Eaton Crouse-Hinds 4" Square Box Partition, Steel, Two-Gang, Tile Wall

Eaton Crouse-Hinds 4" Square Box Partition, Steel, Two-Gang, Tile Wall

Professional-Grade Steel Partition for Clean Two-Gang Installations

The Eaton Crouse-Hinds 4" Square Box Partition is a professional-grade steel component engineered for clean two-gang electrical installations in tile wall applications. This precision-manufactured partition delivers reliable device separation and enhanced installation flexibility for commercial and residential electrical systems.

Key Features & Benefits

Professional Installation Quality

• Steel Construction - Durable material provides long-term structural integrity and device support
• Square Cut Design - Precision edges ensure clean, professional appearance in finished installations
• Two-Gang Configuration - Creates proper separation between devices in multi-gang applications
• Tile Wall Compatibility - Specifically designed for seamless integration with tile wall installations

Versatile Cover Compatibility

• Multiple Raised Cover Options - Compatible with 1/2", 3/4", and 1" raised covers for various installation depths
• Standard 4" Box Size - Fits all standard 4" square electrical boxes for universal compatibility
• Blank Configuration - Provides maximum flexibility for custom device arrangements

Code Compliance & Safety

• NEC/CEC Compliant - Meets all National Electrical Code and Canadian Electrical Code requirements
• Ordinary Location Rated - Approved for standard commercial and residential applications
• Professional Standards - Manufactured to Eaton Crouse-Hinds quality specifications

Technical Specifications

This partition features a 4" square box size with steel construction measuring 4" in length, 2.13" in height, and 0.06" in width, weighing 0.16 pounds. The square cut design is specifically engineered for tile wall applications and provides compatibility with 1/2", 3/4", and 1" raised covers. The blank configuration allows for maximum installation flexibility while maintaining NEC/CEC compliance for ordinary/non-hazardous locations.

Installation Process

1. Verify proper 4" square box installation and secure mounting
2. Position partition within the square box to create desired two-gang separation
3. Ensure partition edges align properly with box walls for clean installation
4. Install devices in each gang section according to manufacturer specifications
5. Select appropriate raised cover (1/2", 3/4", or 1") based on tile wall depth requirements
6. Secure cover and verify proper device operation and accessibility

Applications

Perfect for:

• Tile Wall Installations - Bathrooms, kitchens, commercial restrooms, and food service areas
• Two-Gang Device Separation - Switch/outlet combinations, dual switches, or specialized device pairs
• Commercial Buildings - Office spaces, retail environments, and hospitality installations
• Residential Applications - Kitchen backsplashes, bathroom vanity areas, and utility rooms
• Healthcare Facilities - Patient rooms, treatment areas, and sterile environments
• Educational Facilities - Classrooms, laboratories, and administrative areas
• Renovation Projects - Upgrading existing installations with modern device configurations
• Custom Electrical Layouts - Specialized applications requiring precise device positioning

Square Box Partition System Benefits

Square box partitions provide superior installation flexibility compared to pre-configured multi-gang boxes by allowing contractors to customize device spacing and arrangements on-site. This approach reduces inventory requirements while ensuring perfect alignment with architectural features and tile patterns. The partition system also simplifies wire management by creating defined spaces for each device's connections.

Why Choose Steel Construction?

Steel construction provides exceptional durability and dimensional stability essential for tile wall applications where precise alignment is critical. Unlike plastic alternatives, steel partitions maintain their shape under installation stress and provide reliable long-term support for heavy devices. The material's strength also ensures proper grounding continuity and electromagnetic compatibility in sensitive electronic environments.