Eaton Crouse-Hinds 1-1/2" FMC 90° Squeeze Connector, Non-Insulated, Zinc Die Cast

Eaton Crouse-Hinds 1-1/2" FMC 90° Squeeze Connector, Non-Insulated, Zinc Die Cast

Professional-Grade Right Angle Flexible Metal Conduit Connection

The Eaton Crouse-Hinds 1-1/2" FMC 90° Squeeze Connector is a premium right-angle fitting engineered for flexible metal conduit installations requiring directional changes in tight spaces. This zinc die cast squeeze-type connector delivers superior dimensional stability and corrosion resistance for commercial and industrial electrical systems where space constraints demand 90-degree conduit routing.

Key Features & Benefits

Superior Construction & Durability

• Zinc Die Cast Body - Precision casting ensures dimensional accuracy and superior corrosion resistance compared to steel alternatives
• Squeeze-Type Design - Tool-free installation with secure mechanical connection that won't loosen over time
• Non-Insulated Throat - Maintains grounding continuity throughout the conduit system for enhanced electrical safety
• 90-Degree Configuration - Eliminates need for additional elbows and reduces installation complexity in confined spaces

Installation Efficiency

• No Threading Required - Squeeze mechanism provides fast, reliable connection without cutting threads
• Compact Profile - Right-angle design minimizes space requirements in crowded electrical enclosures
• Universal Compatibility - Works with standard 1-1/2" flexible metal conduit systems
• Professional Reliability - Trusted by electrical contractors for over 100 years of proven performance

Technical Specifications

This 1-1/2" trade size squeeze connector features zinc die cast construction with non-insulated throat design for optimal grounding continuity. The 90-degree angle configuration measures 4.77" in length, 3.38" in width, and 3.33" in height, weighing 1.17 pounds for substantial durability. Designed for flexible metal conduit (FMC) applications in ordinary/non-hazardous locations, this connector meets NEC/CEC compliance standards for professional electrical installations.

Installation Process

1. Strip flexible metal conduit to proper length, ensuring clean, square cut
2. Insert conduit fully into the squeeze connector body until it reaches the internal stop
3. Position the 90-degree angle to align with desired conduit routing direction
4. Apply firm, even pressure to the squeeze mechanism to secure the connection
5. Verify mechanical connection by gently tugging on the conduit
6. Thread connector into electrical enclosure or junction box to complete installation

Applications

Perfect for:

• Commercial Buildings - Office complexes, retail spaces, and healthcare facilities requiring flexible conduit routing
• Industrial Facilities - Manufacturing plants and processing facilities with equipment connections
• Motor Control Centers - Connecting flexible conduit to control panels and switchgear in tight spaces
• Equipment Connections - HVAC units, pumps, and machinery requiring vibration-resistant conduit connections
• Retrofit Projects - Existing installations where space constraints require right-angle conduit routing
• Panel Connections - Electrical distribution panels where conduit must change direction immediately upon entry
• Junction Box Applications - Connecting multiple conduit runs in confined electrical enclosures
• Maintenance Access Areas - Locations where conduit routing must accommodate service accessibility

Flexible Metal Conduit System Benefits

Flexible metal conduit systems with squeeze connectors provide superior vibration resistance and installation flexibility compared to rigid conduit systems. The squeeze-type connection eliminates the need for threading, reducing installation time while providing a secure mechanical connection that maintains system integrity even in high-vibration environments.

Why Choose Zinc Die Cast Construction?

Zinc die cast construction offers exceptional dimensional stability and corrosion resistance, making it ideal for long-term electrical installations. The precision casting process ensures consistent thread engagement and superior mechanical properties compared to stamped steel alternatives, while the natural corrosion resistance of zinc provides extended service life in demanding environments.