Eaton Crouse-Hinds 2-1/2" EMT Compression Connector, Steel, Non-Insulated

Eaton Crouse-Hinds 2-1/2" EMT Compression Connector, Steel, Non-Insulated

Professional-Grade Steel Construction for Heavy-Duty EMT Installations

The Eaton Crouse-Hinds 2-1/2" EMT Compression Connector is a professional-grade straight connector engineered for secure, reliable connections in large-diameter EMT conduit systems. This steel compression connector delivers superior holding power and grounding continuity for commercial and industrial electrical installations requiring 2-1/2" trade size connections.

Key Features & Benefits

Superior Compression Technology

• Threadless compression design - Eliminates threading requirements while providing secure mechanical connection
• 360-degree compression grip - Ensures uniform pressure distribution around entire conduit circumference
• Non-insulated throat design - Maintains excellent grounding continuity throughout the electrical system
• Steel construction - Provides exceptional strength and durability for heavy-duty applications

Professional Installation Advantages

• Straight connector configuration - Ideal for direct conduit-to-enclosure connections without offset requirements
• Large 2-1/2" trade size - Accommodates high-capacity conductor bundles in commercial installations
• Compression fitting design - Faster installation compared to set screw alternatives
• NEC/CEC compliant construction - Meets code requirements for ordinary/non-hazardous locations

Technical Specifications

This 2-1/2" trade size EMT compression connector features steel construction with non-insulated throat design for optimal grounding performance. The straight connector configuration measures 3.63" in height and width with 2.44" depth, weighing 1.9 pounds for substantial durability. The threadless compression design eliminates the need for conduit threading while providing secure mechanical and electrical connections. Engineered for ordinary/non-hazardous locations per NEC/CEC standards, this connector accommodates EMT conduit systems requiring reliable, code-compliant connections.

Installation Process

1. Verify EMT conduit end is cut square and deburred to prevent damage to connector threads
2. Insert EMT conduit fully into connector body until it reaches the internal stop
3. Hand-tighten compression nut to begin engagement with connector body threads
4. Use appropriate wrenches to tighten compression nut, compressing the internal ferrule around conduit
5. Tighten until ferrule creates secure mechanical grip - typically when moderate resistance is felt
6. Verify connection is secure by attempting to withdraw conduit from connector

Applications

Perfect for:

• Commercial electrical systems - Office buildings, retail centers, hospitals requiring large conduit runs
• Industrial facilities - Manufacturing plants, processing facilities with heavy electrical loads
• Municipal infrastructure - Schools, government buildings, public facilities
• Equipment connections - Motor control centers, switchgear, large electrical panels
• Distribution systems - Main electrical feeds, sub-panel connections, service entrances
• Heavy-duty installations - Applications requiring 2-1/2" conduit for high conductor counts
• Grounding-critical systems - Installations where electrical continuity is essential for safety
• Code-compliant projects - New construction and renovations requiring NEC/CEC compliance

EMT Compression Connector System Benefits

EMT compression connectors provide superior installation efficiency compared to set screw alternatives, especially in larger trade sizes like 2-1/2". The compression design creates a more secure mechanical connection that won't loosen over time due to vibration or thermal cycling. The threadless design eliminates the need for conduit threading equipment while still providing excellent pull-out resistance and grounding continuity essential for electrical safety.

Why Choose Steel Construction?

Steel construction offers exceptional strength and durability for demanding electrical installations, particularly important in larger trade sizes where mechanical stresses are higher. The steel material provides excellent corrosion resistance when properly installed in dry locations, while the substantial 1.9-pound weight indicates robust construction capable of withstanding the installation stresses common in commercial and industrial environments. Combined with Eaton Crouse-Hinds' century of electrical innovation, this connector delivers the reliability electrical professionals demand.