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Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
Accommodates Misalignment, Extremely Low Friction & Heat Generation

High Quality, Superior Performance and Reliable
Accommodates Misalignment, Extremely Low Friction & Heat Generation

Accommodates Misalignment, Extremely Low Friction & Heat Generation
Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
Accommodates Misalignment, Extremely Low Friction & Heat Generation

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
High Quality, Superior Performance and Reliable

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
Accommodates Misalignment, Extremely Low Friction & Heat Generation

High Quality, Superior Performance and Reliable
Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &

Accommodates Misalignment, Extremely Low Friction & Heat Generation
Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
Accommodates Misalignment, Extremely Low Friction & Heat Generation

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
High Quality, Superior Performance and Reliable

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
High Quality, Superior Performance and Reliable

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
High Quality, Superior Performance and Reliable

Accommodates Misalignment, Extremely Low Friction & Heat Generation
High Quality, Superior Performance and Reliable

High Quality, Superior Performance and Reliable
Accommodates Misalignment, Extremely Low Friction & Heat Generation

High Quality, Superior Performance and Reliable
Accommodates Misalignment, Extremely Low Friction & Heat Generation

Accommodates Misalignment, Extremely Low Friction & Heat Generation
Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
High Quality, Superior Performance and Reliable

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
Accommodates Misalignment, Extremely Low Friction & Heat Generation

High Quality, Superior Performance and Reliable
Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &

High Quality, Superior Performance and Reliable
Accommodates Misalignment, Extremely Low Friction & Heat Generation

Accommodates Misalignment, Extremely Low Friction & Heat Generation
High Quality, Superior Performance and Reliable

Environmentally Friendly, High-Speed Performance, Low Lubricant Usage, Low Noise &
High Quality, Superior Performance and Reliable

Accommodates Misalignment, Extremely Low Friction & Heat Generation
High Quality, Superior Performance and Reliable

Tapered Bore & Have Two Rows of Balls
A Common Sphered Raceway in the Outer Ring & Two

Self-aligning Ball Bearings Have Two Rows of Balls & a
The Inner Ring has Two Deep, Uninterrupted Raceway Grooves

Self-aligning Ball Bearings Have Two Rows of Balls & a
The Inner Ring has Two Deep, Uninterrupted Raceway Grooves

Self-aligning Ball Bearings Have Two Rows of Balls & a
The Inner Ring has Two Deep, Uninterrupted Raceway Grooves

The Inner Ring has Two Deep, Uninterrupted Raceway Grooves
Self-aligning Ball Bearings Have Two Rows of Balls & a

Self-aligning Ball Bearings Have Two Rows of Balls & a
The Inner Ring has Two Deep, Uninterrupted Raceway Grooves

A Common Sphered Raceway in the Outer Ring & Two
Tapered Bore & Have Two Rows of Balls

Tapered Bore & Have Two Rows of Balls
A Common Sphered Raceway in the Outer Ring & Two

A Common Sphered Raceway in the Outer Ring & Two
Tapered Bore & Have Two Rows of Balls

Tapered Bore & Have Two Rows of Balls
A Common Sphered Raceway in the Outer Ring & Two

A Common Sphered Raceway in the Outer Ring & Two
Tapered Bore & Have Two Rows of Balls

Tapered Bore & Have Two Rows of Balls
A Common Sphered Raceway in the Outer Ring & Two

Tapered Bore & Have Two Rows of Balls
A Common Sphered Raceway in the Outer Ring & Two

Tapered Bore & Have Two Rows of Balls
A Common Sphered Raceway in the Outer Ring & Two

A Common Sphered Raceway in the Outer Ring & Two
Tapered Bore & Have Two Rows of Balls

Tapered Bore & Have Two Rows of Balls
A Common Sphered Raceway in the Outer Ring & Two

Tapered Bore & Have Two Rows of Balls
A Common Sphered Raceway in the Outer Ring & Two
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What is a self-aligning ball bearing?
A self-aligning ball bearing is a type of rolling-element bearing that consists of two rows of balls, a common outer ring with a spherical raceway, and two inner rings with ball raceways. Its design allows it to accommodate misalignment between the shaft and housing.
How does a self-aligning ball bearing handle misalignment?
The spherical raceway in the outer ring allows the inner ring, balls, and cage assembly to tilt relative to the outer ring. This tilting action compensates for angular misalignment, which can be caused by shaft deflection or errors in mounting.
What are the advantages of using self-aligning ball bearings?
The main advantage is their ability to compensate for shaft misalignment, reducing stress on the bearing and surrounding components. This leads to longer bearing life and smoother operation, especially in applications where perfect alignment is difficult to achieve.
What are some common applications for self-aligning ball bearings?
They are commonly used in agricultural machinery, mining equipment, general industrial machinery, and any application where shafts may be subject to deflection or mounting inaccuracies, such as fans, pumps, and conveyor systems.
Can self-aligning ball bearings handle axial loads?
Yes, self-aligning ball bearings can accommodate moderate axial loads in addition to radial loads. However, their axial load capacity is generally lower than their radial load capacity, and the amount of misalignment they can tolerate may be reduced when under significant axial load.
| Latest Models | Price | Discount |
|---|---|---|
| DYZV 1218 Self Aligning Ball Bearing, 90x160x30 mm | ₹2,439 | 19% OFF |
| DYZV 1216 Self Aligning Ball Bearing, 80x140x26 mm | ₹1,539 | 19% OFF |
| DYZV 2209 K Self Aligning Ball Bearing, 45x85x23 mm | ₹679 | 20% OFF |
| DYZV 2213 Self Aligning Ball Bearing, 65x120x31 mm | ₹1,449 | 19% OFF |
| DYZV 1204 Self Aligning Ball Bearing, 20x47x14 mm | ₹179 | 21% OFF |
| DYZV 1312 K Self Aligning Ball Bearing, 60x130x31 mm | ₹1,869 | 19% OFF |
| DYZV 1309 Self Aligning Ball Bearing, 45x100x25 mm | ₹1,029 | 19% OFF |
| DYZV 1311 K Self Aligning Ball Bearing, 55x120x29 mm | ₹1,509 | 19% OFF |
| DYZV 1304 Self Aligning Ball Bearing, 20x52x15 mm | ₹179 | 22% OFF |
| DYZV 2209 Self Aligning Ball Bearing, 45x85x23 mm | ₹569 | 20% OFF |