Rope Characteristics
CONTACTHOMEABOUTPRODUCTSINNOVATIONSROPE INFOFACILITY TOURFIND YOUR REPVIDEOSDISCLAIMERSEARCH.ROPE INFO - ROPE CHARACTERISTICSFIND YOUR REPRope CharacteristicsTwisted Rope:Braided Rope:Nylon Twisted RopeDouble Braid PolyesterComposite Rope (Poly/Dac)Double Braid NylonPolyester TwistedEuro-Braid PolyesterPolypropylene Twisted RopeHollow Braid PolypropyleneManilaMultifilament PolypropyleneSisal, CottonBraided CottonModern Marvels!Check us out on theHISTORY CHANNEL.See All Bevis Rope VideosTWISTED ROPENylon Twisted Rope(Professional Duty)SIZESIZELinearNew 1.501,4901245/16"1"2.502,3001923/8"1 1/8"3.503,3402787/16"1 1/4"5.004,5004101/2"1 1/2"6.505,7505259/16"1 3/4"8.157,2007205/8"2"10.509,3509353/4"2 1/4"14.5012,8001,42013/16"2 1/217.0015,3001,7007/8"2 3/4"20.0018,0002,0001"3"26.4022,6002,520Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensile
strengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.Composite Rope (Poly/Dac)(Professional Duty)SIZESIZELinearNew ngth*Limit**(Lbs.)(Lbs.)3/8"1 1/8"3.602,4002401/2"1 1/2"6.503,7004205/8"2"9.505,5006753/4"2 1/4"12.507,5001,0007/8"2 3/4"18.0010,0003001"3"21.8012,0001,600Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking Strength
The Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.Polyester Twisted(Heavy Duty)SIZESIZELinearNew 2.001,4901495/16"1"3.102,3002303/8"1 1/8"4.503,3403347/16"1 1/4"6.204,5005001/2"1 1/2"8.005,7506409/16"1 3/410.207,2009005/8"2"13.009,0001,1303/4"2 1/4"17.5011,3001,61013/16"2 1/221.0014,0002,0007/8"2 3/4"25.0016,2002,3201"3"30.4019,8002,820Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject to
highly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.Polypropylene Twisted Rope(Medium Duty)SIZESIZELinearNew 1.201,1301655/16"1"1.801,7102503/8"1 1/8"2.802,4403407/16"1 1/4"3.803,1604001/2"1 1/2"4.703,7805359/16"1 3/4"6.104,6006755/8"2"7.505,6008003/4"2 1/4"10.707,6501,10013/16"2 1/212.708,9001,2707/8"2 3/4"15.0010,4001,4901"3"18.0012,6001,800Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.
This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.Manila(Lite Duty)SIZESIZELinearNew 2.00540545/16"1"2.90900903/8"1 1/8"4.101,2201227/16"1 1/4"5.251,5801761/2"1 1/2"7.502,3802649/16"1 3/410.403,1003885/8"2"13.303,9604963/4"2 1/4"16.704,86069513/16"2 1/219.505,8508357/8"2 3/4"22.406,9509951"3"27.008,1001,160Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.
Sisal, Cotton(Lite Duty)SIZESIZELinearNew 2.00480485/16"1"2.90800803/8"1 1/8"4.101,0801087/16"1 1/4"5.261,4001561/2"1 1/2"7.522,1202369/16"1 3/410.402,7603455/8"2"13.303,5204403/4"2 1/4"16.704,32061713/16"2 1/219.505,2007437/8"2 3/4"22.506,1608801"3"27.007,2001,030Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.BRAIDED ROPEDouble Braid Polyester
(Professional Duty)SIZESIZELinearNew 3.13,0006003/8"1 1/8"2.184,2008401/2"1 1/2"3.337,50015005/8"2"13.013,8002,7603/4"2 1/4"18.018,0003,6007/8"2 3/4"25.020,6004,1201"3"30.026,8005,360Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.Double Braid Nylon(Professional Duty)SIZESIZELinearNew ngth*Limit**(Lbs.)(Lbs.)2,2004401/4"3/4"1.6
5/16"1"2.53,4006803/8"1 1/8"3.64,9009801/2"1 1/2"6.38,5001,7005/8"2"10.015,2003,0403/4"2 1/4"14.318,0003,6001"3"25.529,0005,800Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.Euro-Braid Polyester(Heavy Duty)SIZESIZELinearNew "1 1/8"3.232,1603901/2"1 1/2"5.133,800630Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.
**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.Hollow Braid Polypropylene(Medium Duty)SIZESIZELinearNew ANA1/4"3/4"0.887501505/16"1"1.199001803/8"1 1/8"1.351,2502501/2"1 1/2"2.032,000400Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.
Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.Multifilament Polypropylene(Lite Duty)SIZESIZELinearNew 0.63400681/4"3/4"1.437501275/16"1"NANANA3/8"1 1/8"2.181,3702331/2"1 1/2"3.332,400450Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration of
exposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010.Braided Cotton(Lite Duty)SIZESIZELinearNew 0.62450507/32"11/16".79500601/4"3/4"1.0460075Back to Top*New Rope Tensile Strengths are based on tests of new and unused rope of standard constructionin accordance with Cordage Institute Standard Test Methods.**In accordance with Cordage Institute Standard Test Methods, Working Load Limits (WLL) are forrope in good condition, with appropriate splices, in non critical applications, and under normalservice conditions. As a general rule, Working Loads Limits are 10%-15% of new rope tensilestrengths.Working Load / Working Load LimitThe Working Load (WL) is the weight or force applied to rope or cordage in a given application.The Working Load Limit (WLL) is a guideline for the maximum allowable capacity of a ropeproduct and should not be exceeded.Applied loads higher than a specified WLL can overstress and damage fibers, resulting inpremature rope failure. The Working Load of an application should not exceed the WLL of the ropefor optimalproduct performance and the safety of personnel and property.Minimum Breaking StrengthThe Minimum Breaking Strength (MBS) is the force that a given rope is required to meet or exceedin a laboratory test when it is new and unused. MBS values are given in Cordage InstituteStandards and individual manufacturers’ specifications.There are inherent risks in the use of rope and cordage because such products are subject tohighly variable conditions that change over time. Therefore, Design Factor (the ratio between theMBS and WL) selections and Working Load Limits must be calculated with consideration ofexposure to risk and actual conditions of use for each application. If in doubt, consult themanufacturer, an experienced engineer or other qualified individual regarding the design,application and selection of a rope product.This weight, strength, size and working load chart supersedes all data andspecifications sheets published prior to January 1, 2010. 1978-2010 Bevis RopeABOUTPRODUCTSINNOVATIONSROPE INFOSITE BY MAYCREATEFACILITIESCONTACTVIDEOSDISCLAIMER
Sisal, Cotton Braided Rope: Double Braid Polyester Double Braid Nylon Euro-Braid Polyester Hollow Braid Polypropylene Multifilament Polypropylene Braided Cotton Rope Characteristics TWISTED ROPE Nylon Twisted Rope (Professional Duty) SIZE Dia. SIZE Cir. Linear Density lbs./100' New Rope Tensile Strength* (Lbs.) Working Load Limit** (Lbs.) 3/16 .
When selecting a wire rope, use the breaking strength specified by the rope manufacturer. Breaking Strength of Wire Rope (lb) Wire Rope Diameter 6x37 IWRC (Improved Plow Steel) Wire Rope 6x37 IWRC (Extra Improved Plow Steel) Wire Rope 6x19 IWRC 304 Stainless Wire Rope 3/8 in 7/16 in 1/2 in 9/16 in 5/8 in 13,120 17,780 23,000 29,000 35,800 15,100
OPERATOR'S INSPECTION GUIDE. WIRE ROPE AND. SYNTHETIC ROPE. Wire Rope. Synthetic Rope. EN . pg.1. P.O. Box 845, Winona, MN 55987. Phone (800) 749-1064 (507) 474-6250. . Wire Rope WILL FAIL If worn-out. overloaded, misused, damaged, Improperly maintained or abused. Wire rope failure may cause serious .
Training Manual. Chapter 9 Rope Rescue Equipment and Knots. inside and another stopper knot is tied at the end of the rope on the outside. This way the rope will stay with the bag and the rope will not be pulled out from bottom. When putting the rope into the bag, also kn
HOIST’S BODY 1 Frame 2 Drum 3 Fixing rope plate 4 Limit switch control bar 5 Control bar fixed limiters 6 Wire rope 7 8 Return sheave with bearing (only 4x rope falls hoists) 9 Traverse with compensation pulley Fig. C REMARK For 2x rope falls hoist only consider spares from 1 to 6 (Fig. C). Fig. C1 5 1 8 7 2 6 4 For 4x rope fall hoists pls .
Rope skipping is a simple, fun and easy-to-learn activity that is great for fitness. All that is required is a rope and some little space to play. Rope skipping involves one or more participants who jump over a rope Capturing the rope speed, angle,
good condition is to “whip” the ends to keep them from unraveling. To whip the rope, use a fine cord or thread. Place the end of the cord at the end of the rope and lay a loop along the rope. Then wind the cord tightly around the loop and rope, thus binding them together. Wind to a distance roughly equal to the thickness of the rope. Finish .
⑦ Cable Laid Rope / 69〜70 ⑧ Locked Coil Rope (for rails) / 71〜80 ⑨ ZINCAL Rope / 81 Rope End Processing 82〜92 ① TOYO-LOK / 82〜85 ② SINGLE-LOCK (Swage Socket) / 86〜91 ③ Socket Processing / 92 Rope End Metal Fittings 93〜99 Reference Charts 100〜103. 1 .
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