GPX01-GZ-Ⅱ Type Optical Fiber Distribution Frame (OMDF)

Product standards

MeetYD/T788-2011and other domestic standards andGB/T2423-2008and other domestic standards andGB/T3873-1998and other domestic standards andGB/T9286-1998IEC 61300-3-15IEC 61300-3-16and other domestic standards andIEC 61300-3-17and other domestic standards andIEC 61300-3-23and other domestic standards andand other international standards.Product features

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Open rack design, with the front as the line side and the back as the equipment side, partition management conforms to the existing maintenance system and habitsThe line side adopts

Open rack design, with the front as the line side and the back as the equipment side, partition management conforms to the existing maintenance system and habits72core modular design, equipped with pull-out12core fusion integrated modules, easy to operateThe equipment side uses a rotatable

Open rack design, with the front as the line side and the back as the equipment side, partition management conforms to the existing maintenance system and habits96core adapter panel, convenient for operation and maintenanceThe upper and lower cable entry methods can be freely allocated

Open rack design, with the front as the line side and the back as the equipment side, partition management conforms to the existing maintenance system and habitsReliable fiber optic cable introduction and fixed protection devices, suitable for both ribbon and non-ribbon fiber optic cable operations

Open rack design, with the front as the line side and the back as the equipment side, partition management conforms to the existing maintenance system and habitsHorizontal, vertical, and front-back fiber routing channels, convenient for cross-connection and inter-frame jumpers

Open rack design, with the front as the line side and the back as the equipment side, partition management conforms to the existing maintenance system and habitsNo cross-jump routing, multi-layer jumper channels, achieving fiber jumper diversion, and ensuring that the bending radius of the fiber and fiber optic cable is greater than

Open rack design, with the front as the line side and the back as the equipment side, partition management conforms to the existing maintenance system and habitsEquipped with fiber storage discs for long jump fibers, clean and tidy, easy to find, achieving refined management of jump fibers37.5mm

Open rack design, with the front as the line side and the back as the equipment side, partition management conforms to the existing maintenance system and habitsGPX01-GZ-Ⅱ

Fiber optic distribution frameThis frame has a double-sided operation structure, with side A as the line side and side B as the optical splitter side;

     The frame's external dimensions are 2200x540x540(mm) height x width x depth, high density, small footprint;

     The three major operators can simultaneously introduce upstream external fiber optic cables, with each operator reserving 24core access;

      The maximum user access per frame is 696ports;

     The maximum reserved optical splitter per frame is 768This frame can be used independently or in multiple frames together; GPX01-GZ-Ⅱ-20

     can hold 60 discs, GPX01-GZ-Ⅱ-22 can hold 66 discs (the first row is a yellow public cable entry disc).This frame can be used independently or in multiple frames together; GPX01-GZ-Ⅱ-20

     The side is a winding management unit.Mainly for reserving fiber optic cable length,

The back can accommodate 14

1*64 optical splitter slots.

Can be used with multiple frames.Considering some issues customers face during construction, the company has made unique small designs for the distribution frame without affecting product use.

1

The company's distribution frame has reduced the size of the discs, increased the internal space of the frame, reduced the inconvenience of winding in narrow spaces during construction, and enhanced the aesthetics of the distribution frame.

When customers need to use multiple frames together, the specially designed lower horizontal wiring channel allows for more distribution frames to be connected side by side, making it more convenient and aesthetically pleasing.2

The cable management channel installed on the back of the product frame has a unique design, facilitating the outgoing lines from the optical splitter compartment, both aesthetically pleasing and convenient.

    Installation instructions:The fiber optic cable enters from the upper top slot, after grounding at the top of the distribution frame, it is firmly fixed to the distribution frame with a clamp and enters the wiring channel, fusing with the first row of public cable entry disc, and then can connect to the optical splitter behind through jumpers and winding posts, with the fiber optic cable coming out of the optical splitter fusing with the lower distribution frame disc, sending signals into each corridor.

    Standards met:

    ) GB 50846-2012

Design specifications for fiber-to-the-home communication facilities in residential areas and residential buildings;

When customers need to use multiple frames together, the specially designed lower horizontal wiring channel allows for more distribution frames to be connected side by side, making it more convenient and aesthetically pleasing.(2) GB 50847-2012 Construction and acceptance specifications for fiber-to-the-home communication facilities in residential areas and residential buildings;

(3) Ministry of Industry and Information Technology Unicom [2010] No. 105 "Opinions on Promoting Fiber Broadband Network Construction";

(4) Ministry of Industry and Information Technology Unicom [2008] No. 235 "Urgent Notice on Promoting the Co-construction and Sharing of Telecommunications Infrastructure";

(5) Ministry of Information Industry Regulation [2007] No. 24 "Notice on Further Regulating the Construction of Residential Local Networks and Communication Pipelines and Facilities";

(6) GB 50311-2007 "Design Specifications for Integrated Wiring Systems";

(7) YD 5102-2010 "Design Specifications for Communication Line Engineering", YD5121-2010 "Acceptance Specifications for Communication Line Engineering";

(8) GB 50373-2006 "Design Specifications for Communication Pipelines and Channels", GB 50374-2006 "Construction and Acceptance Specifications for Communication Pipeline Engineering";

（8）GB 50373-2006《通信管道与通道工程设计规范》、GB 50374-2006《通信管道工程施工及验收规范》；