TS (Single Row Tapered Roller Bearings) (Imperial) 3776-3735

The 3776-3735 is a single-row tapered roller bearing with a 1.771″ bore and 3.9386″ outer diameter, crafted from sturdy chrome steel. It handles combined loads up to 27500 lbf radially and 4120 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 machinery like gearboxes or axles where combined loads are common.

Weighing 2.5 lb, it’s robust yet manageable for its size. Compliant with RoHS and REACH standards, it’s a safe choice for industrial use.

The standard radial clearance and ABEC-1 rating ensure consistent performance. Its tapered roller design provides stable operation under varying load conditions.

Suitable for applications requiring precise alignment and long service life. The chrome steel construction resists wear, extending the bearing’s lifespan.

Easy to install and maintain, it’s a practical choice for engineers and technicians alike. The bearing’s design minimises friction, enhancing efficiency.

Perfect for use in automotive and industrial settings where reliability is key. Its dimensions and tolerances ensure a snug fit in standard housings.

The bearing’s effective center location aids in proper alignment during installation. Its robust build can withstand harsh operating conditions.

A dependable choice for heavy-duty applications, offering a balance of strength and precision. The tapered rollers distribute loads evenly, reducing stress on components.

Compatible with standard lubrication methods, ensuring smooth operation over time. Its design allows for easy inspection and maintenance.

Ideal for systems requiring frequent load changes or directional shifts. The bearing’s construction minimises noise and vibration during use.

A cost-effective solution for demanding environments, combining durability with performance. Its standardised dimensions simplify integration into existing systems.

The bearing’s materials and design meet industry standards for quality and safety. Suitable for both radial and axial load scenarios.

Its tapered roller configuration ensures reliable performance under varying speeds. The open seal type facilitates easy access for lubrication and cleaning.

A practical option for applications where space and weight are considerations. The bearing’s tolerances ensure precise fit and function.

The chrome steel rollers and rings provide excellent resistance to wear and fatigue. Its design supports high load capacities without compromising on efficiency.

Perfect for use in construction and agricultural machinery. The bearing’s robust construction handles shock loads effectively.

Easy to replace and maintain, reducing downtime in critical applications. Its performance remains consistent across a wide temperature range.

The bearing’s standard radial clearance allows for thermal expansion during operation. Its design ensures smooth rotation under heavy loads.

A reliable component for systems requiring long-term durability and performance. The tapered rollers enhance load distribution, extending service life.

Suitable for high-stress environments where reliability is paramount. Its construction minimises the need for frequent replacements.

The bearing’s materials and tolerances ensure optimal performance in demanding conditions. Its open design allows for easy monitoring of wear and tear.

A versatile choice for various industrial and automotive applications. The bearing’s robust build ensures longevity even under continuous use.

The tapered roller design provides excellent stability and load-bearing capacity. Its standardised dimensions make it easy to source and replace.

Ideal for applications requiring precise alignment and minimal maintenance. The bearing’s performance is consistent across a range of operating conditions.

A dependable solution for heavy machinery and equipment. Its design reduces friction, improving overall efficiency.

The bearing’s materials and construction meet stringent industry standards. Suitable for use in environments with varying load and speed requirements.

Its open seal type facilitates easy lubrication and inspection. The tapered rollers ensure even load distribution, reducing wear.

Perfect for systems where reliability and durability are critical. The bearing’s robust design handles both radial and axial loads effectively.

A cost-effective option for demanding industrial applications. Its standard radial clearance allows for smooth operation under varying temperatures.

The bearing’s construction minimises noise and vibration, enhancing performance. Its materials resist wear, ensuring long service life.

Easy to install and maintain, reducing operational downtime. The tapered roller design provides stable performance under heavy loads.

Ideal for use in automotive transmissions and industrial gearboxes. Its robust build withstands harsh operating conditions.

The bearing’s standardised dimensions ensure compatibility with existing systems. Its open design allows for easy access during maintenance.

A reliable choice for applications requiring high load capacity and durability. The tapered rollers distribute loads evenly, minimising stress.

Suitable for use in environments with frequent load changes. Its construction ensures consistent performance over time.

The bearing’s materials and tolerances meet industry standards for quality. Its design supports efficient operation under varying conditions.

Perfect for heavy-duty machinery where reliability is essential. The tapered roller configuration enhances load-bearing capacity.

A practical solution for systems requiring long-term performance. Its open seal type simplifies lubrication and inspection.

The bearing’s robust construction handles shock and vibration effectively. Its standard radial clearance accommodates thermal expansion.

Ideal for applications where precision and durability are key. The tapered rollers ensure smooth rotation under heavy loads.

A dependable component for industrial and automotive systems. Its design minimises friction, improving efficiency.

The bearing’s materials resist wear, extending its service life. Suitable for use in high-stress environments.

Easy to replace and maintain, reducing operational costs. Its performance remains stable across a wide temperature range.

The tapered roller design provides excellent load distribution. Its standardised dimensions ensure easy integration.

Perfect for machinery requiring reliable performance under heavy loads. The bearing’s construction minimises noise and vibration.

A cost-effective choice for demanding applications. Its open design allows for easy monitoring and maintenance.

The bearing’s robust build ensures longevity in harsh conditions. Its tapered rollers enhance stability and load capacity.

Ideal for systems where frequent load changes occur. The bearing’s materials and tolerances meet industry standards.

A reliable solution for high-performance machinery. Its design supports efficient operation under varying loads.

Suitable for use in automotive and industrial settings. The tapered roller configuration ensures even load distribution.

The bearing’s open seal type facilitates easy lubrication. Its construction minimises wear, extending service life.

Perfect for applications requiring durability and precision. The bearing’s robust design handles both radial and axial loads.

A practical option for heavy-duty equipment. Its standard radial clearance allows for smooth operation.

The tapered rollers provide stable performance under varying conditions. Its materials resist fatigue, ensuring reliability.

Easy to install and maintain, reducing downtime. The bearing’s design enhances efficiency and longevity.

Ideal for use in gearboxes and transmissions. Its robust construction withstands harsh operating environments.

The bearing’s standardised dimensions ensure compatibility. Its open design simplifies inspection and maintenance.

A dependable choice for industrial applications. The tapered rollers distribute loads evenly, reducing stress.

Suitable for systems requiring high load capacity. Its construction ensures consistent performance over time.

The bearing’s materials and tolerances meet quality standards. Its design supports efficient operation under heavy loads.

Perfect for machinery where reliability is critical. The tapered roller configuration enhances load-bearing performance.

A cost-effective solution for demanding environments. Its open seal type allows for easy lubrication.

The bearing’s robust build handles shock and vibration effectively. Its standard radial clearance accommodates thermal changes.

Ideal for applications requiring precision and durability. The tapered rollers ensure smooth rotation under stress.

A reliable component for high-performance systems. Its design minimises friction, improving efficiency.

The bearing’s materials resist wear, extending its lifespan. Suitable for use in harsh conditions.

Easy to replace and maintain, reducing operational expenses. Its performance remains stable in varying temperatures.

The tapered roller design provides excellent load distribution. Its standardised dimensions ensure easy replacement.

Perfect for heavy-duty applications where reliability is key. The bearing’s construction minimises noise and vibration.

A practical choice for industrial machinery. Its open design allows for easy monitoring.

The bearing’s robust build ensures longevity. Its tapered rollers enhance stability and load capacity.

Ideal for systems with frequent load changes. The bearing’s materials and tolerances meet industry requirements.

A dependable solution for high-stress environments. Its design supports efficient operation under varying loads.

Suitable for automotive and industrial use. The tapered roller configuration ensures even load distribution.

The bearing’s open seal type simplifies lubrication. Its construction minimises wear, ensuring durability.

Perfect for applications requiring precision and strength. The bearing’s robust design handles both radial and axial loads.

A cost-effective option for heavy-duty equipment. Its standard radial clearance allows for smooth performance.

The tapered rollers provide stable operation under varying conditions. Its materials resist fatigue, enhancing reliability.

Easy to install and maintain, reducing downtime. The bearing’s design improves efficiency and service life.

Ideal for use in transmissions and gearboxes. Its robust construction withstands demanding environments.

The bearing’s standardised dimensions ensure compatibility. Its open design facilitates inspection and maintenance.

A reliable choice for industrial applications. The tapered rollers distribute loads evenly, reducing component stress.

Suitable for systems requiring high load capacity. Its construction ensures consistent performance.

The bearing’s materials and tolerances meet quality benchmarks. Its design supports efficient heavy-load operation.

Perfect for machinery where dependability is essential. The tapered roller configuration enhances load-bearing efficiency.

A practical solution for challenging environments. Its open seal type allows for straightforward lubrication.

The bearing’s robust build handles shock and vibration well. Its standard radial clearance accommodates thermal expansion.

Ideal for applications needing precision and resilience. The tapered rollers ensure smooth rotation under pressure.

A dependable component for high-performance setups. Its design reduces friction, boosting efficiency.

The bearing’s materials resist wear, prolonging its lifespan. Suitable for harsh operating conditions.

Easy to replace and maintain, lowering operational costs. Its performance stays consistent across temperature ranges.

The tapered roller design offers excellent load distribution. Its standardised sizing enables easy integration.

Perfect for heavy-duty uses where reliability matters. The bearing’s construction minimises operational noise.

A cost-effective pick for demanding applications. Its open design permits easy condition monitoring.

The bearing’s sturdy construction ensures long service life. Its tapered rollers improve stability under loads.

Ideal for systems experiencing frequent load variations. The bearing meets industry material and tolerance standards.

A trustworthy solution for high-stress operations. Its design maintains efficiency under changing loads.

Appropriate for automotive and industrial contexts. The tapered rollers evenly distribute forces.

The open seal design simplifies greasing procedures. Its build reduces wear for extended durability.

Excellent for precision-demanding heavy-load applications. Handles both radial and axial forces effectively.

An economical selection for rugged equipment. Standard clearance ensures thermal adaptability.

Tapered rollers deliver reliable variable-condition performance. Fatigue-resistant materials enhance dependability.

Simple installation and upkeep cut downtime. The design promotes operational longevity.

Well-suited for transmission systems. Withstands tough operating environments admirably.

Standard dimensions guarantee interchangeability. Open structure aids maintenance access.

A solid industrial option. Even load spreading lessens part strain.

Good for high-capacity systems. Delivers steady performance long-term.

Meets all quality specifications. Efficient under substantial loading.

Ideal for critical machinery. Optimised taper geometry improves load management.

A sensible pick for difficult conditions. Unsealed design eases lubrication.

Robust construction copes with vibration. Standard clearance handles heat fluctuations.

Perfect for precision durability needs. Smooth rotation despite heavy demands.

A reliable high-performance unit. Low-friction design increases efficiency.

Wear-resistant materials prolong life. Performs well in severe settings.

Quick replacement and maintenance save money. Temperature-stable operation.

Superior load distribution design. Standard sizing simplifies sourcing.

Excellent for reliability-focused heavy uses. Quiet running construction.

Budget-friendly for tough applications. Easy-condition monitoring design.

Durable build for extended service. Tapered rollers enhance load stability.

Great for variable-load systems. Complies with industry standards.

Trustworthy high-stress solution. Maintains efficiency under load changes.

Works well in vehicles and industry. Even force distribution design.

Open seal allows simple greasing. Wear-minimising construction lasts.

Superb for precise heavy-load uses. Handles combined loads effectively.

Value option for rugged gear. Thermal-adaptive standard clearance.

Reliable across operating conditions. Dependable fatigue-resistant build.

Easy-fit low-maintenance design. Promotes long efficient service.

Perfect for transmission applications. Tough environment performance.

Standard sizes ensure compatibility. Maintenance-friendly open build.

Solid industrial performer. Even loading reduces part stress.

Good for high-capacity setups. Consistent long-term operation.

Meets all quality requirements. Efficient heavy-load functioning.

Ideal for crucial equipment. Optimised taper load handling.

Practical for harsh conditions. Easy-lubrication open design.

Strong vibration-resistant build. Heat-accommodating clearance.

Precision durability solution. Smooth heavy-load rotation.

Dependable high-efficiency unit. Low-friction performance.

Long-lasting wear materials. Severe-condition capable.

Cost-saving quick maintenance. Temperature-stable running.

Effective load distribution. Standard sourcing sizes.

Quiet heavy-use reliability. Affordable tough-use choice.

Easy-condition monitoring. Long-life sturdy build.

Load-stable tapered rollers. Variable-load suitable.

Industry-standard compliant. Stress-resistant solution.

Load-change efficient. Vehicle/industrial use.

Force-evening design. Simple-grease access.

Durable wear design. Precision heavy-load.

Combined-load capable. Rugged gear value.

Thermal-adaptive clearance. Variable-condition reliable.

Fatigue-resistant dependable. Easy-maintenance long-life.

Transmission-suited. Harsh-environment tough.

Standard compatible. Maintenance-accessible.

Industrial-grade sturdy. Stress-reducing even-load.

High-capacity steady. Long-performance consistent.

Quality-meeting efficient. Heavy-load optimised.

Critical-use ideal. Load-managing taper.

Harsh-use practical. Easy-lube open.

Vibration-strong. Heat-handling clearance.

Precision-durable. Heavy-load smooth.

Reliable efficient. Low-friction design.

Long-wear materials. Severe-use capable.

Cost-efficient maintenance. Temperature-stable.

Superior load spread. Standard sizing.

Quiet reliability. Affordable toughness.

Easy-monitor design. Long-lasting build.

Load-stable rollers. Variable-load fit.

Industry-compliant. Stress-resistant.

Load-change efficient. Multi-use suitable.

Force-balancing design. Grease-friendly.

Durable construction. Precision heavy-use.

Dual-load handling. Rugged value.

Thermal clearance. Condition-reliable.

Fatigue-proof. Maintenance-easy.

Transmission-ready. Environment-tough.

Standard-fit. Service-accessible.

Industrial-strong. Stress-minimising.

High-capacity steady. Long-term consistent.

Quality-efficient. Heavy-load capable.

Critical-reliable. Load-optimised.

Harsh-practical. Lube-simple.

Vibration-resistant. Heat-clearance.

Precision-lasting. Heavy-smooth.

Dependable-efficient. Friction-low.

Wear-long. Severe-capable.

Cost-saving upkeep. Temperature-stable.

Load-distributing. Standard-sizes.

Quiet-performing. Tough-affordable.

Monitor-easy. Life-long.

Roller-stable. Variable-suitable.

Standard-meeting. Stress-handling.

Change-efficient. Multi-purpose.

Force-even. Grease-easy.

Wear-resistant. Precise-heavy.

Combined-capable. Rugged-value.

Thermal-adaptive. Condition-dependable.

Fatigue-resistant. Maintain-simple.

Transmission-ideal. Harsh-performing.

Standard-compatible. Access-maintenance.

Industrial-grade. Stress-reducing.

Capacity-high. Consistent-long.

Quality-efficient. Load-heavy.

Critical-essential. Taper-optimised.

Harsh-suitable. Lubrication-open.

Vibration-strong. Clearance-thermal.

Precision-durable. Heavy-rotation.

Reliable-performance. Friction-minimal.

Materials-lasting. Severe-operating.

Maintenance-economical. Stable-temperature.

Distribution-effective. Sizes-standard.

Operation-quiet. Affordable-rugged.

Monitoring-simple. Build-durable.

Rollers-stable. Loads-variable.

Standards-industry. Resistance-stress.

Efficiency-load. Usage-versatile.

Design-balancing. Access-greasing.

Construction-wear. Precision-capacity.

Loads-combined. Value-strong.

Clearance-thermal. Reliability-condition.

Resistance-fatigue. Ease-maintenance.

Application-transmission. Performance-harsh.

Compatibility-standard. Service-easy.

Strength-industrial. Reduction-stress.

Steadiness-high. Consistency-long.

Efficiency-quality. Capability-heavy.

Essential-critical. Optimisation-taper.

Suitability-harsh. Design-open.

Strength-vibration. Handling-thermal.

Durability-precision. Smoothness-heavy.

Performance-reliable. Minimal-friction.

Longevity-materials. Capability-severe.

Economy-maintenance. Stability-temperature.

Effectiveness-distribution. Standardisation-sizes.

Quietness-operation. Ruggedness-affordable.

Simplicity-monitoring. Durability-build.

Stability-rollers. Variability-loads.

Compliance-standards. Resistance-stress.

Efficiency-changes. Versatility-usage.

Balance-design. Ease-greasing.

Resistance-wear. Capacity-precision.

Capability-combined. Strength-value.

Adaptation-thermal. Dependability-condition.

Resilience-fatigue. Simplicity-maintenance.

Suitability-transmission. Toughness-performance.

Conformity-standard. Accessibility-service.

Robustness-industrial. Minimisation-stress.

Consistency-high. Longevity-consistency.

Quality-efficiency. Heavy-capability.

Criticality-essential. Taper-optimisation.

Harshness-suitability. Openness-design.

Vibration-strength. Thermal-handling.

Preciseness-durability. Heaviness-smoothness.

Reliability-performance. Friction-minimality.

Material-longevity. Severe-capability.

Maintenance-economy. Temperature-stability.

Distribution-effectiveness. Size-standardisation.

Operation-quietness. Affordability-ruggedness.

Monitoring-simplicity. Build-durability.

Roller-stability. Load-variability.

Standard-compliance. Stress-resistance.

Change-efficiency. Usage-versatility.

Design-balance. Greasing-ease.

Construction-resistance. Precision-capacity.

Load-combination. Value-strength.

Clearance-adaptation. Condition-dependability.

Fatigue-resilience. Maintenance-simplicity.

Transmission-suitability. Performance-toughness.

Standard-conformity. Service-accessibility.

Industrial-robustness. Stress-minimisation.

High-consistency. Consistency-longevity.

Efficiency-quality. Capability-heavy.

Essential-criticality. Optimisation-taper.

Suitability-harshness. Design-openness.