Eaton Crouse-Hinds 1/2" Steel Switch Box, Gangable, 10 Cubic Inch

Eaton Crouse-Hinds 1/2" Steel Switch Box, Gangable, 10 Cubic Inch

Professional-Grade Gangable Switch Box for Commercial Electrical Installations

The Eaton Crouse-Hinds 1/2" Steel Switch Box is a heavy-duty electrical enclosure engineered for commercial and industrial switch installations. This steel construction switch box delivers reliable performance and expandable capacity for professional electrical contractors working on multi-gang applications.

Key Features & Benefits

Expandable Design

• Gangable Construction - Easily combine multiple boxes for multi-switch installations without additional hardware
• 10 Cubic Inch Capacity - Generous wire fill space accommodates multiple conductors and wire nuts
• 1/2" Mounting Ears - Secure attachment to wall studs or mounting surfaces with standard hardware
• Modular Flexibility - Gang multiple units together for custom switch configurations

Durable Steel Construction

• Heavy-Duty Steel Material - Superior strength and impact resistance for demanding commercial environments
• Corrosion Resistant Finish - Long-lasting protection against moisture and environmental factors
• Professional Grade Build - Engineered to withstand decades of service in high-traffic installations
• Dimensional Stability - Maintains precise measurements for consistent device mounting

Installation Efficiency

• 1/2" Conduit Opening - Compatible with standard 1/2" EMT, rigid, and IMC conduit systems
• No Clamps Required - Streamlined design reduces installation time and component costs
• Standard 2" Dimensions - Fits perfectly with standard electrical devices and cover plates
• Pre-Punched Knockouts - Clean conduit connections without field modifications

Technical Specifications

This switch box features a compact 2" x 2" x 3" design with 10.0 cubic inches of internal capacity for wire management. The 1/2" conduit opening accommodates standard electrical conduit without requiring separate clamps. Steel construction provides superior durability compared to plastic alternatives, while the gangable design allows for seamless multi-gang installations. The unit weighs 0.48 pounds and meets NEC/CEC compliance standards for ordinary/non-hazardous locations.

Installation Process

1. Mark and cut wall opening to accommodate box dimensions and any ganged units
2. Position box in wall opening, ensuring proper alignment with adjacent boxes if ganging
3. Secure mounting ears to wall studs or mounting surface using appropriate fasteners
4. Install 1/2" conduit into the conduit opening, ensuring proper connection
5. Pull conductors through conduit and into box, maintaining proper wire fill ratios
6. Complete electrical connections and install switch device and cover plate

Applications

Perfect for:

• Commercial Buildings - Office complexes, retail spaces, and professional facilities
• Industrial Facilities - Manufacturing plants, warehouses, and processing centers
• Educational Institutions - Schools, universities, and training facilities
• Healthcare Facilities - Hospitals, clinics, and medical office buildings
• Multi-Gang Switch Installations - Areas requiring multiple switch controls in single location
• Renovation Projects - Upgrading existing electrical systems with expandable capacity
• New Construction - Commercial and industrial electrical rough-in applications
• Municipal Buildings - Government facilities and public infrastructure projects

Gangable Switch Box System Benefits

Gangable switch boxes provide superior flexibility compared to fixed multi-gang boxes by allowing contractors to create custom configurations based on specific project requirements. This modular approach reduces inventory needs while ensuring perfect fit for any application. The ability to combine multiple single-gang boxes also provides better wire management space compared to cramped multi-gang alternatives, making installations cleaner and more code-compliant.

Why Choose Steel Construction?

Steel switch boxes offer significant advantages over plastic alternatives in commercial applications. The superior strength prevents crushing during installation and provides better protection for electrical connections over time. Steel construction also provides excellent grounding continuity and fire resistance, making it the preferred choice for professional electrical contractors working on code-critical installations where long-term reliability is essential.