The GPX82-6B optical fiber distribution frame is composed of a basic frame, an extension frame, a centralized fusion splicing frame, and a fiber storage frame. The frame level is clear. It can not only be used for three-dimensional crossover, hierarchical management, but also centralized maintenance, so that capacity expansion, installation and operation can be achieved in stages. All are very convenient. It is suitable for the end office management and business development needs of large-capacity optical fiber end. Modular design: The splicing frame is composed of optical cable lead-in unit, splicing area (left area and right area), optical fiber mounting frame, etc. The optical fiber distribution frame is composed of optical fiber distribution unit, fiber coil area, and horizontal fiber routing groove on the back. The fiber storage rack is composed of a fiber reel and a horizontal wiring groove on the back. The horizontal wiring groove on the back of the distribution frame and the fiber storage rack is directly connected, and the horizontal wiring groove on the back of the distribution frame and the back of the splicing frame are viewed on the right side. The small holes are connected, and the above is convenient for optical jumper and pigtail routing.

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技术参数

产品描述

Features

The GPX82-6B optical fiber distribution frame is composed of a basic frame, an extension frame, a centralized fusion splicing frame, and a fiber storage frame. The frame level is clear. It can not only be used for three-dimensional crossover, hierarchical management, but also centralized maintenance, so that capacity expansion, installation and operation can be achieved in stages. All are very convenient. It is suitable for the end office management and business development needs of large-capacity optical fiber end.

Modular design: The splicing frame is composed of optical cable lead-in unit, splicing area (left area and right area), optical fiber mounting frame, etc. The optical fiber distribution frame is composed of optical fiber distribution unit, fiber coil area, and horizontal fiber routing groove on the back. The fiber storage rack is composed of a fiber reel and a horizontal wiring groove on the back. The horizontal wiring groove on the back of the distribution frame and the fiber storage rack is directly connected, and the horizontal wiring groove on the back of the distribution frame and the back of the splicing frame are viewed on the right side. The small holes are connected, and the above is convenient for optical jumper and pigtail routing.