昆明惠博电缆桥架厂

节能型电缆桥架

节能型电缆桥架
    电缆桥架作为支撑、保护和管理电缆的定制标准化产品，贯穿于电厂发电端与用户终端，除管理规范线路外，电缆桥梁还有减小电路线损的功能。发达国家电缆桥架的应用已有 70 多年的历史，而国内市场应用则为 30 年左右，特别是近十几年迅速普及，被广泛应用于电力、石化、轨道交通、通讯、冶金和机械制造等行业。通过对市场电厂、金、石化等用电大户终端企业调研，电能线损大已经成为行业的关注点。
    节能电缆桥架的设计原理：
   （1）通过改变冲压工艺，电缆桥架底面布满纵、横加强筋，每个加强筋底部冲有倒锥形椭圆散热孔，减少电缆与桥架的接触面积，增大了桥架
表面散热面积。桥架底面通风孔面积占底面的10.17%，与电缆接触面积减少 38%，最大程度提高了电缆桥架自身的散热功能。 
  （2）电缆桥架桥架侧面科学设计有 2~3 排散热通风孔，电缆桥架内部的热气通过侧面通气孔快速排出；当风通过底部扩散状通风孔吹入桥架内时，
将直吹风向四周发散，与桥架两侧面通风孔形成循环通风系统，使桥架内外空气循环畅通，热量快速散发，有效降低电缆温度，进而减少电缆阻
值上升，达到减少线路损耗的目的。

节能电缆桥架的特点：
（1）电缆桥架内外空气循环使热量散发迅速，有效降低电缆温度，减少电缆阻值上升，减少线路损耗。

（2）电缆桥架通过设计增加加强筋，提高了桥架的承载力，比同料厚产品增加承载力 1.5 倍，在电缆节能的同时，节省了材料。

（3）节约型电缆桥架可延缓电缆绝缘层老化，延长电缆使用寿命，减少用电事故的发生。

Energy saving cable bridge

The cable bridge is a custom standardized product for supporting, protecting and managing the cable. It runs through the power generation end of the power plant and the terminal of the user. Besides the standard line, the cable bridge also reduces the circuit line loss.

Function. The application of cable bridge in developed countries has been used for more than 70 years. The application of domestic market is about 30 years, especially in nearly ten years, which is widely used in power, petrochemical, and petrochemical industry.

Rail transportation, communication, metallurgy and machinery manufacturing. Through the investigation of power plants, metallurgy, petrochemical and other power generation terminal enterprises, power line loss has become the focus of the industry.

The design principle of energy saving cable bridge:

(1) by changing the stamping process, the bottom of the cable bridge is filled with longitudinal and strong reinforcement, and the bottom of each reinforcement has an inverted conical elliptical hole, which reduces the contact area of the cable and the bridge, and increases the bridge frame.

Surface heat dissipating area. The area of the ventilation hole on the bottom of the bridge deck is 10.17% of the bottom and 38% of the contact area with the cable, which greatly improves the heat dissipation function of the cable tray itself.

(2) the side of the cable bridge frame is scientifically designed with 2~3 exhaust ventilation holes, and the heat gas inside the cable bridge is quickly discharged through the side air hole; when the wind is blown through the bottom diffusion hole into the bridge frame,

The air circulation is diverged from the vertical wind and the ventilation holes on both sides of the bridge form a circulatory ventilation system, which makes the air circulation of the bridge inside and outside the bridge unblocked, the heat is quickly distributed, the cable temperature is effectively reduced, and the cable resistance is reduced.

The purpose of reducing line loss is to increase the value.

Characteristics of energy saving cable bridge:

(1) the air circulation inside and outside the cable tray can make the heat release rapidly, effectively reduce the cable temperature, reduce the cable resistance rise and reduce the line loss.

(2) the cable bridge increases the load-carrying capacity of the bridge by adding the reinforcement, which is 1.5 times higher than the burden of the same material, and saves the material at the same time in the energy saving of the cable.

(3) economical cable tray can delay the aging of cable insulation, prolong the service