Carlon 1 Inch Gray PVC Schedule 40 Standard 90 Degree Elbow - 1.316 Inch OD

Carlon 1 Inch Gray PVC Schedule 40 Standard 90 Degree Elbow

Professional-Grade Non-Metallic Conduit Fitting

The Carlon 1 Inch PVC Schedule 40 90 Degree Elbow delivers professional-grade conduit system performance for electrical installations requiring directional changes. This gray PVC elbow features standard 90-degree configuration with 1.316 inch outside diameter designed for electrical contractors and installers, providing the reliable performance and UL Listed safety that electrical professionals demand.

Professional Features & Benefits

Superior Construction Quality

• Schedule 40 PVC Construction - Heavy-duty wall thickness provides maximum durability and impact resistance for demanding electrical applications
• Precision Molded Design - Smooth interior walls minimize wire pulling friction and prevent cable damage during installation
• Standard 90 Degree Configuration - Perfect right-angle turns for professional conduit routing in walls, ceilings, and electrical panels
• 1.316 Inch Outside Diameter - Precise dimensional tolerances ensure secure connections with matching conduit and fittings

Safety & Code Compliance

• UL Listed Certification - Meets UL E323335 standards for electrical safety and code compliance in commercial and residential installations
• Non-Metallic Corrosion Resistance - PVC material eliminates rust and corrosion concerns in moisture-prone environments
• Fire-Resistant Properties - Self-extinguishing PVC compound provides enhanced fire safety protection

Technical Specifications

Nominal Size: 1 inch, Outside Diameter: 1.316 inches, Material: Gray PVC Schedule 40, Configuration: Standard 90 degree elbow, UL Listed: E323335, Temperature Rating: Standard electrical applications, Selling Unit: Each, Product Dimensions: 11.60 inches overall size

Installation Process

1. Measure and cut conduit runs to proper lengths ensuring square, clean cuts for optimal fitting engagement
2. Test fit elbow with conduit sections to verify proper alignment and positioning before applying solvent cement
3. Apply PVC primer to both conduit end and elbow socket interior for maximum bond strength
4. Apply solvent cement evenly to primed surfaces and immediately insert conduit into elbow socket
5. Hold connection firmly for 30 seconds ensuring proper seating and alignment of the 90-degree turn
6. Allow cure time per manufacturer specifications before wire pulling or system energization

Professional Applications

Ideal for:

• Residential Electrical Systems - Home wiring installations, basement electrical runs, and garage electrical circuits
• Commercial Building Wiring - Office buildings, retail spaces, and industrial facility electrical distribution
• Conduit System Direction Changes - Professional routing around obstacles, corners, and structural elements
• Panel and Junction Box Connections - Electrical panel feeds, sub-panel connections, and junction box entries
• Underground Electrical Installations - Buried conduit systems requiring directional changes and corrosion resistance
• Moisture-Prone Environments - Basements, crawl spaces, and exterior electrical installations
• Code-Compliant Installations - Meeting NEC requirements for rigid non-metallic conduit systems
• Wire Protection Systems - Safeguarding electrical conductors in demanding installation environments

PVC Schedule 40 Advantage

Carlon PVC Schedule 40 elbows provide superior performance over metallic alternatives through corrosion-resistant construction, lightweight installation benefits, and non-conductive safety properties. The gray PVC material withstands temperature variations, chemical exposure, and physical impact while maintaining dimensional stability for long-term electrical system reliability.

Why Choose Carlon Quality?

Carlon demonstrates unwavering commitment to UL Listed safety standards, reliable performance engineering, and comprehensive code compliance solutions for electrical professionals. Every Schedule 40 elbow undergoes rigorous quality testing to ensure consistent performance, proper dimensional tolerances, and long-term durability in demanding electrical installations.