Overview
The Dodge 206817 HE bushing is a high-performance sintered steel bushing engineered for industrial power transmission and conveyor systems. This HE-50 series component features a 3-7/16″ bore diameter and is designed to securely mount shafts to pulleys, hubs, and sprockets in heavy-duty applications. Built to exacting Dodge/Baldor standards, this bushing delivers consistent performance in machinery that demands precision and reliability.
Key Features
- Sintered Steel Construction — Durably engineered material resists wear and deformation under load.
- HE-50 Series Design — Proven tapered bushing system for secure, vibration-free shaft mounting.
- 3-7/16″ Bore Diameter — Fits standard industrial shafts in mid-range conveyor and gearbox applications.
- 200 ft-lb Installation Torque — Rated capacity ensures proper gripping force without over-stressing components.
- 6 Bolt Mounting — Symmetrical bolt pattern provides balanced load distribution and easy installation.
- New in Box Condition — Factory fresh, sealed packaging, ready for immediate deployment.
Technical Specifications
See spec table below for dimensions, material, torque, and compatibility details.
Typical Applications
- Conveyor pulley drive systems
- Industrial gearbox shafts
- Material handling equipment
- Mining and aggregate processing
- Agricultural equipment power transmission
- Heavy-duty coupling and reducer mounting
Compatibility & Replacements
Compatible With
- Dodge industrial power transmission hubs and sheaves
- Standard 3-7/16″ diameter shafts
- Conventional and reverse mounting configurations
- Industrial conveyor and pulley systems rated for HE-50 bushings
Replaces / Drop-In Replacement For
- Direct replacement for Dodge model 206817 applications
- Compatible with systems previously equipped with HE-50 X 3-7/16″ bushings
Works With
- Baldor-Dodge power transmission systems
- Standard mechanical drive components and assemblies
- Industrial shaft mounting and alignment systems
- Conveyor and material handling equipment ecosystems














