Versatile 314-ltt-3-120am | Low Friction Ext Push-pull Cable, Threaded, 3" Travel, 10' Overall Length (metric) Limited Time 30% Off [vlcB0kW6]

Low Friction EXT Push-Pull Cable - High-Performance Design

Introducing the 314-LTT-3-120AM Low Friction EXT Push-Pull Cable, a top-tier solution for your precision control needs. This cable is crafted with the highest quality materials and engineering, ensuring durability and reliability in demanding applications. The EXT Push-Pull Cable boasts a low-friction design with all plastic wear surfaces, which not only reduces wear and tear but also enhances efficiency over time. Its robust construction, featuring stainless steel end rods and swivel support tubes, guarantees smooth operation and extended lifespan.

Key Specifications and Technical Details

Equipped with Model 5 Wiper Seal for optimal performance and longevity, this cable can withstand temperatures ranging from -65°F to 230°F. Its M6 X 1.0 end rod thread and 5/8-18 x 1.5 end fitting thread ensure secure connections. The threaded dimension (A) is 7.62 inches, and the cable offers a travel distance of 3 inches with a pull load capacity of 230 lbs and a push load capacity of 125 lbs. With a minimum bend radius of 3 inches and an overall length of 120 inches (+/- .25), this cable is designed for superior performance and versatility.

Applications and Benefits

The 314-LTT-3-120AM Low Friction EXT Push-Pull Cable is an ideal choice for a wide range of applications, including implement control, throttle control, PTO/4WD activation, valve actuation, and remote electrical disconnect. Its versatile design makes it perfect for use in agricultural machinery, industrial equipment, and automotive applications. With its impressive load capacities and robust construction, this cable is built to handle the toughest tasks. Don't miss out on the opportunity to enhance your equipment with this reliable and efficient cable. Invest in the 314-LTT-3-120AM Low Friction EXT Push-Pull Cable today and experience the difference in performance and durability.