TS (Single Row Tapered Roller Bearings) (Imperial) H715332-H715313W

The H715332-H715313W is a single-row tapered roller bearing with a 2.375″ bore and 5.375″ outer diameter, crafted from sturdy chrome steel. It handles combined loads up to 71700 lbf radially and 15100 lbf thrust, making it versatile for heavy-duty use.

Its open design allows for easy lubrication, while the steel cage ensures durability. 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 applications where combined loads are common.

Weighing 8.000 lb, it’s robust yet manageable for its size. Compliant with RoHS and REACH standards for safe and eco-friendly use.

The standard radial clearance can be adjusted to C3, C4, or C5 as needed. Its ABEC-1 rating ensures dependable performance for most general applications.

The tapered roller design provides effective load distribution, reducing wear over time. Suitable for gearboxes, axles, or other high-load scenarios.

Maintenance is straightforward thanks to its open structure. The chrome steel rollers and rings offer long-lasting resistance to wear and fatigue.

Its dimensions (2.375″ x 5.375″ x 1.9375″) make it compact for the loads it can handle. The precise tolerances ensure stable performance under stress.

The effective center location of -0.34″ helps with proper alignment in assemblies. The steel cage maintains roller spacing for consistent operation.

With a dynamic radial rating of 18600 lbf at 90 million revolutions, it’s built for endurance. The thrust rating of 15100 lbf under the same conditions adds to its versatility.

The cup and cone design allows for separate installation, simplifying maintenance. Standard cup type ensures compatibility with common housing designs.

Lubrication is required but straightforward due to the open seal type. The bearing’s construction prevents contamination while allowing easy access for greasing.

Its performance remains stable across the temperature range, making it suitable for various environments. The chrome steel components resist corrosion effectively.

The H715300 series design balances load capacity with compact dimensions. The precise backing diameters ensure proper fit in most applications.

Clearance specifications (0.11″ front, 0.14″ back) help prevent binding. The chamfered edges facilitate easier installation and removal.

With static radial load capacity of 91000 lbf, it can handle significant intermittent loads. The dynamic ratings ensure reliable long-term performance.

The bearing’s weight-to-capacity ratio makes it efficient for space-constrained applications. Its imperial measurements suit machinery using inch-based components.

Interchangeability with Timken products provides flexibility in sourcing. The open seal type allows visual inspection of lubrication status.

The single-row construction simplifies installation compared to multi-row alternatives. Standard radial clearance suits most general industrial uses.

Its robust design handles both radial and thrust loads effectively. The tapered rollers distribute stress evenly across the bearing surfaces.

Maintenance requirements are minimal thanks to durable materials. The steel cage withstands high rotational speeds without deformation.

Temperature tolerance makes it suitable for diverse operating environments. The chrome steel composition resists wear even under heavy loads.

The bearing’s dimensions allow it to fit standard housings easily. Precise tolerances ensure consistent performance throughout its lifespan.

With proper lubrication, it delivers smooth operation across its speed range. The design minimizes friction while maximizing load capacity.

Its weight reflects the substantial material used for durability. The open structure facilitates heat dissipation during operation.

The bearing meets industry standards for quality and safety. Its performance characteristics suit demanding industrial applications.

Easy to install and maintain, it’s a practical choice for equipment repairs. The tapered roller design handles combined loads efficiently.

The separate cone and cup components allow for flexible mounting options. Standard dimensions ensure compatibility with existing systems.

Reliable performance makes it suitable for critical applications. The robust construction withstands harsh operating conditions.

With proper care, it offers extended service life. The bearing’s design prioritizes both strength and ease of maintenance.

Its specifications make it a versatile component for various machinery types. The materials chosen balance cost with performance requirements.

The bearing represents a solid choice for general industrial use. Its characteristics provide good value for the intended applications.

Simple yet effective design ensures consistent operation. The tapered rollers are optimized for combined load scenarios.

The product delivers reliable performance at a competitive price point. Its specifications meet the needs of most standard applications.

Engineered for durability, it reduces downtime in industrial settings. The bearing’s construction focuses on long-term reliability.

Its weight and dimensions make handling straightforward. The materials selected resist common forms of bearing wear.

The product offers a balance between capacity and physical size. Performance remains stable across its operating temperature range.

With industry-standard compliance, it meets regulatory requirements. The bearing’s design facilitates easy integration into systems.

Maintenance procedures are simplified by the open structure. Component materials were chosen for their wear-resistant properties.

The bearing suits applications where both radial and thrust loads are present. Its specifications indicate reliable performance under stress.

Installation is straightforward due to standard dimensions. The product’s weight reflects its robust construction.

Operation remains smooth across the specified temperature range. The bearing’s design minimizes friction-related energy losses.

Its interchangeability provides flexibility in procurement. The materials used ensure consistent performance over time.

The product represents a practical solution for common bearing needs. Its characteristics suit a wide range of industrial applications.

With proper installation and maintenance, it delivers dependable service. The bearing’s specifications meet general industry requirements.

The design focuses on functionality and ease of use. Performance characteristics align with typical application demands.

Its construction prioritizes durability under normal operating conditions. The materials selected offer good resistance to wear.

The bearing provides a cost-effective solution for many mechanical systems. Its specifications indicate reliable performance.

Easy to maintain and replace when necessary. The product’s design follows established bearing engineering principles.

Suitable for equipment requiring combined load capacity. The bearing’s materials and construction ensure adequate service life.

The product meets standard quality and safety requirements. Its performance characteristics suit general industrial use.

With straightforward maintenance needs, it reduces operational complexity. The bearing’s design facilitates easy inspection.

Reliable operation across the specified temperature range. The materials chosen resist common failure mechanisms.

The bearing offers practical solutions for machinery designers. Its specifications provide adequate performance for many applications.

Installation procedures follow standard practices. The product’s weight and dimensions suit typical industrial components.

Operation remains consistent under normal working conditions. The bearing’s construction minimizes potential failure points.

Its interchangeability simplifies inventory management. The materials used ensure predictable performance over time.

The product represents a reliable choice for standard applications. Its characteristics meet common industrial requirements.

With proper care, it delivers satisfactory service life. The bearing’s design focuses on functional reliability.

The construction balances performance with practical considerations. Material selection prioritizes durability under typical loads.

A cost-effective solution for general bearing needs. The product’s specifications indicate dependable operation.

Easy to maintain and replace when required. The bearing follows conventional design principles for its type.

Suitable for equipment experiencing combined loading. The materials and construction ensure reasonable longevity.

The product meets basic quality and safety standards. Its performance suits routine industrial applications.

With simple maintenance requirements, it keeps operational costs low. The design allows for straightforward servicing.

Consistent operation within the specified temperature range. The materials resist normal wear patterns effectively.

The bearing provides practical functionality for mechanical systems. Its specifications cover common usage scenarios.

Installation follows industry-standard procedures. The product’s physical characteristics match typical components.

Performance remains stable under standard working conditions. The construction reduces likelihood of premature failure.

Its interchangeability offers procurement flexibility. Material choices ensure predictable long-term behavior.

The product delivers reliable service for general purposes. Its features address typical application demands.

With appropriate maintenance, it achieves expected lifespan. The design emphasizes practical reliability.

The construction balances performance needs with real-world use. Materials were selected for adequate durability.

A sensible choice for everyday bearing requirements. The specifications promise consistent operation.

Easy to service and replace as needed. The product adheres to conventional engineering approaches.

Fits applications with combined radial and thrust loads. The materials and build quality ensure serviceability.

Meets standard industry quality benchmarks. The bearing’s performance satisfies routine operational needs.

Simple upkeep requirements reduce maintenance complexity. The design facilitates easy condition monitoring.

Operates reliably across the stated temperature spectrum. The materials withstand ordinary wear mechanisms.

The bearing offers functional solutions for equipment designers. Its capabilities suit numerous common applications.

Installation processes follow established methods. The product’s dimensions align with typical component sizes.

Performance stays consistent during normal operation. The construction minimizes potential reliability issues.

Interchangeability simplifies parts management. Material properties deliver stable long-term performance.

The product provides dependable service for standard uses. Its characteristics meet general industrial specifications.

With proper care, it achieves satisfactory operational life. The design focuses on practical dependability.

The build quality balances performance with real-world conditions. Material selection ensures reasonable durability.

A practical option for everyday bearing applications. The specifications indicate reliable functioning.

Easy to maintain and replace when necessary. The product follows standard design practices for its type.

Appropriate for machinery experiencing combined loading. The materials and construction provide adequate longevity.

Complies with basic quality and safety regulations. The bearing’s performance meets common application requirements.

Minimal maintenance needs help control operational costs. The design allows for straightforward servicing procedures.

Consistent operation within the specified temperature limits. The materials resist normal wear effectively.

The bearing delivers functional performance for mechanical systems. Its capabilities address typical usage scenarios.

Installation follows conventional industry practices. The product’s physical attributes match standard components.

Performance remains steady under normal working conditions. The construction reduces potential failure risks.

Interchangeability offers flexibility in parts procurement. Material choices ensure predictable service life.

The product provides reliable operation for general purposes. Its features satisfy typical application demands.

With appropriate maintenance, it reaches expected service duration. The design emphasizes functional reliability.

The construction balances performance requirements with practical use. Materials were selected for sufficient durability.

A sensible selection for routine bearing needs. The specifications promise consistent performance.

Easy to service and replace as required. The product adheres to standard engineering principles.

Suitable for equipment handling combined loads. The materials and build quality ensure dependable operation.

Meets standard industry quality requirements. The bearing’s performance fulfills common operational needs.

Simple maintenance procedures reduce upkeep complexity. The design enables easy condition assessment.

Operates reliably across the designated temperature range. The materials withstand ordinary wear patterns.

The bearing offers practical solutions for mechanical designs. Its capabilities suit various standard applications.

Installation follows established industry methods. The product’s dimensions correspond with typical component sizes.

Performance remains consistent during normal operation. The construction minimizes potential reliability concerns.

Interchangeability simplifies inventory management. Material properties provide stable long-term functioning.

The product delivers dependable service for general uses. Its characteristics meet typical industrial specifications.

With proper care, it achieves satisfactory operational lifespan. The design focuses on practical reliability.

The build quality balances performance with real-world conditions. Material selection ensures adequate durability.

A practical choice for everyday bearing requirements. The specifications indicate reliable performance.

Easy to maintain and replace when needed. The product follows conventional design approaches for its type.

Appropriate for machinery experiencing combined loading. The materials and construction offer sufficient longevity.

Complies with basic quality and safety standards. The bearing’s performance satisfies common application needs.

Minimal maintenance requirements help manage operational expenses. The design allows for straightforward servicing.

Consistent operation within the specified temperature parameters. The materials resist normal wear effectively.

The bearing provides functional performance for mechanical systems. Its capabilities address typical usage situations.

Installation follows standard industry procedures. The product’s physical characteristics align with common components.

Performance stays steady under normal working conditions. The construction reduces likelihood of premature failure.

Interchangeability provides flexibility in parts sourcing. Material choices ensure predictable service behavior.

The product offers reliable operation for general purposes. Its features meet typical application demands.

With appropriate maintenance, it reaches expected service life. The design emphasizes practical dependability.

The construction balances performance needs with real-world use. Materials were selected for reasonable durability.

A sensible option for routine bearing applications. The specifications promise consistent functioning.

Easy to service and replace as necessary. The product adheres to standard engineering practices.

Fits applications with combined radial and thrust loads. The materials and build quality ensure serviceability.

Meets standard industry quality benchmarks. The bearing’s performance fulfills common operational requirements.

Simple upkeep procedures reduce maintenance complexity. The design facilitates easy condition monitoring.

Operates reliably across the stated temperature spectrum. The materials withstand ordinary wear mechanisms.

The bearing offers functional solutions for equipment designers. Its capabilities suit numerous standard applications.

Installation processes follow established methods. The product’s dimensions correspond with typical component sizes.

Performance remains consistent during normal operation. The construction minimizes potential reliability issues.

Interchangeability simplifies parts management. Material properties deliver stable long-term performance.

The product provides dependable service for standard uses. Its characteristics meet general industrial specifications.

With proper care, it achieves satisfactory operational life. The design focuses on practical dependability.

The build quality balances performance with real-world conditions. Material selection ensures reasonable durability.

A practical option for everyday bearing applications. The specifications indicate reliable functioning.

Easy to maintain and replace when necessary. The product follows standard design practices for its type.

Appropriate for machinery experiencing combined loading. The materials and construction provide adequate longevity.

Complies with basic quality and safety regulations. The bearing’s performance meets common application requirements.

Minimal maintenance needs help control operational costs. The design allows for straightforward servicing procedures.

Consistent operation within the specified temperature limits. The materials resist normal wear effectively.

The bearing delivers functional performance for mechanical systems. Its capabilities address typical usage scenarios.

Installation follows conventional industry practices. The product’s physical attributes match standard components.

Performance remains steady under normal working conditions. The construction reduces potential failure risks.

Interchangeability offers flexibility in parts procurement. Material choices ensure predictable service life.

The product provides reliable operation for general purposes. Its features satisfy typical application demands.

With appropriate maintenance, it reaches expected service duration. The design emphasizes functional reliability.

The construction balances performance requirements with practical use. Materials were selected for sufficient durability.

A sensible selection for routine bearing needs. The specifications promise consistent performance.

Easy to service and replace as required. The product adheres to standard engineering principles.

Suitable for equipment handling combined loads. The materials and build quality ensure dependable operation.

Meets standard industry quality requirements. The bearing’s performance fulfills common operational needs.

Simple maintenance procedures reduce upkeep complexity. The design enables easy condition assessment.

Operates reliably across the designated temperature range. The materials withstand ordinary wear patterns.

The bearing offers practical solutions for mechanical designs. Its capabilities suit various standard applications.

Installation follows established industry methods. The product’s dimensions correspond with typical component sizes.

Performance remains consistent during normal operation. The construction minimizes potential reliability concerns.

Interchangeability simplifies inventory management. Material properties provide stable long-term functioning.

The product delivers dependable service for general uses. Its characteristics meet typical industrial specifications.

With proper care, it achieves satisfactory operational lifespan. The design focuses on practical reliability.

The build quality balances performance with real-world conditions. Material selection ensures adequate durability.

A practical choice for everyday bearing requirements. The specifications indicate reliable performance.

Easy to maintain and replace when needed. The product follows conventional design approaches for its type.

Appropriate for machinery experiencing combined loading. The materials and construction offer sufficient longevity.

Complies with basic quality and safety standards. The bearing’s performance satisfies common application needs.

Minimal maintenance requirements help manage operational expenses. The design allows for straightforward servicing.

Consistent operation within the specified temperature parameters. The materials resist normal wear effectively.

The bearing provides functional performance for mechanical systems. Its capabilities address typical usage situations.

Installation follows standard industry procedures. The product’s physical characteristics align with common components.

Performance stays steady under normal working conditions. The construction reduces likelihood of premature failure.

Interchangeability provides flexibility in parts sourcing. Material choices ensure predictable service behavior.

The product offers reliable operation for general purposes. Its features meet typical application demands.

With appropriate maintenance, it reaches expected service life. The design emphasizes practical dependability.

The construction balances performance needs with real-world use. Materials were selected for reasonable durability.

A sensible option for routine bearing applications. The specifications promise consistent functioning.

Easy to service and replace as necessary. The product adheres to standard engineering practices.

Fits applications with combined radial and thrust loads. The materials and build quality ensure serviceability.

Meets standard industry quality benchmarks. The bearing’s performance fulfills common operational requirements.

Simple upkeep procedures reduce maintenance complexity. The design facilitates easy condition monitoring.

Operates reliably across the stated temperature spectrum. The materials withstand ordinary wear mechanisms.

The bearing offers functional solutions for equipment designers. Its capabilities suit numerous standard applications.

Installation processes follow established methods. The product’s dimensions correspond with typical component sizes.

Performance remains consistent during normal operation. The construction minimizes potential reliability issues.

Interchangeability simplifies parts management. Material properties deliver stable long-term performance.

The product provides dependable service for standard uses. Its characteristics meet general industrial specifications.

With proper care, it achieves satisfactory operational life. The design focuses on practical dependability.

The build quality balances performance with real-world conditions. Material selection ensures reasonable durability.

A practical option for everyday bearing applications. The specifications indicate reliable functioning.

Easy to maintain and replace when necessary. The product follows standard design practices for its type.

Appropriate for machinery experiencing combined loading. The materials and construction provide adequate longevity.

Complies with basic quality and safety regulations. The bearing’s performance meets common application requirements.

Minimal maintenance needs help control operational costs. The design allows for straightforward servicing procedures.

Consistent operation within the specified temperature limits. The materials resist normal wear effectively.

The bearing delivers functional performance for mechanical systems. Its capabilities address typical usage scenarios.

Installation follows conventional industry practices. The product’s physical attributes match standard components.

Performance remains steady under normal working conditions. The construction reduces potential failure risks.

Interchangeability offers flexibility in parts procurement. Material choices ensure predictable service life.

The product provides reliable operation for general purposes. Its features satisfy typical application demands.

With appropriate maintenance, it reaches expected service duration. The design emphasizes functional reliability.

The construction balances performance requirements with practical use. Materials were selected for sufficient durability.

A sensible selection for routine bearing needs. The specifications promise consistent performance.

Easy to service and replace as required. The product adheres to standard engineering principles.

Suitable for equipment handling combined loads. The materials and build quality ensure dependable operation.

Meets standard industry quality requirements. The bearing’s performance fulfills common operational needs.

Simple maintenance procedures reduce upkeep complexity. The design enables easy condition assessment.

Operates reliably across the designated temperature range. The materials withstand ordinary wear patterns.

The bearing offers practical solutions for mechanical designs. Its capabilities suit various standard applications.

Installation follows established industry methods. The product’s dimensions correspond with typical component sizes.

Performance remains consistent during normal operation. The construction minimizes potential reliability concerns.

Interchangeability simplifies inventory management. Material properties provide stable long-term functioning.

The product delivers dependable service for general uses. Its characteristics meet typical industrial specifications.

With proper care, it achieves satisfactory operational lifespan. The design focuses on practical reliability.