SC/APC Hot Melting Type optical fiber fusion splice on fast SOC connector

Introducing the SC/APC Hot Melting Type Optical Fiber Fusion Splice on Fast SOC Connector – the ultimate solution for your fiber network needs. Whether it's ODF, Fiber Network equipment, FTTH, CATV, or any other application, this cutting-edge connector is here to revolutionize your connectivity experience.

With an average insertion loss (IL) of ≤0.1dB and a return loss (RL) of UPC≥55dB and APC≥65dB, this connector ensures exceptional performance and reliability. Say goodbye to signal degradation and hello to seamless connectivity.

The fusion splice-on type's fast connector takes connectivity to a whole new level. By directly fusion welding the connector or ferrule with butterfly cable (φ3.0mm, φ2.0mm, φ0.9mm) using the fusion machine, it eliminates the need for additional protection for the fusion joint. This means improved optical performance, a 100% operation qualification rate, and a longer service life for the connector. Not to mention, it significantly reduces maintenance costs.

Operating this connector is a breeze. Simply follow the step-by-step instructions: put the plastic shrinkable sleeve, connector housing, and nut into the FTTH cable, peel off the outer layer of the cable, cut off any redundant fiber with the optical cleaver, and assemble the optical fiber connector without pulling off the dust cap. With the help of Miller pliers, peel the fiber from the root of the joint, place the joint into the heating fixture of the OTDR, insert the plastic shrink sleeve, install the housing, and voila! Your operation is complete.

The SC/APC Hot Melting Type Optical Fiber Fusion Splice on Fast SOC Connector comes in a convenient package of 5 pieces, securely housed in a blister box. So you can rest assured that you'll have all the connectors you need at your fingertips.

Upgrade your connectivity game with this remarkable connector. Say goodbye to unreliable connections and hello to seamless, high-performance networking. Order yours today and experience the future of fiber connectivity.