The 1207KTNGC3 is a self-aligning ball bearing with a 35mm tapered bore and 72mm outer diameter, crafted from sturdy chrome steel. It manages radial loads up to 4275 lbf and spins smoothly at speeds up to 13,000 RPM.
Its double-row design and open construction allow for slight misalignments, while the nylon cage reduces friction. The bearing operates well in temperatures from -30°C to 110°C.
This model is interchangeable with SKF bearings, offering a reliable replacement option. It’s suited for applications like conveyor systems or agricultural machinery where alignment flexibility is needed.
Weighing 0.32kg, it’s lightweight yet durable. Compliant with RoHS and REACH standards for safe use.
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Why Choose 1207KTNGC3 Bearing for Precision Tasks?
1207KTNGC3 Bearing features a double-row design with chrome steel rings and balls, ensuring high radial load capacity.
Its dynamic radial load rating of 4275 lbf makes it suitable for demanding applications.
The nylon cage in 1207KTNGC3 Bearing helps reduce friction and noise during operation.
With a maximum speed of 13,000 rpm, it delivers smooth performance in high-speed environments.
1207KTNGC3 Bearing’s C3 radial clearance allows for slight misalignment, enhancing its versatility.
Its tapered bore design ensures secure fitting, minimising slippage under heavy loads.
Lubricated for optimal performance, 1207KTNGC3 Bearing operates efficiently within a -30° to 110°C range.
The chrome steel construction provides durability, even in challenging conditions.
Industrial Uses of 1207KTNGC3 Bearing
1207KTNGC3 Bearing is commonly used in conveyor systems, where its self-aligning feature compensates for minor shaft misalignments. The double-row design provides stable radial load support, ideal for continuous operation in factories.
In automotive applications, 1207KTNGC3 Bearing fits well in wheel hubs and transmissions, thanks to its tapered bore for secure mounting. The C3 clearance ensures reliable performance even with temperature fluctuations during long drives.
For robotics, 1207KTNGC3 Bearing’s nylon cage reduces friction in articulated joints, enabling smoother movement in automated arms. Its metric sizing makes it compatible with many European-designed robotic systems.
Where Is 1207KTNGC3 Bearing Used?
You’ll often spot 1207KTNGC3 Bearing in industrial fans, where its self-aligning capability handles shaft deflection from heavy blades. The lubricated design also minimises maintenance needs in dusty environments.
In packaging machinery, 1207KTNGC3 Bearing supports rotating rollers that require precise alignment under varying loads. The chrome steel construction ensures durability despite constant start-stop cycles.
Built for Heavy-Duty Use: 1207KTNGC3 Bearing
1207KTNGC3 Bearing excels in agricultural equipment like harvesters, where dirt and vibrations are common. Its open design allows easy cleaning, while the C3 clearance accommodates thermal expansion in sunny fields.
For construction machinery, 1207KTNGC3 Bearing handles uneven loads in mixer drums reliably. The tapered bore prevents slippage even when subjected to sudden directional changes during operation.
Automotive vs Aerospace: Applications of 1207KTNGC3 Bearing
In cars, 1207KTNGC3 Bearing often supports auxiliary drives like alternators, benefiting from its vibration damping. Meanwhile, aircraft landing gear uses similar bearings but with stricter material certifications.
The bearing’s nylon cage makes it unsuitable for extreme aerospace temperatures, yet perfect for automotive applications where weight reduction matters. Both sectors value its self-aligning feature differently based on precision needs.
What Makes 1207KTNGC3 Bearing a Preferred Choice?
1207KTNGC3 Bearing stands out in washing machines, where its self-alignment copes with unbalanced drum loads quietly. The lubricated design also withstands frequent water exposure better than greased alternatives.
In printing presses, 1207KTNGC3 Bearing maintains registration accuracy despite paper tension variations. The chrome steel balls ensure consistent performance through millions of rotations.
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