Overview
The Dodge 44777 bearing (model designation S2200, 222KZ200T) is a mounted ball bearing engineered for industrial power transmission and machinery support. Manufactured by Dodge Industrial (an RBC Bearings company), this unit is built to handle radial loads in demanding equipment environments. The new, open-box condition ensures full functionality at a competitive surplus price.
Key Features
- Mounted ball bearing design for simplified installation and alignment
- Heavy-duty construction rated for industrial machinery applications
- Precision-manufactured for smooth, reliable operation
- Compatible with standard shaft sizes and mounting configurations
- New condition, fully functional unit
Technical Specifications
Detailed dimensional and load specifications are available in the Dodge S2200 series datasheet. Key characteristics include standard pillow block mounting, setscrew or eccentric locking collar shaft attachment options, and design for radial load support in conveyor systems, material handling equipment, and industrial drive applications.
Typical Applications
- Conveyor system rollers and pulleys
- Material handling equipment
- Industrial motor drive systems
- Belt drive mechanisms
- General industrial machinery requiring radial load support
Compatibility & Replacements
Compatible With
- Standard shaft sizes per Dodge S2200 series specifications
- Pillow block and mounted bearing housings
- Industrial machinery rated for standard mounted ball bearings
- Equipment using Dodge RBC bearing components
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator before ordering. The Dodge 44777 designation with S2200 and 222KZ200T nomenclature may have direct equivalents in Dodge’s historical bearing catalogs; consult Dodge Industrial technical documentation or contact a distributor to confirm exact cross-references.
Works With
- Dodge pillow block housings and mounting bases
- Standard industrial shaft designs
- Conventional belt drive and chain drive systems
- Rockwell Automation integrated machinery systems
