Shaft Mounts, Maximum Transmissible Thrust: 7798.0lb (Pounds) MPN:C801E-112

The C801E-112 Shaft Mount is an ideal solution for applications requiring maximum transmissible thrust capacity up to 7798 pounds. Made of high quality materials, this shaft mount features a collar thickness of 7/8 inch and can easily be installed onto a wide variety of machines to provide stable support for your equipment. It is suitable for various industries and applications, such as construction machinery, agricultural machinery, industrial automation systems and more, where durability and reliability are essential. With its robust design, this shaft mount guarantees smooth operation and helps prevent unexpected downtime, saving you time and money in the long run.

Top product features:

• Maximum Transmissible Thrust: The C801E-112 Shaft Mount has a high capacity for transmitting thrust up to 7798 pounds, providing reliable and stable support for heavy-duty equipment and machinery.
• Robust Design: Made of high-quality materials, this shaft mount is durable and resistant to wear and tear, ensuring a long lifespan even in demanding industrial applications.
• Easy Installation: The shaft mount can be quickly installed onto various machines, reducing downtime and saving time and money in the long run.

Top product applications:

• Construction machinery: The C801E-112 Shaft Mount can be used in various construction machines such as excavators or bulldozers to provide reliable support for heavy-duty components and reduce the risk of mechanical failure during operation.
• Agricultural equipment: The shaft mount can also be used in farming machinery, such as harvesters or tractors, to ensure a stable connection between moving parts and minimize wear and tear on the machines, ensuring they run smoothly over time.
• Industrial robots: The shaft mount's robust design makes it suitable for use in industrial robotics, where high-precision movements are required, and reliable component support is essential for maintaining optimal performance and minimizing downtime.