Bfcm Special 173-mtt-5-36am | Utility Push-pull Cable, Threaded, 5" Travel, 3' Overall Length (metric) Gadget [Bl8gRGuA]

173-MTT-5-36AM Utility Push-Pull Cable Overview

Introducing the 173-MTT-5-36AM Utility Push-Pull Cable, a robust and versatile solution designed for a wide range of industrial applications. This cable is meticulously crafted with premium materials, ensuring both durability and environmental protection. Its long-lasting seals safeguard against harsh weather conditions, while its ability to withstand temperatures ranging from -65°F to 230°F makes it a reliable choice for demanding environments. The 173-MTT-5-36AM cable is a testament to our commitment to quality and performance.

Key Features and Specifications

The 173-MTT-5-36AM Utility Push-Pull Cable is engineered for exceptional structural integrity, thanks to the inclusion of binder wire and stainless steel end rods. This ensures the cable can withstand heavy-duty use and maintain its reliability over time. Key features include a Model 5 Wiper Seal for enhanced sealing and a minimum bend radius of 5 inches, providing flexibility without compromising on strength. With a push load capacity of 130 lbs and a pull load capacity of 400 lbs, this cable is capable of handling a variety of applications with ease. Here are some of its key specifications:

• End Rod Thread: M8 x 1.25
• End Fitting Thread: 11/16-16 x 1.76
• Threaded Dimension (A): 11.06 inches
• Travel: 5 inches
• Overall Length: 36 inches (+/- .25 inches)

Practical Applications

The 173-MTT-5-36AM Utility Push-Pull Cable is a versatile tool that can be used in numerous applications. Ideal for implement control, throttle control, and PTO/4WD activation, this cable is also suitable for valve actuation, remote battery disconnect, and electrical disconnects. It can be used to shift transmissions and control hydrostatic drives, making it a valuable component in various industrial machinery. However, please note that this cable is not intended for use as a steering cable. Its adaptability and robustness make it a preferred choice for engineers and mechanics seeking a reliable and high-performance solution.