Honeywell Obstruction Lighting is located in Urbana, Ohio with business hours from 8:00 AM to 5:00 PM EST, Monday through Friday. For Obstruction Lighting Customer Service or Technical Support please call 877-285-4466 and select the appropriate option. International callers use 937-484-2000. For after hours Flex-Tech Support between 7am - 7pm EST please call 937-869-6406 or 937-869-6290, or arrange for an Evening or Weekend Technical Support appointment by calling 877-285-4466, Option 4, during regular business hours. New Page: Internet Sales Specials. These items will be available on a first come, first serve basis and quantities may be limited. Please contact Customer Service at 877-285-4466, option 1, to place an order for these items.

High Intensity Strobe Lighting System

Certified to:
FAA Advisory Circular AC 150/5345-43E

Compliant to:
ICAO Annex 14
Transport Canada TP 382E
DGAC of Mexico

More specs: general specs | models | tower layouts

Documentation: data sheet (PDF)* | order product literature

Ordering info: order replacement parts | or request a quote
                   | limited warranty | on-line ordering policy

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USE

High intensity obstruction lighting systems are typically used on structures taller than 500' (150M) above ground level to provide aviation safety. The use of a high intensity lighting system typically eliminates the need to paint the structure with aviation red and white stripes. Honeywell high intensity obstruction lights are designed for lighting tall structures such as television and radio towers, chimneys, cooling towers, tall buildings, catenary river crossings, and bridges.

System Description

The StrobeGuard High Intensity Strobe Lighting System consists of multiple flashheads controlled by a single lighting control. The quantity and location of flashheads used is generally determined by the structure's height and diameter. The StrobeGuard lighting control constantly monitors the operation of each flashhead, and provides alarm contact closure upon any failure. The control automatically switches between day, twilight, and night intensities by the use of a calibrated photocell. StrobeGuard flashheads incorporate a louver system to minimize ground scatter light, resulting in a "community friendly" lighting system. The StrobeGuard system can be combined with a red lighting system for areas where white lighting at night may be undesirable.

Control SGC-60

StrobeGuard Controls contain the flash interval and timing circuits, intensity selection controls, and monitoring circuitry with status indicators. The SiteGuard control is designed to operate up to 24 flashheads at a distance of up to 2500 feet (760M), using a digital 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.

Flashhead SGF-60

Each StrobeGuard Flashhead contains a flashtube, reflector assembly, power supply and trigger circuitry in a single enclosure. All circuit boards are the plug-in type, and are protected with a coating that meets the physical and electrical requirements of MIL-I-46058B. StrobeGuard Flashheads are supplied with lightning arrestors capable of withstanding 10,000-ampere current surges. The flashheads utilize an internally triggered strobetube that eliminates ozone, a corrosive agent that can damage wiring and ciruitry over time.

FEATURES

• No corrosive ozone generated
• Modern circuit design
• Optics designed to minimize 'ground scatter' light. The light output at -10° is less than 3% of peak intensity
• Two-wire cable allows synchronization, mode change and monitoring
• Fail-safe monitoring system
• Safety Interlocks in each flashhead
• Long-life internally triggered strobetubes
• Easy access to strobetubes for replacement
• Automatic three-level intensity control
• Manual intensity override
• Easily accessible components
• Plug-in circuit cards
• Remote alarm contacts
• Stainless steel NEMA 4X enclosure
• Vertical level indicator and adjustment system
• Low power consumption
• Minimal wind loading and weight