Black Box Explains...Cable termination.
Product Data Sheets (pdf)...Wire Marker Tape
Carefully remove the jacketing from the cable and expose one inch of the insulated wire conductors. Do not remove any insulation from the conductors. When the RJ-45 connector is... more/see it nowcrimped, the contacts inside will pierce the conductor insulation.
Untwist the wires to within 1/8" of the jacket. Arrange the wires according to the cable spec (568B in this case). Flatten and align the wires. Make one straight cut across all the conductors, removing approximately 1/2" to ensure the ends are of equal length.
Slide the wires into a connector. The cable jacket should extend into the connector about 1/4" for strain relief. Orient the wires so connector Pin 1 aligns with cable Pin 1, etc. Hold the connector in front of you. With the locking tab down, Pin 1 is on the far left.
Insert the connector into a crimp tool. Make sure you’re using the proper die. Firmly squeeze the handles. They’ll lock in a ratcheting action. A final click indicates the connector is firmly latched.
Check your work using a continuity tester or cable certifier rated for the cable standard you’re installing. Your tester should be able to check for shorts, opens, or miswires.
Product Data Sheets (pdf)...Tool Kits
Product Data Sheets (pdf)...RJ-11, RJ-45, and MMJ Crimp Tool
Product Data Sheets (pdf)...CAT5e Installation Kit
NEMA-Rated Fiber Splice Tray Wallmount Enclosure User Manual
User Manual for the JPM4002A (Version 1)
Black Box Explains... Fan-out kits.
Product Data Sheets (pdf)...Punchdown Tool with 110 Blade and Light Pack
Product Data Sheets (pdf)...Fiber Connector Tool Kit
Product Data Sheets (pdf)...AntiStatic Service Kit and Wrist Strap
Furcating is the process of adding protective tubing to each fiber within a loose-tube cable. It can be a headache-inducing task if you dont have the right tools. If you... more/see it nowbend the cable or buffer tubes past their recommended bend radius, or if you allow them to kink, youll end up with substandard cable connections and splices that can break down over time. And, if the cable is outdoors, it can become exposed to the elements. The end result: a damaged cable without optimal transmission performance.
Thats why a fan-out kit is an absolute must during furcation. These kits enable you to branch out the fragile fiber strands from a buffer tube into protective tubing so you can add a connector. And, you can do it without using splicing hardware, trays, and pigtails.
To separate the fibers, use the kits fan-out assembly, which is color-coded to match the fiber color scheme. The assembly protects the cables bend radius. It also eliminates excessive strain on the fibers by isolating them from tensile forces.
Several types of fan-out kits are available for both indoor and outdoor cross-connects. The outdoor kits include components that compensate for wider temperature fluctuations. Some kits are used to terminate loose-tube cables with 6 or 12 fibers per buffer tube. Others enable you to furcate and terminate more than 200 loose-tube cable fibers, sealing the cable sheath and providing a moisture barrier at the point of termination. These kits require no additional hardware.
Although its recommended that you terminate loose-tube cable at a patch panel, that might not always be possible. For this, there are spider type fan-out kits, which affix a stronger tubing to the bare fiber. The tubing is typically multilayered, consisting of a FEP inner tube that holds the individual fiber, an aramid yarn strength member, and an outer protective PVC jacket. Once you strip back the cable jacket, you thread the fibers into the fan-out inserts. collapse