The RS PRO 607-2RS/C3 is a single row deep groove ball bearing engineered for applications demanding high speed and excellent load handling. With a 7 mm inner diameter, 19 mm outer diameter, and a 6 mm width, this compact ball bearing fits precisely in limited spaces while providing robust performance.
This model features a C3 internal clearance, which means extra tolerance between the rolling elements and races, accommodating thermal expansion at high rotation speeds without risking seizure or excess wear. The bearing is sealed on both sides with synthetic rubber seals, effectively protecting internal components from contamination by dust, dirt, and moisture. These seals also ensure lubricant retention, leading to minimal maintenance requirements and extended service life.
Constructed with a steel cage, steel races, and steel balls, the 607-2RS/C3 ball bearing is exceptionally durable and designed for continuous operation with both radial and axial load handling capabilities. It is optimized for both static and dynamic loading conditions, offering a static load rating of 950 N and a dynamic load rating of 2.34 kN. With a limiting speed of up to 36,000 rpm, it excels in high-speed environments such as small electric motors, compressors, fans, pumps, and drive assemblies.
The parallel bore and plain race ensure uniform fit and smooth operation, promoting high reliability in industrial settings. Its extra light (Series 0) construction allows for weight-sensitive installation where minimal inertia is desired.
This deep groove bearing is commonly used across various industries, including manufacturing, food processing, laboratory equipment, medical devices, enginery, and printing. Thanks to its sealed and maintenance-free design, the 607-2RS/C3 model is a reliable component for industrial, laboratory, and commercial applications requiring longevity and consistent performance.
Explore the comprehensive range of RS PRO Ball Bearings available on EnvMart to find compatible solutions for precision rotating machinery and demanding operational environments.
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