Eaton Crouse-Hinds 1-1/2" to 1" Rigid/IMC Conduit Reducer, Steel

Eaton Crouse-Hinds 1-1/2" to 1" Rigid/IMC Conduit Reducer, Steel

Professional-Grade Size Transition for Hazardous Location Electrical Systems

The Eaton Crouse-Hinds RE Series 1-1/2" to 1" Conduit Reducer is a precision-engineered steel fitting designed for seamless conduit size transitions in hazardous and classified electrical installations. This heavy-duty reducer delivers reliable performance and code compliance for commercial and industrial rigid/IMC conduit systems where size changes are required.

Key Features & Benefits

Hazardous Location Performance

• Class I, Division 1 Rating - Engineered for use in the most demanding hazardous environments with explosive gas atmospheres
• NEC/CEC Compliant Design - Meets all applicable electrical codes for classified location installations
• Precision Threading - NPT threads ensure secure, leak-tight connections that maintain system integrity
• Professional Construction - Built to withstand the rigorous demands of industrial and commercial electrical systems

Superior Steel Construction

• Heavy-Duty Steel Material - Provides exceptional strength and durability for long-term service life
• Corrosion Resistance - Steel construction with protective finish resists environmental degradation
• Dimensional Stability - Maintains precise fit and alignment under temperature variations and mechanical stress
• Impact Resistance - Withstands physical damage during installation and service

Installation Efficiency

• Standard NPT Threading - Compatible with all standard rigid and IMC conduit systems
• Compact Design - Minimizes space requirements while providing smooth conductor transitions
• Professional Fit - Precision manufacturing ensures proper thread engagement and system continuity
• Versatile Application - Suitable for both rigid steel and intermediate metal conduit installations

Technical Specifications

This RE Series reducer features 1-1/2" NPT threading on the larger end transitioning to 1" NPT on the smaller end, constructed from heavy-duty steel with NEC/CEC compliant design. The fitting measures 1.9 inches in both height and length with a 1.06-inch width, weighing 0.42 pounds for substantial feel and durability. Class I, Division 1 hazardous location rating makes it suitable for the most demanding classified environments, while standard NPT threading ensures compatibility with all rigid and IMC conduit systems.

Installation Process

1. Verify conduit ends are properly reamed and deburred to prevent conductor damage
2. Apply appropriate thread compound to male conduit threads for weather-tight seal
3. Thread 1-1/2" conduit into larger end of reducer, ensuring full thread engagement
4. Connect 1" conduit to smaller end, maintaining proper alignment and support
5. Verify all connections are tight and properly supported per NEC/CEC requirements
6. Test system continuity and grounding path integrity before energizing

Applications

Perfect for:

• Petrochemical Facilities - Refineries, chemical processing plants, and fuel handling systems
• Manufacturing Plants - Industrial facilities with explosive dust or gas atmospheres
• Power Generation - Electrical distribution systems in power plants and substations
• Oil and Gas Operations - Drilling platforms, pumping stations, and pipeline facilities
• Grain Handling Facilities - Elevators, mills, and agricultural processing operations
• Paint and Coating Operations - Spray booths and solvent handling areas
• Mining Operations - Underground and surface mining electrical installations
• Marine Applications - Shipboard electrical systems and offshore platforms

Conduit Reducer System Benefits

Conduit reducers provide essential size transition capabilities that allow electrical systems to optimize conduit sizing based on conductor requirements and installation constraints. By stepping down from larger distribution conduits to smaller branch circuits, these fittings enable efficient use of materials while maintaining code compliance and system integrity. The threaded design ensures secure mechanical connections and maintains grounding continuity throughout the electrical system.

Why Choose Steel Construction?

Steel conduit fittings offer superior strength and durability compared to lighter materials, making them ideal for industrial and hazardous location applications where mechanical protection is critical. The robust construction withstands physical abuse, temperature extremes, and corrosive environments while maintaining dimensional stability over decades of service. For classified locations requiring Class I, Division 1 performance, steel construction provides the reliability and safety margins demanded by electrical professionals.