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High Precision Tapered Roller Bearings 33005 33006 33007 33008 33009 33010 33011 33012 33013 33014 33015 33016 17 18 19 20 21 22 24 26 28 30 High Speed(33010 50x80x24)
LNYTQG 1.Structural Features: Both inner and outer rings feature tapered raceways, with truncated cone-shaped rolling elements. The inner ring, outer ring, rolling elements, and cage collectively form a complete, separable assembly. || 2.Load-bearing capacity: Capable of simultaneously withstanding radial loads and unidirectional axial loads. Axial load capacity increases with contact angle; a larger contact angle makes it suitable for applications where axial loads constitute a higher proportion. || 3.Applicable Conditions: Commonly used in machinery subjected to combined loads, such as automotive hubs, axles, and gearboxes, as well as machine tool spindles and mining equipment. Particularly suitable for low-to-medium speed applications involving impact or vibration. || 4.Installation Requirements: Adjust the clearance during installation (achieved through relative axial displacement between the inner and outer rings). Excessive clearance may cause vibration and noise, while insufficient clearance may accelerate wear due to increased heat generation. A suitable locking device must be used in conjunction. || 5.Performance Limitations: Cannot withstand bidirectional axial loads. For bidirectional load-bearing requirements, must be installed in pairs with opposing directions.
LNYTQG 1.Structural Features: Both inner and outer rings feature tapered raceways, with truncated cone-shaped rolling elements. The inner ring, outer ring, rolling elements, and cage collectively form a complete, separable assembly. || 2.Load-bearing capacity: Capable of simultaneously withstanding radial loads and unidirectional axial loads. Axial load capacity increases with contact angle; a larger contact angle makes it suitable for applications where axial loads constitute a higher proportion. || 3.Applicable Conditions: Commonly used in machinery subjected to combined loads, such as automotive hubs, axles, and gearboxes, as well as machine tool spindles and mining equipment. Particularly suitable for low-to-medium speed applications involving impact or vibration. || 4.Installation Requirements: Adjust the clearance during installation (achieved through relative axial displacement between the inner and outer rings). Excessive clearance may cause vibration and noise, while insufficient clearance may accelerate wear due to increased heat generation. A suitable locking device must be used in conjunction. || 5.Performance Limitations: Cannot withstand bidirectional axial loads. For bidirectional load-bearing requirements, must be installed in pairs with opposing directions.
1 PC Tapered Roller Bearings 33005 33006 33007 33008 33009 33010 33011 33012.(33005)
SIMECCOM The conical structure bears radial and axial loads, and provides stable and reliable support under heavy loads. || Multiple sizes are available to accurately match the installation needs of different devices. || Precision machining reduces friction and vibration, ensuring smooth operation and low noise. || Steel undergoes heat treatment to improve wear resistance and extend its service life. || Adapt to transmission parts such as automobiles and machinery, and withstand complex working conditions.
SIMECCOM The conical structure bears radial and axial loads, and provides stable and reliable support under heavy loads. || Multiple sizes are available to accurately match the installation needs of different devices. || Precision machining reduces friction and vibration, ensuring smooth operation and low noise. || Steel undergoes heat treatment to improve wear resistance and extend its service life. || Adapt to transmission parts such as automobiles and machinery, and withstand complex working conditions.
High Precision Tapered Roller Bearings 33005 33006 33007 33008 33009 33010 33011 33012 33013 33014 33015 33016 17 18 19 20 21 22 24 26 28 30 High Speed(33005 25x47x17)
LNYTQG 1.Structural Features: Both inner and outer rings feature tapered raceways, with truncated cone-shaped rolling elements. The inner ring, outer ring, rolling elements, and cage collectively form a complete, separable assembly. || 2.Load-bearing capacity: Capable of simultaneously withstanding radial loads and unidirectional axial loads. Axial load capacity increases with contact angle; a larger contact angle makes it suitable for applications where axial loads constitute a higher proportion. || 3.Applicable Conditions: Commonly used in machinery subjected to combined loads, such as automotive hubs, axles, and gearboxes, as well as machine tool spindles and mining equipment. Particularly suitable for low-to-medium speed applications involving impact or vibration. || 4.Installation Requirements: Adjust the clearance during installation (achieved through relative axial displacement between the inner and outer rings). Excessive clearance may cause vibration and noise, while insufficient clearance may accelerate wear due to increased heat generation. A suitable locking device must be used in conjunction. || 5.Performance Limitations: Cannot withstand bidirectional axial loads. For bidirectional load-bearing requirements, must be installed in pairs with opposing directions.
LNYTQG 1.Structural Features: Both inner and outer rings feature tapered raceways, with truncated cone-shaped rolling elements. The inner ring, outer ring, rolling elements, and cage collectively form a complete, separable assembly. || 2.Load-bearing capacity: Capable of simultaneously withstanding radial loads and unidirectional axial loads. Axial load capacity increases with contact angle; a larger contact angle makes it suitable for applications where axial loads constitute a higher proportion. || 3.Applicable Conditions: Commonly used in machinery subjected to combined loads, such as automotive hubs, axles, and gearboxes, as well as machine tool spindles and mining equipment. Particularly suitable for low-to-medium speed applications involving impact or vibration. || 4.Installation Requirements: Adjust the clearance during installation (achieved through relative axial displacement between the inner and outer rings). Excessive clearance may cause vibration and noise, while insufficient clearance may accelerate wear due to increased heat generation. A suitable locking device must be used in conjunction. || 5.Performance Limitations: Cannot withstand bidirectional axial loads. For bidirectional load-bearing requirements, must be installed in pairs with opposing directions.
Compatible models:
Hyundai HCE machinery list:
Parts ring Hyundai HCE:
0630-502-047
RING-RETAINER
HDF50-3, HDF80-3, HL35C, HL770, HL770-3, HL770-3ATM, R130W, R130W3, R170W3, R200W2, R200W3
HDF50-3, HDF80-3, HL35C, HL770, HL770-3, HL770-3ATM, R130W, R130W3, R170W3, R200W2, R200W3
3904849
RING-RETAINING
33HDLL, 42HDLL, H70, H80, HDF35A-2, HDF50A, HL17C, HL25C, HL720-3C, HL730-7, HL7303C, HL730TM3C, HL730TM7, HL740-3, HL740-3ATM, HL740-7S, HL740-9B, HL740-9S, HL740-9SB, HL740TM-3, HL740TM-3A, HL750, H...
33HDLL, 42HDLL, H70, H80, HDF35A-2, HDF50A, HL17C, HL25C, HL720-3C, HL730-7, HL7303C, HL730TM3C, HL730TM7, HL740-3, HL740-3ATM, HL740-7S, HL740-9B, HL740-9S, HL740-9SB, HL740TM-3, HL740TM-3A, HL750, H...
3901706
RING-RETAINING
33HDLL, H70, H80, HL17C, HL720-3C, HL7303C, HL730TM3C, HL740-3, HL740-3ATM, HL740TM-3, HL740TM-3A, HL750, HL750-3, HL750TM3, R130LC, R130LC3, R130W, R130W3, R140LC-7, R140LC9S, R140W7, R140W9S, R160LC...
33HDLL, H70, H80, HL17C, HL720-3C, HL7303C, HL730TM3C, HL740-3, HL740-3ATM, HL740TM-3, HL740TM-3A, HL750, HL750-3, HL750TM3, R130LC, R130LC3, R130W, R130W3, R140LC-7, R140LC9S, R140W7, R140W9S, R160LC...
Y190-099000
RING-SNAP
33HDLL, 42HDLL, HL760-9, HL760-9A, HL760-9AW, HL760-F, HW210, HX160L, HX180L, HX220L, HX220NL, HX235L, R160LC3, R160LC7, R160LC7A, R160LC9, R160LC9A, R160LC9S, R160W9A, R170W3, R170W7, R170W7A, R170W9...
33HDLL, 42HDLL, HL760-9, HL760-9A, HL760-9AW, HL760-F, HW210, HX160L, HX180L, HX220L, HX220NL, HX235L, R160LC3, R160LC7, R160LC7A, R160LC9, R160LC9A, R160LC9S, R160W9A, R170W3, R170W7, R170W7A, R170W9...
82E4-2005
RING-STONE RESISTER
R170W3, R170W7, R200W2, R200W3, R200W7
R170W3, R170W7, R200W2, R200W3, R200W7
3802050
RING-PISTON SET
HDF50A, HL17C, HL750, R130LC, R130LC3, R130W, R200LC, R200W2
HDF50A, HL17C, HL750, R130LC, R130LC3, R130W, R200LC, R200W2
0630-502-032
RING-RETAINER
R130W, R130W3, R170W3, R200W2, R200W3
R130W, R130W3, R170W3, R200W2, R200W3
707-35-91330
RING-BACK UP
R200LC, R200W2
R200LC, R200W2
707-35-91230
RING-BACK UP
R200LC, R200W2
R200LC, R200W2
330-17
RING-WEAR
R200W2
R200W2
0734-401-228
RING-PISTON
R200W2
R200W2
0501-309-900
RING-ANGLE
R200W2
R200W2
330-07
RING-BUFFER
R200W2
R200W2
330-06
RING-BACK UP
R200W2
R200W2
424090-44028111
RING-BACK UP
R200W2
R200W2
156327
RING
R200W2
R200W2
154529
RING-SEAL
R200W2
R200W2
156330
RING-SNAP
R200W2
R200W2
82E1-2310
RING-SNAP
R200LC
R200LC
31YC-22010
RING-CUSHION
R200LC, R200W2, R210ECONO, R210LC3LL
R200LC, R200W2, R210ECONO, R210LC3LL
707-39-12110
RING-WEAR
R200LC, R200W2
R200LC, R200W2
707-71-50551
RING-CUSHION
R200LC, R200W2
R200LC, R200W2
707-35-91220
RING-BACK UP
R200LC, R200W2
R200LC, R200W2
330-11
RING-BACK UP
R200W2
R200W2
330-12
RING-CUSHION
R200W2
R200W2
330-15
RING-BACK UP
R200W2
R200W2
330-17
RING-WEAR
R200W2
R200W2
000792
RING-SNAP
R200W2
R200W2
000695
RING-BACK UP
R200W2
R200W2
000751
RING-BUFFER
R200W2
R200W2
000714
RING-BACK UP
R200W2
R200W2
000805
RING-WEAR
R200W2
R200W2
000793
RING-SNAP
R200W2
R200W2
000696
RING-BACK UP
R200W2
R200W2
000752
RING-BUFFER
R200W2
R200W2