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SKU: BRG-6199

6199 Deep Groove Ball Bearing | OEM Replacement

OEM replacement 6199 industrial bearing. Multiple sealing and clearance options available. Submit RFQ for sourcing.

6199 Deep Groove Ball Bearing | OEM Replacement

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6199 Deep Groove Ball Bearing – OEM Replacement

Overview

The 6199 deep groove ball bearing is a globally standardized industrial bearing engineered for high efficiency rotational performance, long service life, and dependable load handling in demanding mechanical environments. This OEM replacement bearing is commonly used in electric motors, pumps, conveyors, packaging equipment, HVAC systems, agricultural machinery, gearboxes, and automated production lines.

Designed to reduce friction and support radial loads with moderate axial load capacity, the 6199 bearing provides smooth rotation, consistent reliability, and easy interchangeability across major global bearing manufacturers.

Applications

  • Industrial electric motors
  • Packaging and processing machinery
  • Material handling conveyors
  • Pumps and compressors
  • HVAC blowers and fans
  • Agricultural and farm equipment
  • Automated production systems
  • General mechanical assemblies

Compatible Equipment

This bearing size is widely used in OEM machine designs where standardized shaft support is required. It is commonly installed in motor housings, gearbox shafts, conveyor rollers, fan assemblies, and rotating drive components.

Technical Specifications

  • Single row deep groove ball bearing design
  • Precision machined raceways
  • High speed capability
  • Low friction operation
  • Multiple sealing options available
  • Interchangeable with global bearing standards

Available Configurations

  • Open bearing
  • ZZ metal shielded bearing
  • 2RS rubber sealed bearing
  • C3 internal clearance variants

Cross References

6199, 6199-ZZ, 6199-2RS, 6199-2RS-C3, 6199 C3, and equivalent part numbers from major bearing manufacturers.

Replacement Information

To replace an existing bearing, verify bore diameter, outer diameter, and width. Match sealing configuration and internal clearance where required for operating temperature, load conditions, and shaft fit.

Why Source From Us

  • Fast industrial sourcing
  • OEM equivalent quality
  • Bulk purchasing support
  • Cross reference assistance
  • Rapid RFQ response
  • Global supply network

Submit an RFQ today for availability, lead time, and bulk pricing.

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FAQ

You can identify a replacement industrial part by matching key specifications such as dimensions, mounting style, material, load capacity, voltage, speed rating, and application. Many industrial components can be sourced by size and performance specifications even if the original part number is unknown. Providing measurements, photos, or equipment model information can help ensure accurate identification and compatibility.

Yes. Many industrial components — including bearings, seals, belts, motors, and fasteners — can be identified using inside diameter, outside diameter, width, thread size, or mounting pattern. Matching exact dimensions is one of the most reliable methods for finding equivalent or replacement parts when a part number is missing or unreadable.

Machine model numbers can often be used to locate OEM parts diagrams, exploded views, and manufacturer replacement lists. These references help identify compatible components originally installed in the equipment. Matching parts by machine model ensures correct fit, performance, and operational reliability.

OEM part numbers can be cross referenced using manufacturer interchange guides, engineering specifications, or industrial databases. Matching dimensions, tolerances, materials, and performance ratings ensures the alternative component functions the same as the original.

To confirm interchangeability, compare critical specifications such as dimensions, mounting configuration, operating capacity, material composition, and tolerance class. If these parameters match, the components are typically interchangeable across manufacturers.

Installing an incompatible part can lead to premature wear, mechanical failure, reduced efficiency, overheating, vibration, or equipment damage. Always verify specifications and compatibility before installation to maintain performance and safety.

Metric and imperial components may appear similar but often differ slightly in size and tolerance. Even small measurement differences can affect fit and performance. Always verify exact measurements before substituting between measurement systems.

 

Tolerance ratings define the allowable variation in size, alignment, or performance. Tight tolerances improve precision, reduce vibration, and extend equipment lifespan.