Eaton Crouse-Hinds 1" Rigid/IMC Set Screw Connector, Non-Insulated, Malleable Iron

Eaton Crouse-Hinds 1" Rigid/IMC Set Screw Connector, Non-Insulated, Malleable Iron

Professional-Grade Malleable Iron Construction for Superior Strength and Reliability

The Eaton Crouse-Hinds 1" Rigid/IMC Set Screw Connector is a premium non-insulated fitting engineered for professional electrical installations requiring maximum strength and durability. This malleable iron connector delivers superior mechanical performance and grounding continuity for commercial and industrial rigid/IMC conduit systems.

Key Features & Benefits

Superior Material Construction

• Malleable Iron Construction - Stronger than steel with exceptional impact resistance and dimensional stability
• Non-Insulated Design - Provides continuous grounding path for enhanced electrical safety
• Precision Threading - Ensures secure, vibration-resistant connections that maintain integrity over decades
• Corrosion Resistant Finish - Protects against environmental degradation in demanding applications

Installation Efficiency

• Set Screw Design - Quick, reliable installation without threading conduit ends
• Straight Configuration - Direct conduit-to-enclosure connections for clean, professional installations
• 1" Trade Size - Perfect for medium-duty power distribution and control circuits
• Contractor-Friendly Design - Reduces installation time while ensuring code compliance

Code Compliance & Safety

• NEC/CEC Compliant - Meets all applicable electrical code requirements
• Ordinary Location Rated - Suitable for standard commercial and industrial environments
• Professional Grade Quality - Engineered to exceed industry standards for long-term reliability

Technical Specifications

This 1" trade size rigid/IMC set screw connector features malleable iron construction with non-insulated throat design for continuous grounding. The straight configuration provides direct conduit-to-enclosure connections with compact dimensions of 1.88" width x 1.88" height x 1.94" depth and weighs 0.4 pounds. Designed for ordinary/non-hazardous locations with full NEC/CEC compliance for professional electrical installations.

Installation Process

1. Verify conduit end is cut square and deburred to prevent damage to connector threads
2. Thread connector onto conduit end by hand until snug, ensuring proper engagement
3. Insert assembled conduit and connector into enclosure knockout or hub opening
4. Secure with appropriate locknut from inside enclosure, ensuring tight mechanical connection
5. Tighten set screws to manufacturer specifications for secure conduit retention
6. Verify grounding continuity through non-insulated connection for electrical safety

Applications

Perfect for:

• Commercial Buildings - Office complexes, retail centers, hospitals, and educational facilities
• Industrial Facilities - Manufacturing plants, processing facilities, and heavy-duty electrical systems
• Power Distribution - Electrical panels, switchgear, and motor control centers
• Control Systems - Instrumentation and control panel connections
• Municipal Infrastructure - Government buildings, schools, and public facilities
• Equipment Connections - Machinery, HVAC systems, and electrical equipment interfaces
• Maintenance Applications - Electrical system upgrades and retrofit projects
• New Construction - Commercial and industrial electrical rough-in installations

Rigid/IMC Conduit System Benefits

Rigid and IMC conduit systems provide superior mechanical protection for electrical conductors compared to flexible alternatives. The robust construction offers excellent crush resistance, impact protection, and long-term durability in demanding environments. Set screw connectors eliminate the need for threading conduit ends, reducing installation time while maintaining the mechanical strength advantages of rigid conduit systems.

Why Choose Malleable Iron Construction?

Malleable iron offers superior strength-to-weight ratio compared to standard steel fittings, with exceptional impact resistance and dimensional stability. This material choice ensures decades of reliable service in demanding electrical applications. The non-insulated design provides continuous grounding path essential for electrical safety, while the precision manufacturing guarantees consistent performance trusted by electrical professionals for over 100 years.