Eaton Crouse-Hinds 1" EMT Compression Connector, Steel, Non-Insulated

Eaton Crouse-Hinds 1" EMT Compression Connector, Steel, Non-Insulated

Professional-Grade Steel Construction for Reliable EMT Connections

The Eaton Crouse-Hinds 1" EMT Compression Connector is a professional-grade straight connector engineered for secure electrical metallic tubing connections. This zinc-plated steel compression fitting delivers superior grounding continuity and long-term reliability for commercial and industrial electrical installations.

Key Features & Benefits

Superior Connection Technology

• Compression Design - Creates secure, vibration-resistant connections without threading requirements
• Non-Insulated Throat - Ensures excellent grounding continuity throughout the conduit system
• Straight Configuration - Provides direct conduit-to-enclosure connections with minimal space requirements
• Threadless Installation - Eliminates field threading while maintaining secure mechanical connection

Professional-Grade Construction

• Zinc-Plated Steel Body - Delivers exceptional corrosion resistance and mechanical strength
• Precision Manufacturing - Ensures consistent fit and performance across installations
• Durable Finish - Maintains appearance and protection in demanding environments
• Quality Materials - Engineered for decades of reliable service in professional applications

Code Compliance & Safety

• NEC/CEC Compliant - Meets all applicable electrical code requirements for EMT installations
• Professional Standards - Designed to electrical contractor specifications and industry best practices
• Grounding Continuity - Non-insulated design maintains electrical continuity for safety

Technical Specifications

This 1-inch trade size EMT compression connector features zinc-plated steel construction with non-insulated throat design for optimal grounding continuity. The straight connector configuration provides direct connections between EMT conduit and electrical enclosures, junction boxes, or other fittings. Compact dimensions of 1.69" width x 1.69" height x 1.19" depth with 0.25 lb weight ensure easy handling and installation in tight spaces. NEC/CEC compliant design meets all applicable electrical codes for ordinary/non-hazardous locations.

Installation Process

1. Cut EMT conduit to required length using appropriate cutting tools
2. Remove burrs and debris from conduit end using reaming tool
3. Insert conduit fully into connector body until it reaches the internal stop
4. Tighten compression nut using appropriate wrench size for secure connection
5. Thread connector into electrical enclosure or junction box knockout
6. Verify secure mechanical connection and proper grounding continuity

Applications

Perfect for:

• Commercial Buildings - Office complexes, retail stores, hospitals, and educational facilities
• Industrial Facilities - Manufacturing plants, processing facilities, and warehouse installations
• Panel Connections - Electrical panels, distribution boards, and switchgear connections
• Junction Box Connections - Pull boxes, outlet boxes, and device enclosures
• Equipment Connections - Motor control centers, disconnect switches, and electrical equipment
• Conduit Extensions - Connecting EMT runs to enclosures and fittings
• Retrofit Projects - Electrical system upgrades and modifications
• New Construction - Commercial and industrial electrical installations

EMT Compression System Benefits

EMT compression connectors provide superior performance compared to set screw alternatives through their advanced compression technology. The compression design creates a more secure mechanical connection that resists loosening from vibration, thermal cycling, and normal building movement. This results in more reliable long-term performance and reduced maintenance requirements, making compression connectors the preferred choice for professional electrical contractors.

Why Choose Steel Construction?

Steel construction with zinc plating delivers the optimal balance of strength, durability, and corrosion resistance for EMT compression connectors. The steel body provides exceptional mechanical strength to withstand installation stresses and long-term service loads, while the zinc plating offers superior corrosion protection. This combination ensures reliable performance in demanding commercial and industrial environments where connector failure is not an option.