Carlon 4 Inch x 1-1/2 Inch Non-Metallic Snap-Loc Base Spacer for Conduit Support

Carlon 4 Inch x 1-1/2 Inch Non-Metallic Snap-Loc Base Spacer

Professional-Grade Conduit Support System

The Carlon 4 Inch x 1-1/2 Inch Snap-Loc Base Spacer delivers professional-grade conduit support performance for electrical installations. This non-metallic conduit spacer features innovative side dovetail rail-and-groove design for electrical contractors and installers, providing the reliable performance and modular flexibility that electrical professionals demand for organized conduit runs.

Professional Features & Benefits

Innovative Snap-Loc Design

• Side Dovetail Rail-and-Groove System - Enables side-by-side interchangeability of conduit spacer sizes while maintaining horizontal stability
• Modular Configuration - Allows multiple spacers to connect seamlessly for custom conduit arrangements
• Secure Locking Mechanism - Snap-Loc technology ensures spacers stay firmly connected during installation and service
• 4 Inch x 1-1/2 Inch Dimensions - Optimal spacing for standard electrical conduit runs and cable management systems

Professional Installation Benefits

• Code Compliant Spacing - Maintains proper conduit separation distances required by electrical codes
• Non-Metallic Construction - Eliminates corrosion concerns and provides electrical isolation between conduits
• Horizontal Stability - Engineered design prevents conduit movement and maintains organized installations

Technical Specifications

Dimensions: 4 inches x 1-1/2 inches, Non-metallic construction for corrosion resistance and electrical isolation, Side dovetail rail-and-groove connection system, Individual unit packaging, Designed for standard electrical conduit support applications in residential and commercial installations.

Installation Process

1. Plan conduit layout ensuring proper spacing compliance with electrical codes
2. Position first Snap-Loc base spacer at starting point of conduit run
3. Align additional spacers using side dovetail rail-and-groove system for secure connection
4. Snap spacers together ensuring positive lock engagement for stability
5. Install conduits in spacer channels maintaining consistent separation distances
6. Verify all connections are secure and conduit arrangement meets code requirements

Professional Applications

Ideal for:

• Electrical Panel Installations - Organizing multiple conduit feeds into electrical panels and distribution equipment
• Commercial Conduit Runs - Maintaining proper spacing in office buildings, retail spaces, and industrial facilities
• Residential Electrical Systems - Supporting conduit arrangements in basements, garages, and utility areas
• Data Center Applications - Managing electrical conduits alongside data and communication pathways
• Industrial Electrical Installations - Supporting heavy-duty conduit systems in manufacturing and processing facilities
• Utility Room Organization - Creating neat, code-compliant conduit arrangements in mechanical spaces
• Electrical Renovation Projects - Adding organized conduit support to existing electrical system upgrades
• Multi-Conduit Installations - Supporting parallel conduit runs for high-capacity electrical distribution

Non-Metallic Construction Advantage

Carlon's non-metallic construction provides superior corrosion resistance compared to metal spacers, ensuring long-term reliability in humid or corrosive environments. The plastic material offers electrical isolation between conduits, prevents galvanic corrosion, and maintains structural integrity without the weight and cost of metal alternatives, making it ideal for both indoor and outdoor electrical installations.

Why Choose Carlon Quality?

Carlon's commitment to innovative electrical solutions delivers the Snap-Loc spacer system that electrical professionals trust for organized, code-compliant conduit installations. With precision-engineered dovetail connections and reliable non-metallic construction, Carlon spacers provide the modular flexibility and professional performance that contractors demand for efficient electrical system organization.