Shenzhen Ruibu Tech Co., Ltd

One or morelow, strong light intensity or specular must do practical obstacle lamp setclose to the top of the object. The obstacle lights at the top of the objectmust be decorated to show at least relative to the obstacles restrict thehighest point or top edge. But when used in practice due to considering thelightning protection, generally based on highly different indentation about 1to 3 meters.

Of chimneystructures, or other similar properties should be set at the top of the lamp onthe top under low enough location makes it the smoke to minimize pollution,such as low generally 3 to 5 meters.

For A with Astrong specular obstacle lights indicate the day with A length of more than 12m appendages such as antenna or rod or antenna tower structures, if on the topof the appendages set highlights strong obstacle lamp is not practical, youmust keep strong specular obstacle lights in May actually be the highest point,and as practical, in the appendages at the top of the pack A type A lightintensity obstacle lights.

For a largeobject or a group of intensive, the top light must show at least limit itsrelative to the obstacles to the highest point or top edge, to identify thebasic outline and scope of the object. If there are two or more of the same heightof the edge, then must mark the edge of the closest to the landing zone. In thelow light intensity obstacle lights, its longitudinal spacing must be nogreater than 45 m. In the light intensity obstacle lights, its longitudinalspacing must be no greater than 90 m.

Advice - whenthe obstacles involved limit surface objects for a slope, highlight theobstacles limit surface above the highest point is not the highest point of theobject itself, should be the very top of the object to add obstacle lights. Bytype A light intensity obstacle lights labeled the obstacles in or near the topthan the surrounding ground buildings (when obstacles surrounded by multiplebuildings) at the top of the elevation above 105 m above obstacles lights mustbe added in the middle. Add the middle tier of obstacle lights must beobstacles lights depending on the situation at the top or near to the top ofthe building with the ground elevation as much as possible in order to not morethan 105 m between equidistance Settings.

By type Bobstacles lights light intensity of the obstacles in the top than thesurrounding ground or nearby buildings (when obstacles surrounded by multiplebuildings) at the top of the elevation more than 45 m higher, obstacles lightsmust be added in the middle. Add the middle tier of obstacle lights must bealternate type B low light intensity obstacle lights and light intensity in thetype B obstacle lights and depending on the situation at the top obstacleslights or near to the top of the building with the ground elevation between tono greater than 52 m equidistance Settings as much as possible.

By lightintensity obstacle lights C labeled at the top of the obstacle than thesurrounding ground or nearby buildings (when the obstacle is surrounded by multiplebuildings) at the top of the elevation of more than 45 m higher, obstacleslights must be added in the middle. Must add the middle tier of obstructionlight depending on the situation at the top barrier between the lamp with theground or near to the top of the building elevation to no greater than 52 mequidistance Settings as much as possible.

In the use oftype A strong specular obstacle lights, barriers must be light evenly set at nomore than 105 m intervals in the ground and the top of the barrier betweenlamp, as stipulated in the 6.3.11 but when object surrounded by multiplebuildings can be substituted for the top elevation of the building near theground obstacles lights to determine should set the number of layers.