3/4 inch Clearloc Push Fit Drop Ear 90 Degree Elbow Push x Female

3/4" Clearloc Push Fit Drop Ear 90° Elbow – Secure, Fixed-Mount Elbow for PEX, CPVC, and Copper Systems

The 3/4" Clearloc push fit drop ear elbow is engineered for fixed-position transitions from 3/4" pipe to a 3/4" female-threaded connection. Suitable for use with copper, CPVC, and PEX tubing, this fitting provides a secure 90-degree change in direction with integrated mounting ears for fast and stable anchoring to framing members in residential and commercial systems.

Technical Specifications

• Connection Type: 3/4" push-to-connect x 3/4" FNPT
• Pipe Compatibility: Copper (ASTM B88), CPVC (ASTM D2846), PEX (ASTM F876)
• Material: Lead-free brass body, EPDM O-ring, stainless steel retaining mechanism
• Mounting Style: Drop ear lugs with pre-drilled holes for rigid attachment to structural framing
• Pressure Rating: 200 PSI at 73°F
• Temperature Rating: 200°F maximum working temperature
• Certifications: ASSE 1061, NSF/ANSI 61 and 372; meets IPC, UPC, and IRC requirements

Applications

Used to provide a transition between piping systems and threaded outlets at fixed plumbing locations such as hose bibbs, shower arms, or supply risers. Common in wall cavity installations, this elbow supports code-compliant layout and alignment of valves or fixtures requiring a secure, non-movable connection point.

Installation Guidelines

Ensure pipe ends are square-cut and free of debris. Insert tubing to the specified depth (1-1/8" for 3/4" pipe) until fully seated. Threaded outlet connections should use PTFE tape or approved sealant. The fitting can be demounted using an appropriate push fit disconnect tool. Mount to framing using corrosion-resistant fasteners through the integrated drop ears.

Performance Note

Push fit fittings with drop ear mounts provide flame-free, tool-less installation while maintaining mechanical stability under pressure cycling. Lead-free brass construction and dual-seal O-ring design ensure long-term performance in potable water and closed-loop hydronic systems.