Technical parameters: Product Type quadruple-triple-play box-in-one-box slot number optical splitter (micro) capacity (a) Dimensions (mm) 2 slot / 4 slots 1 × 4 1 ??× 8 1 × 16 1 × (width) x 32 (H) x (deep) 2 2 1 0 890 × 550 × 120 Operating ambient temperature -10 ° C to +40 ° C (indoor); -40 ° C to +60 ° C (outdoor) ambient humidity ≦ 85% (+30 ℃) (indoor); ≦ 95% (+40 ° C) (indoor) atmospheric pressure 70kPa ~ 106 kPa fiber optic cable to enter the number of 3 × 2 cables (up, down into the cable) the leather fibers enter the number of 2 × 2 the root (on into cable) the tank door opening angle 180 ° grounding bar resistance voltage level ≥ 3000V (DC) / 10mA/1min insulation resistance ≥ 2 × 1020MΩ500V Features: * Cabinet Material uses made of quality cold-rolled plate (Q235-A) cabinet surface with epoxy electrostatic spray, corrosion-resistant, anti-aging; * Mobile, China Unicom, telecommunications triple-play effectively do. Greatly save space construction and construction strength. * Taken around the structure and the upper and lower structure composite structure design, both sides have a the fiber splicing layer, while the right side of the upper wiring layer optical splitter, lower fiber splicing layer. * In the case of the chassis in the form and thickness consistent fiber splice tray support 6 meet the construction process in any form of connection * plastic pieces part flame retardant ABS material components; * The design of the two-tier structure, the upper optical splitter the control wiring layer, the lower the fiber splicing layer; * optical splitter module with the drawer module design, strong interchangeability and versatility; * to turn plate structure, the high-density configuration port and spectroscopic facilities. * Conform (YD/T988-2007 communications cable junction boxes requirements) Application: * Suitable for FTTH engineering fiber optic cable to the floor after installed in the corridor, basement, computer room and building facades. Distribution box the reservoir fiber coiled fiber optic cable by spectrophotometric leads to the drop cable splicing, fiber optic cable pass-through function, to meet the needs of traditional transmission network engineering;