Eaton Crouse-Hinds Six-Gang Steel Series Gang Box, 95 Cubic Inch Capacity

Eaton Crouse-Hinds Six-Gang Steel Series Gang Box

Professional-Grade Multi-Gang Solution for High-Density Device Installations

The Eaton Crouse-Hinds Six-Gang Steel Series Gang Box is a professional-grade electrical enclosure engineered for high-density commercial and industrial device installations. This robust steel gang box delivers exceptional capacity with 95 cubic inches of wire fill space and multiple conduit entry options for complex electrical distribution systems.

Key Features & Benefits

Superior Capacity & Configuration

• Six-Gang Design - Accommodates six standard electrical devices in a single enclosure, reducing installation time and material costs
• 95 Cubic Inch Capacity - Generous wire fill space exceeds NEC requirements for complex wiring configurations
• Multiple Conduit Entries - Features (6) 1/2" and (4) 3/4" knockouts for flexible conduit routing options
• 1-5/8" Depth - Standard depth accommodates most commercial-grade devices and wiring requirements

Professional Construction Quality

• Heavy-Duty Steel Construction - Provides superior strength and durability for demanding commercial installations
• Precision Manufacturing - Ensures consistent device mounting and proper alignment across all six gang positions
• Corrosion-Resistant Finish - Steel construction with protective coating for long-term reliability
• NEC/CEC Compliant Design - Meets all applicable electrical code requirements for ordinary locations

Technical Specifications

This six-gang series box measures 14.06 inches in length, 4.5 inches in width, and 1.63 inches in height, providing a compact footprint for high-density installations. The steel construction offers superior mechanical strength while maintaining a lightweight profile at just 0.95 pounds. Conduit entry options include six 1/2-inch and four 3/4-inch knockouts strategically positioned for optimal wire routing. The 95 cubic inch internal capacity provides ample space for wire connections and splices while maintaining NEC fill requirements.

Installation Process

1. Select appropriate mounting location ensuring adequate clearance for device installation and wire routing
2. Remove required knockouts using standard knockout tools, maintaining clean edges for proper conduit connections
3. Secure box to structural members using appropriate fasteners for wall construction type
4. Install conduit connections ensuring proper grounding continuity through steel construction
5. Route and terminate conductors maintaining proper wire fill ratios within the 95 cubic inch capacity
6. Install devices ensuring proper alignment and secure mounting to gang box ears

Applications

Perfect for:

• Commercial Office Buildings - Workstation power and data installations, conference room control systems
• Industrial Control Panels - Operator interface mounting, control device consolidation
• Healthcare Facilities - Patient room headwall installations, medical equipment power distribution
• Educational Institutions - Classroom technology installations, laboratory power systems
• Retail Environments - Point-of-sale power distribution, display lighting controls
• Municipal Buildings - Government facility electrical systems, public building installations
• Manufacturing Facilities - Production line control interfaces, equipment operator stations
• Data Centers - Power distribution units, monitoring system interfaces

Series Gang Box System Benefits

Series gang boxes provide superior installation efficiency compared to individual device boxes by consolidating multiple devices into a single enclosure. This reduces material costs, simplifies rough-in procedures, and creates cleaner finished installations. The continuous internal space allows for easier wire routing and connection management while maintaining proper fill ratios.

Why Choose Steel Construction?

Steel gang boxes offer exceptional mechanical strength and durability for demanding commercial applications. The robust construction resists damage during installation and provides long-term reliability in high-traffic environments. Steel construction also ensures excellent grounding continuity and electromagnetic shielding properties, making it ideal for sensitive electronic equipment installations where electrical noise reduction is critical.