DNC LC-compatible adapters are comprised of a polymer outer body and inner assembly fitted with a precision alignment mechanism. Refer to the diagram above for nominal dimensional information. LC couplers offer mechanical network security for organizations desiring to segregate networks because of privacy or security concerns. Each coupler is color coded for identification and features a mechanical key, preventing users from accidentally connecting the wrong fiber cable. The non-flanged design is perfect for high density patch cables. These couplers utilize a ceramic sleeve suitable for both multimode and single mode applications. Available in 12 different colors/keys so IT professionals will easily be able to provide network segmentation and security to fiber connections.

                                                These adapters are precision made and manufactured to demanding specifications. The combination of a ceramic / phosphor bronze alignment sleeves and a precision molded polymer housing provides consistent long-term mechanical and optical performance.

DNC LC-compatible adapters are comprised of a polymer outer body and inner assembly fitted with a precision alignment mechanism. Refer to the diagram above for nominal dimensional information. LC couplers offer mechanical network security for organizations desiring to segregate networks because of privacy or security concerns. Each coupler is color coded for identification and features a mechanical key, preventing users from accidentally connecting the wrong fiber cable. The non-flanged design is perfect for high density patch cables. These couplers utilize a ceramic sleeve suitable for both multimode and single mode applications. Available in 12 different colors/keys so IT professionals will easily be able to provide network segmentation and security to fiber connections.

                                                These adapters are precision made and manufactured to demanding specifications. The combination of a ceramic / phosphor bronze alignment sleeves and a precision molded polymer housing provides consistent long-term mechanical and optical performance.