Schedule 80 1/2 In. Fpt X 1/2 In. D Fpt Pvc Threaded Cap 1 Pk

This Charlotte Pipe PVC Schedule 80 cap is a female pipe thread (FPT) fitting designed for pressurized liquid distribution systems. The 1/2-inch cap provides closure for Schedule 80 PVC pipes in industrial applications. Dark gray PVC construction is specified for Schedule 80 pressure applications.

PVC Schedule 80 fittings are engineered to handle pressures in active distribution systems. This cap must be joined using solvent cement conforming to ASTM D2564, with primer meeting IPS P-70 or Oatey Industrial Grade specifications. Important: Schedule 80 pressure fittings should only be used with other Schedule 80 components; do not mix with sanitary fittings in pressure systems. This fitting is not suitable for compressed air or gas applications.

Features and Benefits

• Schedule 80 Rated: Engineered to handle demanding pressure applications with a Schedule 80 rating.
• Female Pipe Thread Connection: FPT design allows secure threaded attachment to male pipe threads.
• Standards Compliance: Conforms to ASTM D1785, ASTM D2467, NSF Standard 14, and NSF Standard 61.
• Temperature Rated: Rated for maximum operating temperature of 140°F; temperature de-rating may apply for higher temperatures.
• Bulk Pack: Twenty-five caps per pack.
• Warranty: Includes a 5-year limited warranty.

Specifications

• Brand: Charlotte Pipe
• Model: PVC 08117 1000
• Size: 1/2 inch nominal
• Connection Type: FPT (Female Pipe Thread)
• Material: PVC
• Color: Dark gray
• Schedule Rating: 80
• Count: 25 caps per pack
• Maximum Working Temperature: 140°F
• Cell Class: 12454 (Type 1)
• Joining Method: Solvent weld with ASTM D2564 cement
• Standards: ASTM D1785, ASTM D2467, NSF Standard 14, NSF Standard 61

How to Use

• Installation: Join with solvent cement meeting ASTM D2564 specifications; use IPS P-70 or Oatey Industrial Grade primer before application.
• Compatibility: Use only with Schedule 80 pressure fittings; do not use for compressed air, gases, or with sanitary turn fittings in pressure systems.