Description
Schedule 80 CPVC Cap Socket (SOC)
Schedule 80 CPVC Cap Socket (SOC) provides a closed-end termination for compatible Schedule 80 CPVC pipe. The fitting uses a socket connection for solvent-cement joining to the end of the piping run.
The Schedule 80 CPVC socket cap is designed to close the end of compatible CPVC pipe without adding a threaded connection. Selection should account for nominal size, socket compatibility, system conditions, and proper CPVC solvent-cement joining procedures.
Product Highlights
- CPVC construction
- Schedule 80 design
- Closed-end cap
- Socket connection
- Terminates compatible CPVC pipe
- Compact molded configuration
- Provides a permanent piping closure
- Designed for solvent-cement CPVC joining
Technical Specifications
| Product Type | Cap |
|---|---|
| Material | CPVC |
| Schedule | Schedule 80 |
| Configuration | Closed-End Socket Cap |
| Connection | Socket (SOC) |
| Socket Interface | Compatible CPVC Pipe |
| Connection Count | One Connection |
| Outlet | Closed End |
| Joining Method | CPVC Solvent-Cement Connection |
| Primary Function | Terminate the End of Compatible Schedule 80 CPVC Pipe |
Cap Design
The cap design provides a closed end for terminating a compatible Schedule 80 CPVC piping run. The molded configuration installs directly over the pipe end through the socket connection.
The nominal size should match the adjoining CPVC pipe. Proper alignment should be maintained before solvent-cement joining because the connection becomes permanent after assembly.
Socket Connection
The socket connection accepts appropriately sized compatible CPVC pipe. This interface provides the solvent-cement joint that secures the cap to the pipe end.
The pipe end and fitting socket should be clean and properly prepared before assembly. Compatible CPVC primer, solvent cement, insertion procedures, and required cure times should be followed.
Closed-End Termination
The closed-end configuration blocks the end of the piping run without providing an additional outlet or threaded connection. This makes the cap suitable for permanent termination of compatible CPVC pipe.
The piping system should be properly supported so external loads are not transferred to the capped connection. The cap should also remain accessible where future inspection may be required.
Schedule 80 CPVC Application
A Schedule 80 CPVC Socket Cap provides a simple molded termination for compatible CPVC piping systems. Its socket connection is designed for properly prepared solvent-cement joining.
System temperature, pressure, fluid compatibility, joining requirements, and applicable installation procedures should be reviewed for the intended application. The piping system should not be placed into service until the joint has completed the required cure period.
Installation & Selection Considerations
- Confirm the nominal size.
- Verify the socket connection.
- Confirm adjoining CPVC pipe compatibility.
- Check pipe-end preparation before joining.
- Allow the required solvent-cement cure time.
Our piping specialists can help review nominal size, socket compatibility, adjoining CPVC pipe, joining requirements, and installation considerations before you order.
Frequently Asked Questions
What is a Schedule 80 CPVC Socket Cap used for?
It closes and terminates the end of compatible Schedule 80 CPVC pipe.
What does SOC mean?
SOC identifies a socket connection designed to accept compatible CPVC pipe.
How is the cap installed?
The socket connection is designed for compatible CPVC solvent-cement joining.
Does this cap have an outlet?
No. The fitting has a closed end and is intended to terminate the piping run.
Can the cap be removed after solvent-cement joining?
The solvent-cement connection is intended as a permanent joint rather than a serviceable threaded connection.
What should I confirm before ordering?
Confirm nominal size, socket configuration, adjoining CPVC pipe compatibility, and system requirements.
Important Ordering & Installation Notes
- Confirm the nominal size.
- Verify the socket connection.
- Check adjoining CPVC pipe size.
- Prepare the pipe end correctly.
- Use compatible CPVC joining procedures.
