5 Foot Tripod with Antenna Mast for Sloped or Peak Roof Mount
3S 32809 5 Foot Tripod with Antenna Mast for Sloped or Peak Roof Mount
Tripod and 1.25 inch O.D. Mast conforms to almost any Roof Peak or Slope with installer friendly front facing feet that can accomodate 16-24 inch spacing between the two outer legs leaving the center at half distance. Can be Used with Off-Air HDTV or Wireless Cable and Wireless Internet Antennas. (Pitch Pad Kit, Mounting Hardware Not Included)
Supporting Legs are hinged, 3 feet in length and 1.14 inches in Outside Diameter. Typical rafter spacings are 16 inches center to center and pre-built trusses are 24 inches center to center. Thus allowing for Peak or Pirched roof antenna placement with the standard 5 foot Antenna Mast Height
LIOL
Low Intensity Obstruction Lighting are lights used to visually mark obstacles and obstructions. These lights are necessary in providing a clear visual indicator and in preventing collisions in poor visibility conditions or at night.
Applications
- Airport Buildings
- Towers
- Power Substations
- Communication Masts
- Weather Masts
- High Buildings
- Chimneies
- Tower Cranes
- Bridges
- Radio and Television Towers
- Transmission Line
- Wind Turbines
Power
Three different types of power technology are used to power these LED LIOL lights.
- Solar - The power is supplied by a battery. This battery is charged during the day using embeded solar panels. At night and when there is insufficiant solar avaliable, the units will switch over to battery power. This all happens automatically.
- Universal AC - Power must be provided using a power cable that can supply AC current (110–240VAC 50/60Hz). Can also be powered with optional solar and/or battery.
- Universal DC - Power must be provided using a power cable that can supply DC current (12–48VDC). Can also be powered with optional solar and/or battery.
LED Technology
All the LIOL lighting we carry use the latest advancements in LED (Light Emitting Diode) technology as a light source. The major advantage of LED’s over traditional light sources is well established in that they typically have an operational life in excess of 100,000 hours, resulting in substantial savings to maintenance and servicing costs.
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