6L014 DAYTON RIGID SHAFT COUPLING: 3/8 IN BORE DIA 1, 3/8 IN BORE DIA 2, FOR ROUND SHAFT TYPE, ROUND, INCH

Name: 6L014 DAYTON RIGID SHAFT COUPLING: 3/8 IN BORE DIA 1, 3/8 IN BORE DIA 2, FOR ROUND SHAFT TYPE, ROUND, INCH
SKU: 3610
Availability: InStock

The 6L014 Dayton Rigid Shaft Coupling connects two 3/8 inch round shafts for reliable torque transmission! 💪 Its durable design ensures stability and minimal backlash, making it perfect for motors, conveyors, and pumps. Easy to install and built to last, this coupling is your go-to solution for efficient machinery performance! 🔧✨

Category: Machinery Components Tags: bore diameter, Dayton coupling, industrial components, Machinery Parts, mechanical connections, motor accessories, rigid coupling, round shaft, shaft coupling, torque transmission

Description

The 6L014 Dayton Rigid Shaft Coupling is designed to connect two shafts for efficient transmission of torque in various mechanical applications. This coupling provides a secure and rigid connection, ensuring reliable performance in demanding environments.

Key Features:

Bore Diameter: The coupling features two bore diameters of 3/8 inches each, allowing it to fit a variety of shaft sizes and configurations. This makes it versatile for different applications in machinery and equipment.
Type: Designed for round shafts, this coupling is ideal for applications requiring precise alignment and minimal backlash. Its rigid design enhances stability and reduces wear on connected components.
Material Construction: Made from high-quality materials, the Dayton coupling is built to withstand high torque loads and provide durability in industrial settings. It is resistant to deformation under stress, ensuring long-lasting performance.
Dimensions: The compact design of the coupling allows for easy installation in tight spaces, making it suitable for a wide range of machinery and equipment setups.
Applications: This coupling is commonly used in motors, conveyors, pumps, and other machinery that require a robust and reliable connection between shafts.

Benefits:

Enhanced Torque Transmission: The rigid construction of the coupling allows for efficient torque transfer, ensuring optimal performance of connected equipment.
Reduced Maintenance: With its durable design and materials, the Dayton coupling requires minimal maintenance, resulting in lower operational costs over time.
Easy Installation: The straightforward design facilitates quick and easy installation, reducing downtime during setup or maintenance.