3000A Series

Core Technical Advantages

• Bi-directional Axial Load Capacity: The double row arrangement allows the bearing to support axial forces in both directions simultaneously with radial loads.
• Enhanced Rigidity: The specialized contact angle design provides a high degree of stiffness, reducing shaft deflection during operation.
• Compact Envelope: Offers the functionality of two single row angular contact bearings in a significantly reduced axial width, optimizing installation space.
• High Speed Capability: Optimized internal raceway finishes and cage designs minimize friction, allowing for high rotational speeds with controlled heat generation.

Product Technical Characteristics

• Contact Angle: Designed with a standard contact angle that balances radial and axial load distribution.
• Cage Materials: Available in Polyamide (TVH) for low-noise operation or Pressed Steel for high-temperature stability.
• Sealing Options: Available with 2Z (metal shields) or 2RS (lip seals) for protection against dust, debris, and lubricant leakage.
• Dimensional Standards: Manufactured in accordance with ISO 15 boundary dimensions for global interchangeability.
• Lubrication: Sealed variants are pre-filled with lithium-base grease suitable for operating temperatures ranging from -30°C to +110°C.

Typical Application Scenarios

• Automotive Systems: Integrated into air conditioning compressors, wheel hubs, and tensioner pulleys.
• Industrial Pumps: Used in centrifugal pumps to manage the axial thrust generated by fluid movement.
• Agriculture Machinery: Support for disc harrows, seeders, and conveyor systems exposed to combined loads.
• Electric Motors: Provides stable shaft positioning for medium-sized industrial motors and household appliances.
• Power Transmission: Utilized in gearboxes and reduction drives requiring precise gear meshing.

Storage and Operational Guidelines

• Storage Conditions: Store in a cool, dry environment with a relative humidity not exceeding 60%. Keep bearings in their original unopened packaging to prevent corrosion.
• Handling Precautions: Use specialized induction heaters or mechanical mounting tools. Do not apply mounting forces through the rolling elements to avoid raceway brinelling.
• Alignment Accuracy: Ensure shaft and housing alignment is within 0.001 to 0.003 radians; excessive misalignment leads to premature cage wear and increased operating temperatures.
• Lubrication Check: For open bearings, verify compatibility between the factory-applied rust preventative and the operational lubricant before final assembly.