Spojka 19 mm OD E69-C08B Omron

Omron E69 Series Coupler, 8mm Bore, 19mm Outside Diameter - E69-C08B

This coupler is a high-performance shaft coupling designed to provide a reliable connection and torque transmission in various industrial applications. With an 8mm bore and an outside diameter of 19mm, this component is compact yet robust, featuring a length of 23.6mm. The misalignment capabilities include an angular tolerance of 6° and parallel misalignment of up to 0.5mm, making it suitable for a range of operational conditions.

Features & Benefits

• Compact design enhances installation flexibility
• Torque rating of 0.8 Nm ensures efficient power transmission
• Angular misalignment capability of up to 6° supports installation tolerance
• Parallel misalignment tolerance of 0.5mm accommodates alignment errors
• High moment of inertia of 0.00000012 kgm² maximises stability
• Durable construction enhances longevity in industrial settings

Applications

• Used for coupling shafts in automation equipment
• Ideal for motion control in robotics
• Utilised in machinery with rotating components
• Employed in electronic and electrical systems for precise positioning

What is the maximum torque handling capacity of this coupler?

The coupler has a torque rating of 0.8 Nm, which allows for efficient power transfer in various applications while maintaining operational reliability.

How does the coupler accommodate misalignment?

With an angular misalignment capacity of 6° and a parallel misalignment tolerance of 0.5mm, it effectively compensates for slight misalignments in operating conditions, reducing stress on connected components.

What is the material composition of this coupler?

The coupler features a robust design made from high-quality materials, ensuring durability and reliability in demanding environments, particularly in industrial applications.

How does the moment of inertia benefit performance?

The moment of inertia of 0.00000012 kgm² contributes to the overall stability and responsiveness of the coupler during operation, allowing for smooth performance in dynamic environments.