Shaft Collar Alum 1 pc 24mm Bore Dia MPN:ENCL45-24MM-A

Introducing Ruland Manufacturing's ENCL45-24MM-A Shaft Collar - a reliable and versatile solution for power transmission applications. Made in the USA and sold by a Veteran-Owned Business, this premium shaft collar boasts a sturdy construction that provides secure mounting of components on a shaft or motor. Its plain bore design offers superior clamping force to prevent slippage and ensure consistent performance. Made from high-quality aluminum alloy, the shaft collar ensures durability and resistance to wear and tear, making it ideal for industrial and heavy-duty applications. With its compact size and lightweight design, this versatile collar is a perfect fit for various machinery and equipment requiring precise power transmission. Elevate your operation's performance with Ruland Manufacturing's ENCL45-24MM-A Shaft Collar - an affordable yet robust solution for power transmission needs!

Top product features:

• Made in USA High-quality and trustworthy manufacturing standards ensure the product meets or exceeds expectations.
• Plain bore design Provides superior clamping force for secure mounting of components on a shaft or motor, reducing slippage and ensuring consistent performance.
• Versatile and lightweight aluminum alloy construction Durable and resistant to wear and tear, making it suitable for various machinery and equipment in diverse power transmission needs.

Top product applications:

• Machine Shops The aluminum alloy construction of Ruland Manufacturing's ENCL45-24MM-A shaft collar provides lightweight yet durable clamping force, making it ideal for holding and positioning components on a machine shop's motor or shaft.
• Motors This plain bore shaft collar can securely mount to various size motors, securing rotating parts in place and preventing slippage, ensuring consistent performance.
• Robotics The sturdy construction of this collar can support the rigorous needs of robotics applications by clamping down onto a motor shaft or other cylindrical components, ensuring the stability of automated machinery.