Carlon 2-1/2 Inch Gray PVC Conduit Coupling - 3-3/16 Inch Length

Carlon 2-1/2 Inch Gray PVC Conduit Coupling

Professional-Grade Conduit Connection Solution

The Carlon 2-1/2 Inch Gray PVC Conduit Coupling delivers professional-grade conduit connection performance for electrical installations. This PVC coupling features precision-engineered socket design for electrical contractors and installers, providing the reliable performance and UL Listed safety that electrical professionals demand for secure conduit connections.

Professional Features & Benefits

Superior Construction Quality

• Precision PVC Construction - Engineered for long-lasting durability and corrosion resistance in electrical applications
• Socket Fitting Design - Provides secure, permanent connections between conduit sections with proper cement application
• Gray Color Coding - Professional appearance that meets industry standards for electrical conduit systems
• 3-3/16 Inch Length - Optimal coupling length ensures maximum joint strength and reliability

Safety & Code Compliance

• UL Listed Certification - Meets UL E23018 standards for electrical safety and code compliance
• Professional Installation Ready - Designed for use with Carlon solvent cement for permanent, code-compliant connections
• Electrical System Integration - Compatible with standard 2-1/2 inch PVC conduit systems for seamless installations

Technical Specifications

Nominal Size: 2-1/2 inches, Inside Diameter: 2-11/16 inches, Outside Diameter: 3-5/16 inches, Length: 3-3/16 inches, Material: PVC (Polyvinyl Chloride), Color: Gray, UL Listed: E23018, Selling Unit: Each, Application: Socket fitting with solvent cement attachment

Installation Process

1. Ensure conduit ends are cut square and deburred for proper fitting alignment and professional results
2. Clean both conduit ends and coupling interior surfaces thoroughly to remove debris and ensure optimal cement adhesion
3. Apply Carlon solvent cement evenly to conduit end and coupling socket interior following manufacturer specifications
4. Insert conduit fully into coupling socket with slight twisting motion to distribute cement evenly
5. Hold connection firmly for 30 seconds to ensure proper initial bonding and joint integrity
6. Allow full cure time per cement manufacturer recommendations before energizing electrical system

Professional Applications

Ideal for:

• Commercial Electrical Systems - Office buildings, retail spaces, and industrial facilities requiring reliable conduit connections
• Residential Wiring Projects - Home electrical installations, additions, and renovations with PVC conduit systems
• Underground Electrical Runs - Below-grade installations where corrosion resistance and permanent connections are critical
• Outdoor Electrical Applications - Weather-exposed installations requiring durable, moisture-resistant conduit connections
• Industrial Electrical Systems - Manufacturing facilities and processing plants with demanding electrical infrastructure needs
• Conduit System Extensions - Adding length to existing PVC conduit runs with professional-grade connections
• Electrical Panel Connections - Connecting conduit runs to electrical panels and distribution equipment
• Motor Control Applications - Industrial motor installations requiring secure conduit connections for power and control wiring

PVC Material Advantage

Carlon PVC couplings offer superior corrosion resistance compared to metallic alternatives, making them ideal for moisture-prone environments, underground installations, and chemical exposure applications. The lightweight PVC construction reduces installation labor while maintaining exceptional strength and durability for long-term electrical system reliability.

Why Choose Carlon Quality?

Carlon's commitment to UL Listed safety standards and precision manufacturing ensures reliable performance in critical electrical applications. Every coupling undergoes rigorous quality testing to meet electrical code requirements, providing electrical professionals with the confidence needed for code-compliant installations and long-term system reliability.