*** Length indicated on this listing is measured from the end of the loop(s). ***
Maximum Tensile Strength ratings are listed for comparison purposes only. Actual operating loads may vary, but should never exceed the recommended design factor or 12% of maximum tensile strength. These cables are not designed for overhead lifting or aircraft use. Never exceed the Working Load Limit.
Maximum Tensile Strength is not considered the safe working load limit. PHAT SATELLITE INTL assumes no responsibility for the use, misuse, or misapplication of its products. Products are sold with the specific understanding that the purchaser and/or user is familiar with their proper use. We recommend consulting with a licensed engineer for proper safety and usage guidelines.
*** DUE TO CUSTOMIZATION AND SAFETY RISKS THIS ITEM CANNOT BE RETURNED ***
Working Load Limit (WLL) – The maximum load that should ever be applied to the cable, even when new or when the load is evenly distributed (straight line pull only). Avoid side loading. All ratings are based on normal environmental conditions. Special consideration should be given to extreme temperatures, chemical exposure, vapors, prolonged salt water immersion, and other unusual conditions.
Proof Test Load (Proof Load) – A quality control test used to expose flaws in materials or construction. The Proof Test Load (typically 2× the WLL) is the load the cable can sustain without deformation under laboratory testing conditions when new. This does not mean the WLL should ever be exceeded.
Breaking Strength – The average force at which the wire rope, in factory condition, breaks during controlled testing when a steadily increasing force is applied in a direct line using a standardized pull testing machine. Breaking Strength values are obtained under controlled laboratory conditions and should not be used for service or design calculations. Always refer to the Working Load Limit.
Design Factor – An industry term calculated by dividing the Breaking Strength by the Working Load Limit, typically expressed as a ratio (for example: 7:1).
Shock Load – A load resulting from sudden movement or force, such as jerking, impacting, or swinging loads. Sudden release of tension can also create shock loads. These loads are typically much greater than static loads and should always be avoided as they may exceed the Working Load Limit.