SKF Double Row Angular Contact Ball Bearing, Shielded, 35 mm ID, 72 mm OD, 27 mm Width, C3 Clearance, 3207 A-2ZTN9/C3MT33

The SKF 3207 A-2ZTN9/C3MT33 is a double row angular contact Ball Bearing designed for demanding mechanical applications. With an inside diameter of 35 mm, outside diameter of 72 mm, and a race width of 27 mm, this bearing is engineered to accommodate both radial and axial loads simultaneously.

Its shielded end type protects internal components from contaminants, helping to extend the bearing’s operational reliability. The C3 clearance ensures optimal performance by permitting greater movement between the bearing’s rolling elements and raceways, which reduces friction and heat generation.

The bearing uses a non-metallic cage for enhanced life, paired with precision steel balls and a parallel bore for straightforward assembly. A 30° contact angle boosts axial load carrying capacity, making it suitable for high-speed environments, with a limiting speed of up to 9000 rpm.

The SKF 3207 A-2ZTN9/C3MT33 fits into the Series 2 Light category, featuring a robust design suited to rotary mechanisms in industrial machinery, fluid power equipment, and HVAC systems. Typical uses include mechanical power transmission, pumps, compressors, and rotary equipment where reliability and performance matter.

It is manufactured in Germany, ensuring precision engineering and consistent performance standards. The double row angular contact configuration makes it ideal for applications where combined loads are encountered and extended bearing life is vital.

This bearing features shielded construction for reduced maintenance and improved lifecycle. C3 internal clearance supports higher running accuracy and reduced thermal buildup. Non-metallic cage optimizes the balance between weight and strength.

Usable up to 9000 rpm, suitable for dynamic load cycles. Suited for rotary housing units, industrial gearboxes, and machinery in manufacturing environments. Explore more industrial bearings and SKF products on EnvMart for high reliability in demanding environments.