1204K Koyo (JTEKT)
The 1204K Koyo (JTEKT) is a double-row self-aligning deep-groove ball bearing designed to handle substantial misalignment and shaft deflections. Its spherical raceway construction allows for self-alignment, ensuring performance is not compromised by misalignment between the shaft and the bearing housing. The bearing also has low friction, making it suitable for high-speed applications, and can handle high radial loads as well as some axial loads.
RCT432SA1 Koyo (JTEKT)
The RCT432SA1 Koyo (JTEKT) is a single direction thrust ball bearing, consisting of a shaft ring, a housing ring, and a ball and cage assembly with an open design suitable for high rotational speeds. These bearings can only be loaded axially in one direction, allowing a shaft to be locked in place. With the ability to be disassembled, the components can be easily mounted separately, although caution must be taken not to mix up the shaft and housing ring during assembly.
1208 NTN
The 1208 NTN is a double-row self-aligning deep-groove ball bearing with a spherical raceway in the outer ring, enabling self-alignment. It is ideal for applications with misalignment or shaft deflections and has low friction, making it suitable for high-speed operation and capable of handling high radial loads and limited axial loads in both directions.
HM88610 A&S - Fersa
The HM88610 A&S - Fersa is the outer ring of a single-row tapered roller bearing, designed to be paired with a compatible cone to create a complete bearing. Its conical raceways and roller elements allow it to absorb radial and axial forces efficiently. The separable design allows for easy mounting and adjustment of axial clearance or preload. For optimal performance, it is recommended to replace both the cup and cone simultaneously and to use components from the same manufacturer to avoid potential bearing problems.
RCT432SA1 Koyo (JTEKT)
The RCT432SA1 Koyo (JTEKT) is a single direction thrust ball bearing, designed for high rotational speeds and axial loads in one direction. It features a shaft ring, housing ring, and ball and cage assembly that can be disassembled for easy mounting. Remember to keep the shaft and housing ring separate during assembly.
HM88611 NTN
The HM88611 NTN is a cup designed for a single-row tapered roller bearing, consisting of an outer ring that can be paired with a separate cone to create a complete bearing. With conical raceways and roller elements, this design effectively absorbs radial and axial forces. Its geometry prevents sliding movements, minimizing component wear. Proper operation requires a minimum load. The separable cone and cup allow for easy mounting and axial adjustment. For optimal performance, it is recommended to replace both components simultaneously and use matching components from the same manufacturer to avoid potential bearing issues.
49520 Bower
The 49520 Bower is the outer ring of a single-row tapered roller bearing that can be paired with a separate cone to create a complete bearing. Its conical raceways and roller elements allow it to withstand radial and axial forces, with increased axial load capacity at greater angles. The design minimizes sliding movements and component wear, but it requires a minimum load for proper operation. The separable components make mounting and adjusting end play or preload easy. For optimal performance, it's recommended to replace both the cone and cup simultaneously and use components from the same manufacturer to avoid compatibility issues.
30322JR Koyo (JTEKT)
The 30322JR Koyo (JTEKT) is a versatile single-row tapered roller bearing, with conical raceways and tapered rollers between the inner and outer rings to accommodate combined loads. It supports high radial and axial loads in one direction, with increased axial load capacity at greater contact angles. This bearing is easy to assemble and disassemble, as it consists of a cup and a cone. It has an open design and can be mounted in mirror-image arrangement with a second tapered roller bearing or in paired sets in X, O, or tandem arrangements.
563 Koyo (JTEKT)
The 563 Koyo (JTEKT) is an outer ring designed for a single-row tapered roller bearing, which can be combined with a compatible cone to form a complete bearing. With conical raceways and roller elements, this design allows the bearing to handle radial and axial forces effectively. The separable cone and cup enable easy installation and the ability to adjust axial clearance or preload. It's important to replace both components at the same time, and to use components from the same manufacturer to ensure reliable operation.
2210KC3 SNR
The 2210KC3 SNR is a double-row, self-aligning deep-groove ball bearing designed without a seal. Its unique construction allows it to self-align, providing a reliable performance even in the presence of shaft misalignment or deflection. This feature makes it ideal for applications where substantial misalignment may occur. With low friction and the ability to handle high radial loads, this bearing is well-suited for a variety of industrial applications.
4T-LM12749/LM12711 NTN
The 4T-LM12749/LM12711 NTN is a single-row tapered roller bearing featuring conical raceways and tapered rollers between the inner and outer rings, making it versatile for accommodating combined loads. It is designed to support high radial and axial loads in one direction, with its performance determined by the contact angle. This bearing comprises a cone and a cup, allowing for easy assembly and disassembly. Additionally, it can be paired with another tapered roller bearing for increased load capacity and various arrangement options.
1216KC3 NSK
The 1216K NSK is a double-row self-aligning deep-groove ball bearing designed to handle substantial misalignment and shaft deflections. Its unique construction allows for self-alignment, ensuring optimal performance even in the presence of misalignment. These bearings have low friction, capable of handling high radial loads and limited axial loads in both directions. Ideal for applications with potential misalignment or shaft deflections, these bearings operate with minimal frictional heat, even at higher speeds.