Value Collection A660015 Aircraft Cable 1/4 in 7000 Lb

Product Description

The VALUE COLLECTION A660015 is a galvanized aircraft cable rated for 7,000 pounds of breaking strength. Constructed in a 7 x 19 strand configuration, this 1/4-inch diameter cable delivers flexibility and tensile strength suited for rigging, lifting, and mechanical control applications. The galvanized finish provides corrosion resistance in exposed or outdoor environments. This cable is sold per linear foot and is handled by contractors, riggers, maintenance trades, and industrial service professionals who require reliable wire rope in standard sizing.

This aircraft cable is well-suited for general-purpose rigging, guy wire installations, safety restraint systems, mechanical linkages, and overhead support applications. The 7 x 19 construction — seven strands of nineteen wires each — offers greater flexibility compared to stiffer 7 x 7 configurations, making it a practical choice where the cable must bend around sheaves, pulleys, or termination hardware. It is used across commercial, industrial, and maintenance environments wherever a 1/4-inch galvanized wire rope is specified.

Key Features

• 7,000 pound breaking strength for demanding rigging and support applications
• 7 x 19 strand construction provides enhanced flexibility over less-stranded alternatives
• 1/4-inch bare diameter fits standard wire rope hardware, thimbles, and swage fittings
• Galvanized finish resists corrosion in outdoor and moderately harsh environments
• Sold per linear foot for precise quantity purchasing

Compatibility

Designed as a standard 1/4-inch diameter, 7 x 19 galvanized aircraft cable compatible with wire rope fittings, swage sleeves, thimbles, and pulleys rated for 1/4-inch wire rope.

Installation Notes

Installation should be performed by qualified riggers or tradespeople familiar with wire rope termination methods and applicable load ratings. Always inspect termination hardware for correct sizing before securing cable ends. De-rate the working load appropriately — never use breaking strength as a working load limit. Follow applicable ASME, OSHA, or local rigging standards for safe working load calculations and inspection intervals.