Design Features of 4216 ATN9 Bearing

4216 ATN9 Bearing has two rows of balls, set into two deep, uninterrupted raceway grooves on both the inner and outer rings. 4216 ATN9 bore dia is 80 mm. Its out dia is 140 mm. 4216 ATN9 width is 33 mm. This bearing offers a robust and versatile solution for a wide array of demanding applications, efficiently balancing the ability to support higher loads while still maintaining respectable rotational speeds.

What Benefits Can 4216 ATN9 Bearing Provide?Increased Load Capacity: Designed to handle both radial and axial loads effectively.Space Efficiency: Achieves higher load capacities within the same footprint as a Single Row Deep Groove Ball Bearing, saving space.Enhanced Durability: Due to additional rows of bearings, it generally has a longer service life under high-load conditions.Reduced Maintenance: Designed for settings where reliability and lower maintenance costs are important.Versatility: Suitable for high-speed applications and can be used in varying temperature conditions.

What Can 4216 ATN9 Bearing Be Used for?

4216 ATN9 Bearing is commonly used in applications that require higher load-carrying capacities, but where space constraints for axial and radial movement are present. Here are some typical applications:

Wind Turbines: For main shafts and gearboxes.Mining Equipment: In crushers, conveyors, and other heavy-duty machinery.Power Generation: In various types of generators and alternators.Marine Applications: For propellers and other nautical machinery.Food Processing Equipment: Where high cleanliness and load capacity are required.Medical Equipment: In heavy-duty medical devices that require smooth motion.

Within the intricate world of mechanical components, few are as ubiquitous and fundamental as the deep groove ball bearing. Engineered with a simple yet highly effective design, this type of bearing is characterized by uninterrupted raceways with deep, conforming grooves on both the inner and outer rings. This architecture allows it to support significant radial loads and moderate axial loads in both directions. As a versatile and standardized component, the deep groove ball bearing is integral to countless applications, from small electric motors and household appliances to automotive components and industrial gearboxes, forming a critical link in enabling smooth rotational motion and reducing friction.

A primary advantage of the deep groove ball bearing is its exceptional operational efficiency and low maintenance requirements. The precision-ground balls and raceways minimize rolling friction, leading to high rotational speeds and low energy consumption. This inherent efficiency translates into reduced operational costs and heat generation for the machinery it serves. Furthermore, many deep groove ball bearing units are designed as sealed or shielded variants, which are pre-lubricated and protected from contaminant ingress. This design significantly extends service intervals, reduces the need for frequent maintenance, and enhances reliability in environments where re-lubrication is difficult or undesirable.

The versatility and broad applicability of the deep groove ball bearing stand as a key benefit. Its ability to handle combined loads (both radial and axial) with a compact cross-section makes it a suitable and often preferred choice for a vast array of design challenges. Available in a wide range of sizes, tolerances, and clearance grades, a deep groove ball bearing can be precisely selected to meet specific performance criteria for noise, speed, and load capacity. This universality ensures its presence in diverse sectors, from precision medical equipment and computer hard drives to agricultural machinery and conveyor systems, demonstrating its role as a foundational industrial component.

From an economic perspective, the widespread use of the deep groove ball bearing is supported by its cost-effectiveness in both procurement and total cost of ownership. High-volume manufacturing of standardized designs has led to competitive pricing and global availability. Their reliability and long service life help prevent costly unplanned downtime in production equipment. When replacement is eventually necessary, the standardized dimensions and widespread supply chain for a deep groove ball bearing simplify inventory management and procurement, minimizing delays and keeping maintenance operations running smoothly and affordably.