 60 Hz, 1 phase standard; 195 watts day operation, Temperature -67°F (-55°C) to + 130°F (+55°C) per MIL-STD-810 60 watts night operation Humidity 95% relative humidity per MIL-STD-810 DC Input Power 24 VDC +/- 10%;120 watts day operation, 45 watts night operation Wind Wind speeds up to 150 mph (67 m/sec) Power Options 240, 480 VAC +/- 10%; 60 Hz or 240, 480 VAC +/- 10%, 50 Hz Wind Loading 72 lbs (32 kg) at 150 mpg (67 m/sec) Surface area is 1.282 (0.12m2) Transient transient protection is provided by: Wind Blown Exposure to wind blown rain from any direction per MIL-STD-810 Protection • Company proprietary circuits which incorporate Rain series resistors and zener diodes on all signal lines • 5 kilovolt rated transformer, primary and secondary line to ground Salt Fog Exposure to salt-laden atmosphere per MIL-STD-810 insulation • Rectifier diode network protection by varistors optical performance specifications System Status two neon lamps and four LEDs indicate system and Beam Spread1 Peak Flash Indicators subsystem operating status. (degrees) intensity2 Flash/Rate Duration3 Horizontal Vertical (candelas) (flashes/minute) (milliseconds) Safety the flashhead and power supply are both equipped with interlocks Mode so that opening either unit interrupts the capacitor charging circuit Day/Twilight 360° 3° min 15,000 min 40-L-865 <10 and discharges the high voltage energy storage capacitors in the 25,000 max 60-L-866 power supply to less than 50 volts within 30 seconds. Night 360° 3° min 1,500 min 40 for L-865 100 to 250 2,500 max 60 for L-866 Notes: 1. The lower edge of the vertical beam spread lies between –1.5° and -0.5° with respect to the horizon. 2. Flashlamp light out meets the FAA minimum requirements of 15,000 candelas day/twilight and 1,500 candelas night for a period of not less than one year. 3. When the effective flash duration is generated with a group of short flashes, the flash rate is not less than 30 per second.

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FAA Type: L-865 and L-866 Medium Intensity Lighting FlashGuard® 2000

mechanical dimensions

ss-175 power supply

18.50 (470) 15.50 (394) 10.50 (267) Clearance 16.19 (411) 8.63 (219)

16.26 (412) ss 120 17.25 photocontrol w/receptacle 5.00 (438) (127)

5.00 (127)

3.38 3/4” cable connector 0.44 (11) mounting hole 6.00 3.50 (86) 4 places (152) (89) ss-120 photocontrol is Weight: 53 pounds removable for indoor installation (24 kilograms)

ss-176 flashhead

5.00 (127) clearance 90O

120O

flashhead globe 120O lifts for access 15.92 (404) to flashtubes 90O

focal plane 3.88 (98) mounting slot 0.69 x 0.81 (17 x 21) 16.50 (419) 3/4” cable 4.80 6 places on 13.25 (337) connector (122) 90O bolt circle 15.00 (381) bottom of flashhead weight: 22 pounds for mounting with (10 kilograms) 3 or 4 fasteners

Dimensions are in inches (millimeters)

877.285.4466 Toll Free 15 MEDIUM INTENSITY

FAA Type: L-864, L-865, or L-866 Medium Intensity Lighting FlashGuard® 2000B

FlashGuard® 2000B System Description The FlashGuard 2000B Medium Intensity White Lighting System combines a daytime white strobe light and a nighttime white flashing light into a single flashhead.T he system is also available as a red flashhead which can be used at night in place of red incandescent lighting, for much longer light source life. The flashhead is powered and controlled by a power supply that can be mounted remotely at the base of the structure. The power supply constantly monitors the operation of the system, and provides alarm contact closure upon any failure. The system automatically switches between day, twilight, and night intensities by the use of a calibrated photocell. FlashGuard® 2000B flashheads incorporate a light blocking strip that minimizes ground scatter light, resulting in a community friendly lighting system.

APPLICATION White FG2000B Medium Intensity obstruction lighting systems are typically used on structures between 150’ (45M) and 500’ (150M) above ground level to provide aviation safety. The use of a medium intensity white strobe during the daytime typically eliminates the need to paint the structure with aviation orange and white stripes. The use of a white flashing strobe at night provides an ‘eye catching’ light for low flying aviators.H ughey & Phillips’ medium intensity obstruction lights are designed for lighting tall structures such as communication, television and radio towers, chimneys, cooling towers, tall buildings, catenary river crossings and bridges. This light is compatible with Enhanced Flight Vision Systems that use IR energy emissions for imaging, including NVG goggles.

FAA Type: L-864 (Red) or L-865 (White) Medium Intensity Lighting ICAO Type: Medium Intensity Obstacle Light Applicable Specifications: Conforms to: FAA Advisory Circular AC 70/7460-1 FAA Advisory Circular AC 150/5345-43 | ICAO Annex 14 Transport Canada TP 382E | DGAC of Mexico 150/5345-43F Red FG2009B

Photometric Specifications Mechanical Day Mode (White): 20,000 candela ± 25% Weight, Flashhead: 10 kg (22 lbs) Night Mode (White or Red): 2,000 candela ± 25% Weight, Power Supply: 24 kg (53 lbs) Beam Spread: 3° minimum Power Supply Enclosure: 304 Stainless Steel - standard. Horizontal Coverage: 360°, omni-directional 316L Stainless Steel - optional Ground Scatter: <3% Light Output at -10° Vertical Flashhead Lens Material: High Temp/UV Resistant Acrylic Flash Rate: 40 FPM Day & White Night Stainless Steel - optional 316L environmental Electrical Temperature: -55° to +55° C (-67° F to +130° F) Input Voltages: 120, 230/240, 277, 480 VAC Will withstand exposure to: 95% relative humidity, Input Frequencies: 50 or 60 Hz wind-blown rain-direction, salt-laden atmosphere, Power Consumption, Day: 208 Watts Wind Speed - 240kph (150mph) Power Consumption, Night: 133 Watts Power Consumption, Backup: 77 Watts Peak Inrush Current: 7A @ 120VAC Available Alarm Contacts (form C dry-contact): Power Failure, Mode Status, Strobe Failure, Sidelight #1 Fail, Sidelight #2 Fail

16 HUGHEYANDPHILLIPS.COM MEDIUM INTENSITY

FAA Type: L-864, L-865, or L-866 Medium Intensity Lighting FlashGuard® 2000B

System Features: • Single flashhead provides white or red medium intensity operation with no moving parts • Precise optics minimize ground scatter light • Alarm contacts provided for connection to any monitoring system • Rugged design of flashhead and power supply is suitable for outdoor installation in any climate

Flashhead Features: • Internally triggered Xenon strobe tubes utilized for long-life and maximum efficiency, without creating corrosive ozone • Parabolic reflector optics and linear strobe tube optics combination provides very precise optics and blocks ground scatter light in both red or white operation • Lens raises and locks in place, providing easy access to strobe tubes • Only three components used in flashhead - minimal maintenance required at top of structure • Safety interlock switch included • No moving parts • High temperature, UV resistant acrylic flashhead lens

Power Supply Features: • Provides power electronics, timing circuitry, and monitoring for lighting system • Automatic day/night intensity control • Manual intensity override • Easily accessible components • Plug-in-play circuit cards • Control and monitoring for up two sidelight levels with four steady burning obstruction lights • Fail-safe monitoring system with up to five remote alarm contacts • Stainless steel NEMA 4X enclosure • Low power consumption

877.285.4466 Toll Free 17 MEDIUM INTENSITY

FAA Type: L-864 and L-865 Medium Intensity Lighting FlashGuard® 3000

FlashGuard® 3000 System Description The FlashGuard 3000 Medium Intensity Dual Lighting System combines a daytime white strobe light and a nighttime red flashing strobe into a single flashhead, eliminating the need for two separate lighting systems. The flashhead is powered and controlled by a power supply that can be mounted remotely at the base of the structure. The power supply constantly monitors the operation of the system, and provides alarm contact closure upon any failure. The system automatically switches between day and night intensities by the use of a calibrated photocell. FlashGuard® 3000 flashheads incorporate a light blocking strip that minimizes ground scatter light, resulting in a “community friendly” lighting system.

APPLICATION Medium intensity obstruction lighting systems are typically used on structures between 150’(45M) and 500’ (150M) above ground level to provide aviation safety. The use of a medium intensity white strobe during the daytime typically eliminates the need to paint the structure with aviation orange and white stripes. The use of a red flashing beacon at night provides a “community friendly” light. Hughey & Phillips’ medium intensity obstruction lights are designed for lighting tall structures such as communication, television and radio towers, chimneys, cooling towers, tall buildings, catenary river crossings and bridges. This light is compatible with Enhanced Flight Vision Systems that use IR energy emissions for imaging, including NVG goggles.

FAA Type: L-864/865 Medium Intensity Lighting ICAO Type: Type A/B Medium Intensity Obstacle Light ETL Certified: FAA Advisory Circular 150/5345-43E Compliant for use with: ICAO Annex 14, MIL-C-7989 DGAC of Mexico, CAR 621.19

Electrical Specifications Environmental Specifications

AC Input Power 120 VAC +/- 10%, 60 Hz, 1 phase standard; 195 watts day operation, Temperature -67°F (-55°C) to + 130°F (+55°C) per MIL-STD-810 60 watts alternate white night operation Humidity 95% relative humidity per MIL-STD-810 DC Input Power 24 VDC +/- 10%;120 watts day and red night operation, 45 watts Wind Wind speeds up to 150 mph (67 m/sec) alternate white night operation Wind Loading 105 lbs (32 kg) at 150 mpg (240 kph). Surface area is 1.98 ft2 Power Options 240, 480 VAC +/- 10%; 60 Hz or 240, 480 VAC +/- 10%, 50 Hz Wind Blown Exposure to wind blown rain from any direction per MIL-STD-810 Transient transient protection is provided by: Rain Protection • Circuits which incorporate series resistors and zener diodes on all signal lines Salt Fog Exposure to salt-laden atmosphere per MIL-STD-810 • 5 kilovolt rated transformer, primary and secondary line to ground insulation • Rectifier diode network protection by varistors optical performance specifications

1 System Status two neon lamps and four LEDs indicate system and Beam Spread Peak Flash 2 3 Indicators subsystem operating status. (degrees) intensity Flash/Rate Duration Mode Horizontal Vertical (candelas) (flashes/minute) (milliseconds) System Test Manual override switches for remote day and night operation testing. Controls Push button operation for testing fault circuit operation. Day/Twilight 360° 3° min 15,000 min 40-L-865 <10 25,000 max Safety the flashhead and power supply are both equipped with interlocks so that opening either unit interrupts the capacitor charging circuit Night Red 360° 3° min 1,500 min 20-40 for L-864 750 and discharges the high voltage energy storage capacitors in the 2,500 max power supply to less than 50 volts within 30 seconds. White Night- 360° 3° min 1,500 min 40 for L-865 100 to 250 Backup 2,500 max Notes: 1. The lower edge of the vertical beam spread lies between –1.5° and -0.5° with respect to the horizon. 2. Flashlamp light out meets the FAA minimum requirements of 15,000 candelas day/twilight and 1,500 candelas night for a period of not less than one year. 3. When the effective flash duration is generated with a group of short flashes, the flash rate is not less than 30 per second.

18 HUGHEYANDPHILLIPS.COM MEDIUM INTENSITY

FAA Type: L-864 and L-865 Medium Intensity Lighting FlashGuard® 3000

mechanical dimensions

ss-177 power supply

18.50 (470) 15.50 (394) 10.50 (267) Clearance 16.19 (411) 8.63 (219)

16.26 (412) ss 120 17.25 photocontrol w/receptacle 5.00 (438) (127)

5.00 (127)

3.38 3/4” cable connector 0.44 (11) mounting hole 6.00 3.50 (86) 4 places (152) (89) ss-120 photocontrol is Weight: 53 pounds removable for indoor installation (24 kilograms)

ss-178 flashhead

877.285.4466 Toll Free 19 MEDIUM INTENSITY

FAA Type: L-864 and L-865 Medium Intensity Lighting FlashGuard® 3000B

FlashGuard® 3000B System Description The FlashGuard® 3000B Medium Intensity Dual Lighting System combines a daytime white strobe light and a nighttime red flashing strobe into a single flashhead, eliminating the need for two separate lighting systems. The flashhead is powered and controlled by a power supply that can be mounted remotely at the base of the structure. The power supply constantly monitors the operation of the system, and provides alarm contact closure upon any failure. The system automatically switches between day and night intensities by the use of a calibrated photocell. FlashGuard® 3000B flashheads incorporate a light blocking strip that minimizes ground scatter light, resulting in a “community friendly” lighting system.

FAA Type: L-864/865 Medium Intensity Lighting ICAO Type: Type A/B Medium Intensity Obstacle Light ETL Certified: FAA Advisory Circular 150/5345-43F Compliant for use with: ICAO Annex 14, MIL-C-7989 DGAC of Mexico, CAR 621.19

Photometric Specifications Mechanical Day Mode (White): 20,000 candela ± 25% Weight, Flashhead: 16 kg (34 lbs) Night Mode (White or Red): 2,000 candela ± 25% Weight, Power Supply: 32 kg (70 lbs) Beam Spread: 3° minimum Power Supply Enclosure: 304 Stainless Steel - standard. Horizontal Coverage: 360°, omni-directional 316L Stainless Steel - optional Ground Scatter: <3% Light Output at -10° Vertical Flashhead Lens Material: High Temp/UV Resistant Acrylic Flash Rate: 40 FPM Day & White Night, 24 FPM Red Night Electrical Environmental Specifications Input Voltages: 120, 230/240, 277, 480 VAC, 24VDC Temperature: -55°C to +55°C (-67°F to 130°F) Input Frequencies: 50 or 60 Hz Humidity: 95% Relative Humidity Power Consumption, Day: 208 Watts Miscellaneous: Will withstand exposure to wind-blown rain Power Consumption, Night: 133 Watts from any direction, salt-laden atmosphere and indspeeds of Power Consumption, Backup: 77 Watts 240 kph (150 mph). Peak Inrush Current: 7A @ 120VAC Available Alarm Contacts (form C dry-contact): Power Failure, Mode Status, Strobe Failure, Sidelight #1 Fail, Sidelight #2 Fail

20 HUGHEYANDPHILLIPS.COM MEDIUM INTENSITY

FAA Type: L-864 and L-865 Medium Intensity Lighting FlashGuard® 3000B

System Features: • Single flashhead provides white or red medium intensity operation with no moving parts • Dual flashtubes and dual trigger transformers provide night time redundancy - no single point of failure in the flashhead • Precise optics minimize ground scatter light • Alarm contacts provided for connection to any monitoring system • Rugged design of flashhead and power supply is suitable for outdoor installation in any climate

Flashhead Features: • Upper optics provides red flashing beacon lighting • Lower optics provides medium intensity white strobe lighting • Identical strobe tube for red and white eliminates extra spare parts • Internally triggered Xenon strobe tubes utilized for long-life and maximum efficiency, without creating corrosive ozone • Parabolic reflector optics and linear strobe tube optics combination provides very precise optics and blocks ground scatter light in both red or white operation • Lens raises and locks in place, providing easy access to strobe tubes • Only five components used in flashhead - minimal maintenance required at top of structure • Dual flashtubes and trigger transformers provide night time redundancy • Safety interlock switch included • No moving parts • High temperature, UV resistant acrylic flashhead lens

877.285.4466 Toll Free 21

high intensity HIGH INTENSITY

FAA Type: L-865 and L-857 StrobeGuard® SS-122/125

SS-125 Obstruction Strobe Light The StrobeGuard® SS-125 is a single enclosure obstruction light designed to meet or exceed the requirements of Advisory Circular 150/5345-43. The enclosures are fabricated from 304L stainless steel. All plug-in printed circuit boards are protected with a coating which meets the physical and electrical requirements of MIL-I-46058B. The SS-125 is supplied with a lightning arrestor capable of withstanding repeated 10,000 ampere current surges. Operated with the SS-122 Controller, the system is completely self-activating for monitoring and identifying any malfunctioning light and is equipped to initiate a remote alarm. The number of SS-125 obstruction lights used on an installation depends upon the type of obstruction and its height.

FAA Type: L-856 High Intensity Lighting ICAO Type: Type A High Intensity Obstacle Light ETL Certified: FAA Advisory Circular AC 150/5345-43 Compliant for use with: ICAO Annex 14, Canadian Aviation Regulation 621.19 ICAO Annex 14, MIL-C-7989, DGAC of Mexico

Photometric Specifications Mechanical Day 270,000 candela ± 25% Weight, Controller 11kg (24 lbs) Twilight 20,000 candela ± 25% Dimensions, Controller 14” H x 12” W x 6” D Night 2,000 candela ± 25% Weight, Flashhead 37kg (82 lbs) Beam Spread 3° Vertical minimum Dimensions, Flashhead 14.4” H x 16.2” W x 12.75” D Horizontal Coverage 120° coverage Enclosure Rating 304 Stainless Steel, NEMA 4X Cut off Angle <3% light output at -10° Vertical Flash Rate 40 Flashes per Minute (FPM) Electrical Input Voltages 120, 208, 240, 277, 380, 480V Environmental Input Frequency 50 or 60 Hz Temperature -55° C to +55° C, -67° F to + 130° F Power Consumption 0.55kVA per flashhead Humidity 95% relative humidity Will withstand exposure to: Wind-blown rain from any angle Salt-laden atmosphere, Wind speed of 240kph (150mph)

24 HUGHEYANDPHILLIPS.COM HIGH INTENSITY

FAA Type: L-865 and L-857 StrobeGuard® SS-122/125

SS-122 Controller: Features: StrobeGuard® Controllers contain the flash interval and timing circuits, intensity selection • Fail-safe monitoring system controls, and monitoring receivers with status indicators required to operate the SS-125 • Parabolic Optics minimize ‘ground strobe light. The controller is of modular construction with solid state circuitry for long scatter’ light: <3% of peak intensity life and ease of maintenance. StrobeGuard® controllers are designed to operate up to at -100 32 obstruction lights at distances up to 4700 feet. Each controller is equipped with the • Two-wire cable for sync, mode and necessary manually operated controls to test all modes of operation. Digital monitor lamps monitoring are provided and illuminate when a flashhead or power supply is not operating as required. • Safety interlocks in each flashhead Each monitor lamp is operated in a coded mode indicating the location of the flashhead/ • Long-life internally triggered strobe tubes power supply which is malfunctioning. • Automatic three-level intensity control • Manual intensity override SS-124 Ambient Sensor: • Easily accessible replaceable components The SS-124 Light Sensor continuously monitors the ambient lighting conditions and inputs to • Plug-in-play circuit cards the StrobeGuard controller the necessary information to automatically control the switching • Remote alarm contacts of daytime, twilight and nighttime modes of operation. The SS-124 is easy to install with the • Stainless steel NEMA 4X enclosure built-in mounting holes. • Vertical level indicator and adjustment system StrobeGuard® Control • Low power consumption StrobeGuard® controls contain the flash interval and timing circuits, intensity selection • Minimal wind loading and weight controls and monitoring circuitry with status indicators. The StrobeGuard® control system • IR Compatible with NVG goggles is designed to operate up to 24 flashheads at a distance of up to 2500 feet (760 M), using a noise-resistant communications format. Each control is equipped with the necessary manually operated controls to test all modes of operation. Bi-color green/red LEDs are provided to indicate proper operation or fault of each flashhead.

877.285.4466 Toll Free 25 international INTERNATIONAL PRODUCTS

FOR LOW INTENSITY OBSTRUCTION LIGHTS LED LAMP E27 RTO / OTL

APPLICATION The LED-lamp was designed to substitute the current 100/116W incandescent lamp in low intensity obstacle lights type RTO and OTL for the 10cd requirement Low Intensity Obstacle Lights Type A, acc. To ICAO Annex 14, table 6-3, issue July 2004.

In combination with a clear lens the RTO Obstacle light with LED-Lamp E27 RTO meets ICAO Low Intensity Obstacle Light Type B (32 cd) – requirement.

Regulations ICAO annex 14, table 6-3, issue July 2004 CE – regulations

Characteristics • Compact and robust design • Replacement for E27 incandescent lamp • Can be substituted into existing obstacle lights • Long life expectancy • Build-in redundancy by redundant connection of LEDs • Power consumption approx. 4W • Wide voltage and frequency range

Technical Data Dimensions, weight, packing data • Structure: LED-Lamp as replacement for incandescent lamp LED Lamp E 27 RTO • Number of LEDs 6 • Dimensions: approx. 78.0 x 73.0 mm (h x 0) • Color red • Weight: approx. 0.310 kg • Chromaticity acc. To ICAO, annex 14, appendix 1, fig. A1-1 • Lamp base E27 LED Lamp E 27 OTL • Voltage 100V – 230V AC, 50/60 Hz • Dimensions: approx. 84.0 x 73.0 mm (h x 0) • Power consumption approx. 4 Watt • Weight: approx. 0.310 kg • Temperature range -40OC - + 55OC • Packing unit: 4 pieces • Box dimensions: approx. 165 x 165 x 110 mm (l x w x h)

Ordering information

65 873 070 LED Lamp E27 RTO, 32 cd 65 975 584 LED Lamp E27 OTL, 10 cd

28 HUGHEYANDPHILLIPS.COM INTERNATIONAL PRODUCTS

FOR LOW INTENSITY OBSTRUCTION LIGHTS LED LAMP E27 RTO / OTL

877.285.4466 Toll Free 29 INTERNATIONAL PRODUCTS

OBSTACLE LIGHTING FOR WIND TURBINES LED 170W

APPLICATION Night marking for wind turbines according to the national regulation for marking obstructions to air traffic “Richtlinie zur Kennzeichnung von Luftfahrthindernissen” issued by the German Federal Ministry of Transport, Building and Housing. Type “W Red”

Function A pair of the flashing red obstruction lights LED170 are specified for the night marking of wind turbines higher than 100m. The timing of the LED170 flashing identifies the marked obstruction as wind turbine to the pilots of aircrafts. The system automatically switches on by the use of a calibrated photocell. In order to allow synchronization of the flashing of the LED170 lights with those on other wind turbines, the LED170 is optionally synchronized by the use of GPS. The pair of LED170 lights per wind turbine in conjunction with a separate uninterrupted power supply plus control electronics forms the flashing light system designed for an individual wind turbine. The LED170 light is maintenance free.

Characteristics • Maintenance free obstruction light using high-lumen LEDs • High lifetime by optimized heat dissipation and low operating current of the LEDs • Constant light output by compensation of temperature changes • Rugged housing with self-cleaning transparent cover • Mechanical interface identical to that of the FG2000/3000B light family • Fault detection

National regulation for marking aeronautical obstacles, part A and B

Technical Data • Power Supply system – 690 or 230V, 50Hz • Power Consumption system – Approx. 400VA at start of charge • Mechanical dimensions – 381 x 405 mm (L x H) • Weight – 8.5 kg • Flashhead Power Consumption – 22 Watts • Light Sources – High performance LEDs • Light Intensity – >170cd • Horizontal beam spread – 360° • Vertical beam spread – Min 170cd ±5° Min 34cd ±10° Min 3,4cd ±15° • Timing of flashing: 1s on - 0.5s off - 1s on - 1.5s off

Ordering information

65 874 240 LED170W 230V, 50Hz 65 874 616 LED170W 690V, 50Hz 65 874 617 LED170W 230V, 50Hz, with GPS 65 874 618 LED170W 690V, 50Hz, with GPS

30 HUGHEYANDPHILLIPS.COM INTERNATIONAL PRODUCTS

OBSTACLE LIGHTING FOR WIND TURBINES LED 170W

877.285.4466 Toll Free 31 INTERNATIONAL PRODUCTS

FAA Type: L-864 Medium Intensity Lighting LED 2000

APPLICATION The flashing red omni-directional medium intensity obstacle light LED 2000 is applied to mark obstacles.

The LED 2000 is in compliance with ICAO, July 2004. Annex 14, Volume 1, Table 6-3, for Medium Intensity Obstacles Lights Type B and C.

Steady burning operation at Type C is alternatively possible.

FAA Type: L-864, AC150/5345-43F ICAO Type: Annex 14, Tables 6-3, July 2004 NATO: Stanag 3316 CE-Mark

characteristics LED 2000 • LED-Medium Intensity Obstacle Light 2,000cd • Extremely low light emittance downwards

Light intensity at -1O Max. 1,125cd Min. 750cd

• Effective thermal management • Steady burning operation as Type C light, up to max. environmental temperature of +55OC • Very high lifetime • Redundant circuitry for LEDs

technical data Dimensions, weight, packing data Construction: LED - Obstacle Light Dimensions: 335 x 410 mm (H x O) Number of LED: 28 Weight: appr. 9 kg Color of light: Red Packing unit: 1 piece Chromaticity: according to ICAO, Annex 14, Volume 1, Figure A 1-1 Packing size: appr. 600 x 500 x 600 mm (L x W x H) Photometry: according to ICAO, Annex 14, Volume 1, Table 6-3 Medium Intensity Obstacle Light 2000cd Type B,C Main voltage: 230 V AC + 10%, -15%, 50/60 Hz Power consumption: 80 Watt in steady burning operation 40 Watt in blinking mode Temperature range: -40OC -+ 55OC

part no.

65 875 918 LED 2000

32 HUGHEYANDPHILLIPS.COM INTERNATIONAL PRODUCTS

FAA Type: L-864 Medium Intensity Lighting LED 2000

Fig 1: LED 2000 horizontal light distribution in beam centre according to ICAO

Fig 2: LED 2000 horizontal light distribution at -1O down (-1O Cutoff condition according to ICAO)

Fig 3: LED 2000 vertical light distribution according to ICAO

877.285.4466 Toll Free 33 cables CABLES

77-2992 Cable

ASSEMBLY Cabling - Core-minimum filler to keep as flexible as practical ALUMINUM outer Layer - 7 wires, items 4-10 (4 #14 + 3 #16 AWG) BINDER TAPEMYLAR SHIELD Cabled around the core with a 7” left hand lay Binder - 0.002” mylar tape - 25% minimum overlap 11 JACKET Ø.600 Tape shield - 0.002” aluminum mylar tape - 25% minimum overlap Drain wire - Item 11 is pulled under the shield FILLER Jacket - 0.025 polythlyne - color: black Overall diameter - Ø.600 MAX

SPECIFICATIONS • Temperature rating –55°C to +80°C • Voltage rating 600 VRMS (Conductors 2500 VRMS for electronic use) • Insulated conductors UL1015 CSA TRE2 IPCEA S–61–402 • Cable UL2653 CSA TR32 IPCEA S–61–402 • Voltage testing Finished cable tested at 2000 VRMS between every two conductors and between each conductor and the shield. 100% test.

CONDUCTORS

ITEM NO. WIRE INSULATION NOM. DIA.

SIZE STRANDS/AWG MATERIAL COLOR MATERIAL 4 14 AWG 19/25 COPPER BLACK TYPE “B” P.V.C. 600V Ø.105” 5 14 AWG 19/25 COPPER WHITE TYPE “B” P.V.C. 600V Ø.105” 6 14 AWG 19/25 COPPER RED TYPE “B” P.V.C. 600V Ø.105” 7 14 AWG 19/27 COPPER ORANGE TYPE “B” P.V.C. 600V Ø.105” 8 16 AWG 19/27 COPPER YELLOW TYPE “B” P.V.C. 600V Ø.091” 9 16 AWG 19/27 COPPER GREEN TYPE “B” P.V.C. 600V Ø.091” 10 16 AWG 19/29 COPPER VIOLET TYPE “B” P.V.C. 600V Ø.091” 11 16 AWG 19/29 TINNED COPPER BARE DRAIN WIRE

36 HUGHEYANDPHILLIPS.COM CABLES

77-4017

ASSEMBLY Cabling - Core- filler, as required to maintain a circular cross section outer Layer - 6 wires, items 1-6 (2 #10 + 2 #12 + 2 #18 AWG) Cabled around the core with a 7” left hand lay FILLER Binder - overall clear polyster. 100% coverage JACKET Ø.565 ±.03 Tape shield - overall aluminum mylar foil 100% coverage - 20% overlap Drain wire - Item 7 is 18 AWG 16 strand tinned copper TAPE SHIELD Jacket - UV inhibiting polyvinyl chloride (PVC) Overall diameter - Ø.565 ±.03 BINDER TAPE SPECIFICATIONS • Temperature rating –43°C to +80°C | stationary –55°C to +80°C • Voltage rating 600 VRMS (Conductors 2500 VRMS for electronic use) • Insulated conductors CSA AWM 1/11 6DOV FTA ICEA S–61–402 • Cable UL. standard 1277. Type VNTC. CSA FT4 nEC 340. Sunlight resistant jacket 600 V rated • Voltage testing Finished cable tested at 2000 VRMS between every two conductors and between each conductor and the shield. 100% test.

CONDUCTORS

ITEM NO. WIRE INSULATION NOM. DIA.

PRIMARY SECONDARY SIZE STRANDS/AWG STRANDS/AWG MATERIAL COLOR MATERIAL (PVC) .020” NOM. WALL 1 10 AWG 37/26 104/30 TINNED COPPER RED NYLON .005 NDM WALL Ø.177” 2 10 AWG 37/26 104/30 TINNED COPPER BROWN (PVC) .020” NOM. WALL Ø.177” NYLON .005 NDM WALL 3 12 AWG 19/25 65/30 TINNED COPPER BLUE (PVC) .015” NOM. WALL Ø.153” NYLON .005 NDM WALL 4 18 AWG 16/30 16/30 TINNED COPPER GRAY (PVC) .015” NOM. WALL Ø.107” NYLON .005 NDM WALL 5 18 AWG 16/30 16/30 TINNED COPPER WHITE (PVC) .015” NOM. WALL Ø.107” NYLON .005 NDM WALL (PVC) .015” NOM. WALL 6 12 AWG 19/25 65/30 TINNED COPPER BLACK NYLON .005 NDM WALL Ø.153” 7 18 AWG 16/30 16/30 TINNED COPPER BARE DRAIN WIRE

877.285.4466 Toll Free 37 CABLES

77-4231 Cable

ALUMINUM ASSEMBLY MYLAR SHIELD Cabling - Core-minimum filler to keep as flexible as practical outer Layer - 10 wires, items 1-10 (3 #12 + 4 #14 + 3 #16 AWG) BINDER TAPE Cabled around the core with a 7” left hand lay JACKET Binder - 0.002” mylar tape - 25% minimum overlap Tape shield - 0.002” aluminum mylar tape - 25% minimum overlap FILLER Drain wire - Item 11 is pulled under the shield Jacket - UV inhibiting polyvinyl chloride (PVC) Black 0.060” nominal wall Overall diameter - Ø.665 ± 0.3”

CONDUCTORS

ITEM NO. WIRE INSULATION NOM. DIA.

SIZE STRANDS/AWG MATERIAL COLOR MATERIAL 1 12 AWG 19/25 COPPER BLACK P.V.C. 600V Ø.124” 2 12 AWG 19/25 COPPER WHITE P.V.C. 600V Ø.124” 3 12 AWG 19/25 COPPER GREEN P.V.C. 600V Ø.124” 4 14 AWG 19/27 COPPER BLACK P.V.C. 600V Ø.105” 5 14 AWG 19/27 COPPER WHITE P.V.C. 600V Ø.105” 6 14 AWG 19/27 COPPER RED P.V.C. 600V Ø.105” 7 14 AWG 19/27 COPPER ORANGE P.V.C. 600V Ø.105” 8 16 AWG 19/29 COPPER YELLOW P.V.C. 600V Ø.091” 9 16 AWG 19/29 COPPER GREEN P.V.C. 600V Ø.091” 10 16 AWG 19/29 COPPER VIOLET P.V.C. 600V Ø.091” 11 18 AWG 16/30 tinnED COPPER BARE DRAIN WIRE

38 HUGHEYANDPHILLIPS.COM CABLES

WC23012CLOT WC23012DLOT

Type TC-Control or Instrumentation Cable PVC/Nylon Insulation with Overall PVC Jacket

Scope This specification covers multiconductor cables having VW-1 TFFN or THHN/THWN (PVC/Nylon) conductors with an overall gas/ vapor-tight polyvinyl chloride (PVC) jacket, conforming to Article 318 “Cable Trays” and Article 340 “Power and Control Cable Type TC” of Cabling the 1996 National Electrical Code, and Standard 1277 of Underwriters Three or more conductors are assembled round with fillers as Laboratories, Inc. Meets the requirements of ICEA T-29-520 and needed. A nylon rip cord is inserted under the jacket for ease of T-30-520 flame tests as well as the 70,000 BTU “Cable Tray stripping. Two conductors are assembled flat parallel (round, with Propagation Test” per IEEE-383 and shows reserve capabilities by also fillers as needed, is available upon request). pass the 210,000 BTU flame test. Rated 600 volts, 90°C dry and 75° Overall Jacket wet. UL file no. E60749. Also meets TF 4/IEEE 1202 70,000 BTU test. Gas/vapor-tight Polyvinyl Chloride (black) UL1277 table 10.1 SPECIFICATIONS Thickness UL listed and OSHA acceptable. Recognized for use in Class 1 or 2, Specified herein Division 2 hazardous locations and for installation in trays, wireways, troughs, channels, ducts and conduit. Specifically approved for Color Coding direct burial, wet or dry locations and outdoors in cable trays where ICEA Method 3 Table K-2, except colors and numbers are a sunlight resistant rating is required. Designed for control, power, printed on solid base colors for easy identification. lighting, telemetering, signals and relay or traffic control. Cable Identification Sizes 18 and 16 AWG Construction Ink print on one side of jacket Conductors “(size) AWG Type TC 90°C dry 75°C wet Sunlight Resistant 600V A.I.W. Bare soft annealed copper per ASTM B-3 Corp. (UL) Direct Burial” Sizes 18 and 16 AWG (TFFN) Indent print on other side of jacket Bunch stranded. Size 18 (16/.010”) and Size 16 (19/.0117”) UL-62 “(number of conductors)” paragraph 10.2 Sizes 14, 12, and 10 AWG Sizes 14, 12 and 10 AWG (THHN/THWN) Ink print on one side of jacket Concentric stranded, class B (7 strands) “(size) AWG Type TC THHN or THWN cdrs. Sunlight Resistant 600V ASTM B-8 and UL-83 table 13.1 A.I.W. Corp. (UL) Direct Burial” Insulation Indent print on other side of jacket High dieletric polyvinyl chloride “(number of conductors)” UL-1581 table 50.145 (THWN 75°C) Construction Options UL-1581 table 50.155 (THHN 90°C) Consult factory for cable specifications with appropriate shields. UL-1581 table 50.155 Class 12B (TFFN 90°C) Cables made per Dupont Spec. SE-33.4B also available. Thickness UL-83 table 15.5 for THHN/THWN UL-62 table 6.2 for TFFN

Insulation Armor Nylon UL-83 paragraph 25.1 for THHN/THWN UL-62 paragraph 22.1 for TFFN Thickness UL-83 table 15.5 for THHN/THWN UL-62 paragraph 26.4 for TFFN

877.285.4466 Toll Free 39

DIAGRAMS DIAGRAMS

9LCA001000AS

INCOMING NEUTRAL TOWER NEUTRAL POWER GROUND OBSTRUCTION LIGHTS LINE (1-4 116W 120V LAMPS) SEE NOTE 1. PHOTOCELL RED Product # Description PART # PHOTOCELL BLACK AC Alarm Card, 120V, SL B b7C51PAA

CB1 Circuit Breaker, 15A EB152771CMDW

F1 Fuse, 7 Amp (some models, replaces CB1) FUFNM70G251

MC Master Card w/photocell B b7C14RAA

MV1-2 Metal Oxide Varistor, 150V 80 Joules MV150LA20

MV3 Metal Oxide Varistor, 24V 4 Joules MV24ZA4

SW1 Day/Night/Auto Switch SZ22030251AK

TB1-E terminal Block End (1 total) T tbE230AA

TB1-S terminal Block Section (4 total) T tbS213AA01A

TBP Photocell Terminal Block, 2 Position T tb02B038A07A

9LCA111L00AS

TOWER GROUND BEACON (2 620W 120V LAMPS) Product # Description PART # GROUND OBS. LIGHTS (2-4 116W 120V LAMPS) NEUTRAL LOAD BALANCE RESISTOR TOWER NEUTRAL LINE AC Alarm Card, 120V, BCN-SL B b7C21PAA CB1-3 circuit Breaker, 15A EB152771CMDW

FBP Flasher By-Pass Card, 120V B b7C31PAA

K1 Relay, 12V Coil, 20 A, DPDT KA120DV2022C

K2-4 Solid State Relay, NO, 40A KR241DV4011R

MC Master Card w/photocell B b7C11RAA

MV1-4 Metal Oxide Varistor, 150V 80 Joules MV150LA20

MV5 Metal Oxide Varistor, 24V 4 Joules MV24ZA4

SW1 Day/Night/Auto Switch SZ22030251AK

TB1/2-E terminal Block End (2 total) T tbE230AA

TB1/2-S terminal Block Section (9 total) T tbS213AA01A

TBP Photocell Terminal Block, 2 Position T tb02B038A07A

9LCD111000AS

INPUT POWER

GROUND TOWER GOUND NEUTRAL STROBE LINE LINE PHOTO LINE Product # Description PART # TOWER NEUTRAL PHOTOCELL RED BLACK AC Alarm Card, 120V, Strobe B b7C26PAA CB1 Circuit Breaker, 15A EB152771CMDW

K1 Solid State Relay, NO, 40A KR241DV4011R

MC Master Card w/photocell B b7C12RAA

MV1-3 Metal Oxide Varistor, 150V 80J MV150LA20

MV4 Metal Oxide Varistor, 24V 4J MV24ZA4

SW1 Day/Night/Auto Switch SZ22030251AK

TB1/2-E terminal Block End (2 total) T tbE230AA

TB1/2-S terminal Block Section (8 total) T tbS213AA01A

TBP Photocell Terminal Block, 2 Position T tb02B038A07A

42 HUGHEYANDPHILLIPS.COM DIAGRAMS

9LCA233L00AS R 2 TO R 3 TO R 1 TO 1 (2 620W 120V LAMPS) CON 2 (2 620W 120V LAMPS) CON 3 (2 620W 120V LAMPS) CON WER N E UT RAL WER G R OUN D WER G R OUN D AD B ALA NC E RES I S AD B ALA NC E RES I S AD B ALA NC E RES I S O O O L L B EA B EA B EA L OB S L IGHT LEVEL 1 (3-4 116W 120V LAMPS) OB S L IGHT LEVEL 2 (3-4 116W 120V LAMPS) TO L IN E 1 L IN E 2 M ING G R OUN D INCO M ING N E UT RAL INCO TO TO Product # Description PART #

AC1 Alarm Card, 120V, BCN-BCN-BCN B b7C24PAA

AC2 Alarm Card, 120V, SL-SL B7C23PAA

CB1-8 circuit Breaker, 15A EB152771CMDW

FAN Fan, 120V A6A1010AF2

FBP1-3 Flasher By-Pass Card, 120V B b7C31PAA

K1-3 Relay, 12V Coil, 20 A, DPDT KA120DV2022C

K4-12 Solid State Relay, NO, 40A KR241DV4011R

MC Master Card w/photocell B b7C11RAA

MV1-8 Metal Oxide Varistor, 150V 80 Joules MV150LA20

MV9 Metal Oxide Varistor, 24V 4 Joules MV24ZA4

SW1 Day/Night/Auto Switch SZ22030251AK

TB1/2-E terminal Block End (2 total) T tbE230AA

TB1/2-S terminal Block Section (9 total) T tbS213AA01A

TB1-NE terminal Block End White, Large(1 total) tbE830AA

TB1-NS terminal Block Section White, large (2 total) tbS824AA01A A N D RED BLACK PHOTOCELL TBP Photocell Terminal Block, 2 Position T tb02B038A07A

9LCE233L0BAS Product # Description PART #

AC1 Alarm Card, 120V, OB-OB B b7C23PAA

AC2 Alarm Card, 120V, BCN-BCN-BCN B b7C24PAA

AC3 Alarm Card, 120V, ST-ST-ST B b7C28PAA

BC Backup Card, 120V B b7C41PAA

CB1-1 circuit Breaker, 15A EB152771CMDW

FAN Cooling Fan, 120V A6A1010AF2

FB1-3 Flasher By-Pass Card, 120V B b7C31PAA

K1-3 Relay, 12V Coil, 20 A, DPDT KA120DV2022C

K4-12 Solid State Relay, NO, 40A KR241DV4011R

K13 Relay, 120V Coil, DP3T KA121AV0532C

MC Master Card w/photocell B b7C13RAA

MV1-12 Metal Oxide Varistor, 150V 80 Joules MV150LA20

MV13 Metal Oxide Varistor, 24V 4 Joules MV24ZA4

SW1 Day/Night/Auto Switch SZ22030251AK

SYNC Strobe Sync Card B b6A1101PCB4B

TB1/2-E terminal Block End (2 total) T tbE230AA

TB1/2-S terminal Block Section (18 total) T tbS213AA01A

TBN-E Large Terminal Block End (2 total) T tbE830AA

TBN-S Large Terminal Block Section (18 total) TBS824AA01A

TBP Photocell Terminal Block, 2 Position T tb02B038A07A

877.285.4466 Toll Free 43 DIAGRAMS

9LCE111L0BAS Product # Description PART # AC Alarm Card, 120V, BCN-OB-ST B b7C25PAA GROUND TOWER GROUND NEUTRAL BEACON (2 620W 120V LAMPS LINE OBS. LIGHTS (2-4 116W 120V LAMPS MEDIUM INTENSITY STROBE BC Backup Card, 120V B b7C41PAA LOAD BALANCE RESISTOR PHOTO/HEATER LINE TOWER NEUTRAL CB1-4 circuit Breaker, 15A EB152771CMDW FBP Flasher By-Pass Card, 120V B b7C31PAA

K1 Relay, 12V Coil, 20 A, DPDT KA120DV2022C

K2-4 Solid State Relay, NO, 40A KR241DV4011R

K5 Relay, 120V Coil, DPDT KA121AV0522C

MC Master Card w/photocell B b7C13RAA

MV1-5 Metal Oxide Varistor, 150V 80 Joules MV150LA20

MV6 Metal Oxide Varistor, 24V 4 Joules MV24ZA4

SW1 Day/Night/Auto Switch SZ22030251AK

TB1/2-E terminal Block End (2 total) T tbE230AA

TB1/2-S terminal Block Section (9 total) T tbS213AA01A

TBP Photocell Terminal Block, 2 Position T tb02B038A07A

RED BLACK PHOTOCELL

FG2000/2000B Product # Description PART # FH1 Flashhead Complete, FG2000 (white) *277-4045E

FH1 Flashhead Complete, FG2009 (red) *277-4153E

FH1 Flashhead Complete, FG2000B (white) *277-5047W

FH1 Flashhead Complete, FG2009B (red) *277-5047R

FT1 Flashtube Assembly 12S00602

B1 Base Assembly (w/gasket & lens holders) *77-4103

G1 Lens Gasket, 14” AS568A-383

G2 Lower Cover Gasket, 11.5” AS568A-380

GL1 Globe Assembly, FG2000 (white) *77-4036-001

GL1 Globe Assembly, FG2009 & FG2009B (red) *77-4036-003

GL1 Globe Assembly, FG2000B (white) *77-4036-002

IC1-2 insulator Cups *77-4182

FH1-6 Flashtube Holder *77-4026

S1 Interlock Switch *77-2644

TB1 Terminal Block Assembly *77-3965

T1 Trigger Transformer *77-4040W

FG3000/3000B Product # Description PART # FH1 Flashhead Complete, FG3000 *277-4173E

FH1 Flashhead Complete, FG3000B *277-5004RW

FT1-2 Flashtube Assembly 12S00602

B1 Base Assembly (w/gasket & globe holders) *77-4103

G1 Lens Gasket, 14” AS568A-383

G2 Lower Cover Gasket, 11.5” AS568A-380

GL1 Globe Assembly, FG3000 *277-5095-004

GL1 Globe Assembly, FG3000B *277-5095-001

ICL Insulator Cup, Lower *77-4182

ICU Insulator Cup, Upper *77-4181-001

FTH Flashtube Holder *77-4026

S1 Interlock Switch *77-2644

TB1 Terminal Block Assembly *77-3965

K1 Trigger Transformer relay (FG3000 only) *77-4192

T1 Trigger Transformer, White *77-4040W

T2 Trigger Transformer, Red *77-4040R 44 HUGHEYANDPHILLIPS.COM DIAGRAMS

FG2000 Product # Description PART # C1 Capacitor, Resonating, 4uF *77-3911

C2 Capacitor, Day, 70uF *77-3949

C3 Capacitor, Night, 5uF *77-4104

DB1 Diode Board *277-3939

E1 Stainless Steel Enclosure, FG2000/3000 *77-4219

F1 Input Power Fuse, 4Amp *DP-1020

HV High Voltage Board *277-3937

K1-2 Interlock & Day/Night Relay *77-2013

MB1 Mother Board *77-3967

PC Photocell *77-3259

PC1 Photocell w/socket *77-3259PCA

PS1 FlashGuard 2000 PS, 120V 60Hz *277-397161A

PS2 FlashGuard 2000B PS, 230V 50Hz *277-397153A

R1 Power Resistor, 50ohm, 55Watt *77-3959

R2-4 Power Resistor, 20ohm, 40Watt *77-2759

S1 Interlock Switch *77-2644

S2 Interlock Switch Assembly *277-3990

SM1 Sync Monitor Board *277-4116

T1 Power Transformer, 120/240V 60Hz *77-3970

T1 Power Transformer, 240/480V 60Hz *77-4137

T1 Power Transformer, 240/480V 50Hz *77-4138C

T2 Current Sense Transformer 40000679-001

TC1 Trigger Control Board *277-4123

TF1 Transformer Fuse, 630mA *DP-1019

FG2000B AOL Product # Description PART # C1 Capacitor, Resonating, 4uF *77-3911

C2 Capacitor, Day, 70uF *77-3949

C3 Capacitor, Night, 5uF C cA505B661CDG

DB1 Diode Board *277-3939 SW1: A DCC Digital Controller Board 40000031-003

UTO -RESE T ES E1 Stainless Steel Enclosure 40000678-003 IN D IC A HIGH V F1-F2 Input Power Fuse, 6Amp *77-1167 TO R DS1 O L HV High Voltage/Trigger Board 34E00010-001 T T BUTTON A

G E K1-2 Interlock & Day/Night Relay *77-3870

MB1 Mother Board *277-5053-002

R1 Power Resistor, 50ohm, 55Watt *77-3959

R2-4 Power Resistor, 20ohm, 40Watt *77-2759

R5 Power Resistor, 1.5kohm, 50Watt RW000002 DS3: CO MM UNIC A DS2: FLAS H S DS1: L S1 Interlock Switch Assembly *277-5093 OGIC P O T1 Power Transformer, 240/480V 60Hz *77-5066

T T2 Current Sense Transformer 40000679-001 A WER (RED) TU S (YELL

TION S T3 Trigger Line Driver Board *277-5105

T4 Logic Transformer T tP000005 O T W) A TU S G REE N T5 Power Line Transformer 1A91324H34

TF1 Transformer Fuse, 630mA *DP-1019

877.285.4466 Toll Free 45 DIAGRAMS

Product # Description PART #

FG3003 C1 Capacitor, Resonating, 3uF *77-3311

C2 Capacitor, Day, 40uF *77-3949

C3 Capacitor, Night, 7uF *77-3982

CNV1 DC-DC Converter, 24VDC-1000VDC *77-4128

DB1 Diode Board *277-3939

E1 Stainless Steel Enclosure *77-4219

F1,F3 input Power/Sidelight Fuse, 12Amp *77-4136

HV High Voltage Circuit Card *277-4131

K1-2 Interlock & Day/Night Relay *77-3870

MB1 Mother Board *277-4208

PC Photocell w/21’ cable 12H00107

PS1 FlashGuard 3000 Power Supply, 24VDC *277-417500L

R2-4 Power Resistor, 20ohm, 40Watt *77-2759

S1 Interlock Switch *77-2644

SL1 Photocontroller/Sidelight Monitor Assembly 12H00109-1

SM1 Sync Monitor Board *277-4163

SW1 interlock Switch Assembly *277-3990DC

T2 Current Sense Transformer 40000679-001

TB2 Terminal Block Assembly *77-3965

TC1 Trigger Control Board *277-4169

FG2000B Product # Description PART # C1 Capacitor, Resonating, 4uF *77-3911

C2 Capacitor, Day, 70uF *77-3949

C3 Capacitor, Night, 5uF C cA505B661CDG

DB1 Diode Board *277-3939

DCC Digital Controller Board 40000031-003

E1 Stainless Steel Enclosure 40000678-004

F1-F2 input Power Fuse, 6Amp *77-1167

HV High Voltage/Trigger Board 34E00010-001

K1-2 Interlock & Day/Night Relay *77-3870

MB1 Mother Board *277-5053-002

R1 Power Resistor, 50ohm, 55Watt *77-3959

R2-4 Power Resistor, 20ohm, 40Watt *77-2759

R5 Power Resistor, 1.5kohm, 50Watt RW000002

S1 Interlock Switch Assembly *277-5093

T1 Power Transformer, 240/480V 60Hz *77-5066

T2 Current Sense Transformer 40000679-001

T3 Trigger Line Driver Board *277-5105

T4 Logic Transformer T tP000005

T5 Power Line Transformer 1A91324H34

TF1 Transformer Fuse, 630mA *DP-1019

46 HUGHEYANDPHILLIPS.COM DIAGRAMS

FG2009 FG2009B

Product # Description PART # Product # Description PART #

ALN Alarm Lockout Relay Assembly, Day (not shown) 35E00101 C1 Capacitor, Resonating, 4uF C cA505B661CDG

C1 Capacitor, Resonating, 3uF *77-3311 C3 Capacitor, Night, 5uF *77-3911

C2 Capacitor, Day, 40uF *77-3949 DB1 Diode Board *277-3939

C3 Capacitor, Night, 7uF *77-3982 E1 Stainless Steel Enclosure, FG2000B/3000B 40000678-004

DB1 Diode Board *277-3939 F1/F3 input Power Fuse, 6Amp *77-1167

E1 Stainless Steel Enclosure *77-4219 HV High Voltage Board *277-3937

F1 Input Power Fuse, 10Amp *77-2040 K1-2 Interlock & Day/Night Relay *77-2013

F3 Sidelight Fuse, 4Amp *DP-1020 K4 Sidelight Power Relay KA121AV0522C

HV High Voltage Board *277-3937 MB1 Mother Board *277-5016-001

K1-2 Interlock & Day/Night Relay *77-2013 PC Photocell *77-3259

K4 Sidelight Module Sensor *77-4196 PC1 Photocell w/socket *77-3259PCA

K5 Sidelight Module Power Relay *77-4198 PS1 FlashGuard 2009B Power Supply, 120V 60Hz 40000681-027

MB1 Mother Board *277-4208 PS2 FG2009B Power Supply, 120V – No Sidelight 40000681-028

MP1 Interlock Switch Assembly *277-3990 R1 Power Resistor, 50ohm, 55Watt RW50RB0500GF

PC Photocell, Night *77-3258 R2-4 Power Resistor, 20ohm, 40Watt *77-2759

PC1 Photocell, Night w/socket *77-3258PCA R5 Power Resistor, 1.5kohm, 50Watt 40000683-001

R1 Power Resistor, 10kohm, 55Watt *77-3959 R6-7 Power Resistor, 50kohm, 50Watt RW50RB0502GF

R2-4 Power Resistor, 20ohm, 40Watt *77-2759 S1 Interlock Switch *77-2644

S1 Interlock Switch *77-2644 S2 Interlock Switch Assembly 40000677-001

SLM1 Sidelight Control Module (w/terminal block) *277-4195 SLM1 Sidelight Control Module B b7C23PAA

SM1 Sync Monitor Board *277-4163 SM1 Sync Monitor Board *277-4163

T1 Power Transformer, 120/240V 60Hz *77-3970C T1 Power Transformer, 120/240V 60Hz *77-5002

T1 Power Transformer, 240/480V 60Hz *77-4137C T2 Current Sense Transformer 40000679-001

T1 Power Transformer, 240/480V 50Hz *77-4138C TC1 Trigger Control Board *277-5014-003

T2 Current Sense Transformer 40000679-001 TF1 Transformer Fuse, 630mA *DP-1019

TB2 Terminal Block Assembly *77-3965

TC1 Trigger Control Board *277-4169

TF1 Transformer Fuse, 630mA *DP-1019

877.285.4466 Toll Free 47 DIAGRAMS

FG3000 FG3000B

Product # Description PART # Product # Description PART #

C1 Capacitor, Resonating, 3uF *77-3311 C1 Capacitor, Resonating, 5uF C cA505B661CDG

C2 Capacitor, Day, 40uF *77-3949 C2 Capacitor, Day, 70uf CA706A441EK

C3 Capacitor, Night, 7uF *77-3982 C3 Capacitor, Night, 4uF *77-3911

DB1 Diode Board *277-3939 DB1 Diode Board *277-3939

E1 Stainless Steel Enclosure *77-4219 E1 Stainless Steel Enclosure, FG2000B/3000B 40000678-004

F1 Input Power Fuse, 10Amp *77-2040 F1/F3 input Power Fuse, 6Amp *77-1167

F3 Sidelight Fuse, 4Amp *DP-1020 HV High Voltage Board *277-3937

HV High Voltage Board *277-3937 K1-2 Interlock & Day/Night Relay *77-2013

K1-2 Interlock & Day/Night Relay *77-2013 K3 Trigger Transformer Relay KA025DC10S2N

K4 Sidelight Module Sensor *77-4196 K4 Sidelight Power Relay KA121AV0522C

K5 Sidelight Module Power Relay *77-4198 MB1 Mother Board *277-5016-001

MB1 Mother Board *277-4208 PC Photocell *77-3259

MP1 Interlock Switch Assembly *277-3990 PC1 Photocell w/socket *77-3259PCA

PC Photocell *77-3259 PS1 FlashGuard 3000B Power Supply, 120V 60Hz 40000681-033

PC1 Photocell w/socket *77-3259PCA R1 Power Resistor, 50ohm, 55Watt RW50RB0500GF

R1 Power Resistor, 10kohm, 55Watt *77-3959 R2-4 Power Resistor, 20ohm, 40Watt *77-2759

R2-4 Power Resistor, 20ohm, 40Watt *77-2759 R5 Power Resistor, 1.5kohm, 50Watt RW000002

S1 Interlock Switch *77-2644 R6-7 Power Resistor, 50kohm, 50Watt RW50RB0502GF

SLM1 Sidelight Control Module (w/terminal block) *277-4195 S1 Interlock Switch *77-2644

SM1 Sync Monitor Board *277-4163 S2 Interlock Switch Assembly 40000677-001

T1 Power Transformer, 120/240V 60Hz *77-3970C SLM1 Sidelight Control Module B b7C23PAA

T1 Power Transformer, 240/480V 60Hz *77-4137C SLM1 Sidelight Control Module, LED B b7C23LAA-001

T1 Power Transformer, 240/480V 50Hz *77-4138C SM1 Sync Monitor Board *277-4163

T2 Current Sense Transformer 40000679-001 T1 Power Transformer, 120/240V 60Hz *77-5002

TB2 Terminal Block Assembly *77-3965 T1 Power Transformer, 240/480V 60Hz *77-5066

TC1 Trigger Control Board *277-4169 T1 Power Transformer, 240/480V 50Hz *77-5067

TF1 Transformer Fuse, 630mA *DP-1019 T2 Current Sense Transformer 40000679-001

TC1 Trigger Control Board *277-5014-003

TF1 Transformer Fuse, 630mA *DP-1019

48 HUGHEYANDPHILLIPS.COM DIAGRAMS

SS-125 SS-122

Product # Description PART # Product # Description PART #

A1 High Voltage Supply Board *277-3261 MB Mother Board, SS-122 *277-3047

A2 Trigger Control Board *277-3262 A1 Sync & Timing Board *277-2673

A3 Fault Monitor Board *277-3263 A2 Digital Monitor Board, 1-8 Lights *277-2536

C1 Capacitor, 1uF, 1700V *77-4220 A3 Digital Monitor Board, 9-16 Lights *277-2537

C2 Capacitor, 12.5uF, 2500V *77-4108 A4 Digital Monitor Board, 17-24 Lights *277-2538

C3 Capacitor, 110uF, 2500V *77-4133-001 K4-K5 Relay *77-2710

C4 Capacitor, 3uF, 2500V *77-3311 K1-3, K6-K7 Relay, 3PDT *77-3041

DB1 Diode Block *277-3342-6 T1 Logic Transformer *277-2214

DS1 Interlock Assembly (w/ S1-S3) *77-3323 T2 Power Transformer, 240/480V, 50/60Hz *77-2549

E1 Stainless Steel Enclosure, SS-125 *77-3296-02 T2 Power Transformer, 120/240V, 50/60Hz *77-3886

F1 Fuse, SB, 3.2A – 480V System *77-2041 T2 Power Transformer, 208/220V, 50/60Hz *77-3144

F1 Fuse, SB, 6A – 240V System *77-1167 F1 Fuse, SB, 10A *77-2040

F1 Fuse, SB, 10A – 120V System *77-2040 SS-124 Photocell Assembly

F2-F5 Fuse, SB, 1A, 3AG *77-2365 PCELL Photocell Assembly, SS-124 *277-3247

FT Flashtube Assembly *77-3295 PR Photocell Receptacle *77-3257

FTS Flashtube Assembly with sockets *77-3295S PN Photocell, Night *77-3259

K1 Interlock Relay *77-2878 PT Photocell, Twilight *77-3258

K2-K4 Mode Relays *77-2013

LA Surge Arrestor *77-4139

MB Mother Board *277-3264

R1-R6 Resistor Block Assembly *277-3546

RA Reflector Assembly *277-3898

S1 Interlock Switch *77-2644

S2 Remote/Local Switch *77-2668

S3 Mode Switch (Day, Twilight, Night) *77-2667

T1 Input Transformer, 60Hz *77-3890

T1 Input Transformer, 50Hz *77-4244

T1-SB t1 Voltage Selector Block, 120V *77-3319

T1-Sb t1 Voltage Selector Block, 240V *77-3321

T1-SB t1 Voltage Selector Block, 480V *77-3322

T2 Trigger Transformer Assembly *277-3324 877.285.4466 Toll Free 49 WH Wire Harness Assembly *77-3355A DIAGRAMS

KG114F0001 LC-5000

Product # Description PART # Product # Description PART # MB-1 Micro-Controller board, A-0 40000444-001 DL Dome Lens, red, beacon SFL150 MB-2 Micro-Controller board, A-1 40000444-002 UL Upper Lens, red, beacon SFL125 MB-3 Micro-Controller board, A-2/3 40000444-003 LL Lower Lens, red, beacon (x2) SFL100 K1-K4 Solid State Relay, 50A, NC KM121AV50D2D EB Eyebolt Assembly 6A0002SAY F1 0.1A 250V Slo-Blo Fuse 40000408-001 WS Wire Set Assembly A6A0001WA F2-F5 12A 250V Slo-Blo Fuse 40000409-001 UR Upper Beacon Rods (x3) B b6A0002AF2 F6 1A 250V Slo-Blo Fuse *77-2365 LR Lower Beacon Rods (x3) A6A0002AG F7, F8 5A 250V Slo-Blo Fuse 40000410-001 GS Gasket Set (9 total) A6A0002AR F9-F11 12A 250V Slo-Blo Fuse 40000409-001 WT Watertight Connector, 1” WT4A037050TT PCELL Photocell, 120V, Night *77-3258 CB Cable Assembly, #12-3C, 12 Feet A6A0001WC12

LH Lamp, beacon, 620 Watt, 120VAC LH620120GE

LH Lamp, beacon, 700 Watt, 230VAC LH700230HDT

SK Socket, lamp, mogol, CSA, 2500W 240V XLFC5S300

SK Socket, lamp, mogol, 2500W 240V XL000001

50 HUGHEYANDPHILLIPS.COM DIAGRAMS

OB20 SERIES MBC2161B45S

TO PHOTOCELL

SIDELIGHT FAILURE BEACON FAILURE FLASHER FAILURE LIGHTS ‘ON’ POWER FAILURE COMMON

Product # Description PART # Product # Description PART #

CC L-810 Casting Cover, painted, double C6A0008AB2 FB Fuse, Beacon, 15A FUKTK150601

CL Sidelight Latch Spring A6A0008AJ FR Fuse, Load Balance Resistor, 7A FUFNM70G251

CS L-810 Casting, painted, single, bottom hub 15H00600-1 FS Fuse, Sidelight, 5A FUFNM50G251

CS L-810 Casting, painted, single, side hub c6A0005AA21 K2 Power Relay, Solid State, 30A, 120V KR241AV120NC

CS L-810 Casting, painted, double, bottom hub c6A0008AA21 K5 Flasher By-Pass Relay Assembly A6C0015AG

CS L-810 Casting, painted, double, side hub c6A0022AA21 KZ Beacon Flasher Assembly KZ1L1RR30A

GS Gasket, neoprene A6A0008AG MB Mother Board D6C0015AB01

LH Lens Holder Assembly with 7” chain B6A0008AA PC Photocell Assembly PA446F21BS

LP Lamp, 116W, 120V LH116120GE PI-PECB Photo Control Board B b6P0004AD

LP Lamp, 116W, 230V LH116230DT WH Wire Harness 6C0015AH

LS Lens, Red, fresnel, L-810 FL02B02810 TB1-E terminal Block End T tbE230AA

LS Lens, Clear FL0CB02810 TB1-S terminal Block Section TBS213AA01A

LS Lens, Yellow FL04B02810 TB2-E terminal Block End T tbE330AA

LS Lens, Green (when lit) FL08B02810 TB2-F terminal Block Section TBS213AA01A

LS Lens, Blue (when lit) FL06B02861T TB2-S terminal Block, Fusible TBS352AA01A

LT Sidelight Latch A6A0008AD

PN Sidelight Spring Pin PS07501002D0

PR 1” to ¾” Pipe reducer PR0304B4R

SS Lamp socket, porcelain, 660W, 250V XLCB4S2200

TR Transfer relay assembly with relay &sockets 6A0013SK3

TR-R transfer Relay, 0.3A Coil 13Amp O obRL100

877.285.4466 Toll Free 51

Accessories ACCESSORIES

APPLICATION 9LC CONTROL 9LC series lighting controls combine the finest in digital circuitry with rugged electromechanical hardware to yield the industry’s most comprehensive obstruction SYSTEM lighting controls. Standard models are available for all common FAA and ICAO applications. The 9LC’s modular design allows for custom controls for almost any combination of flashing red beacons and sidelights. All models include a NEMA 4 outdoor housing and a calibrated photocell for automatic day/night switching. A photocell override switch is standard on all systems, facilitation troubleshooting or maintenance. All controls provide comprehensive status indicators and alarm contacts for easy connection to remote monitoring systems.

Features • Controls for multiple beacons flash all beacons simultaneously per FAA and ICAO specifications • Lightning protection provided by: - circuit breaker protection to all tower lighting circuits - MOV surge suppressors on all inputs, outputs, and photocell lines - torroidal current sensors isolate tower lines from monitoring circuitry • Load balance resistor capability is available • Modular design allows customization for nearly any application • Dozens of models already developed for control of up to 14 beacons • Standard with NEMA 4 enclosures (NEMA 4X optional upgrade)

Alarm Contacts / Control Status • Individual alarm contacts and control status is provided for: - control power failure - Day/night mode status - Each flashing red beacon - Each level of steady burning obstruction lights - Flasher by-pass alarm/status for each beacon • Number of lamps being monitored can easily changed by setting dip-switches • Bi-color red/green LED status indicators provide instant indication of alarm and control status • Normally open and normally closed alarm contacts are both available • Primary and auxiliary alarm contacts provided

Lighting StructuRE input VoltagE Sidelight LBR Model # SystEM tYPE hEight (50/60Hz) bEAcons Strobes LEVELS cAPAbility

9LCA001000AA FAA A-0 incandescent 0 - 150’ 120V 0 1 No

9LCA111L00AA FAA A-1 incandescent 151’ - 350’ 120V 1 1 Yes

9LCA233L00AA FAA A-2 incandescent 351’ - 700’ 120V 3 2 Yes

9LCA354L10AA FAA A-3 incandescent 701’ - 1050’ 120V 5 3 Yes

9LCA474L10AA FAA A-4 incandescent 1051’ - 1400’ 120V 7 4 Yes

9LCD111000AA FAA D-1 Strobe 200’ -350’ 120V 1 No

9LCD231000AA FAA D-2 Strobe 351’ - 500’ 120V 3 No

9LCE111L0BAA FAA E-1 Inc/Strobe 200’ -350’ 120V 1 1 Yes

9LCE233L0BAA FAA E-2 Inc/Strobe 351’ - 500’ 120V 3 3 Yes

9LCIA06000AA icAO A-0 incandescent 0 - 150’ 230V 1 No

9LCIB16L00AA icAO A-1 incandescent 151’ - 350’ 230V 1 1 Yes

9LCIB26L00AA icAO A-2 incandescent 350’ – 700’ 230V 2 1 Yes

9LCIC16L00AA icAO A-1 incandescent 151’ - 350’ 230V 1 2 Yes

9LCID16L00AA icAO A-1 incandescent 151’ - 350’ 230V 1 3 Yes

9LCR001000AA FAA A-0 LED 0 - 150’ 120V 1 No

9LCR111000AA FAA A-1 LED 151’ - 350’ 120V 1 1 No

9LCR231000AA FAA A-2 LED 351’ - 700’ 120V 3 2 No

9LCR354000AA FAA A-3 LED 701’ - 1050’ 120V 5 3 No

54 HUGHEYANDPHILLIPS.COM ACCESSORIES

APPLICATION The LC-5000 series lighting controls combine the finest in digital circuitry with rugged LC-5000 Red microprocessor based hardware to yield the industry’s most comprehensive obstruction lighting controller. The LC-5000 design allows for quick installation. The ‘auto-configure’ Lighting design will evaluate the lighting on the tower and configure itself to operate and monitor installed lighting. All models include a NEMA 4 outdoor housing and a calibrated Controller photocell for automatic day/night switching. A photocell override switch is standard on all systems, facilitation troubleshooting or maintenance. All controls provide comprehensive status indicators and alarm contacts for easy connection to remote monitoring systems.

Features • Controls for multiple beacons flash all beacons simultaneously per FAA and ICAO specifications • Lightning protection provided by: – circuit breaker protection to all tower lighting circuits – MOV surge suppressors on all inputs, outputs, and photocell lines – torroidal current sensors isolate tower lines from monitoring circuitry • Diagnostic LED Tree provides instant verification of beacons and sidelights • Modular design allows customization for nearly any application • Dozens of models already developed for control of up to 14 beacons • Standard with NEMA 4 enclosures (NEMA 4X optional upgrade)

Alarm Contacts / Control Status • Bi-color red/green LED status indicators provide instant indication of alarm and control status • Normally open and normally closed alarm contacts are both available • Primary and auxiliary alarm contacts provided

dimensional diagrams

SIDE VIEW

FRONT VIEW

Environmental model NumbERS SYStem type input voltage Temperature -55° C to +55° C, -67° F to + 130° F Humidity 95% relative humidity LC5000-001 incandescent or LED A-O 120V or 240V Will withstand exposure to: Wind-blown rain LC5000-002 incandescent or LED A-O or A-1 120V or 240V from any angle LC5000-003 incandescent or LED A-O or A-1 or A-2 120V or 240V Wind speed of 240kph (150mph) NEMA Rating NEMA 4 Weight 10 lbs.

877.285.4466 Toll Free 55 ACCESSORIES

APPLICATION Lightning Surge LSPD devices are designed to protect all the FlashGuardTM medium intensity strobe lighting systems. The LSPD provides both a grounding solution and surge suppression for these Protection installations. The LSPD minimizes exposure to lightning damage through tower light wiring, a lightning path that is commonly overlooked at communications sites. Without the use of Device - a LSPD, the interconnecting cable between the strobe’s flashhead and the power supply LSPD-3000B provides a direct path that can allow damaging surges and transients to enter the shelter. Sites with LSPDs installed have proven reliability. Sites with previous lightning problems have recorded hundreds of lightning strikes after LSPD installation, with no damage to the power supply or communication equipment.

Installation LSPD units are installed between the flashhead and the power supply, providing protection for both the lighting power supply and the telecommunications equipment installed at the site. The LSPD units are supplied in a fiberglass NEMA 4X outdoor enclosure. The protectors should be mounted on the tower above the ice bridge, before the cable turns to enter the shelter. The first level of protection forces any induced voltage on the cable’s shield to tower ground. All lines then pass through a surge suppression device before continuing to the power supply. Detailed installation instructions are included with each unit and should be adhered to for optimum protection. FAA Type: L-864 Medium Intensity Lighting ICAO Type: Medium Intensity Type B (L-864)

Compliant to: Canadian Aviation Regulation (CAR) 621.19 DGAC of Mexico ICAO Annex 14, CAR 621.19

Specifications:

Response Time Less than 5 µs. Current Withstand 40 kA per mode; IEEE C62.41 8x20µs short circuit waveform Circuitry The LSPD is series wired with parallel protection. Robust MOVs protect all circuits. Large ground plane bonded to a #2 copper ground lug provides a strong electrical/ mechanical discharge point.

SERIES 800 PhotoController & Spare Parts Beacon Flasher Hughey & Phillips is the OEM for all your needs application • Flashtubes The Hughey & Phillips SERIES 800 PhotoController and Beacon Flasher provides a low cost, • Cables high reliability solution to your lighting needs. This unalarmed system allows for the user to • Wire Harnesses add an inline system to their conduit run on the tower to controller the installed FAA beacons • Junction Boxes and sidelights. The systems are factory calibrated and never need adjustment. Each system • Lamps utilizes surge and transient components and additional input line protection. Normally • Relays closed solid state relay configuration assures “Lights ON” condition even if the circuitry fails. • Capacitors Red LED provides quick visual verification of field operation. And with its modular design, it • Lightning Rods allows for quick field installation or retrofit to existing system if ever damaged. • Transformers • Ice Shields model Numbers Description • Brackets S800PC120 Photo Controller, 120VAC S800PC240 Photo Controller, 240VAC S800BF120 beacon Flasher, 120VAC S800BF240 beacon Flasher, 240VAC

56 HUGHEYANDPHILLIPS.COM ACCESSORIES

APPLICATION Combining technology with ease-of-use, Hughey & Phillips’ third-generation GPS unit GPS SYNC / combines flash synchronization and day-night sensing, and can be installed with just one plug-in cable. This eliminates the need to mount a separate GPS unit, antenna, junction Photocell box and wiring. Reliable, glitch-free operation is assured, using a crystal and the 50/60Hz power line as a zero-drift timing reference if the satellite signal is momentarily lost. And Module two different flash modes are provided: fixed 40FPM or bit-switch selectable 24, 30, 40 or 60 FPM. The unit easily mounts with four screws to any surface, or pole mount using the optional bracket. Installation interconnect cable with quick connect plugs from GPS unit to controller unit. LEDs indicate Power, Sync and GPS Lock status. With rugged metal weatherproof and a battery-free design, Hughey & Phillips’ GPS unit will provide years of reliable service for your wind farm.

FAA Advisory Circular AC 150/5345-43F Canadian Aviation Regulation 621.19 ICAO Annex 14, MIL-C-7989, DGAC of Mexico

Specifications Specifications

Input Voltage 100-132VAC 50/60Hz, 10W max. External Dimensions 6-1/4” x 6-1/4” x 4-1/8” Enclosure NEMA 4 Painted Aluminum Mounting Dimensions 5-1/8” x 6-3/4” Operation Temperature -40° to +55° C (4) #8 Holes Indicators Power (Green) GPS Lock (Yellow) Optional Mounting 1-1/4” to 2-3/4” Pole SYNC (Flashing Red) Bracket SYNC Output 15-27VDC, 100mA, 3ms pulse SYNC Adjustments Day: 40FPM Night: 24, 30, 40, 60 FPM Backup SYNC Internal Crystal Clock or AC Line

Part NumbERS Part Numbers

40002075-001 GPS SYNC Module 40002074-003 GPS Cable, 100’ *77-3259 Photocell, 120V, 35-60 ft-cd 40002074-004 GPS Cable, 150’ 40002074-001 GPS Cable, 25’ 40002074-005 GPS Cable, 350’ 40002074-002 GPS Cable, 50’ 40002082-001 Pole Mounting Kit

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Lightning Rod Mounting Bracket Assembly for Dual Lighting Part # KG 0926M001

MOUNTING RING LIGHTNING ROD JAM NUT

BEACON

Application The Lightning Rod Assembly, LRB58L7510M, is designed for, and is widely used on antenna towers associated with microwave relay DOUBLE installations, high-definition broadcast towers, and other structures BEACON/ STROBE prone to lightning strikes. Consisting of a 7/8” diameter rod and a base mounting ring designed for ready installation under existing STROBE medium intensity lighting fixtures with a 13-1/4” bolt hole pattern. The A6A0302AB Lightning Rod extends approximately two feet above a standard 300mm code beacon in order to reduce the TOWER probability that lightning will strike the lighting fixture. This will minimize the possibility of damage to the lighting fixture and the wiring from cloud to ground lightning strikes

BEACON/STROBE MOUNTING BRACKET Ease of Installation The base mounting ring is designed for installation underneath the base Strobe Mounting of a medium intensity lighting fixture with a 13-1/4” bolt hole pattern Bracket For: without requiring additional holes in the tower. It is only necessary to 1. Model KG114 - Red Beacon remove two of the four mounting bolts in order to install the ring under 2. Model KG225 - Strobe the existing fixture.T he other two beacon mounting bolts must be 3. Model FG2000 - Strobe 4. Model FG3000 - Strobe loosened sufficiently to enable the installer to slide the lightning rod mounting ring under the fixture. Slotted holes are provided in the base Material: galvanized steel mounting ring in order that the ring may be rotated to avoid interference with the tower bolts or details. The mounting ring should be positioned Mounting bracket will accommodate To mount beacon or strobe to the vertical tower members from 1.5” bracket, use H&P mounting assembly so that the rod is located at either side of the fixture in order to avoid to 4.5” in diameter. Standard “U”– Part Number – A6A0001SE interference during opening of the fixture for maintenance. bolts are used to secure the bracket to the tower.

General BEACON/STROBE ICE SHIELD ASSEMBLY The base mounting ring is an aluminum casting, tapped to accept the threaded rod. The rod is fabricated from 7/8” diameter material SUPPORT ANGLE EXPANDED METAL – TOWER LEG threaded at one end for insertion into the mounting ring. The rod is PARTIALLY OMMITTED FOR CLARITY OR ILLUSTRATION specially treated after fabrication to withstand weathering

Part Numbers: “U”– BOLTS

LRB58L7510M Lightning Rod Assembly A6A0302A13 Lightning Rod A6A0302AA2 Mounting Ring SUPPORT ANGLE NH7510CB2 Jam Nut SECURING BRACKET

58 HUGHEYANDPHILLIPS.COM ACCESSORIES

Load Balance Resistor SiteGuard® WC-60 LB112120 – 120V, 1200W Wireless Monitoring Application Hughey & Phillips’ Digital Cellular Communicators deliver secure, The proper operation of electrical and electronic devices in general reliable and complementary digital communications via the GSM is based on the availability of a relatively steady line voltage. This (Global System for Mobile) network. condition is usually met without special precaution when the several connected loads all consume a steady amount of power. If one This groundbreaking communications solution offers full data or more of the loads are of a varying or pulsating nature, then the reporting and uploading/downloading with most Hughey & Phillips degree of steadiness of the line voltage (i.e. line voltage regulation) control panels. In addition, with onboard zone inputs and optional will be dependent upon several factors – such as: dialer capture capability, we’re compatible with other manufacturers’ security panels as well. All signals are delivered to the AlarmNet • The voltage regulation of the power service to the installation Network Control Center, which routes the information to the (i.e. is the power service a firm-heavy source with adequate appropriate central station. The state-of-the-art AlarmNet Network capacity or a soft source at the end of a rural line). Control Center is fully redundant and monitored 24/7. AlarmNet has • The size of the conductors between the power service and the the ability to route messages using AlarmNet-i and connected load. In many cases the size is not adequate for the 800 PLUS services, providing true redundancy and multi-path load, thus causing a large voltage drop. message delivery. • The size and voltage regulation of the standby generator. • The relative size of the pulsating load as related to the total SiteGuard® monitoring services handles all of the time dependent connected load at site. monitoring tasks without requiring your interaction: if a light “burns out”, Hughey & Phillips’s system does the following: Also of prime importance is the relative sensitivity of the electronic • Dry contact output is read into the SiteGuard System or radio equipment to the variations in the line voltage. The rules • SiteGuard initiates alarm call over a GSM wireless connection of the FCC and FAA require the 300mm Beacon to flash ON and • Alarm received at ProtectionNet Network operations center, with OFF at a rate between 20 and 40 flashes per minute. The beacon operators providing around the clock, 365 days a year service normally uses two 620 watt lamps, thus a pulsating load of 1240 • ProtectionNet initiates an FAA Notice to Airmen (NOTAM) for any watts. Assuming a rate of 30 FPM, the 1240 watt load is ON for appropriate lighting failure 1-1/3 seconds and OFF for 2/3 seconds. Due to some inrush • The client is notified of the failure via telephone, voicemail, pager, current when the lamps are ON, the effect on the line voltage may fax or e-mail be slightly more severe than flashing a resistive load of 1240 watts. • With the NOTAM in place, you can now work at your own schedule In some installations, the 1240 watt pulsating load may represent to repair the light outage a substantial portion of the total connected load. In these cases • If after 14 days we have not heard from you, we will contact you to the variations in the line voltage may be quite severe and some determine the status of your tower corrective means must be considered. Fortunately, a relatively simple • We will file the NOTAM extension if necessary or we will remove and quite effective corrective means is available – a Load Balance the NOTAM, with no additional work from you Resistor. This consists of a 1200 watt resistive load which is switched ON as the Beacon load is switched OFF and vice versa. Part Numbers: OBMISC215 Digital Cellular Communicator (SiteGuard WC-60) The Hughey and Phillips LB112120 and LB212480 Load Balance OBMISC236 gSM Antenna, outdoor, GSM-ANT3DB, Resistors (LBR) are designed for use with flashing Beacons and will omni-directional minimize fluctuations in the beacon lighting load circuit, when used SMISC234 gSM Adapter Cable, WA7626-CA SMA to N is conjunction with our 9LC Lighting Controls. Housed in a louvered Adapter galvanized steel case, the LBR is suitable for outdoor installations. MC000017 gSM Coaxil Cable, 25’ The mounting brackets are movable in order to provide for mounting against a vertical or horizontal surface. Connection to the LBR is made to a terminal strip mounted in a watertight cast junction box Wind Turbine Switch which is tapped for ½” conduit or conduit fitting. The resistive The Hughey & Phillips Wind Turbine Switch (WTS) elements are of the strip type to provide uniform heat distribution is designed to operate the required obstruction and are of steel-sheath construction with compressed insulation. lighting from either the high voltage generated by the wind turbine within the nacelle or from the commercial power supplied at the base of the tower. Utilizing patent-pending technology, the WTS senses the highest voltage present and powers the obstruction lighting at either 120VAC or 230VAC. The WTS harnesses the power of wind to power your obstruction lighting requirements.

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junction boxes Weathertight Cast Aluminum for Surface Mounting

General Information Hughey & Phillips Weathertight Junction Boxes are of cast aluminum. with split connectors, or combinations, to customer order. The Each box is of adequate size for the number of terminals to enable terminal capacity indicated under each type of box is representative proper and simplified installation. All boxes are furnished complete with of one type terminal block…all terminal strips are insulated. cover, gasket, cover retaining chain and self-retaining type cover screws. Insulated Cable Supports - Hughey & Phillips Weathertight Junction Tapping - Hughey & Phillips Weathertight Junction Boxes are Boxes are available with built-in cable support (with or without available with or without tapped conduit hubs. In ordering, terminals) to meet requirements of the National Electric Code. specify size. Insulated Bushing - Hughey & Phillips will install, when specified, Terminals - Hughey & Phillips Weathertight Junction Boxes are plastic insulating bushings inside of tapped conduit hubs. available with standard screw type terminal blocks, or special blocks

Junction Box No. JB00000000 Junction Box No. JC00000000

Description Cast aluminum, watertight, complete with cover and screws, gasket, and cover retaining chain. Available with or without terminal block, Description and/or cable support. Cast aluminum, watertight, complete with cover and screws, gasket, and cover retaining chain. Available with or without terminal block, Specifications and/or cable support. Inside Dim. (Approx.) 5 3/8” Dia. 2 5/8” Depth Capacity 5 Term. (Kulka No. 603-5) Specifications 7 Term. (Buchanan Type HD) 7 Inside Dim. (Approx.) L 4 /8”, W 7”, D 4” Max. Hub Tap 1” Cond. Size Capacity 8 Term. (Kulka No. 603-8) 10 Term. (Buchanan Type HD) Max. Hub Tap 1” Cond. Size

60 HUGHEYANDPHILLIPS.COM ACCESSORIES

junction boxes Weathertight Cast Aluminum for Surface Mounting

Junction Box No. JF00000000 Junction Box No. JG00000000

Description Cast aluminum, watertight, complete with cover, cover screws, Description gasket, and cover retaining chain. Available with or without terminal Cast aluminum, watertight, complete with cover, cover screws, blocks, and/or cable support, screw-cap receptacles, etc. Furnished gasket, and cover retaining chain. Available with or without terminal with mounting bars or mounting clamps, if specified on order. blocks, and/or cable support, screw-cap receptacles, etc. Furnished with mounting bars or mounting clamps, if specified on order. Specifications Inside Dim. (Approx.) L 10”, W 9”, D 5” Specifications Capacity 20 Term. (2-Kulka No. 603-10) Inside Dim. (Approx.) L 15”, W 9”, D 5” 24 Term. (Buchanan Type HD) Capacity 30 Term. (3-Kulka No. 603-10) **Max. Hub Tap Sides (R, L**) 1” Top & Bottom 36 Term. (Buchanan Type HD) (T, B**) 2” Cond. Size **Max. Hub Tap Sides (R, L**) 1” Top & Bottom (T, B**) 2” Cond. Size

*Order junction boxes by number, and specify hub tapping**, *Maximum hub taps indicated are for standard boxes. Larger hub number & type of terminals, & with or without...cable support, size and taps available on special order. insulating bushings, receptacles, mounting rails, etc.

Method of Specifying Conduit Hub Taps

conduit size symbols

Conduit Size 1/2” 3/4” 1” 1 1/4” 1 1/2” 2” Ordering Symbol 2 3 4 5 6 7

Example: cat. No. JC Type Box to be topped 1 1/4” top and bottom

Conduit Hub Tap Location Symbols and 3/4” left side only. XX tRBL X 00 XX Order As: Junction Box Cat. No JC5053C03B (Type (Taps) (Cable (# of Term box) Support Pos B block) Optional)

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K-Z Series Beacon Flasher

Conforms to FAA and FCC specification. Completely calibrated to applicable FAA/FCC specifications by factory technicians. No field adjustment ever necessary.

Ultra reliable: surge and transient resistance components. High power: rating 2.0KW maximum continuous tungsten load at up to 131° F (+55°C) ambient air temperature 120 or 240 VAC option per circuit. Flash rate: 30 FPM; 2/3 on, 1/3 off duty cycle. Fail safe operation: normally closed solid state relay configuration assures “lights on” condition even if control circuitry fails. Visible operation indicator red LED (light emitting diode) provides instant visual verification of field operation.

Modular construction: Easy field installation or retrofit for existing applications. Easy replacement if damaged.

Specifications Input Voltage: 120 VAC 1 0 / 240 VAC 1 0 Power Rating: 2000 Watts maximum, continuous duty (zero voltage switching) Flash rate: 30 FPM; 2/3 on, 1/3 off duty cycle Peak Current Surge: 320 Amps’ 100 milliseconds, 650 amps, 1 cycle @ 60 Hz (non repetitive) Operating Temperature: -55°C to +55°C Transient Suppression: 2.5 KV@ 10 milliseconds components to case Reliability: MTBF over 500,000 hrs (SSR) per MIL-217C

List of Standard Solid State Beacon Flashers

Part Number Description

KZ1L10R30A 1-Beacon 120V KZ2L10R30A 1-Beacon 240V KZ1L1RR30A 1-Beacon & Load Balance Resistor 120V KZ2L1RR30A 1-Beacon & Load Balance Resistor 240V KZ1L20E30A 2-Beacon Simultaneous 120V KZ2L20R30A 2-Beacon Simultaneous 240V KZ1L2PR30A 2-Beacon Alternate 120V KZ2L2PR30A 2-Beacon Alternate 240V KZ1L2SR30A 2-Beacon & 2 Load Balance Resistor Simultaneous 120V KZ2L2SR30A 2-Beacon & 2 Load Balance Resistor Simultaneous 240V KZ1L2QR30A 2-Beacon & 2 Load Balance Resistor Alternate 120V KZ2L2QR30A 2-Beacon & 2 Load Balance Resistor Alternate 240V KZ1S3T030BA 3-Beacon Simultaneous 120V KZ3S3T030B 3-Beacon Simultaneous 240V KZ1S3T030A 3-Beacon Sequential 120/208V KZ2L4N03BA 4-Beacon Simultaneous 240V KZ1L4NR30A 4-Beacon 2+2 180°Apart 120V KZ1S4N030AA 4-Beacon Sequential 120/208V KZ1S5N030AA 5-Beacon Sequential 120/208V KZ1S5N030A 5-Beacon 4 Position 120/208V (2 Beacon Top) KZ1S6N030AAB 6-Beacon 4 Position 120/208 V (3 Beacon Top) KZ1S7Z030B 7-Beacon 120/208 V (Top & Bottom Flash Together) KZ1S7U030A 7-Beacon 5 Position 3 Beacon Top 120/208V

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repai r se rvices a global lea d e r

Hughey & Phillips is a global leader in the design and manufacturing of obstruction lighting technology. We engineer and design a complete line of low, medium and high intensity lighting technology solutions for radio, television, and communication towers; wind turbines; buildings; smokestacks; bridges; and other obstructions to aerial navigation. All products are

Hughey & Phillips offers a vast selection repair services manufactured by Hughey & Phillips in the USA. With a full for tower lighting controllers, flashheads and beacons. engineering staff providing complete support and design in Our repair service department offers customers a fast and optical, electrical and mechanical disciplines to customize any economical method to overhaul their fielded equipment of our products to fit our customers’ unique needs. To learn for years of operation. more, visit www.hugheyandphillips.com

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faa standards faa standards

Red Obstruction Lighting Standards (FAA Style A) Day Protection = Aviation Orange / White Paint Night Protection = 2,000cd Red Beacon and sidelights

1751’ - 2100’

1401’ - 1750’

1051’ - 1400’

= L-864 flashing beacon

= L-810 obstruction light 701’ - 1050’

351’ - 700’

151’ - 350’

0’ - 150’

a-0 a-1 a-2 a-3 a-4 a-5 a-6

Notes: 1. the overall height of the structure including all appurtenances such as rods, antennas, obstruction lights, etc., determines the number of light levels. 2. The red obstruction lighting system is composed of flashing omnidirectional beacons (L-864) and/or steady burning (L-810) lights. When one or more levels is comprised of flashing beacon lighting, the lights should flash simultaneously. 3. The chart above illustrates the requirements for standard lighting of towers and supporting structures in accordance with FAA Advisory Circular 70/7460-1; Chapters 3, 4, 5, and 12.

78 HUGHEYANDPHILLIPS.COM faa standards

High Intensity Obstruction Lighting Standards (FAA Style B) Day Protection = 200,000cd White Strobe Twilight Protection = 20,000cd White Strobe Night Protection = 2,000cd White Strobe 1751’ - 2100’

1401’ - 1750’

1051’ - 1400’

701’ - 1050’

351’ - 700’

= L-856 high intensity strobe (3 flashheads required per level for 360o coverage)

B-2 B-3 B-4 B-5 B-6

Notes: 1. The height of the main structure excluding all appurtenances such as rods, antennas, obstruction lights, etc., determines the number of light levels. Note: Any appurtenances over 40 feet (12 meters) requires additional lighting, consisting of a Medium Intensity L-865 White Strobe, see FAA Style C. 2. When high intensity white lights are operated 24 hours a day, other methods of marking and lighting may be omitted. This system should not be recommended on structures 500 feet (153 meters) AGL or less unless an FAA aeronautical study shows otherwise. 3. The chart above illustrates the requirements for standard lighting of towers and supporting structures in accordance with FAA Advisory Circular 70/7460-1; Chapters 3, 4, 7, and 12.

877.285.4466 Toll Free 79 faa standards

High Intensity Obstruction Lighting Standards (FAA Style C) Day Protection = 200,000cd White Strobe Twilight Protection = 20,000cd White Strobe Night Protection = 2,000cd White Strobe

1751’ - 2100’

1401’ - 1750’

1051’ - 1400’

701’ - 1050’

501’ - 700’

= L-856 high intensity strobe (3 flashheads required per level for 360o coverage)

= L-865 medium intensity strobe required appurtenances of 40 feet or greater

c-2 c-3 c-4 c-5 c-6

Notes: 1. the height of the main structure excluding all appurtenances such as rods, antennas, obstruction lights, etc., determines the number of light levels. Note: Any appurtenances over 40 feet (12 meters) requires additional lighting, consisting of a Medium Intensity L-865 White Strobe. 2. When high intensity white lights are operated 24 hours a day, other methods of marking and lighting may be omitted. This system should not be recommended on structures 500 feet (153 meters) AGL or less unless an FAA aeronautical study shows otherwise. 3. The chart above illustrates the requirements for standard lighting of towers and supporting structures in accordance with FAA Advisory Circular 70/7460-1; Chapters 3, 4, 7, and 12.

80 HUGHEYANDPHILLIPS.COM faa standards

Medium Intensity White Obstruction Lighting Standards (FAA Style D) Day/Twilight Protection = 20,000cd White Strobe Night Protection = 2,000cd White Strobe Painting of tower is typically not required

351’ - 500’

= L-865 FLASHING WHITE 1/2 but not lower STROBE than 200 feet (61m)

200’ - 350’

D-1 D-2

Notes: 1. The overall height of the structure including all appurtenances such as rods, antennas, obstruction lights, etc., determines the number of light levels. 2. The medium intensity flashing white light system is normally composed of flashing omnidirectional lights. This system is not normally recommended on structures less than 200 feet AGL. 3. The chart above illustrates the requirements for standard lighting of towers and supporting structures in accordance with FAA Advisory Circular 70/7460-1; Chapters 3, 4, 6, and 12.

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Medium Intensity Dual Obstruction Lighting Standards (FAA Style E) Day/Twilight Protection = 20,000cd White Strobe Night Protection = 2,000cd Red Strobe and Sidelights Painting of tower is typically not required

351’ - 500’

= L-864/L-865 flashing dual (white/red) strobe

= L-810 obstruction light 1/2 but not lower than 200 feet (61m)

200’ - 350’

e-1 e-2

Notes: 1. the overall height of the structure including all appurtenances such as rods, antennas, obstruction lights, etc., determines the number of light levels. 2. The dual lighting system includes red lights (L-864) for nighttime and medium intensity flashing white lights (L-865) for daytime and twilight use. This lighting system may be used in lieu of operating a medium intensity flashing white lighting system at night. Some populated areas where the use of white medium intensity at night may cause significant environmental concerns, the use of the dual lighting system should reduce/mitigate those concerns. 3. The chart above illustrates the requirements for standard lighting of towers and supporting structures in accordance with FAA Advisory Circular 70/7460-1; Chapters 3, 4, 8, and 12.

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Dual High Intensity Obstruction Lighting Standards (FAA Style F) Day Protection = 200,000cd White Strobe Twilight Protection = 20,000cd White Strobe Night Protection = 2,000cd Red Beacon and Sidelights

1751’ - 2100’

1401’ - 1750’

1051’ - 1400’

701’ - 1050’

501’ - 700’

= L-856 high intensity strobe (3 flashheads required per level for 360o coverage)

= L-864 flashing red beacon

= L-810 red obstruction light

f-2 F-3 f-4 F-5 F-6

Notes: 1. The height of the main structure excluding all appurtenances such as rods, antennas, obstruction lights, etc., determines the number of light levels. Note: Any appurtenances over 40 feet (12 meters) requires additional lighting, consisting of a Medium Intensity L-865 White Strobe and a L-864 Red Beacon. 2. This dual lighting system includes red light (L-864) for nighttime and high intensity flashing lights (L-856) for daytime and twilight use. This lighting system may be used in lieu of operating a high intensity flashing white lighting system at night. There may be some populated areas where the use of high intensity lighting may cause significant environmental concerns. The use of the dual lighting system should reduce/mitigate those concerns. 3. The chart above illustrates the requirements for standard lighting of towers and supporting structures in accordance with FAA Advisory Circular 70/7460-1; Chapters 3, 4, 9, and 12. 877.285.4466 Toll Free 83 faa standards

Bridge and Wind Turbine Lighting

L-864 or L-865 or (L-864 / L-865)

Front View side View

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877.285.4466 Toll Free 87 Broadcast Telecommunications Wind Turbines Tall Structures Utilities

ABOUT OUR COMPANY Hughey & Phillips is a leader in the design and manufacturing of obstruction lighting technology. We produce a complete line of lighting solutions that provide illumination for aerial navigation around the world. And we offer complete power and lighting systems designed and manufactured in the USA. Our cost-effective obstruction lighting technology provides highly efficient and reliable lighting solutions. By offering complete support and design in electrical, optical and mechanical disciplines, Hughey & Phillips can fully customize any product to fit the unique needs of any customer.

877.285.4466 Toll Free 937.652.3500 Telephone 937.652.3508 FAX

HUGHEYANDPHILLIPS.COM 240 W. Twain Ave Urbana, OH 43078

The Evolution of a BranD For more than 75 years Hughey & Phillips has earned a reputation for quality, dependability and innovation in obstruction lighting around the globe.

1930’s – 1970’s 1970’s – 2000 2000 – Present