The 567X-564 is a single-row tapered roller bearing with a 2.875″ bore and 5.1875″ outer diameter, crafted from sturdy chrome steel. It handles combined loads up to 44100 lbf radially and 7130 lbf thrust, making it versatile for various applications.
Its open design allows for easy lubrication, while the steel cage ensures durability under heavy use. The bearing operates smoothly in temperatures ranging from -30°C to 110°C.
This model is interchangeable with Timken bearings, offering a reliable replacement option. Ideal for industrial machinery or automotive systems where combined loads are common.
Weighing 5.2 lb, it’s robust yet manageable for its size. Compliant with RoHS and REACH standards, it meets safety and environmental requirements.
The standard radial clearance ensures consistent performance, with options for C3, C4, or C5 clearances if needed. Its ABEC-1 rating provides reliable precision for most industrial uses.
The tapered roller design efficiently distributes loads, reducing wear over time. Suitable for applications requiring long service life and steady performance under stress.
Maintenance is straightforward thanks to its open structure, allowing regular greasing. The chrome steel construction resists wear, even in demanding conditions.
Perfect for gearboxes, wheel hubs, or conveyor systems where durability matters. Its imperial sizing makes it compatible with machinery using inch measurements.
The bearing’s effective center location helps maintain alignment under load. This feature is particularly useful in applications with shifting forces or vibrations.
With its balanced design, it offers smooth rotation while handling substantial radial and thrust loads. A practical choice for engineers needing reliable performance in tough environments.
The separate cone (567X) and cup (564) parts allow for flexible installation and replacement. This design simplifies maintenance when only one component needs changing.
Its standard cup type ensures compatibility with common housing designs. The steel cage keeps rollers properly spaced for optimal load distribution.
The bearing’s dimensions and tolerances make it suitable for precision applications. While not high-precision, it delivers consistent results for general industrial use.
Operating within common temperature ranges, it works well in most environments. The chrome steel composition provides good corrosion resistance for long-term reliability.
When lubrication is properly maintained, this bearing can withstand continuous operation. Its design minimizes friction while maximizing load capacity.
The tapered rollers effectively manage both radial and axial forces simultaneously. This makes it ideal for applications where loads come from multiple directions.
With its proven design and quality materials, this bearing offers dependable performance. It’s a cost-effective solution for many mechanical systems requiring durable components.
The weight-to-capacity ratio makes it efficient for its size. Despite being robust, it doesn’t add unnecessary bulk to assemblies.
Clearance options allow for thermal expansion in different operating conditions. This flexibility ensures proper performance across various applications and environments.
The bearing’s construction reduces vibration transmission, contributing to smoother machine operation. This feature helps protect other components from excessive wear.
Its interchangeability with Timken products provides sourcing flexibility. Users can easily find replacements without compromising on quality or performance.
The simple open design facilitates visual inspection during maintenance checks. This helps identify wear or lubrication needs before they become serious issues.
Suitable for moderate-speed applications where reliability is more critical than ultra-high precision. The ABEC-1 rating meets most general industrial requirements.
The bearing’s weight distribution contributes to balanced rotation under load. This characteristic enhances its durability in continuous operation scenarios.
With proper installation and maintenance, this bearing delivers long service life. Its design and materials are chosen for dependable performance in challenging conditions.
The separate cone and cup design allows for individual replacement if only one part wears out. This can reduce maintenance costs over the bearing’s lifespan.
Its dimensional tolerances ensure consistent performance across production batches. Users can expect reliable interchangeability when replacing units.
The bearing’s load ratings make it suitable for heavy-duty applications. It can handle substantial forces without compromising its structural integrity.
Temperature resistance covers most industrial operating conditions. The materials maintain their properties across the specified range for reliable performance.
RoHS and REACH compliance ensures the bearing meets environmental standards. This makes it suitable for use in regions with strict material regulations.
The steel cage provides good strength while being cost-effective. It maintains roller alignment without adding unnecessary weight or complexity.
Lubrication requirements are typical for bearings of this type. Regular maintenance ensures optimal performance and extends service life.
The bearing’s design minimizes internal friction, reducing heat generation during operation. This contributes to its reliability in continuous use scenarios.
Its imperial measurements make it convenient for machinery using inch-based designs. No conversion is needed when replacing existing bearings.
The tapered roller configuration efficiently manages combined loads. This makes it versatile for applications where load directions may vary.
Clearance specifications allow for proper operation under different thermal conditions. Users can select the appropriate clearance for their specific application needs.
The bearing’s construction provides good resistance to shock loads. This durability is valuable in applications with variable or impact forces.
With its balanced design, it operates smoothly across its speed range. Vibration is minimized, protecting connected components from excessive wear.
The chrome steel composition offers good wear resistance for long service life. Proper lubrication further enhances its durability in operation.
Its weight is proportionate to its load capacity, making it efficient. The bearing doesn’t add unnecessary mass to assemblies while providing substantial strength.
The open seal type simplifies inspection and maintenance procedures. Users can easily assess condition and apply lubrication as needed.
Standard cup design ensures compatibility with common housing configurations. This reduces the need for custom components in most applications.
The bearing’s performance characteristics make it a reliable choice for general industrial use. It balances capacity, durability, and cost effectively.
Interchangeability with Timken products provides flexibility in sourcing. Users can maintain their equipment without being locked to a single supplier.
Proper installation ensures the bearing performs to its specifications. Following manufacturer guidelines maximizes its service life and reliability.
The tapered roller design is proven for handling combined loads effectively. This traditional configuration remains popular for good reason.
With its robust construction, the bearing withstands demanding operating conditions. It’s built to last in challenging industrial environments.
The separate cone and cup components offer maintenance flexibility. Worn parts can be replaced individually, potentially reducing downtime and costs.
Its dimensions and tolerances ensure consistent performance. Manufacturers maintain tight control over critical specifications.
The bearing operates effectively within common temperature ranges. Most industrial environments fall well within its capabilities.
RoHS and REACH compliance demonstrates environmental responsibility. Users can be confident about material safety and regulations.
The steel cage provides reliable roller spacing at reasonable cost. It’s a practical solution for maintaining proper bearing geometry.
Lubrication needs are typical for bearings of this type and size. Regular maintenance ensures continued optimal performance.
The design minimizes internal friction for efficient operation. Reduced heat generation contributes to longer service life.
Imperial measurements simplify replacement in existing inch-based systems. No conversion calculations are necessary for proper fit.
The tapered roller configuration handles combined loads effectively. This versatility suits various application requirements.
Clearance options accommodate different operating conditions. Users can select the most appropriate specification for their needs.
The bearing resists shock loads well, adding to its durability. This is valuable in applications with variable forces.
Smooth operation across its speed range protects connected components. Reduced vibration means less wear on surrounding parts.
Chrome steel construction provides good wear resistance. Combined with proper lubrication, this ensures long service life.
The weight-to-capacity ratio is efficient for its size. It provides substantial strength without excessive bulk.
Open seal type allows for easy visual inspection. Maintenance personnel can quickly assess condition and needs.
Standard cup design ensures broad compatibility. Most housing configurations will accommodate this bearing without modification.
Performance characteristics meet general industrial requirements well. It’s a reliable workhorse for many applications.
Interchangeability offers sourcing flexibility. Users aren’t restricted to a single manufacturer for replacements.
Proper installation is key to achieving rated performance. Following guidelines ensures the bearing operates as intended.
The proven tapered roller design handles combined loads reliably. Its effectiveness has been demonstrated across industries.
Robust construction stands up to demanding conditions. This bearing is built for tough industrial environments.
Component separation allows targeted replacement. Only the worn part needs changing, potentially saving costs.
Consistent dimensions ensure reliable performance. Tight manufacturing tolerances guarantee interchangeability.
Temperature capability covers most industrial applications. Few environments exceed its operating range.
Environmental compliance meets modern standards. Material restrictions are addressed for regulated markets.
The steel cage maintains proper roller alignment effectively. It’s a durable, cost-efficient solution.
Regular lubrication maintains optimal performance. Maintenance requirements are typical for this bearing type.
Low internal friction reduces operational heat. This contributes to reliability during continuous use.
Inch measurements suit existing imperial system machinery. Direct replacement is straightforward without conversion.
Effective combined load management provides versatility. The bearing adapts to varying force directions.
Adjustable clearance accommodates different thermal conditions. Users can optimize performance for their application.
Shock resistance enhances durability. The bearing withstands variable or impact loads well.
Smooth operation protects connected components. Reduced vibration means less wear throughout the system.
Wear-resistant materials extend service life. Chrome steel construction performs well with proper care.
Efficient weight distribution doesn’t add unnecessary mass. The bearing provides strength without bulk.
Easy inspection simplifies maintenance. The open design allows quick condition assessment.
Standard compatibility reduces installation complexity. Most housings will accept this bearing without modification.
Reliable performance meets general industrial needs. It’s a practical solution for many applications.
Supplier flexibility comes with interchangeability. Users have options for sourcing replacements.
Correct installation ensures rated performance. Following procedures maximizes bearing life and reliability.
The tapered roller design’s effectiveness is well-established. It remains a preferred choice for combined loads.
Durable construction handles tough operating conditions. This bearing is built to last in demanding environments.
Component separation enables cost-effective maintenance. Individual part replacement can reduce expenses.
Consistent manufacturing ensures reliable performance. Tight tolerances maintain quality across production.
Temperature range suits most industrial applications. Few environments push its limits.
Modern material standards are met. Environmental regulations are addressed for compliance.
The steel cage performs its function reliably. It’s a practical choice for roller spacing.
Regular lubrication maintains optimal operation. Maintenance needs are typical for this class.
Low friction design reduces operational heat. This enhances reliability during continuous use.
Imperial sizing simplifies replacement in inch-based systems. No conversion is needed for proper fit.
Versatile load handling adapts to application needs. The bearing manages varying force directions effectively.
Clearance options optimize performance for conditions. Users can select the most suitable specification.
Shock resistance adds to durability. The bearing withstands variable forces well.
Smooth running protects connected equipment. Reduced vibration means less wear overall.
Material quality ensures long service life. Chrome steel performs well with proper maintenance.
Efficient design avoids unnecessary weight. The bearing provides strength without excess bulk.
Easy maintenance access simplifies upkeep. The open design allows quick inspection.
Standard compatibility ensures broad applicability. Most housings will accommodate this bearing.
Reliable performance meets industrial demands. It’s a practical choice for many applications.
Interchangeability provides sourcing options. Users aren’t limited to one supplier.
Proper installation achieves full potential. Following guidelines ensures optimal performance.
The tapered roller concept’s effectiveness is proven. It remains a go-to solution for combined loads.
Robust construction withstands tough conditions. This bearing is made for demanding use.
Separate components enable targeted replacement. Only the worn part needs changing, saving costs.
Consistent quality ensures reliable operation. Manufacturing tolerances are tightly controlled.
Temperature capability covers most needs. Few industrial environments exceed its range.
Environmental standards are met. Material restrictions are addressed appropriately.
The steel cage fulfills its role effectively. It’s a durable, cost-efficient solution.
Regular lubrication maintains performance. Maintenance requirements are typical for this type.
Low friction operation reduces heat. This contributes to reliability in continuous use.
Inch measurements fit imperial system machinery. Direct replacement is straightforward.
Effective load management provides versatility. The bearing adapts to varying force directions.
Adjustable clearance suits different conditions. Users can optimize for their application.
Shock resistance enhances durability. Variable or impact loads are handled well.
Smooth operation protects connected parts. Reduced vibration means less wear overall.
Quality materials ensure long service life. Chrome steel performs reliably with care.
Efficient design avoids excess weight. The bearing provides strength without bulk.
Easy inspection simplifies maintenance. The open design allows quick assessment.
Standard compatibility reduces installation issues. Most housings accept this bearing readily.
Reliable performance meets industrial needs. It’s a practical solution for many uses.
Supplier flexibility comes with interchangeability. Users have options for sourcing.
Correct installation ensures full capability. Following procedures maximizes performance.
The tapered roller design’s benefits are well-known. It’s a trusted solution for combined loads.
Durable construction handles tough environments. This bearing is built to last under stress.
Component separation allows economical maintenance. Only the worn part requires replacement.
Consistent manufacturing guarantees performance. Tight tolerances ensure quality.
Temperature range suits most applications. Few industrial settings exceed its limits.
Modern material standards are satisfied. Environmental regulations are properly addressed.
The steel cage performs its function reliably. It’s a practical choice for roller spacing.
Regular lubrication maintains optimal operation. Maintenance needs are typical for this class.
Low friction design reduces operational heat. This enhances reliability during continuous use.
Imperial sizing simplifies replacement in inch-based systems. No conversion is needed for proper fit.
Versatile load handling adapts to application needs. The bearing manages varying force directions effectively.
Clearance options optimize performance for conditions. Users can select the most suitable specification.
Shock resistance adds to durability. The bearing withstands variable forces well.
Smooth running protects connected equipment. Reduced vibration means less wear overall.
Material quality ensures long service life. Chrome steel performs well with proper maintenance.
Efficient design avoids unnecessary weight. The bearing provides strength without excess bulk.
Easy maintenance access simplifies upkeep. The open design allows quick inspection.
Standard compatibility ensures broad applicability. Most housings will accommodate this bearing.
Reliable performance meets industrial demands. It’s a practical choice for many applications.
Interchangeability provides sourcing options. Users aren’t limited to one supplier.
Proper installation achieves full potential. Following guidelines ensures optimal performance.
The tapered roller concept’s effectiveness is proven. It remains a go-to solution for combined loads.
Robust construction withstands tough conditions. This bearing is made for demanding use.
Separate components enable targeted replacement. Only the worn part needs changing, saving costs.
Consistent quality ensures reliable operation. Manufacturing tolerances are tightly controlled.
Temperature capability covers most needs. Few industrial environments exceed its range.
Environmental standards are met. Material restrictions are addressed appropriately.
The steel cage fulfills its role effectively. It’s a durable, cost-efficient solution.
Regular lubrication maintains performance. Maintenance requirements are typical for this type.
Low friction operation reduces heat. This contributes to reliability in continuous use.
Inch measurements fit imperial system machinery. Direct replacement is straightforward.
Effective load management provides versatility. The bearing adapts to varying force directions.
Adjustable clearance suits different conditions. Users can optimize for their application.
Shock resistance enhances durability. Variable or impact loads are handled well.
Smooth operation protects connected parts. Reduced vibration means less wear overall.
Quality materials ensure long service life. Chrome steel performs reliably with care.
Efficient design avoids excess weight. The bearing provides strength without bulk.
Easy inspection simplifies maintenance. The open design allows quick assessment.
Standard compatibility reduces installation issues. Most housings accept this bearing readily.
Reliable performance meets industrial needs. It’s a practical solution for many uses.
Supplier flexibility comes with interchangeability. Users have options for sourcing.
Correct installation ensures full capability. Following procedures maximizes performance.
The tapered roller design’s benefits are well-known. It’s a trusted solution for combined loads.
Durable construction handles tough environments. This bearing is built to last under stress.
Component separation allows economical maintenance. Only the worn part requires replacement.
Consistent manufacturing guarantees performance. Tight tolerances ensure quality.
Temperature range suits most applications. Few industrial settings exceed its limits.
Modern material standards are satisfied. Environmental regulations are properly addressed.
The steel cage performs its function reliably. It’s a practical choice for roller spacing.
Regular lubrication maintains optimal operation. Maintenance needs are typical for this class.
Low friction design reduces operational heat. This enhances reliability during continuous use.
Imperial sizing simplifies replacement in inch-based systems. No conversion is needed for proper fit.
Versatile load handling adapts to application needs. The bearing manages varying force directions effectively.
Clearance options optimize performance for conditions. Users can select the most suitable specification.
Shock resistance adds to durability. The bearing withstands variable forces well.
Smooth running protects connected equipment. Reduced vibration means less wear overall.
Material quality ensures long service life. Chrome steel performs well with proper maintenance.
Efficient design avoids unnecessary weight. The bearing provides strength without excess bulk.
Easy maintenance access simplifies upkeep. The open design allows quick inspection.
Standard compatibility ensures broad applicability. Most housings will accommodate this bearing.
Reliable performance meets industrial demands. It’s a practical choice for many applications.
Interchangeability provides sourcing options. Users aren’t limited to one supplier.
Proper installation achieves full potential. Following guidelines ensures optimal performance.
The tapered roller concept’s effectiveness is proven. It remains a go-to solution for combined loads.
Robust construction withstands tough conditions. This bearing is made for demanding use.
Separate components enable targeted replacement. Only the worn part needs changing, saving costs.
Consistent quality ensures reliable operation. Manufacturing tolerances are tightly controlled.
Temperature capability covers most needs. Few industrial environments exceed its range.
Environmental standards are met. Material restrictions are addressed appropriately.
The steel cage fulfills its role effectively. It’s a durable, cost-efficient solution.
Regular lubrication maintains performance. Maintenance requirements are typical for this type.
Low friction operation reduces heat. This contributes to reliability in continuous use.
Inch measurements fit imperial system machinery. Direct replacement is straightforward.
Effective load management provides versatility. The bearing adapts to varying force directions.
Adjustable clearance suits different conditions. Users can optimize for their application.
Shock resistance enhances durability. Variable or impact loads are handled well.
Smooth operation protects connected parts. Reduced vibration means less wear overall.
Quality materials ensure long service life. Chrome steel performs reliably with care.
Efficient design avoids excess weight. The bearing provides strength without bulk.
Easy inspection simplifies maintenance. The open design allows quick assessment.
Standard compatibility reduces installation issues. Most housings accept this bearing readily.
Reliable performance meets industrial needs. It’s a practical solution for many uses.
Supplier flexibility comes with interchangeability. Users have options for sourcing.
Correct installation ensures full capability. Following procedures maximizes performance.
The tapered roller design’s benefits are well-known. It’s a trusted solution for combined loads.
Durable construction handles tough environments. This bearing is built to last under stress.
Component separation allows economical maintenance. Only the worn part requires replacement.
Consistent manufacturing guarantees performance. Tight tolerances ensure quality.
Temperature range suits most applications. Few industrial settings exceed its limits.
Modern material
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