BEARING ASSEMBLY

Specifications

The Omega Omega BEARING ASSEMBLY, model number 5602-00052-000, is a precisely engineered component designed for reliable mechanical operation. This assembly weighs 0.19 lbs, indicating a lightweight yet robust construction. Its compact dimensions of 2 x 2 x 0.5 inches make it suitable for integration into various systems where space is a consideration.

Key Features

• Model Specificity: Identified by manufacturer Omega Omega and model number 5602-00052-000, ensuring exact fit and compatibility for designated applications.
• Compact Design: Measuring 2 x 2 x 0.5 inches, this bearing assembly fits into constrained spaces without compromising performance.
• Lightweight Construction: At 0.19 lbs, it minimizes added mass to equipment, contributing to overall system efficiency.
• Durable Materials: Constructed to withstand operational demands, offering resilience and a dependable service life in various environments.

Applications

This BEARING ASSEMBLY is integral to systems requiring rotational support and reduced friction. Common applications include:

• Industrial Machinery: Used in manufacturing equipment, conveyor systems, and automation setups.
• Automotive Components: Integrates into various vehicle parts requiring smooth motion.
• Robotics: Supports precision movements in robotic arms and articulated joints.
• Specialized Equipment: Ideal for custom builds or repairs where a compact, lightweight bearing solution is essential.

Benefits

• Enhances Operational Smoothness: The precision engineering of the bearing assembly minimizes friction, enabling fluid and quiet motion in mechanical systems.
• Extends Equipment Lifespan: By reducing wear and tear on contacting surfaces, this bearing helps prolong the operational life of machinery and components.
• Ensures Reliable Performance: Engineered for consistency, the BEARING ASSEMBLY delivers stable support and rotation, crucial for maintaining system integrity.
• Facilitates Easy Integration: Its compact dimensions and lightweight nature simplify installation and maintenance, especially in tight or intricate assemblies.
• Optimizes Energy Efficiency: Reduced friction translates to less energy loss, potentially lowering operational costs over time for powered applications.