Uxcell 6206-2RS Deep Groove Ball Bearings, 2pcs 30mm I.D x 62mm O.D x 16mm Thick C3 Double Sealed Chrome Steel, Black

<strong>Description:</strong><ol><li>Chrome Steel Material: Deep groove ball bearings are made of quality chrome steel with excellent strength, hardness, wear, and corrosion resistance. It can withstand significant radial and axial loads, providing reliable support in various applications.</li><li>Features: This ball bearing has a P6 (ABEC3) accuracy class and is suitable for most general purposes. Z2 noise level produces low noise during operation and is suitable for applications requiring a quiet working environment.</li><li>C3 Clearance Grade: The deep groove ball bearings have a C3 clearance grade, which means they have large internal clearances and are suitable for high-speed operation and high-temperature applications. They can provide better thermal expansion compensation and lower friction.</li></ol><strong>Selecting Guide:</strong><ul><li><strong>Open Type</strong> (No Designation Suffix) - Suitable for high-speed and even very high-speed operation.</li><li><strong>Shielded</strong> (Designation Suffix Z/ZZ) - High speed. Protect from dirt and debris.</li><li><strong>Sealed</strong> (Designation Suffix RS/2RS) - Made of sheet steel reinforced nitrile butadiene rubber (oil- and liquid-resistant). Lower limit speed than metal shield bearings.</li></ul><strong>Specification:</strong><ul><li>Model: 6206-2RS</li><li>Seal Type: Open Type</li><li>Inner Race/Outer Race Material: Chromium Steel (GCr15)</li><li>Cage Material: Stamping Steel</li><li>Inner Diameter: 30 x 62 x 16mm (I.D.*O.D*T)</li><li>Accuracy Class: P5 (ABEC5)</li><li>Noise Level: Z2</li><li>Clearance Grade: C3</li><li>Package Contents: 2pcs x Deep Groove Ball Bearing</li></ul>

• Model - 6008 (I.D.=25mm, O.D.=47mm)
• Chrome Steel Material with corrosion resistance
• P5 (ABEC5) accuracy class, low noise level
• C3 Clearance Grade, large internal clearances
• Wide Application: Used in mechanical equipment
• Country of Origin: Imported