CT GPX09T optical fiber distribution frame (fusion and distribution integration)

The frame body is made of cold-rolled steel plate material through electroplating and plastic spraying, and adopts a welded closed structure, which has a beautiful appearance and a firm structure. The left and right side panels are built-in and detachable, and the door is an external hanging structure. Front and rear double doors structure, each door is fixed up and down with magnetic attraction. The door of the rack adopts living hinge, which can be flexibly disassembled. The opening angle of the door should not be less than 110°; the rack is operated from the front; the optical cables and pigtails enter the rack from the top of the rack. The fiber optic cable (fiber) entry hole should be protected by a fiber protection strip and have a large enough fiber-passing area; the side plate should be removed when the rack is paralleled; the rack body has a perfect grounding system: the top seat of the rack is welded 1 There is a M8 screw lamp on the M8×20 studs and the bottom of the frame for the grounding of the frame to ensure electrical continuity, and the fiber optic cable reinforcement core and its armor layer are effectively grounded, and the two are insulated; mechanical activity part: mechanical activity Partial rotation is flexible, the opening of the door should be no less than 110°, and the gap should be no more than 3mm; Adapter type: suitable for the installation of SC (or FC type) fiber optic adapters. The adapter is installed on a 12-core fusion splicing wiring integrated tray. The tray is installed on the rack tray bracket. (Capacity is determined according to user needs); The bending radius of the incoming optical cable should be no less than 15 times the diameter of the optical cable. When the core and pigtail are bent wherever they are, their curvature radius should be no less than 30mm; plastic parts are used Flame-retardant materials, and meet the FV0 requirements in GB2408;