電纜橋架各種彎頭配件的使用
電纜橋架各種彎頭配件一般都是在廠(chǎng)家預訂好的,在現場(chǎng)做的缺陷一是不美觀(guān),二是不經(jīng)用(特別是噴涂及熱浸鋅處理的),三是費工時(shí),特別是有的項目監理是不允許在現場(chǎng)加工的,所以通常是用戶(hù)提早按施工圖紙出好清單,由廠(chǎng)家訂制好后再直接進(jìn)行裝置。
All kinds of elbow fittings of cable tray are generally ordered by the manufacturer. The defects made on site are: first, they are not beautiful, second, they are not used (especially spraying and hot-dip galvanizing), and third, they are time-consuming. In particular, some project supervisors are not allowed to process on site. Therefore, users usually make a list in advance according to the construction drawings, and then directly install them after being ordered by the manufacturer.
電纜橋架裝置過(guò)程中,用到的彎頭一般有三種:一種是水平彎,一是筆直上下彎,還有一種是"之"字彎。以下舉例說(shuō)明這些彎頭制作辦法及公式:例:400×150的橋架做45°"之"字彎從橋架旁邊面取15cm×0.8在橋
In the process of cable tray installation, there are generally three kinds of elbows: one is horizontal bending, one is straight up and down bending, and the other is "zigzag" bending. The following examples illustrate the manufacturing methods and formulas of these elbows: example: 400 × A 45 ° "zigzag" bend shall be made for 150 bridge, and 15cm shall be taken from the side of the bridge × 0.8 at the bridge
然后三個(gè)點(diǎn)銜接就成一個(gè)45°的等腰三角形(另一邊用同一辦法),然后將這個(gè)三角切掉就構成一個(gè)45°彎,然后再用要做的高度×1.41為里面的極點(diǎn)再畫(huà)三角形,方向與前面那個(gè)相反,做出來(lái)便是一個(gè)45°之字彎。90°彎是取要做的那一面的2倍畫(huà)三角。
Then the three points join to form a 45 ° isosceles triangle (the other side uses the same method), then cut off the triangle to form a 45 ° bend, and then use the height to be done × 1.41 draw a triangle for the inner pole. The direction is opposite to the previous one. It is a 45 ° zigzag. The 90 ° bend is to take twice the side to be made and draw a triangle.
總結出來(lái)的公式:比方45度的斜度彎頭,你只需記住這句話(huà)就知道怎樣做了"爬坡45度,橋架高度乘以0.8平分劃三條線(xiàn)為一個(gè)彎,斜邊是爬坡高度乘以1.41,30度是橋架高度乘以0.8除以45乘以30平分劃三條線(xiàn)為一個(gè)彎。
For example, for a 45 degree slope elbow, you only need to remember this sentence to know how to do "climbing 45 degrees, the bridge height multiplied by 0.8 bisects three lines as a bend, the slope is the climbing height multiplied by 1.41, and 30 degrees is the bridge height multiplied by 0.8 divided by 45 times 30 bisects three lines as a bend.