Eaton Crouse-Hinds 3" FMC Squeeze Type Connector, Malleable Iron, Non-Insulated

Eaton Crouse-Hinds 3" FMC Squeeze Type Connector, Malleable Iron, Non-Insulated

Professional-Grade Flexible Metal Conduit Connection with Superior Malleable Iron Construction

The Eaton Crouse-Hinds 3" FMC Squeeze Type Connector is a premium straight connector engineered for secure flexible metal conduit terminations in commercial and industrial electrical systems. This malleable iron connector delivers exceptional strength and reliability for professional electrical installations requiring durable conduit connections.

Key Features & Benefits

Superior Material Construction

• Malleable Iron Body - Stronger than steel construction provides exceptional durability and impact resistance
• Non-Insulated Design - Maintains electrical continuity and grounding path through the conduit system
• Corrosion Resistant Finish - Long-lasting protection against environmental elements
• Precision Manufacturing - Consistent dimensional accuracy ensures reliable connections

Professional Installation Features

• Squeeze Type Design - Secure mechanical connection without threading requirements
• Straight Configuration - Direct conduit termination for clean, professional installations
• 3" Trade Size - Accommodates large conductor bundles in heavy-duty applications
• NEC/CEC Compliant - Meets electrical code requirements for commercial installations

System Reliability

• Vibration Resistant - Maintains secure connection in industrial environments
• Temperature Stable - Performs consistently across wide temperature ranges
• Moisture Protection - Sealed connection prevents moisture infiltration

Technical Specifications

This 3" trade size squeeze type connector features malleable iron construction with non-insulated throat design for flexible metal conduit applications. The straight connector configuration provides direct conduit termination with secure mechanical attachment. Dimensions measure 3.88" height x 3.88" width x 3.19" depth, weighing 2.2 pounds for substantial construction. The connector meets NEC/CEC standards for ordinary/non-hazardous locations and maintains electrical continuity through the grounding system.

Installation Process

1. Verify flexible metal conduit end is cut square and deburred
2. Insert conduit fully into connector body until seated against internal stop
3. Position connector at desired termination point
4. Apply compression force to squeeze mechanism for secure attachment
5. Verify mechanical connection by gently tugging conduit
6. Complete electrical connections according to local codes

Applications

Perfect for:

• Industrial Motor Connections - Large motor control centers and drive systems
• Commercial HVAC Systems - Equipment connections requiring vibration isolation
• Manufacturing Equipment - Machine tool and processing equipment wiring
• Power Distribution Panels - Main electrical panel and subpanel connections
• Pump and Compressor Installations - Equipment subject to mechanical vibration
• Heavy-Duty Lighting Systems - High-bay and industrial lighting circuits
• Process Control Systems - Instrumentation and control panel connections
• Emergency Power Systems - Generator and UPS equipment connections

Flexible Metal Conduit System Benefits

Flexible metal conduit systems with squeeze type connectors provide superior vibration isolation compared to rigid conduit systems, making them ideal for equipment connections subject to mechanical movement. The flexible design accommodates thermal expansion and contraction while maintaining secure electrical connections, reducing stress on conductors and connection points in dynamic industrial environments.

Why Choose Malleable Iron Construction?

Malleable iron offers significantly higher tensile strength and impact resistance compared to standard steel fittings, making it the preferred choice for demanding industrial applications. This superior material provides exceptional durability in high-vibration environments while maintaining dimensional stability over decades of service. The non-insulated design ensures reliable grounding continuity, critical for electrical safety in commercial and industrial installations.