Eaton Crouse-Hinds 1-1/2" Rigid/IMC Union, Male, Steel

Eaton Crouse-Hinds 1-1/2" Rigid/IMC Union, Male, Steel

Professional-Grade Conduit Union for Hazardous Location Installations

The Eaton Crouse-Hinds 1-1/2" Rigid/IMC Union is a professional-grade steel conduit fitting engineered for hazardous location electrical installations. This male union delivers reliable conduit connections and system flexibility for Class I, Division 1 environments where safety and performance are critical.

Key Features & Benefits

Hazardous Location Safety

• Class I, Division 1 Rating - Certified for use in hazardous locations with flammable gases and vapors
• NEC/CEC Compliant Design - Meets all electrical code requirements for classified area installations
• Professional Construction - Engineered to contain potential arcs and prevent ignition sources
• Reliable Sealing - Maintains system integrity in demanding industrial environments

Installation Flexibility

• Male Configuration - Provides secure connection point for conduit system extensions
• Union Design - Allows conduit disconnection without disturbing adjacent connections
• Steel Construction - Delivers exceptional strength and durability for heavy-duty applications
• Precision Threading - Ensures proper fit with rigid and IMC conduit systems

Professional Performance

• 1-1/2" Trade Size - Accommodates substantial wire bundles for power distribution systems
• Compact Dimensions - 4.22" length with 3.06" width fits in tight installation spaces
• Robust Weight - 2.65 lb construction indicates substantial, professional-grade materials
• Crouse-Hinds Heritage - Backed by over 100 years of electrical innovation and reliability

Technical Specifications

This 1-1/2" trade size union features male configuration with steel construction for maximum durability. The fitting measures 4.22" in length by 3.06" in width and height, with a substantial 2.65 lb weight that reflects professional-grade construction. Designed specifically for rigid and IMC conduit systems, this union meets NEC/CEC standards and carries Class I, Division 1 hazardous location certification for use in environments with flammable gases and vapors.

Installation Process

1. Verify conduit ends are properly cut, deburred, and threaded to standard specifications
2. Apply appropriate thread compound to male threads for proper sealing
3. Thread union onto first conduit section, ensuring full engagement without over-tightening
4. Position second conduit section and engage with union's female connection
5. Tighten union connection to manufacturer specifications using appropriate wrenches
6. Verify proper grounding continuity across the union connection

Applications

Perfect for:

• Petrochemical Facilities - Refineries, chemical processing plants, and storage terminals
• Manufacturing Plants - Paint booths, solvent handling areas, and industrial processing
• Power Generation - Electrical distribution systems in classified areas
• Oil and Gas Operations - Drilling platforms, pumping stations, and pipeline facilities
• Pharmaceutical Manufacturing - Clean rooms and controlled atmosphere production areas
• Grain Handling Facilities - Elevators, mills, and processing equipment installations
• Aircraft Hangars - Fuel handling and maintenance area electrical systems
• Marine Applications - Shipboard electrical systems and offshore installations

Conduit Union System Benefits

Conduit unions provide essential flexibility in electrical installations by allowing conduit disconnection without disturbing adjacent connections. This capability is particularly valuable in hazardous locations where maintenance access and system modifications must be performed safely and efficiently. The union design enables equipment removal, conduit rerouting, and system expansion while maintaining the integrity of existing installations.

Why Choose Steel Construction?

Steel construction delivers the strength and durability required for demanding hazardous location installations. Unlike lighter materials, steel provides superior impact resistance, maintains dimensional stability under temperature variations, and offers excellent grounding continuity. The robust construction ensures decades of reliable service in challenging industrial environments where safety and performance cannot be compromised.