Merk: Bearing FAG
Nomor/Jenis Sparepart: 22311-E1A-MA-T41A
Diameter Lubang: 55 mm
Diameter Luar: 120 mm
Lebar Bearing: 43 mm
Kecepatan Rotasi Maksimum: 5600 RPM
Kapasitas Muatan Statis: 260 Kilonewtons
Kapasitas Muatan Dinamis: 265 Kilonewtons
- Double row spherical roller bearing for applications that support radial and oscillating axial loads
- C4 radial clearance allows thermal expansion for continuous operating temperatures up to 200 degrees C/392 degrees F
- Straight bore for fitting to a conventional cylindrical shaft
- Outer ring-guided brass cage evenly spaces rollers for reduced friction, vibration, and noise
- Open design, circumferential groove and three lubrication holes in the outer ring allow for lubrication in place
This FAG double row spherical roller bearing with a brass cage is suitable for applications that support radial and oscillating axial loads. This bearing has a C4 radial internal clearance designation to indicate that the radial slack between the inner and outer rings is greater than both CN (normal) and C3 (extra) clearances. This clearance allows for thermal expansion as the bearing supports radial loads as well as providing latitude for self-realignment and compensating for static and dynamic alignment errors. In addition to compensating for misalignment, the two rows of symmetrically arranged barrel rollers, which are oriented on a concave raceway, are designed to support axial loads in either direction, especially those with restricted diameter tolerances, as with an oscillating shaker conveyor. The design of this spherical roller bearing is rated “Medium,” making it applicable for use in a range of oscillating applications, and it has a larger roller set than standard rollers for additional durability. It can be used to a maximum operating temperature of 200 degrees C/392 degrees F. The bore is straight to fit on a conventional cylindrical shaft. The inner and outer rings and barrel rollers are made of a low-alloy, through-hardened chromium steel for durability, heat tolerance, and resistance to deformity under heavy loads. The solid brass cage, whose guidance structures are located within the outer ring, prevents the rollers from coming into contact with each other during use, reducing friction, vibration, and noise, and the outer ring has a center groove with three holes spaced evenly around it for adding lubricants. The E1 designation in the part number identifies this bearing as having been manufactured under FAG’s improved engineering processes, resulting in a rating life that is more than double that of the same bearing from the E series. This spherical roller bearing is for use in such applications as jaw crushers, impactors, cone crushers, and conveyors, among others.
|Main bearing dimensions||DIN 635-2|
|Basic dynamic load ratings||DIN ISO 281|
|Dimensional and geometric tolerances||DIN 620-2, tolerance class PN|
|Radial internal clearance||Internal clearance group CN, DIN 620-4 (ISO 5 753)|
|Through-hardening steel for inner and outer rings and rollers||ISO 683-17|
|System for creating part numbers for rolling bearings||DIN 623-1|
Roller bearings use rolling elements to maintain the separation between moving parts to reduce rotational friction and support radial and axial loads. These elements can be one of the following types: ball, cylindrical, spherical, barrel, needle, spindle, or tapered. All roller bearings are open, shielded, or sealed. Sealed bearings are lubricated with oil or grease in the bearing factory, while open and shielded bearings are meant to be lubricated in place, with periodic reapplication of lubrication, based on use. The shield protects the working parts of the bearing from environmental debris that may be introduced and could reduce the ball bearing speed and lifespan. Rolling bearings are used in a range of applications from agricultural machinery to conveying equipment, robotics, dental equipment, elevators, rolling mills, ship rudder shafts, and aggregate crushers, among others.
FAG manufactures a variety of bearings that meet International Organization for Standardization (ISO) and Deutsches Institut für Normung (DIN) standards for quality assurance. Founded in 1883, FAG is based in Schweinfurt, Germany.