29384em Spherical Roller Thrust Bearing McGill

29384em Spherical Roller Thrust Bearing McGill to achieve a high thrust capacity with low friction and continuous roller alignment. This bearing type is ideal for operating conditions that experience heavy loads, difficulty in establishing or maintaining housing alignment, or shaft deflection.

Size range of 29384em Spherical Roller Thrust Bearing McGill:

90 mm to 1000 mm

(4.3307 in. to 33.4646 in.)

Design Attributes of 29384em Spherical Roller Thrust Bearing McGill:

• Spherically contoured rollers, arranged in a steep angular position, accommodate high thrust loads and support moderate radial loads.
• Bearing geometry and manufacturing technology result in low friction of bearing.
• Internal self-alignment of bearing elements during operation compensates for shaft deflections and housing distortions caused by shock or heavy loads.
• The TSR’s inherent compensation for misalignment offers equipment designers the opportunity to use weldments for housing frames instead of complex castings, which reduces machining costs.
• When castings are preferred, bore alignment is less critical if spherical thrust bearings are specified.
• “E” styles utilize enhanced bearing geometry allowing for higher dynamic load ratings and improved lubrication characteristics.

Applications of 29384em Spherical Roller Thrust Bearing McGill:

• Blowout preventers
• Classifiers
• Extruders
• Gearboxes
• Metal mill work/back-up rolls
• Pre-heater fans
• Pumps
• Screw conveyors

29384em Spherical Roller Thrust Bearing McGill have specially designed raceways and can accommodate a large number of asymmetrical rollers. 29384em Spherical Roller Thrust Bearing McGill are self-aligning and their spherical rollers run on the spheroid raceways of shaft and housing washers. 29384em Spherical Roller Thrust Bearing McGill are separable, single direction acting axial bearings, the rollers have an optimum conformity with the washer raceways to optimise load distribution along the roller longhand they can accommodate relatively high speeds, heavy axial loads in one direction and heavy radial loads. 29384em Spherical Roller Thrust Bearing McGill are more than able to accommodate errors of misalignment and some shaft bending in an optimum way.
Spherical roller thrust bearings transmit forces via a contact angle towards the centre axis. Thus, they are able to accommodate some radial forces along with high axial loads, But, it must be considered that the acting radial forces must not exceed approximately 55% of the applied axial forces.

1. Drawn Cup Needle Bearing: HK seires
HK0408TN ,BK0408TN, HK0509, BK0509, HK0608, HK0609, BK0609, HK0708, HK0709, BK0709
HK0808, BK0808, HK0810, BK0810, HK08X14X10, HK08X14X12, HK0910, BK0910, HK0912, BK0912, HK1010, BK1010, HK1012, BK1012, HK1015, HK10X16X10, HK10X16X12, HK10X16X15, HK1210, BK1210, HK1212, BK1212, HK12X17X12, HK12X17X15, HK12X17X18
HK12X18X12, BK12X18X12, HK12X19X12, HK1312, BK1312, HK13.5X20X12, HK1412
2. Needle Bearing with Inner Ring: NA series
NA4822A NA4824 NA4824A NA4826A NA4826 NA4828A NA4828 NA4832A KA4832A NA4836A NA4844A NA4844A/YA4 NA4852A NA4856A NA4900A NA4900A/YA NA4900 NA4901A NA4901
NA4902 NA4903A NA4903 NA4903AS2 NA4904A NA4904A/YA2 NA4904 NA49/22 NA4905A NA4505 NA49/28 NA4906A NA4906 NA49/32
3. Needle Bearing without Inner Ring: RNA series
RNA49/8A RNA49/9A RNA4900A RNA4901A RNA4902A RNA4902AF RNA4903A RNA4904A RNA4905A RNA4906A RNA4907A RNA4907A/AS4 RNA4907AF1 RNA4908A RNA4909A RNA4909AF1 RNA4910A RNA4910A/YB2 RNA4911A
4. Full Complement Needle Bearing: NAVP series
5. Radial Needle Roller and Cage Assemblie: K series
K15x19x8 K16x20x8H K18x22x8 K5x8x8TN K6x9x8 K6x9x8/SO K7x10x8 K7x10x8TN K7x10x8TNA K8x11x8 K8x11x8TN K10x13x8 K14x18x10 K14x18x10/YA5 K15x19x10 K16x20x10 K17x21x10 K17x21x10TV K18x22x10
Cylindrical roller bearings
Bearing 29384em are all spherical roller bearings to the most simple . The bearing type commonly used in high-speed applications.Because the inner ring , outer ring and rollers for line contact , this bearing type have greater radial load capacity. A variety of cylindrical roller bearing structure is N, JN, NF, NU, RNU; fixed ribs ( flanges ) NH, NP, NUP, NUR; fixed wall and ( live ) wall NU, NNU; double row bearings Having an upper mounting flange or the wall of the inner and outer rings have a living structure can withstand a small axial load, the bearing of this type is due to the roller end surface and the flange ( wall ) side of the axial sliding action between the Therefore, the load received axial load limit .Double row cylindrical roller bearings for high-speed , high-precision applications, such as lathes, milling machines and machining centers with spindle bearing . Tapered bore bearing radial clearance can be adjusted when the bearing is mounted on the supporting journal .Standard stamped steel cage for the (board ) or polyamide resin ( nylon ) 's . Maintain high strength brass machined bearing frame for large size or high-speed applications.
Elite Industrial Manufacture Co.,Limited is Specializing in production the bearings , our bearing are widely used by big mechanical corporations. Elite Industrial Manufacture Co.,Limited has high-quality management team,experienced pratitioners,and quick response and professional service team,and meanwhile is equipped with first-class automatic production lines as well as complete quality management machines and system.we sincerely hope to establish a good business relationship with you in the future.

Elite Industrial Manufacture Co.,Limited's major brands are: VICKERS, German Rexroth REXROTH, Japan oil research YUKEN, Japan Tokyo meter (Tokyo) TOKIMEC, Japanese great gold DAIKIN, Japan's No. 2 NACHI, Japanese Sumitomo SUMITOMO, French Dan Nixon DENISON, American Parker PARKER Japan Kawasaki foreign famous brands. Products include: oil pump, hydraulic oil pump, imported oil pump, high pressure pump, gear pump, high pressure pump, quantitative pump, vane pump, plunger pump, variable pump, piston pump, double pump, triple pump, pump accessories, pump maintenance, hydraulic machinery and components.