Step 1: Connector Preparation A. Turn on the 3M Hot Melt oven. The oven needs 6 minutes to warm up. B. Remove LC connector from the package. C. Attach LC Hot Melt holder handle to the load adapter with the slot aligned to the front. D. Insert the connector into the hot melt connector holder E. Place the load adapter, with slot aligned with handle, into an available port in the oven F. Heat the LC hot melt connector for 75 seconds to 5 minutes G. Place the heat shrink fixture in an available port in the oven Step 2: Fiber Stripping A. Place the strain relief boot first, then place the heat shrink crimp sleeve on the cable. B. Place the jacketed fiber on the strip template. Mark the location of the jacket cut with a black marker on the cable. Then use fiber stripping tool 6365-CT to remove 33mm of fiber jacket. C. Trim the aramid yarn to 5mm length. D. Flare the aramid yarn evenly around the fiber buffer tube.
Step 1: Connector Preparation A. Turn on the 3M Hot Melt oven. The oven needs 6 minutes to warm up. B. Remove LC connector from the package. C. Attach LC Hot Melt holder handle to the load adapter with the slot aligned to the front. D. Insert the connector into the hot melt connector holder E. Place the load adapter, with slot aligned with handle, into an available port in the oven F. Heat the LC hot melt connector for 75 seconds to 5 minutes G. Place the heat shrink fixture in an available port in the oven Step 2: Fiber Stripping A. Place the strain relief boot first, then place the heat shrink crimp sleeve on the cable. B. Place the jacketed fiber on the strip template. Mark the location of the jacket cut with a black marker on the cable. Then use fiber stripping tool 6365-CT to remove 33mm of fiber jacket. C. Trim the aramid yarn to 5mm length. D. Flare the aramid yarn evenly around the fiber buffer tube.
49203303-Fiber-Optic-Communication.docx