Steal This Deal Used Ruland Moct41-19-a , Od26/41-at , Moct41-15-a Oldham Coupling 19mm To 15mm Bore Don't Wait [jNnRg0x5]

Used Ruland Oldham Coupling with 19mm to 15mm Bore

Experience the reliability and efficiency of the Used Ruland MOCT41-19-A, OD26/41-AT, MOCT41-15-A Oldham Coupling. This coupling is designed to connect two shafts with different bore sizes, making it an essential component for various applications. With its durable construction and precise engineering, this coupling ensures smooth and stable power transmission.

Key Specifications and Features

The Used Ruland Oldham Coupling boasts several notable features. Its bore sizes of 19mm and 15mm allow for versatile compatibility with different shafts. The outer diameter of 41.3mm and length of 51mm ensure optimal fitment in various machinery. Made from aluminum with a clamp-style body, this coupling is not only lightweight but also offers excellent heat dissipation. Key specifications include a maximum speed of 4500 RPM, making it suitable for high-speed operations.

• Bore Size: 19mm and 15mm for versatile shaft compatibility.
• Outer Diameter: 41.3mm for optimal fitment in machinery.
• Length: 51mm for precise alignment.
• Material: Aluminum for durability and lightweight design.
• Max Speed: 4500 RPM for high-speed applications.

Practical Applications and Benefits

The Used Ruland Oldham Coupling is a versatile solution for a wide range of applications. Whether you're working in manufacturing, automation, or industrial machinery, this coupling can provide the necessary stability and reliability. Its lightweight design and efficient power transmission make it ideal for daily operations, reducing downtime and improving productivity. With its robust construction and reliable performance, this coupling is a perfect choice for professionals looking for a cost-effective and high-quality solution. Targeted at engineers, technicians, and maintenance personnel, this coupling is a must-have for any mechanical setup where precise shaft alignment and power transmission are crucial.