Festive Deal 314-vtt-2-24am | Low Friction Ext Push-pull Cable, Threaded, 2" Travel, 2' Overall Length (metric) Tool [kPoxLWBf]

Low Friction EXT Push-Pull Cable: High Performance and Durability

Introducing the 314-VTT-2-24AM Low Friction EXT Push-Pull Cable, a premium cable designed for applications that demand both efficiency and reliability. This cable stands out for its robust construction and advanced sealing system, making it a perfect choice for environments where environmental protection is critical. Its binder wire ensures structural integrity, while the plastic-covered inner member enhances efficiency and temperature resistance, making it suitable for a wide range of applications.

Technical Specifications and Key Features

The 314-VTT-2-24AM cable is built with high-quality materials, featuring all-plastic wear surfaces and stainless steel end rods and swivel support tubes. This combination of materials guarantees longevity and resistance to wear and tear. The Model 5 Wiper Seal ensures a reliable seal, protecting the cable from environmental elements. Key specifications include an end rod thread of M5 x .8, threaded end fittings with a 7/16-20 x 1.12 thread, and a travel length of 2 inches. The cable boasts push load capacity of 80 lbs and pull load capacity of 120 lbs, making it suitable for a variety of demanding applications.

Applications and Benefits

With its versatile design, the 314-VTT-2-24AM cable is ideal for numerous applications, including implement control, throttle control, PTO/4WD activation, valve actuation, remote battery disconnect, and more. Its durability and precision make it a perfect fit for hydraulic drives and latching mechanisms. Despite its extensive capabilities, it is not intended for use as a steering cable. The cable's ability to withstand temperatures between -65°F and 230°F ensures optimal performance in a wide range of conditions. With this cable, you can trust in its high-quality construction and reliable performance, making it an essential component for your next project.