Fiber Optic Cable Transfer Box Details 144-Core Stainless Steel Optical Transfer Box SolidWorks, AutoCAD

144-core stainless steel optical handover box (content includes: SW 3D model, CAD expansion, production BOM, process flow, technical instructions, alignment diagram, screen printing diagram, and packaging instructions)
Optical cable transfer box is installed in the outdoor connection equipment, the most fundamental requirement for it is to be able to withstand drastic changes in climate and harsh working environment. It should have the characteristics of waterproof gas condensation, water and dust resistance, insect and rodent resistance, and strong resistance to impact damage. It must be able to resist the relatively harsh external environment. Therefore, the outside of the box is relatively high requirements for waterproof, moisture-proof, dust-proof, impact damage, insect and rodent resistance; its interior has very high requirements for temperature and humidity control. According to international standards, the highest standard for these items IP66. but can reach the standard box shell is not much. At present, the domestic use of fiber optic cable transfer box body mainly have: the original German KRONE box body, box body using unsaturated polyester glass fiber reinforced material (SMC), in the waterproof, moisture-proof, impact damage has a better performance. Domestic reference KRONE box imitation products are iron-based metal box (generally reach IP65 standard). For the metal box, due to its inferior performance in waterproof gas condensation, is not destined to get a lot of use, and gradually eliminated. Some domestic imitation products due to material performance problems lead to the box in the waterproof gas condensation and impact resistance two performance and the introduction of Germany’s KRONE has a large difference, in addition, because of the poor anti-aging performance of the sealant tape, in the waterproof, dustproof two performance is also general. Of course, in the cable transfer box installation location of the external environment is relatively good, reduce performance requirements, reduce investment is also acceptable.