Mitsubishi plastic optical fiber SH-grade bundled cables are suitable for general civilian use, especially plastic optical fiber cables in the fields of lighting, sensing, etc. "SH-grade" represents the specific performance and specifications of this series of cables, which usually have good flexibility, certain optical transmission performance, and characteristics suitable for corresponding application scenarios.
model：SAT2119 ,SH1004,SH1009-1.25,SH1016,SH1032,SH1048,SH1064
As a bundled cable, it is composed of multiple plastic optical fibers loosely assembled, with a large number of optical fibers. This structure makes the cable more flexible during construction and use, and can be branched and connected according to actual needs.
Plastic optical fiber is soft, easy to bend and wire, and does not require professional installation tools and complex construction processes, reducing difficulty and cost, and allowing ordinary users to install and maintain by themselves.
The multi-core structure gives it an advantage in sensor applications. It can be used for sensing and measuring various physical quantities such as temperature, pressure, and displacement. The sensing signal is transmitted through optical fiber to realize monitoring and data collection of environmental parameters.
Suitable for low-speed data transmission in homes or small offices, connecting electronic devices and enabling simple data exchange and control.
Transmits light from the source to desired locations, used for indoor decorative lighting or display lighting, achieving soft, uniform effects. Brightness and range can be adjusted by fiber number and layout.
Bundle Cable uses a redundant design. Even if a single fiber is damaged, the remaining fibers maintain signal transmission, ensuring reliability for critical systems. Optimized fiber spacing reduces crosstalk.
Integrating multiple fibers in one bundle simplifies cabling complexity, suitable for space-constrained applications. Bundles are often color-coded or numbered for quick identification and troubleshooting.
Thicker jacket materials (e.g., flame-retardant PVC or halogen-free coating) provide protection in high-temperature, chemically corrosive, and harsh industrial environments.
