Double Row Angular Contact Ball Bearing 3306 a-2RS1 Tn9/Mt33 Sealed for Electric Motor with P4 Precision

Product Specifications

Application Industries

Reduce Motor Downtime with 3306 a-2RS1 Tn9/Mt33 Double Row Angular Contact Ball Bearing

Electric motor operators know the frustration of unexpected bearing failure—unplanned downtime disrupts production schedules, increases maintenance costs, and creates cascading delays in downstream operations. Sourcing reliable replacement bearings often means coordinating with multiple suppliers, each with different quality standards and delivery timelines, making it difficult to quickly restore equipment to full functionality.

Genuine P4 Precision Bearings in Stock for Immediate Delivery

Our 3306 a-2RS1 Tn9/Mt33 Double Row Angular Contact Ball Bearing addresses these challenges with P4 precision grade performance and a sealed design specifically engineered for electric motor applications. As an officially authorized distributor, we maintain sufficient ready stock of high-precision bearings, ensuring rapid delivery to minimize your equipment downtime. Each bearing undergoes standardized precision testing before shipment, guaranteeing compliance with strict quality control standards from incoming material verification to finished product delivery.

Optimal Performance in Electric Motor Environments

This double row angular contact ball bearing excels in the demanding conditions of electric motor operation, where it must handle combined radial and axial loads while maintaining high rotational accuracy. The sealed design (2RS1) provides effective protection against contaminants and lubricant leakage, extending service life in both indoor and industrial environments. With its ability to accommodate misalignment and operate at moderate speeds, this bearing is ideal for applications requiring consistent performance under varying load conditions.

Key Technical Features That Matter

The P4 precision rating of this bearing ensures minimal runout and vibration, critical for maintaining motor efficiency and reducing energy consumption. The double row design increases radial load capacity compared to single row bearings, while the angular contact configuration allows for axial load handling in both directions. Available with steel, copper, or nylon cages, the bearing can be tailored to specific application requirements—steel cages for high-temperature environments, nylon cages for reduced noise, and copper cages for heavy-duty load capacities. Lubricated with high-quality grease, the bearing is ready for immediate installation upon delivery.

Why Authenticity Matters for Your Bottom Line

Choosing genuine bearings directly impacts your total cost of ownership. Counterfeit bearings often fail prematurely due to substandard materials and manufacturing processes, leading to repeated motor failures, increased maintenance intervals, and unplanned production stops. In contrast, our authentic SKF bearings come with complete certification documentation, ensuring traceability and compliance with international quality standards. The initial investment in genuine bearings is consistently offset by longer service life, reduced maintenance costs, and improved equipment reliability over time.

Our Commitment to Your Success

Packaging & Shipping

• Original SKF packaging with product authentication labels and batch traceability documentation
• Consolidated packaging available for multi-item orders to reduce shipping costs
• Standard delivery within 3-7 business days for in-stock items
• Express shipping options via DHL, FedEx, or UPS for urgent maintenance needs
• Full logistics tracking provided from warehouse dispatch to delivery
• Minimum order quantity of 1 piece supported for emergency repairs

Get Your Electric Motor Back to Work

Don't let bearing issues keep your equipment idle. Our 3306 a-2RS1 Tn9/Mt33 Double Row Angular Contact Ball Bearing is in stock and ready to ship, ensuring minimal downtime for your electric motor applications. The sooner you place your order, the sooner you can restore production efficiency and avoid unnecessary losses from extended equipment inactivity.

Frequently Asked Questions