JM734449/JM734410
- Inner diameter:
- 6.6929 inch
- Outer diameter:
- 99.4488 inch
- Width:
- 1.8110 inch
- Mass:
- 13.76 Ibs
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Specifications
Seris - JM734449/JM734410
Description
QIBR - JM734449/JM734410 Tapered Roller Bearing Advantages and Applications
JM734449/JM734410 Tapered Roller Bearing, high load-bearing capacity, high rigidity, {$Bore$} is {$Bore_value$}, {$Cup outer diameter (D)$} is {$Cup outer diameter (D)_value$}, {$Bearing width (T)$} is {$Bearing width (T)_value$}, Weight is 13.76 Ibs, suitable for wheelsets and axle boxes of locomotives, gearboxes and harvesters, etc., and is the most widely used bearing in working conditions with high load-bearing capacity requirements.
QIBR - JM734449/JM734410 Tapered Roller Bearing Characteristics
JM734449/JM734410 Tapered Roller Bearing, long life, easy installation and maintenance, strong adaptability. JM734449/JM734410 Tapered Roller Bearing, can withstand radial load, certain axial load and overturning moment, suitable for mechanical equipment with high durability requirements.
JM734449/JM734410 Tapered Roller Bearings Features and Advantages
Strong Load Capacity: Tapered roller bearings can withstand significant radial and axial forces, making them particularly suitable for handling combined loads. The axial load capacity depends on the contact angle; the larger the contact angle, the greater the axial load capacity.
High Precision: These bearings are manufactured using grinding processes, ensuring high precision, which is essential for applications requiring exacting standards.
Adjustable Clearance: During installation, the clearance can be adjusted by modifying the relative positions of the inner and outer rings, optimizing performance.
Good Rigidity and Impact Resistance: The compact structure of tapered roller bearings provides excellent rigidity and outstanding impact resistance.
Application: They are widely used in fields such as gearboxes, lifting equipment, rolling mills, automotive, metallurgy, petroleum, mining machinery, mechanical manufacturing, and aerospace.
QIBR - JM734449/JM734410 Tapered Roller Bearings Optimization
Heat Treatment: The manufacturing process is optimized through martensitic quenching (standard) and surface hardening heat treatment.
Cage Type: The type of cage is selected based on customer requirements and operating conditions, including options like stamped cages, glass fiber reinforced PA66 cages, and PEEK cages.
Special Variants: For specific application requirements, options include solid oil bearings, INSOCOAT insulated bearings, and NoWear non-wearing coated bearings.
More customization: QIBR can design and optimize bearings based on customer drawings and operational needs.
QIBR - JM734449/JM734410 Tapered Roller Bearings Quality Control
Dimension measurement: Various high-precision instruments are used to measure multiple dimensions of the bearings, achieving a maximum precision of 0.001mm.
Rotation accuracy: A dial gauge is employed to measure minor surface imperfections or deviations, with a measurement precision of up to 0.001mm.
Hardness measurement: Surface hardness is measured using a hardness tester, with a precision of ±0.5 HRC.
Metallographic analysis: Professional metallographic microscopes are used to analyze the internal metallographic structure of the metal.
Geometric tolerance: A profile meter measures the geometric shape and relative positions of the bearings.
Noise monitoring: Vibration monitoring devices assess the vibration conditions during operation to derive noise data.
Raw material control: Steel and parts are sourced from ISO 14001-certified suppliers, ensuring product stability while promoting sustainable development.
Features & Benefits
Tapered roller bearings feature a cup and cone assembly. The cup is comprised of the outer ring and the cone assembly consists of inner ring, rollers, and cage. This bearing construction accommodates combined loads and provides low friction during operation. By adjusting one single row tapered roller bearing against a second tapered roller bearing and applying a preload, a rigid bearing application can be achieved.
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