Overview
The Eaton HRGCC3S is a shrouded rotary handle assembly for G-Frame molded case circuit breakers. This yellow handle provides direct (close-coupled) operation and is designed for use with GC, GHC, and GD frame breakers in NEMA 1 rated enclosures. The shrouded design offers enhanced protection while maintaining clear operational feedback.
Key Features
- Shrouded rotary design with yellow high-visibility color for hazard identification
- Direct mount connection—no external shaft required for shallow enclosure applications
- Includes standard escutcheon ring and interlock clip for secure installation
- Lock-off feature for safety during maintenance
- UL Listed and CSA compliant for North American industrial standards
Technical Specifications
- Catalog Number: HRGCC3S
- Color: Yellow
- Handle Type: Shrouded Rotary
- Enclosure Rating: NEMA 1
- Frame Compatibility: G-Frame (GC, GHC, GD)
- Connection Type: Direct mount
- Included Components: Escutcheon ring, interlock clip
- Certifications: UL Listed, CSA certified
- Standards: NEMA, UL 489
Typical Applications
- Industrial electrical control panels and switchboards
- OEM machinery and production equipment enclosures
- Building HVAC and mechanical system disconnect points
- Power distribution and circuit protection installations
- Manual operator stations requiring external handle actuation
Compatibility & Replacements
Compatible With
- Eaton GC-Frame molded case circuit breakers
- Eaton GHC-Frame molded case circuit breakers
- Eaton GD-Frame molded case circuit breakers
- NEMA 1 rated enclosures (industrial control, shallow-depth applications)
Replaces / Drop-In Replacement For
- Direct replacement for HRGCC3S units in existing installations
- Compatible with legacy G-Frame breaker systems
- Verify specific breaker model compatibility with original equipment documentation
Works With
- Eaton G-Frame molded case circuit breaker families
- Standard industrial electrical control systems and switchgear
- Manual operation via external panel-mounted handle
- Interlock and lock-off safety features for operational control
