The RN-2×11.8 BF/G2 is a needle roller bearing with a 2mm diameter and 11.8mm length, crafted from hard-wearing chrome steel. Its flat ends and precise roundness of 0.5µm ensure smooth operation in tight spaces.
This bearing meets G2 rating standards, offering reliable performance with minimal radial and axial runout (0.6mm and 0.8mm max respectively). It’s interchangeable with INA models, simplifying replacements.
Ideal for compact assemblies like gear pumps or small engines, where space is limited but durability is key. RoHS compliant for safe use in various industries.
The hardness of HRC60-65 and tight length tolerance (0 to -0.27mm) make it a robust choice for high-precision applications. Its small size belies its strength.
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How Does RN-2×11.8 BF/G2 Bearing Reduce Friction?
RN-2×11.8 BF/G2 Bearing features precision-ground chrome steel rollers, ensuring smooth operation with minimal friction.
The needle roller design maximises load distribution, reducing wear and enhancing efficiency.
With a hardness rating of HRC60-65, it maintains performance even under continuous use.
Its tight roundness tolerance of 0.5um ensures consistent operation in high-precision applications.
Common Applications of RN-2×11.8 BF/G2 Bearing
RN-2×11.8 BF/G2 Bearing is widely used in industrial machinery, especially in compact spaces where high load capacity is needed, such as gearboxes and pumps. Its needle roller design ensures efficient performance even in tight configurations.
In automotive systems, RN-2×11.8 BF/G2 Bearing fits well in transmission units and steering mechanisms, providing smooth operation under radial loads. The chrome steel material adds durability, making it suitable for long-term use.
For automation equipment, RN-2×11.8 BF/G2 Bearing works reliably in robotic arms and precision tools, where its flat ends and tight tolerances ensure accurate movement. The G2 rating guarantees consistent quality in demanding applications.
In consumer electronics, RN-2×11.8 BF/G2 Bearing can be found in small motors and printers, where its compact size and high hardness are advantageous. The metric dimensions make it easy to integrate into various designs.
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