In general, fiber cables should be pulled with the leastamount of tension in a steady, continuous motion to avoid exceeding the load. Onecommon mistake is pulling fiber cable with tension only on the outer jacket ofthe cable, which is prone to str. In general, fiber cables should be pulled with the leastamount of tension in a steady, continuous motion to avoid exceeding the load. Onecommon mistake is pulling fiber cable with tension only on the outer jacket ofthe cable, which is prone to stretching and can ultimately lead to tears orbreaks in the jacket. Ideally, the tension should be placed. When using spooled fiber and fieldtermination, installers need to ensure that fiber spools contain enough cableto accommodate the lengths. For preterminated fiber assemblies deployed in datacenter environments between and within racks, ordering the right lengths forfiber assemblies is essential. If the assemblies are too short and need to bereorder. For any fiber cable, the tensile load is the maximum amountof pulling force that can be placed on the cable without causing any damage tothe fibers or altering optical performance. Typically measured in pounds persquare inch (lbs./in 2) or in Newtons (N), tensile load varies basedon the type of cable and the number of fibers in the cable. Maximum t. Another key specification is the maximum bend radius, whichis dependent on the overall cable diameter—smaller cables have a smallermaximum bend radius and larger cables have a larger maximum bend radius.Exceeding the bend radius of a fiber cable can alter the opticalcharacteristics of the fiber and cause the glass to crack over time. Liketensile lo.
