2 inch PVC DWV 90 Degree Double Elbow Plastic x Plastic

2 inch PVC Double 90° Elbow – Schedule 40 Fitting for DWV Systems

The 2 inch PVC Double 90° Elbow is a dual-outlet, long-radius elbow designed to connect three sections of 2-inch PVC pipe at 90-degree angles. Manufactured to meet ASTM D2665 specifications, this fitting is used in drainage, waste, and vent (DWV) applications where space and directional changes are required.

Its slip socket ends allow for solvent weld connections using standard primer and cement for rigid, leak-resistant joints. The double elbow layout accommodates configurations such as vertical-to-horizontal stacks, cleanout access, or directional changes within confined mechanical spaces.

Product Features

• ✅ Material: PVC (Polyvinyl Chloride), Type 1, Grade 1 per ASTM D1784
• ✅ Configuration: Double 90-degree elbow with three 2-inch nominal slip sockets
• ✅ Standard Compliance: Conforms to ASTM D2665 and CSA B181.2 for DWV piping systems
• ✅ Application: Designed for non-pressurized sanitary drainage systems
• ✅ Corrosion Resistant: Non-metallic material resists rust, scale, and chemical degradation in wastewater environments

Technical Specifications

• Nominal Size: 2 inches (all ports)
• End Connections: Slip socket (solvent weld)
• Angle: 90 degrees per outlet
• Color: White
• Service Type: Gravity flow, non-pressure DWV use only

Typical Applications

This fitting is commonly used in:

• Residential and commercial DWV plumbing systems
• Drainage stack offsets and cleanout branches
• Directional transitions in waste pipe runs
• Branching configurations requiring two orthogonal outflows from a single inlet

Installation Notes

Use PVC primer and solvent cement per manufacturer guidelines to bond connections. Ensure proper alignment to avoid angular stress on adjoining pipe runs. Not suitable for pressurized fluid systems.

Material Insight

PVC Schedule 40 fittings are widely adopted in DWV applications due to their light weight, ease of installation, and resistance to microbial and chemical attack.