Spears
Schedule 40 PVC Reducing 90° Elbow (SOC x FPT)
- Availability:
- Usually Ships Same Day
- Weight:
- 0.00 LBS
Description
Schedule 40 PVC Reducing 90° Elbow (SOC x FPT)
Schedule 40 PVC Reducing 90° Elbow (SOC x FPT) provides a reducing 90-degree transition between compatible PVC pipe and a male-threaded component using a socket connection and a female pipe-threaded connection. The socket end receives appropriately sized compatible PVC pipe, while the FPT end accepts a compatible male pipe thread.
The reducing 90° elbow configuration combines a size transition, right-angle direction change, and mixed SOC x FPT connections in one fitting. Selection should account for both nominal sizes, Schedule 40 PVC compatibility, required reduction, socket and threaded positions, adjoining components, joining requirements, piping alignment, and available installation clearance.
Product Highlights
- PVC construction
- Schedule 40 design
- 90° elbow configuration
- Socket x FPT connections
- Provides a reducing transition
- Combines a size change with a 90° turn
- Connects compatible PVC pipe and male threads
- Provides a reducing right-angle transition using mixed connection styles
Technical Specifications
| Product Type | Reducing 90° Elbow |
|---|---|
| Material | PVC |
| Schedule | Schedule 40 |
| Connection | Socket x Female Pipe Thread (SOC x FPT) |
| Connection Count | Two |
| Fitting Configuration | Reducing 90° Elbow |
| Socket Interface | Compatible PVC Pipe |
| Threaded Interface | Compatible Male Pipe Thread |
| Joining Method | Compatible PVC Solvent-Cement Joining x Threaded Connection |
| Direction Change | 90° |
| Piping Configuration | Reducing Right-Angle Transition |
| Primary Function | Provide a Reducing 90° Transition Between Compatible Socket and Male-Threaded Connections |
Reducing 90° Elbow Design
The reducing 90° elbow configuration combines a change in connection size with a right-angle directional transition. The socket end receives compatible PVC pipe, while the female-threaded opening accepts a compatible male-threaded component at the other side of the elbow.
This arrangement provides the size reduction, directional change, and connection-style transition within a single fitting. Both nominal sizes and the intended elbow orientation should be confirmed before assembly so the fitting corresponds with the required piping layout.
Socket & FPT Connections
The socket connection receives appropriately sized compatible PVC pipe, while the FPT opening accepts an appropriately sized compatible male pipe thread. Each side requires the appropriate assembly method for its connection style while the elbow provides the required reducing transition.
The socket surfaces should be prepared for the applicable PVC solvent-cement joining procedure, while the threaded component should be started carefully and kept properly aligned. Compatible joining and thread-sealing materials help establish each connection without placing unnecessary stress on the elbow.
Schedule 40 PVC Integration
The Schedule 40 PVC construction allows the reducing elbow to integrate into compatible Schedule 40 PVC piping arrangements requiring a size change and 90-degree transition. Matching both nominal sizes and connection interfaces to the adjoining components helps maintain the intended piping configuration.
Application suitability should be evaluated using the requirements of the complete piping system rather than the schedule designation alone. Intended service conditions, adjoining materials, connection compatibility, joining materials, installation environment, piping support, and applicable practices should all be considered during fitting selection.
Reducing Right-Angle Transition
A Schedule 40 PVC Reducing 90° Elbow provides a compact way to combine a size reduction with a right-angle change in piping direction. The SOC x FPT arrangement also transitions between a socket-style PVC connection and a compatible male-threaded component.
Installation planning should consider both connection sizes, socket insertion, thread engagement, elbow orientation, adjoining component alignment, nearby fittings, and available clearance. Connected components should align naturally with the elbow so the fitting is not relied upon to correct offsets or support improperly positioned piping.
Installation & Selection Considerations
- Confirm both nominal sizes.
- Verify the required 90° transition.
- Check Schedule 40 PVC compatibility.
- Match the socket and FPT positions correctly.
- Confirm the reducing elbow orientation before assembly.
Our PVC fitting specialists can help review both nominal sizes, Schedule 40 requirements, SOC x FPT configuration, required reduction, 90° direction change, adjoining PVC pipe, mating male-threaded component, joining requirements, elbow orientation, and available installation clearance before you order.
Frequently Asked Questions
What is a Schedule 40 PVC Reducing 90° Elbow used for?
It combines a size reduction with a 90-degree change in direction between compatible PVC pipe and a male-threaded component.
What does SOC mean?
SOC identifies a socket-style connection designed to receive appropriately sized compatible PVC pipe.
What does FPT mean?
FPT means Female Pipe Thread and identifies an internally threaded connection designed to accept a compatible male pipe thread.
Why is this fitting called a reducing elbow?
The two connection sizes differ, allowing the elbow to provide a size transition while changing the piping direction by 90 degrees.
Do both connections use the same joining method?
No. The socket side uses the applicable compatible PVC solvent-cement joining procedure, while the FPT side uses a threaded mechanical connection.
What should I confirm before ordering?
Confirm both nominal sizes, the required reduction, SOC x FPT connection arrangement, Schedule 40 PVC compatibility, and the adjoining pipe and threaded component.
Important Ordering & Installation Notes
- Inspect both connections before use.
- Confirm both nominal connection sizes.
- Prepare the socket connection before cementing.
- Start the threaded component carefully by hand.
- Use compatible joining materials for each connection.
