橋架是一個(gè)支撐和放電纜的支架。橋架在工程上用的很普遍，只要鋪設(shè)電纜就要用橋架。電纜橋架分為槽式電纜橋架、托盤式電纜橋架和梯級式電纜橋架、網(wǎng)格橋架等結(jié)構(gòu)；由支架、托臂和安裝附件等組成。

　　A cable tray is a bracket that supports and holds cables. Cable trays are commonly used in engineering, as long as cables are laid, cable trays must be used. Cable trays are divided into trough cable trays, tray cable trays, ladder cable trays, grid cable trays, and other structures; Composed of brackets, support arms, and installation accessories.

　　電纜&橋架

　　Cable&Bridge

　　電纜橋架作為布線工程的一個(gè)配套項(xiàng)目，目前尚無專門的規(guī)范指導(dǎo)，每個(gè)生產(chǎn)廠家的規(guī)格程式缺乏通用性，因此，設(shè)計(jì)選型過程應(yīng)根據(jù)弱電各個(gè)系統(tǒng)纜線的類型、數(shù)量，合理選定適用的橋架。可以獨(dú)立架設(shè)，也可以敷設(shè)在各種建(構(gòu))筑物和管廊支架上，體現(xiàn)結(jié)構(gòu)簡單、造型美觀、配置靈活和維修方便等特點(diǎn)，全部零件均需進(jìn)行鍍鋅處理，安裝在建筑物外露天的橋架，如果是在鄰近海邊或?qū)儆诟g區(qū)，則材質(zhì)必須具有防腐、耐潮氣、附著力好，耐沖擊強(qiáng)度高的物性特點(diǎn)。

　　As a supporting project of wiring engineering, there is currently no specialized specification guidance for cable trays, and the specifications and programs of each manufacturer lack universality. Therefore, the design and selection process should be based on the type and quantity of cables in various weak current systems, and the appropriate cable tray should be selected reasonably. It can be independently erected or laid on various buildings and pipe gallery supports, reflecting the characteristics of simple structure, beautiful appearance, flexible configuration, and easy maintenance. All parts need to be galvanized and installed on the bridge outside the building. If it is near the seaside or in a corrosive area, the material must have physical properties such as anti-corrosion, moisture resistance, good adhesion, and high impact strength.

　　電纜橋架是由托盤或梯架的直線段、彎通、組件以及托臂（臂式支架）、吊架等構(gòu)成具有密接支撐電纜的剛性結(jié)構(gòu)系統(tǒng)之全稱。工具/原料：是設(shè)計(jì)選型、保障的權(quán)威技術(shù)參考；電纜原材料、電纜附件、電纜設(shè)備、電纜橋架、電纜盤具、施工工具、線纜連接器等。

　　Cable tray is a rigid structural system consisting of straight sections, bends, components, as well as support arms (arm brackets), hangers, etc. of trays or ladders that tightly support cables. Tools/raw materials: authoritative technical references for design selection and transaction assurance; Cable raw materials, cable accessories, cable equipment, cable trays, cable reels, construction tools, cable connectors, etc.

　　橋架&分類

　　Bridge&Classification

　　電纜橋架是一款為保護(hù)電纜而衍生的產(chǎn)品，是電纜的保護(hù)殼，防止電纜受到外界因素的損壞。主要由支架、托臂和安裝附件組成，橋架主要類型可以分為梯式橋架、無孔托盤式橋架（槽式橋架）、有孔托盤式橋架（托盤式電纜橋架）、大跨距電纜橋架等。槽式電纜橋架槽式電纜橋架是一種全封閉型的電纜橋架。用整張鋼板彎制而成的槽式部件，其概念上與盤架的區(qū)別是高、寬比不同，盤架淺而寬，槽式電纜橋架具有一定的深度和封閉性。托盤式電纜橋架托盤式橋架是半密封型，跟鍍鋅槽式橋架的樣子非常相似。托盤式電纜橋架其表面處理可根據(jù)用戶需要分為鍍鋅、靜電噴塑和熱鍍鋅三種，在重腐蝕環(huán)境中可作特殊防腐處理。梯式電纜橋架梯式電纜橋架外型像梯子形狀，中間焊有橫桿加固支撐使得重量輕、成本低、承受能力極強(qiáng)、透氣性好；CQ1-T型梯級式電纜橋架根據(jù)國內(nèi)外有關(guān)資料改進(jìn)設(shè)計(jì)的。大跨距電纜橋架大跨距電纜橋架一般是由拉擠玻璃鋼型材組裝而成，適用于電力電纜、控制電纜、照明電纜及配件等。

　　Cable tray is a product derived from protecting cables, serving as a protective shell for cables to prevent damage from external factors. It mainly consists of brackets, support arms, and installation accessories. The main types of cable trays can be divided into ladder type cable trays, non perforated tray type cable trays (trough type cable trays), perforated tray type cable trays (tray type cable trays), large-span cable trays, etc. Trough type cable tray is a fully enclosed cable tray. The difference between a trough type component made by bending a whole steel plate and a tray is the height to width ratio. The tray is shallow and wide, while the trough type cable tray has a certain depth and enclosure. Tray type cable tray tray is a semi sealed type, which looks very similar to galvanized trough type cable tray. The surface treatment of tray type cable trays can be divided into three types according to user needs: galvanizing, electrostatic spraying, and hot-dip galvanizing. Special anti-corrosion treatment can be carried out in heavily corrosive environments. Ladder type cable tray is shaped like a ladder, with a horizontal bar welded in the middle to reinforce and support it, making it lightweight, low-cost, highly load-bearing, and breathable; The CQ1-T stepped cable tray has been improved and designed based on relevant domestic and foreign data. Large span cable trays are generally assembled from extruded fiberglass profiles and are suitable for power cables, control cables, lighting cables, and accessories.

　　材質(zhì)&分類

　　Material&Classification

　　電纜橋架按材質(zhì)可分類：鍍鋅橋架、不銹鋼橋架、鋁合金橋架、防火橋架、噴塑橋架、熱鍍鋅橋架。

　　Cable trays can be classified by material: galvanized trays, stainless steel trays, aluminum alloy trays, fireproof trays, spray painted trays, and hot-dip galvanized trays.

　　產(chǎn)品&介紹

　　Product&Introduction

　　由槽式、托盤式或梯級式的直線段、彎通、三通、四通組件以及托臂（臂式支架）、吊架等構(gòu)成具有密接支撐電纜的剛性結(jié)構(gòu)系統(tǒng)稱為電纜橋架（簡稱橋架）。

　　A rigid structural system consisting of straight sections, bends, tees, and tees, as well as support arms (arm brackets), hangers, and other components in a trough, tray, or stepped manner, that tightly support cables, is called a cable tray (referred to as a tray).

　　組合和結(jié)構(gòu)

　　Combination and Structure

　　電纜橋架的組成結(jié)構(gòu)應(yīng)滿足強(qiáng)度、剛度及穩(wěn)定性要求，且應(yīng)符合下列規(guī)定：

　　The composition structure of cable trays should meet the requirements of strength, stiffness, and stability, and should comply with the following regulations:

　?、贅蚣艿某休d能力不得超過使橋架初產(chǎn)生變形時(shí)的荷載除以系數(shù)為1.5的數(shù)值；? ???

　?、?The bearing capacity of the bridge shall not exceed the value obtained by dividing the maximum load at which the bridge initially undergoes permanent deformation by a safety factor of 1.5;?  ???

　?、谔菁?、托盤在允許工作載荷作用下的相對撓度值，鋼制不宜大于1／200；鋁合金制不宜大于1／300；? ???

　?、?The relative deflection value of ladder frames and trays under the allowable safe working load should not exceed 1/200 for steel structures; Aluminum alloy should not exceed 1/300;?  ???

　?、垆撝仆斜墼谠试S承載下的偏斜與臂長比值不宜大于1／100；? ???

　　③ The ratio of deflection to arm length of steel support arms under allowable load should not exceed 1/100;?  ???

　?、芎穗姀S級電路電纜橋架應(yīng)滿足抗震Ⅰ類物項(xiàng)設(shè)計(jì)要求，應(yīng)同時(shí)采用運(yùn)行地震震動和極限地震震動進(jìn)行抗震設(shè)計(jì)。

　?、?The safety level circuit cable tray of nuclear power plants should meet the design requirements of seismic Category I items, and both operational safety seismic vibration and ultimate safety seismic vibration should be used for seismic design.

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