Spears
Schedule 40 PVC 45° Street Elbow (SPG x SOC)
- Availability:
- Usually Ships Same Day
- Weight:
- 0.00 LBS
Description
Schedule 40 PVC 45° Street Elbow (SPG x SOC)
Schedule 40 PVC 45° Street Elbow (SPG x SOC) provides a 45-degree directional change in compatible Schedule 40 PVC piping while combining a spigot connection on one end with a socket connection on the other. The street-elbow configuration can help create a compact directional transition without requiring the same connection style on both ends of the fitting.
The Spigot x Socket configuration allows the spigot end to fit into an appropriately sized compatible receiving socket while the socket end accepts compatible PVC pipe. Selection should account for nominal size, Schedule 40 PVC compatibility, the required 45-degree change, connection orientation, adjoining components, joining materials, piping support, and available installation clearance.
Product Highlights
- PVC construction
- 45-degree angle
- Schedule 40 design
- Street elbow configuration
- Spigot and socket connections
- Provides a moderate directional change
- Combines two PVC connection styles in one elbow
- Supports compact directional transitions in Schedule 40 PVC piping
Technical Specifications
| Product Type | Street Elbow |
|---|---|
| Material | PVC |
| Schedule | Schedule 40 |
| Angle | 45° |
| Connection | Spigot (SPG) x Socket (SOC) |
| Fitting Configuration | 45° Street Elbow |
| Spigot Interface | Compatible Receiving Socket |
| Socket Interface | Compatible PVC Pipe |
| Connection Style | Spigot x Socket |
| Joining Method | Compatible PVC Solvent-Cement Joining |
| Directional Change | 45 Degrees |
| Primary Function | Provide a 45° Directional Change in Compatible Schedule 40 PVC Piping |
45° Street Elbow Design
The 45-degree street elbow configuration changes the piping direction by 45 degrees while providing different connection styles at its two ends. This moderate directional change can be useful where the piping route requires an angled transition that is less pronounced than the change provided by a 90-degree elbow.
The street-style arrangement combines a spigot end and a socket end within the same fitting, helping simplify layouts where those two connection interfaces are required. Correct orientation should be established before permanent joining so the elbow follows the intended piping route and both ends align naturally with their adjoining components.
Spigot Connection
The spigot end provides an exterior joining surface designed to fit into an appropriately sized compatible receiving socket. This connection style allows the street elbow to insert directly into a compatible socket fitting, which can help reduce the amount of additional connection hardware required at that side of the directional transition.
The spigot surface and receiving socket should be properly prepared before assembly using joining practices appropriate for the PVC piping system. Correct insertion, compatible joining materials, and careful alignment help establish the connection while maintaining the intended 45-degree orientation of the elbow within the completed piping layout.
Socket Connection
The socket end provides a receiving connection for appropriately sized compatible PVC pipe. This allows the opposite side of the street elbow to continue directly into the Schedule 40 PVC piping run while the spigot end interfaces with a compatible socket connection on the other side.
The mating pipe should be properly prepared and aligned with the socket before the permanent joint is completed. Confirming insertion and elbow position in advance helps prevent rotational errors during assembly and reduces the need to place unnecessary bending or alignment forces on the fitting after joining.
Schedule 40 PVC Integration
A Schedule 40 PVC 45° Street Elbow provides a practical directional transition where a Spigot x Socket connection arrangement fits the surrounding piping layout. The combination of a moderate 45-degree change and mixed connection ends can help create a compact transition between compatible Schedule 40 PVC piping components.
Application suitability should be evaluated using the requirements of the complete piping system rather than the Schedule 40 designation alone. Adjoining connection types, service conditions, joining materials, fitting orientation, installation environment, piping support, and applicable installation practices should all be considered during elbow selection.
Installation & Selection Considerations
- Confirm the nominal size.
- Verify the 45-degree angle.
- Check Schedule 40 PVC compatibility.
- Confirm the Spigot x Socket orientation.
- Match both ends to the adjoining connections.

Our PVC fitting specialists can help review your nominal size, Schedule 40 requirements, 45-degree piping change, Spigot x Socket configuration, receiving socket, adjoining PVC pipe, connection orientation, joining requirements, piping support, and available installation clearance before you order.
Frequently Asked Questions
What is this Schedule 40 PVC Street Elbow used for?
It provides a 45-degree directional change while connecting compatible PVC components through a Spigot x Socket configuration.
What does SPG mean?
SPG means spigot and identifies an exterior joining surface designed to fit into an appropriately sized compatible receiving socket.
What does SOC mean?
SOC means socket and identifies a receiving connection designed to accept appropriately sized compatible PVC pipe.
How much does this elbow change the piping direction?
The elbow provides a 45-degree directional change in the piping layout.
Why is this called a street elbow?
The street configuration uses different connection interfaces at its ends, with a spigot connection on one side and a socket connection on the other.
How are the connections assembled?
The compatible spigot, receiving socket, PVC pipe, and fitting socket are joined using the appropriate PVC solvent-cement preparation and joining procedure.
Important Ordering & Installation Notes
- Inspect both ends before use.
- Prepare mating surfaces correctly.
- Mark elbow position before cementing.
- Use compatible PVC joining materials.
- Support adjoining piping after final assembly.