Bearings
Angular Contact Bearings
Angular Contact Bearings
Quick Code: BB-136738
3201A-2ZTN9/MT33 SKF Shielded Double Row Angular Contact Ball Bearing - Polyamide Cage 12mm x 32mm x 15.9mm
The 3201A-2ZTN9/MT33 SKF Shielded Double Row Angular Contact Ball Bearing is a precision bearing engineered to handle simultaneous radial and axial loads in both directions, making it ideal for demanding applications requiring high rigidity and moment load capacity.
Product Overview
Double row angular contact ball bearings feature raceways in the inner and outer rings that are displaced with respect to each other in the direction of the bearing axis. This unique design enables them to accommodate radial and axial loads acting in both directions simultaneously, while also providing stiff bearing arrangements and the ability to handle tilting moments. As the world's largest bearing manufacturer, SKF is renowned for maintaining the highest quality standards, making their angular contact bearings the preferred choice for demanding precision applications.
Key Features
- Double row design for enhanced load capacity in both directions
- Metal shields provide protection against contamination
- Polyamide cage for reliable ball spacing and reduced friction
- Compact dimensions: 12mm bore × 32mm outer diameter × 15.9mm width
- Capable of handling combined radial, axial, and tilting moment loads
- SKF precision engineering for superior reliability and performance
Technical Specifications
- Bore Diameter: 12mm
- Outer Diameter: 32mm
- Width: 15.9mm
- Bearing Type: Double Row Angular Contact
- Row Type: Double
- Seal Type: Metal Shielded
- Cage Material: Polyamide
- Manufacturer: SKF
- Reference Number: 3201A-2ZTN9/MT33
Typical Applications
This bearing is well-suited for precision machinery, electric motors, spindles, gearboxes, and high-speed rotating equipment where bi-directional load capacity and moment rigidity are essential. The metal shields protect against dust and contamination, making it ideal for harsh operating environments. The compact size combined with robust double row design makes it particularly effective for applications requiring high precision and reliability in confined spaces.
