Product Overview
Prevent reverse flow and protect your pumps and lines with the Campbell 2" Plastic Swing Check Valve. Built from durable ABS in a clean black finish, this mechanical (flapper‑style) check valve is ideal for sump/effluent discharge, irrigation return lines, and general non‑potable water applications. The included two coupling boots simplify installation on 2" lines and help transition between pipe materials (ABS or PVC) without special adapters. Rated to 180°F maximum temperature, this compact valve delivers dependable one‑way flow in horizontal runs or in vertical runs with upward flow (observe arrow direction).
- Durable ABS body resists corrosion and many common chemicals
- Mechanical swing (flapper) design for low headloss one‑way flow
- Two boots included for quick, secure connections on 2" pipe
- Compact size for tight installs; black finish blends with most systems
Key Features
- 2" Connections (Inlet/Outlet): Fits standard 2" lines
- ABS Construction: Lightweight, corrosion‑resistant body
- Mechanical Actuation: Swing/flapper check for reliable backflow prevention
- Temperature Rating: Up to 180°F (82°C)
- Boots Included: Two 2" rubber coupling boots for fast, tool‑friendly installs
- Lead‑Free: Average lead content compliant
- Orientation Arrow: Cast/marked on valve to indicate flow direction
Specifications
- Brand: Campbell
- Product Type: Swing Check Valve
- Connection Size: 2" inlet × 2" outlet
- Connection Method: Coupling boots (included)
- Material: ABS plastic (body)
- Color Family: Black
- Actuation: Mechanical (swing/flapper)
- Max Temperature: 180°F (82°C)
- Push‑to‑Connect: No
- Insulated: No
- Lead Content: Lead‑free (average)
- Dimensions (approx.): 3.25" L × 3.25" W × 8" H
- Applications: Non‑potable water, sump/effluent discharge, irrigation, drainage
- Pressure Rating: Not specified (use in appropriate low/standard line pressure per local code)
What’s Included
- 1 × Campbell 2" ABS Swing Check Valve
- 2 × 2" coupling boots (with clamps)
 
             
             
                    
            
            
            
           