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Single Row Deep Groove Ball Bearings are Versatile, Have Low
They are Optimized for Low Noise & Minimal Vibration

Single Row Deep Groove Ball Bearings are Versatile, Have Low
They are Optimized for Low Noise & Minimal Vibration

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Single Row Deep Groove Ball Bearings with Seals or Shields
They are Optimized for Low Noise, Low Vibration & Support

They are Optimized for Low Noise & Minimal Vibration
Single Row Deep Groove Ball Bearings are Versatile, Have Low

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Operate at High Speeds & Accommodate Radial & Axial Loads
Robust in Operation & Requiring Little Maintenance

Robust in Operation & Requiring Little Maintenance
Operate at High Speeds & Accommodate Radial & Axial Loads

Operate at High Speeds & Accommodate Radial & Axial Loads
Robust in Operation & Requiring Little Maintenance


They are Optimized for Low Noise & Minimal Vibration
Single Row Deep Groove Ball Bearings are Versatile, Have Low

They are Optimized for Low Noise, Low Vibration & Support
Single Row Deep Groove Ball Bearings with Seals or Shields

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Robust in Operation & Requiring Little Maintenance
Operate at High Speeds & Accommodate Radial & Axial Loads

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

They are Optimized for Low Noise, Low Vibration & Support
Single Row Deep Groove Ball Bearings with Seals or Shields

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Optimized for Low Noise & Low Vibration, which Enables High
Particularly Versatile & have Low Friction

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High

Particularly Versatile & have Low Friction
Optimized for Low Noise & Low Vibration, which Enables High
Hang on, Loading More
What is a deep groove ball bearing?
A deep groove ball bearing is a common type of rolling-element bearing. It features a raceway groove that is deeper than the ball radius, allowing it to handle both radial and axial loads effectively.
What is the difference between deep groove and shallow groove ball bearings?
Deep groove ball bearings have a deeper raceway groove, allowing them to handle higher radial and axial loads. Shallow groove bearings are designed for lighter loads and higher speeds.
What are the disadvantages of deep groove ball bearings?
Deep groove ball bearings are highly versatile and widely used. They are known for their reliability and ability to handle both radial and axial loads effectively, making them a popular choice for many applications.
What is the meaning of deep groove?
Deep groove refers to the shape of the raceway in these bearings. It's a continuous, non-filling groove that allows the bearing to handle both radial and axial loads effectively.
What is a deep groove ball bearing?
A deep groove ball bearing is the most common type of rolling-element bearing. It has a single or double row of balls in a deep raceway groove, designed to handle both radial and axial loads in both directions.
What are the main components of a deep groove ball bearing?
The main components are the inner ring, outer ring, balls (rolling elements), and a cage (separator) which holds the balls in place and guides their movement.
What types of loads can deep groove ball bearings handle?
Deep groove ball bearings can handle radial loads (perpendicular to the shaft) and axial loads (parallel to the shaft) in both directions. They are particularly well-suited for radial loads but can also accommodate moderate axial loads.
Where are deep groove ball bearings typically used?
They are widely used in various applications including electric motors, automotive systems (e.g., transmissions, hubs), industrial machinery, pumps, fans, and general engineering applications due to their versatility and cost-effectiveness.
What are the advantages of using deep groove ball bearings?
Advantages include their high running accuracy, low friction, ability to operate at high speeds, relatively low cost, and low maintenance requirements. They are also available in many designs and sizes to suit different needs.
| Latest Models | Price | Discount |
|---|---|---|
| CNA 6320 ZZ Deep Groove Ball Bearing, 215x100x47 mm | ₹8,719 | 24% OFF |
| CNA 6316 ZZ Deep Groove Ball Bearing, 170x80x39 mm | ₹4,349 | 24% OFF |
| CNA 61826 2RS Single Row Deep Groove Ball Bearing, 130x165x18 mm | ₹4,562 | 24% OFF |
| CNA 624 2RS Single Row Deep Groove Ball Bearing, 4x13x5 mm (Pack of 50) | ₹2,690 | 24% OFF |
| CNA 63004 2RS Single Row Deep Groove Ball Bearing, 20x42x16 mm (Pack of 6) | ₹3,212 | 24% OFF |
| CNA 6005 2RS Single Row Deep Groove Ball Bearing, 25x47x12 mm (Pack of 20) | ₹3,443 | 24% OFF |
| CNA 626 2RS Single Row Deep Groove Ball Bearing, 6x19x6 mm (Pack of 50) | ₹2,959 | 24% OFF |
| CNA 685 2RS Single Row Deep Groove Ball Bearing, 5x11x5 mm (Pack of 50) | ₹3,228 | 24% OFF |
| CNA 6028 2RS Deep Groove Ball Bearing, 210x140x33 mm | ₹10,899 | 24% OFF |
| CNA 6314 2RS Deep Groove Ball Bearing, 150x70x35 mm | ₹3,269 | 24% OFF |