Optimal for high-density mounting!! Code type MU pico flex.
The Pico Code Jumper PLC-MU uses a thin-diameter branching tube called "Pico Code" at the optical connector installation part, and the main part is made of stainless steel flexible tubing "Pico Flex" coated with flame-retardant PVC and other materials. It protects the optical fiber "flexibly" and "securely," allowing for space-saving and high mounting density within the panel. It can be installed directly in the same pit and rack as general cables. It is ideal for all indoor optical communications. For more details, please contact us or refer to the catalog.
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basic information
【Features】 ○ Code type MU Pico Flex: Compatible with JIS F14 ○ Achieves space-saving and high mounting density during installation. ○ Compatible with optical fibers such as GI, SM, and tape core. ○ PVC coating available in 8 colors (red, orange, yellow, yellow-green, blue, white, gray, black). ○ Helps in identifying optical fiber cables. ○ Uses metal flex for the main pipe between the optical IDF and optical transmission device, and pico code type for the branch pipe to enhance mounting density. ○ Provides flexible and robust protection for optical fibers. ○ Standardized products for up to 8 cores. ● For more details, please contact us or refer to the catalog.
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Applications/Examples of results
Main Delivery Achievements ○ Power, medical devices, and others ● For more details, please contact us or refer to the catalog.
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Company information
Nippon Steel & Sumitomo Metal Corporation Welding Industry Division began developing metal tube optical fibers by applying welding material manufacturing technology in 1984, with the concept of "optical fibers that can be handled like electric wires," inserting optical fibers into thin, unseamless metal tubes. In 1988, they started selling the product under the name "PICOLOOP." Since then, they have responded to customer needs by releasing products such as "Picoflex," which can be flexibly bent, and the portable "Picodrum." Furthermore, recently, they have utilized the characteristics of optical fibers themselves as sensors, contributing to the construction, management, and maintenance of social infrastructure, as well as disaster prevention and security, fostering a safe, secure, and comfortable society.