Eaton Crouse-Hinds 1/2" FMC 90° Clamp Connector, Non-Insulated, Malleable Iron

Eaton Crouse-Hinds 1/2" FMC 90° Clamp Connector, Non-Insulated, Malleable Iron

Professional-Grade Right Angle Flexible Metal Conduit Connection

The Eaton Crouse-Hinds 1/2" FMC 90° Clamp Connector is a premium malleable iron fitting engineered for secure right-angle flexible metal conduit connections. This non-insulated connector delivers superior mechanical strength and reliable grounding continuity for commercial and industrial electrical installations where space constraints require directional changes.

Key Features & Benefits

Superior Material Construction

• Malleable Iron Body - Stronger than steel construction provides exceptional durability and impact resistance
• Precision Threading - Machined threads ensure secure, long-lasting connections that won't loosen over time
• Corrosion Resistance - Premium finish protects against environmental degradation in demanding applications
• Non-Insulated Design - Maintains continuous grounding path for enhanced electrical safety

90° Angle Design Advantages

• Space-Saving Configuration - Right angle design allows conduit routing in tight spaces and around obstacles
• Reduced Installation Time - Eliminates need for additional elbows or complex bending operations
• Clean Professional Appearance - Provides neat, organized conduit runs in visible installations
• Versatile Mounting Options - Accommodates various equipment connection orientations

Clamp-Type Connection System

• Secure FMC Grip - Clamp mechanism provides positive mechanical connection to flexible metal conduit
• No Slippage - Engineered clamping force prevents conduit pullout under normal installation stresses
• Easy Installation - Simple tightening procedure reduces labor time and ensures consistent connections

Technical Specifications

This connector accommodates 1/2" trade size flexible metal conduit with malleable iron construction measuring 2.13" in length, 0.88" in height, and 0.5" in width, weighing 0.19 pounds. The non-insulated design maintains grounding continuity while meeting NEC/CEC compliance standards for ordinary/non-hazardous locations. The 90-degree angle configuration provides versatile installation options in space-constrained applications.

Installation Process

1. Cut flexible metal conduit to required length using appropriate cutting tools
2. Remove any sharp edges or burrs from conduit end to prevent wire damage
3. Insert conduit end into the clamp portion of the connector
4. Tighten clamp mechanism to secure conduit firmly in place
5. Thread connector into knockout or hub opening in electrical enclosure
6. Verify secure mechanical connection and proper grounding continuity

Applications

Perfect for:

• Motor Control Centers - Connecting flexible conduit to control panels and motor starters
• Equipment Connections - Vibration-resistant connections to motors, pumps, and rotating machinery
• Panel Board Installations - Right-angle connections where space is limited around electrical panels
• Industrial Machinery - Flexible connections to equipment requiring periodic maintenance access
• Commercial Buildings - Professional installations in office buildings, retail spaces, and institutional facilities
• Manufacturing Facilities - Durable connections in production environments with mechanical stress
• Maintenance Applications - Replacement connections in existing installations requiring directional changes
• Tight Space Routing - Conduit runs around structural members, pipes, and other obstacles

Flexible Metal Conduit System Benefits

Flexible metal conduit systems provide superior vibration resistance compared to rigid conduit installations, making them ideal for equipment connections subject to movement or mechanical stress. The combination of flexible conduit with secure clamp-type connectors ensures reliable electrical connections while accommodating thermal expansion, equipment vibration, and maintenance access requirements.

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 commercial and industrial applications. This superior material provides long-term reliability, reduces maintenance requirements, and ensures consistent performance in challenging environments where equipment vibration and mechanical stress are common concerns.