Corning Cable Systems' TS LAN 500, Hands-On Comprehensive Installation Technology Course for Multimode and Single-mode Optical Local Area Networks, is a five-day course that prepares craftsmen for all aspects of fiber optic cable installation in a local area network environment. Both multimode and single-mode fiber types are covered. Cable placement, fusion and mechanical splicing, cable termination (connector installation and pigtail splicing) and acceptance testing are taught with extensive hands-on practice. Students build, test and troubleshoot complete systems in this class. Also covered is the use of equipment, hardware and procedures pertaining to building distribution and campus applications.

Student/Teacher Ratio: 1:6
Instruction: 80% hands-on
BICSI CEC: 35 hours RCDD® and/or Installation
Price: $1,850.00 per student
Class Size: Limited to 8
Class Time: 8:30 a.m. - 5:00 p.m.
Class Length: 5 days

• Complete multimode and single-mode fiber optic system build.
• Theory and principles of fiber optics.
• Fiber types and fiber manufacturing techniques: multimode and single-mode fibers.
• Cable types and manufacturing techniques: loose tube and tight-buffered cables.
• Fire code and NEC® considerations.
• Cable installation and placement techniques for building, duct, aerial and direct-buried applications.
• Installing wire mesh pulling and split grips.
• Cable preparation techniques for splicing and connectorization.
• Termination methods for field-installable connectors, pigtails and preconnectorized assemblies.
• Installing the Corning Cable Systems UniCam® LC, ST® Compatible, SC and MT-RJ Connectors, in addition to anaerobic and heat-cured connectors.
• Splicing: applications, fusion, mechanical and termination methods.
• Fusion splicing with the Corning Cable Systems X77 and M90 Fusion Splicers: features and troubleshooting tips.
• Hardware types and applications.
• Optical attenuation test set procedures: one, two and three jumper references.
• Use and operation of the Corning Cable Systems Optical Time Domain Reflectometer (OTDR).
• Network testing and documentation: procedures and requirements.
• Troubleshooting equipment and procedures.
• Emergency restoration planning.
• Safety: chemical safety, laser safety and fiber handling precautions.