These configurations seek to optimize light coverage while reducing the pole count, lowering costs and environmental footprint. ( NOTE: Snow-Bright™ magnetic induction fixtures can be aimed across as well as uphill to eliminate forward shadowing which can be dangerous . If the mountain already has LEDs, reference section on this technology. See Technical Elements for Event Lighting section .) Equally advantageous, aiming fixtures uphill increases pole utility, often reducing pole locations. Consider the illustration using multidirectional lamping to achieve more versatility and consistent illumination.
In addition to pole mountings, most ski lift towers can be used for fixture mounting. The ski lift manufacturer must be contacted with fixture
specifications to determine if they can be safely installed. In most cases, the towers will need to be fitted with “bull horn” pipe fittings to accommodate “slip-fitter” brackets. The lift manufacturer will determine how brackets should be mounted. This is usually with through-bolts and other removable attachments. Welding is not usually recommended.
Make sure the bull horn orientation is correct for the specific fixture mounts. Common positions are vertical and horizontal; facing the sky, or parallel to the slope. These positions facilitate focusing at various angles. Since pole installation can be expensive, any existing infrastructure that can be used to mount lighting should be investigated. This includes buildings and structures like sheds. For example, lighting can be installed at the entrance and exit of chair lifts to illuminate boarding and exiting.
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