HSC-C1 Connectors, Interconnects

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

High spacing component (HSC) type 1 optic connectors are essential for the control and management of communication networks. They are used when maximizing the physical lengths of the communication links. This is something essential for high speed applications as well as for improving the transmission speed and providing adequate protection to the essential links in the system. HSC-C1 optic connectors are suitable for applications in which the spacing between two wire connections is minimally 3 mils - and can even be used in application where the gap is even wider.
HSC-C1 optic connectors consist of straight piece, wrapping piece and base piece. The wrapping piece of HSC is a cylindrical body with a longitudinal bore that provides a placement for the cable, while the base piece provides a stable connection to a frame or the like through its thread portion. The straight piece holds the cable firmly bringing the associated ends into contact with one another using screw threads.
The use of this type of connection is mostly for low/medium voltage transmission lines in communication networks. Some other common applications are long-distance transmission lines in the telecommunication industry and control lines in various plants. In addition, this connector is ideal for use in various vibration sensing applications because of its low magnetic and electrical noise interference levels. Additionally, the HSC-C1 features a wide selection of housings which has enabled its use in many fields.

The working principle of the HSC-C1 connector is based on the alignment of the two ends it connects. Both ends need to be fixed firmly to ensure effective contact so that the cable and the connector are securely placed in the desired position. In addition, the screws need to be properly tightened in order to guarantee a tight fit and seamless transition. This is specifically important in the case of HSC-C1 connectors, as the gap between the cable and connector should not exceed 3 mils for optimal performance. Once the screws are tightened, the components are secured and the connection is complete. This is the essential process which needs to be performed every time the connection is established.
Furthermore, the HSC-C1 fibers are very easy to install and their performance is very reliable. They are mechanically stable and resistant to vibrations and pressure. In addition, they are resistant to temperature variations and work optimally in temperatures between -40C and 80C. Additionally, they have a high insulation resistance, providing protection against accidental contact.

In conclusion, HSC-C1 fiber optic connectors are versatile and can be applied in numerous applications and environments. Their secure, fast and reliable connection make them a popular choice for reliable data transmission. Their strong mechanical properties coupled with their high resistance to external elements make them ideal for long distance, high speed and reliable applications. As such, HSC-C1 fiber optic connectors continue to be a popular choice for data transmission solutions in a variety of settings.

The specific data is subject to PDF, and the above content is for reference