Ladder type fiberglass cable tray

The ladder type glass fiber reinforced plastic cable bridge is a kind of cable bridge made of glass fiber reinforced plastic. It has the characteristics of light weight, corrosion resistance, good flame retardant performance and long service life. Compared with the traditional metal bridge, the ladder type glass fiber reinforced plastic cable bridge has higher insulation performance and anti-interference ability, which can effectively reduce the occurrence of signal interference and electrical fire accidents. At the same time, because of its lightweight material, easy installation and maintenance, can greatly reduce labor intensity and cost.

The structure design of the ladder type glass fiber reinforced plastic cable bridge is reasonable, mainly composed of steps, trays, brackets, accessories and other parts. The steps are the main bearing parts of the bridge, which are used to support and place cables; The tray is the support part of the ladder, which can easily adjust the position of the cable; The bracket is used to support the whole bridge to ensure its stability and safety; Accessories include cover plate, sealing rubber strip, etc., used to protect the connection between the cable and the bridge.

 

When using the ladder type glass fiber reinforced plastic cable bridge, the following points should be paid attention to. First of all, the appropriate model and specification should be selected according to the actual needs to ensure that the carrying capacity and space of the bridge meet the requirements. Secondly, in the installation process to follow the relevant specifications and operational requirements to ensure the stability and safety of the bridge. Finally, in daily maintenance, it is necessary to clean up the debris and check the connection of the cable in time to ensure the normal operation of the bridge and the safety of the cable.

 

In short, as a new type of cable carrying equipment, the ladder type glass fiber reinforced plastic cable bridge has many advantages and characteristics, and has been widely used in construction, power, communication and other fields. Understanding its structure, characteristics and precautions for use helps to better apply and maintain this equipment, and provides strong support for the development of various fields.