NACHI 7212B Angular Contact Ball Bearing, 60 mm Dia Bore, 110 mm OD, 1 Row, 22 mm W, 40 deg, 58000 N Dynamic/46000 N Static Load
The single-row angular contact ball bearing was designed to support radial, axial or composite loads, however, the axial load must be in one direction. The high thrust capacity is achieved by a higher shoulder on one side of the outer ring. A matching high shoulder is often on the opposite side of the inner ring as well. The direction of the load through the balls forms the contact angle. The thrust capacity increases with the contact angle. This ball bearing has a 40 deg contact angle. This bearing has a stamped steel cage and is not available with seals or shields. These bearings are non-separable. These bearings have normal tolerances and are not suitable for mounting adjacent to each other to achieve a preload.
-
BrandNACHI
-
Manufacturer Part Number7212B
-
CountryUSA
-
Load Capacity58000 N Dynamic/46000 N Static
-
Cage MaterialBrass
-
Maximum Speed4800 rpm Grease/6300 rpm Oil
-
Closure TypeOpen
-
Width22 mm
-
Series7200
-
Number of Rows1
-
Outside Diameter110 mm
-
Bore Diameter60 mm
- Cost effective
- More economical than machined brass cage bearings
- Support radial, axial or composite loads in only one direction
- Requires grease or oil lubrication for operation
- Energy efficient
- Reduced friction
- Low noise
- The raceways of both the inner and outer rings of this bearing type are made with a set contact angle
- This bearing type is generally used in adjacent positions
-
UNSPSC31171531
-
Package DescriptionEACH
-
Specification Sheet
-
Instruction/Installation Manual
-
Catalog
Recently Viewed
NACHI 7212B Angular Contact Ball Bearing, 60 mm Dia Bore, 110 mm OD, 1 Row, 22 mm W, 40 deg, 58000 N Dynamic/46000 N Static Load
The single-row angular contact ball bearing was designed to support radial, axial or composite loads, however, the axial load must be in one direction. The high thrust capacity is achieved by a higher shoulder on one side of the outer ring. A matching high shoulder is often on the opposite side of the inner ring as well. The direction of the load through the balls forms the contact angle. The thrust capacity increases with the contact angle. This ball bearing has a 40 deg contact angle. This bearing has a stamped steel cage and is not available with seals or shields. These bearings are non-separable. These bearings have normal tolerances and are not suitable for mounting adjacent to each other to achieve a preload.
Drillco 76A128C 7600 Center Cutting Imperial Regular Length Single End Ball Nose End Mill, 7/16 in Dia Cutter, 1 in Length of Cut, 2 Flutes, 7/16 in Dia Shank, 2-3/4 in OAL, Bright
Solid carbide end mills run at extremely impressive feed and speed rates. In some cases, they can be run at 3x the rates of HSS end mills. Using solid carbide end mills results in better surface finish on the workpiece and extended tool life. Ball nose.
POSTS/PANELS-HLW50941807TAN>
Browning® 1296375 Automatic Torque Limiter, 3/4 in Straight Bore, 3-1/2 in OD, 1800 in-lb (1 Spring)/3000 in-lb (2 Spring) Torque
Browning® torque limiters are torque control devices that slip under excessive load but automatically carry the desired load after the excess has been removed. The device can be easily adjusted to slip at a desired overload and automatically re-engage when overload is removed. Overload should be removed promptly since prolonged slippage can be detrimental to the friction disc. Generally, no resetting is required after the torque limiter has slipped. Torque limiters help prevent machine and product damage and costly downtime caused by shock loads, overloads or machine jams but should not be used as clutches.
BBI 221238 Shoulder Screw, Round Socket Head, ASTM A574 Alloy Steel, 3/4 in Dia x 3-1/2 in L Shoulder, 3/4-5/8-11
BBI 221238 Shoulder Screw, Round Socket Head, ASTM A574 Alloy Steel, 3/4 in Dia x 3-1/2 in L Shoulder, 3/4-5/8-11
Dichtomatik N70206 O-Ring, 206 Dash Number, 0.484 in ID x 0.762 in OD, Nitrile Rubber, 70 Shore A Durometer, Import
O-rings are closed circular rings of circular cross-section. They are made through vulcanization from form tools as a complete ring. The sealing function of the O-ring is achieved by the deformation of the cross-section when installed and compressed in its housing. The O-ring can be compressed either radially or axially in its installation housing. In operating conditions the pressure exerted by the media reinforces the sealing function, as under pressure the elastomer material functions as a non-compressible fluid.
