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The 574 single cup is an imperial-sized tapered roller bearing component, measuring 5.04″ in backface diameter and 5.5115″ in outer diameter. Made from durable chrome steel, it operates reliably in temperatures from -30°C to 110°C.
Its standard cup design fits various cone assemblies, including the 575, 576, and 580 series, offering versatile compatibility. The precise tolerances ensure a secure fit in industrial applications.
This cup is interchangeable with Timken bearings, making it a practical choice for replacements or repairs. It meets ABEC-1 standards for general precision requirements.
Ideal for machinery requiring tapered roller bearings, such as gearboxes or wheel hubs. Compliant with RoHS and REACH regulations for safe use in different industries.
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How Is 574 Bearing Engineered for Reliability?
574 Bearing features chrome steel construction, ensuring durability and resistance to wear in demanding conditions.
Its precise outer diameter tolerance of +0.001″ to 0 guarantees a secure fit, reducing operational vibrations.
The tapered roller design enhances load distribution, improving performance under heavy loads.
With a temperature range of -30° to 110°C, it remains reliable in various environments.
Why Choose 574 Bearing for Precision Tasks?
574 Bearing’s ABEC-1 rating ensures consistent precision, making it suitable for accurate applications.
The chrome steel rings provide excellent strength, while the tapered rollers ensure smooth operation.
Its standard cup type design allows easy integration with compatible bearing components.
The tight tolerances on cup width and outer diameter enhance stability during use.
Built for Durability: 574 Bearing
574 Bearing is crafted from high-quality chrome steel, offering long-lasting performance in tough conditions.
The tapered roller design efficiently handles both radial and axial loads, reducing stress on components.
Its wide temperature range ensures functionality in diverse industrial settings.
Compliance with RoHS and REACH standards highlights its environmental and safety credentials.
Steel vs Ceramic Bearings: Strengths of 574 Bearing
574 Bearing’s chrome steel construction provides superior strength and wear resistance compared to ceramic options.
The tapered roller design ensures effective load distribution, enhancing longevity under heavy use.
Its precise manufacturing tolerances contribute to reliable and consistent performance.
With a broad operating temperature range, it adapts well to varying industrial demands.
Performance Features of 574 Bearing
574 Bearing’s tapered roller design ensures smooth operation and efficient load handling.
The chrome steel material resists wear, extending the bearing’s service life in harsh conditions.
Its ABEC-1 rating confirms its suitability for precision applications requiring consistent performance.
Compliance with RoHS and REACH standards ensures it meets global environmental and safety requirements.
Practical Applications of 574 Single Cups
574 Single Cups are commonly used in heavy machinery, such as construction equipment and agricultural vehicles, where their tapered design handles combined radial and axial loads effectively. The chrome steel construction ensures durability in tough working conditions.
Where Is 574 Single Cups Used?
You’ll often find 574 Single Cups in industrial gearboxes and conveyor systems, where their precise inch measurements fit seamlessly with imperial-sized components. Their compatibility with Timken designs makes them a versatile choice for maintenance and replacements.
Built for Heavy-Duty Use: 574 Single Cups
574 Single Cups excel in mining and forestry equipment, thanks to their robust chrome steel rings and ABEC-1 rating. The standard cup design simplifies installation, reducing downtime during repairs.
Automotive vs Industrial: Applications of 574 Single Cups
In automotive applications, 574 Single Cups support wheel hubs and differential systems, while in industrial settings, they’re ideal for large pumps and compressors. Their temperature range of -30° to 110°C ensures reliability in varied environments.
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