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The F679 2rs is a small, sealed radial ball bearing with a 9mm bore and 14mm outer diameter, crafted from durable chrome steel. It handles radial loads up to 176 lbf and spins smoothly at speeds up to 36,000 RPM.
Its nitrile rubber seals keep dirt out while retaining lubrication, making it low-maintenance. The stainless steel cage ensures reliable performance in temperatures from -30°C to 110°C.
With a compact width of just 4.5mm and a lightweight design at 2.20g, it fits neatly into tight spaces. The flange adds extra stability during installation.
Ideal for small electric motors or precision instruments where high speeds and radial loads are common. Compliant with RoHS and REACH standards for safe use.
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Why Choose F679 2rs Bearing for Precision Tasks?
F679 2rs Bearing features a sealed design with nitrile rubber shields, protecting against dust and moisture.
Its chrome steel construction ensures durability and smooth operation in radial load applications.
With a dynamic radial load capacity of 176 lbf, F679 2rs Bearing handles demanding tasks efficiently.
The stainless steel cage maintains ball alignment, reducing friction and extending service life.
F679 2rs Bearing operates at speeds up to 36,000 rpm, making it ideal for high-performance applications.
Its compact design and precise tolerances ensure reliable performance in tight spaces.
Where Is F679 2rs Bearing Used?
F679 2rs Bearing is commonly found in small electric motors, such as those used in cooling fans or power tools, thanks to its compact size and sealed design. The rubber seals help keep out dust and moisture, making it reliable for everyday use.
In automation systems, F679 2rs Bearing works well in lightweight robotic arms or 3D printers, where smooth rotation is essential. Its high-speed capability ensures consistent performance in repetitive tasks.
For consumer electronics like printers or small appliances, F679 2rs Bearing offers quiet operation and durability. The chrome steel construction provides a good balance of strength and cost-effectiveness for mass-produced devices.
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