The Perfect 314-mgg-2-96n | Low Friction Ext Push-pull Cable, Grooved, 2" Travel, 8' Overall Length Best Choice [ZYS4N7P8]

Low Friction EXT Push-Pull Cable: Your Ultimate Solution for Precision Control

Introducing the 314-MGG-2-96N Low Friction EXT Push-Pull Cable, a high-quality cable designed for demanding applications requiring precise control. This cable is engineered with durable materials and robust construction, ensuring long-lasting performance and environmental protection. With its low-friction design and exceptional durability, it's the perfect choice for a wide range of industrial and agricultural applications.

• Long-lasting Seals protect against environmental elements, ensuring reliable performance over time.
• Custom Built to meet your specific requirements, with a focus on quality and precision.

Robust Construction and Technical Specifications

The 314-MGG-2-96N cable is constructed with a binder wire for enhanced structural integrity, providing a stable and reliable connection. The plastic-covered inner member improves efficiency and withstands extreme temperatures ranging from -65°F to 230°F. Key specifications include:

• End Rod Thread: 5/16-24 x 1.19
• End Fittings: Grooved
• Travel: 2 inches
• Overall Length: 96 inches (+/- .25)

This cable is built to withstand rigorous conditions, making it an ideal choice for various industrial applications.

Versatile Applications and Everyday Benefits

The 314-MGG-2-96N Low Friction EXT Push-Pull Cable is versatile and suitable for a wide range of applications, including implement control, throttle control, PTO/4WD activation, valve actuation, and more. Its durable construction and precise control make it an essential tool for professionals in industries such as agriculture, construction, and manufacturing.

• Implement Control for efficient machinery operation.
• Throttle Control for precise engine management.

With its reliable performance and long-lasting durability, this cable is a valuable asset for any professional seeking to enhance their equipment's functionality and efficiency.