Carlon 1-1/4 Inch Gray PVC Schedule 40 Non-Metallic 22-1/2 Degree Conduit Elbow

Carlon 1-1/4 Inch Gray PVC Schedule 40 Non-Metallic 22-1/2 Degree Conduit Elbow

Professional-Grade Rigid Conduit Direction Change Solution

The Carlon 1-1/4 Inch PVC Schedule 40 Elbow delivers professional-grade conduit routing performance for electrical installations requiring precise 22-1/2 degree direction changes. This gray PVC rigid non-metallic elbow features Schedule 40 construction designed for electrical contractors and installers, providing the reliable performance and UL Listed safety that electrical professionals demand for conduit system installations.

Professional Features & Benefits

Schedule 40 Construction Quality

• 1-1/4 inch nominal size - Accommodates multiple wire runs with proper fill ratios for code compliance
• 1.66 inch outside diameter - Precise dimensional tolerances ensure proper fitting connections and system integrity
• 22-1/2 degree angle - Provides gentle wire routing with minimal pulling stress for professional installations
• Schedule 40 wall thickness - Heavy-duty construction withstands installation stresses and provides long-term durability

UL Listed Safety & Code Compliance

• UL E323335 Listed - Meets rigorous safety standards for electrical conduit applications and code requirements
• Gray PVC material - Corrosion-resistant construction ideal for indoor and outdoor electrical installations
• Non-metallic design - Eliminates galvanic corrosion concerns and provides electrical isolation benefits

Technical Specifications

Nominal Size: 1-1/4 inch, Outside Diameter: 1.66 inches, Material: Gray PVC Schedule 40, Angle: 22-1/2 degrees, UL Listed: E323335, Construction: Rigid non-metallic conduit elbow, Application: Indoor/outdoor electrical conduit systems, Selling Unit: Each

Installation Process

1. Measure and cut conduit runs to accommodate the 22-1/2 degree routing angle for optimal wire pulling
2. Clean conduit ends and elbow sockets thoroughly to ensure proper solvent cement adhesion
3. Apply PVC solvent cement evenly to both conduit end and elbow socket for secure connection
4. Insert conduit fully into elbow socket with slight twisting motion for complete engagement
5. Hold connection firmly for 30 seconds to ensure proper cement cure and bond strength
6. Verify alignment of conduit run direction matches installation requirements before cement fully sets

Professional Applications

Ideal for:

• Residential Electrical Systems - Branch circuit routing around structural elements and architectural features
• Commercial Conduit Installations - Large wire capacity runs in office buildings and retail facilities
• Industrial Electrical Distribution - Heavy-duty conduit systems in manufacturing and processing facilities
• Outdoor Electrical Routing - Weather-resistant conduit direction changes for exterior installations
• Underground Electrical Systems - Buried conduit routing with corrosion-resistant PVC construction
• Panel and Equipment Connections - Precise angle routing to electrical panels and junction boxes
• Conduit System Expansion - Adding new circuits to existing Schedule 40 PVC conduit runs
• Code Compliance Projects - Meeting NEC requirements for proper conduit installation practices

PVC Schedule 40 Advantage

Carlon PVC Schedule 40 construction provides superior strength and durability compared to lighter wall conduit systems. The non-metallic material eliminates corrosion concerns in wet or chemical environments while maintaining excellent impact resistance. The 22-1/2 degree angle reduces wire pulling stress compared to sharper bends, extending wire insulation life and simplifying installation procedures for electrical professionals.

Why Choose Carlon Quality?

Carlon maintains unwavering commitment to UL Listed safety standards and reliable performance that electrical professionals trust. Every Schedule 40 elbow undergoes rigorous quality testing to ensure consistent dimensional accuracy and material integrity. Choose Carlon for code-compliant conduit solutions that deliver professional results and long-term system reliability in demanding electrical applications.