Eaton Crouse-Hinds 1/2" Rigid/IMC Compression Connector, Non-Insulated, Malleable Iron

Eaton Crouse-Hinds 1/2" CPR Compression Connector

Professional-Grade Malleable Iron Construction for Superior Strength

The Eaton Crouse-Hinds CPR 1/2" Compression Connector is a premium straight connector engineered for rigid and IMC conduit installations. This malleable iron compression fitting delivers exceptional strength and reliability for commercial and industrial electrical systems, providing secure conduit connections that exceed standard steel connector performance.

Key Features & Benefits

Superior Material Construction

• Malleable Iron Body - Stronger than steel construction provides exceptional durability and impact resistance
• Compression Design - Creates secure, vibration-resistant connections without threading requirements
• Non-Insulated Throat - Maintains electrical continuity and grounding path throughout the conduit system
• Precision Manufacturing - Consistent dimensional accuracy ensures proper fit with rigid and IMC conduit

Installation Efficiency

• Straight Configuration - Simplifies conduit runs and reduces installation time
• Compression Connection - No threading required, reducing labor costs and installation complexity
• Universal Compatibility - Works with both rigid steel and IMC conduit systems
• Professional Grade - Trusted by electrical contractors for over 100 years

Code Compliance & Safety

• NEC/CEC Compliant - Meets National Electrical Code and Canadian Electrical Code requirements
• Ordinary Location Rated - Suitable for standard commercial and industrial environments
• Grounding Continuity - Non-insulated design maintains electrical grounding path
• Professional Standards - Engineered to exceed industry performance requirements

Technical Specifications

This 1/2" trade size compression connector features malleable iron construction with non-insulated throat design for rigid and IMC conduit applications. The straight connector configuration measures 1.5 inches in length, width, and height, with a compact 0.19 lb weight that won't add unnecessary bulk to electrical installations. The compression connection method eliminates threading requirements while maintaining secure conduit attachment and electrical continuity for ordinary location applications.

Installation Process

1. Cut conduit to required length using appropriate cutting tools
2. Remove burrs and debris from conduit end using reaming tools
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. Verify conduit is properly seated and connection is mechanically secure
6. Test grounding continuity if required by installation specifications

Applications

Perfect for:

• Commercial Buildings - Office complexes, retail centers, and healthcare facilities
• Industrial Facilities - Manufacturing plants, processing centers, and warehouse operations
• Institutional Projects - Schools, government buildings, and municipal infrastructure
• Equipment Connections - Motor control centers, switchgear, and distribution panels
• Conduit Extensions - Joining rigid conduit runs in straight configurations
• Retrofit Projects - Upgrading existing electrical systems with reliable connections
• Heavy-Duty Applications - High-vibration environments requiring secure connections
• Grounding Systems - Maintaining electrical continuity in non-insulated installations

Compression Connector System Benefits

Compression connectors offer significant advantages over traditional threaded connections by eliminating the need for conduit threading, reducing installation time, and providing consistent connection quality. The compression design creates a mechanical bond that resists loosening from vibration while maintaining electrical continuity. This makes them ideal for applications where threading equipment is unavailable or where installation speed is critical.

Why Choose Malleable Iron Construction?

Malleable iron provides superior strength compared to standard steel fittings, offering enhanced impact resistance and durability in demanding electrical environments. This material choice ensures long-term reliability and reduces the risk of connector failure under mechanical stress. Combined with Eaton Crouse-Hinds' century of electrical innovation, this connector delivers the professional-grade performance that electrical contractors depend on for critical installations.