Massive Discount 314-ltt-2-168a | Low Friction Ext Push-pull Cable, Threaded, 2" Travel, 14' Overall Length Gadget [9DjFxIm4]

Low Friction EXT Push-Pull Cable, Threaded, 2" Travel, 14' Overall Length

The 314-LTT-2-168A Low Friction EXT Push-Pull Cable is a premium solution designed for applications requiring precise and durable cable operation. Engineered with a focus on low friction and high efficiency, this cable is perfect for a wide range of industrial and agricultural applications. Its robust construction ensures long-lasting performance, even under demanding conditions. Key features include all-plastic wear surfaces for reduced friction, stainless steel end rods, and stainless steel swivel support tubes for enhanced durability.

Robust Construction and Technical Specifications

This cable boasts an impressive range of technical specifications that make it a standout choice for various applications. The Model 5 Wiper Seal ensures a secure seal, protecting the cable from environmental elements. The end rod thread is 1/4-28 x 1.00, while the end fittings are threaded with a 5/8-18 x 1.5 thread. With a travel distance of 2 inches and an overall length of 14 feet, this cable offers exceptional flexibility. Its push load capacity is rated at 150 lbs, and the pull load capacity at 230 lbs, making it suitable for heavy-duty operations. The minimum bend radius is 3 inches, ensuring smooth operation even in tight spaces.

Applications and Benefits

The 314-LTT-2-168A Low Friction EXT Push-Pull Cable is versatile and can be used in numerous applications, including implement control, throttle control, PTO/4WD activation, valve actuation, remote battery disconnect, and transmission shift. It is also suitable for hydrostatic drives and latching mechanisms. While not intended for use as a steering cable, its wide range of applications makes it an invaluable component in various industries. Withstanding temperatures between -65°F and 230°F, this cable is reliable and efficient, ensuring smooth and trouble-free operation in both cold and hot environments.