Charman Inc.
Copper 45 Degree Short Radius Street Elbow - FTG x C
- Availability:
- Usually in Stock – Ships Quickly
- Weight:
- 0.00 LBS
Description
Copper 45 Degree Short Radius Street Elbow - FTG x C
Charman Inc. Copper 45 Degree Short Radius Street Elbows provide a compact 45-degree directional change for compatible copper tube piping systems. The FTG x C configuration combines a fitting-size end with a cup connection for soldered copper piping installations.
The short-radius street design is useful where a compact angled transition is needed. The FTG end can insert directly into a compatible copper fitting cup while the C end receives compatible copper tube, helping simplify closely spaced piping assemblies.
Product Highlights
- Copper 45-degree street elbow
- Short-radius (SR) configuration
- FTG x C connection design
- Copper construction
- Solder / sweat installation
- Compact 45-degree directional change
- Fitting-size end can connect directly into a compatible copper fitting
- Can help reduce components in fitting-to-fitting connections
Sizes & Part Numbers
| Part Number | Size | UPC |
|---|---|---|
| 330203 | 1/2" | 847877020225 |
| 330204 | 3/4" | 847877024773 |
| 330205 | 1" | 847877024797 |
Technical Specifications
| Brand | Charman Inc. |
|---|---|
| Product Type | Copper 45 Degree Short Radius Street Elbow |
| Material | Copper |
| Angle | 45 Degrees |
| Radius | Short Radius (SR) |
| Connection Type | FTG x C |
| Joining Method | Solder / Sweat |
| Configuration | Street Elbow |
What Is a Copper Street Elbow?
A copper street elbow uses a fitting-size connection on one side and a cup connection on the other. Unlike a standard cup-to-cup elbow, the fitting end can insert directly into the cup of another compatible copper fitting.
- Provides a 45-degree directional change
- FTG end inserts into a compatible copper fitting cup
- C end receives compatible copper tube
- Can eliminate an intermediate piece of copper tubing in certain layouts
- Provides a compact connection for soldered copper piping systems
Understanding FTG x C
FTG Connection
The fitting-size end is designed to insert into a compatible copper fitting cup rather than receive copper tubing directly.
C Connection
The cup-style connection receives compatible copper tubing for a soldered / sweat joint.
Street Elbow vs. Standard Elbow
Street Elbow - FTG x C
A street elbow has one fitting-size end and one cup connection. This allows the elbow to connect directly into another compatible copper fitting.
Standard Elbow - C x C
A standard copper elbow uses cup connections on both ends, with each connection designed to receive compatible copper tubing.
Why Use a 45 Degree Street Elbow?
Compact Direction Change
The short-radius design provides a compact 45-degree turn for space-conscious piping layouts.
Direct Fitting Connection
The FTG end can connect directly into a compatible copper fitting cup, allowing a compact fitting-to-fitting assembly.
Fewer Components
In suitable layouts, the street configuration can eliminate an intermediate section of copper tubing between adjacent fittings.
Common Applications
Plumbing & Mechanical
- Copper tube installations
- Water distribution piping
- Mechanical piping systems
- Equipment connections
- Repair and maintenance work
- Copper piping modifications
Compact & Angled Layouts
- 45-degree offsets
- Closely spaced fittings
- Wall and ceiling cavities
- Mechanical rooms
- Equipment piping
- Fabricated copper assemblies
How to Select the Correct Street Elbow
- Identify the nominal size of the copper piping connection.
- Confirm that the piping layout requires a 45-degree directional change.
- Verify that an FTG x C street configuration is required rather than a standard C x C elbow.
- Confirm that the short-radius geometry provides the appropriate clearance for the installation.
- Select the variation corresponding to the required nominal connection size.
Installation Guidance
- Verify the nominal copper size before installation.
- Confirm the FTG and cup ends are oriented correctly for the piping layout.
- Inspect copper mating surfaces for damage or contamination.
- Cut copper tubing squarely and remove burrs where applicable.
- Clean mating surfaces before soldering.
- Apply appropriate flux according to the joining procedure.
- Fully seat the copper tube and fitting connections before heating.
- Use proper solder-joint heating and soldering procedures.
- Allow completed joints to cool before disturbing the assembly.
- Test the completed piping system for leakage before placing it into service.
Our pipe and fitting specialists can help review your copper tube size, FTG x C connection requirements, 45-degree piping layout, short-radius fitting configuration, and application before you order.
Email the GetPipe.com Team Visit Quick SupportFrequently Asked Questions
What does FTG x C mean?
FTG identifies a fitting-size end designed to insert into a compatible copper fitting cup, while C identifies a cup connection designed to receive compatible copper tubing.
What does SR mean?
SR means short radius and describes the compact bend geometry of the elbow.
How is a street elbow different from a standard copper elbow?
A street elbow has a fitting-size connection on one end and a cup connection on the other. A standard copper elbow typically uses cup connections on both ends.
Why use a 45-degree street elbow?
It is useful when a piping layout requires an angled directional change and a direct fitting-to-fitting connection rather than a full 90-degree turn.
Can the FTG end connect directly to another copper fitting?
Yes. The fitting-size end is designed to insert into the cup of a compatible copper fitting, allowing a direct fitting-to-fitting connection.
Can a street elbow reduce the number of piping components?
Yes. In certain layouts, connecting the FTG end directly into another fitting can eliminate the short section of copper tubing that would otherwise be required between two cup-style fittings.
Important Ordering Notes
- Verify the nominal copper connection size before ordering.
- Confirm that a 45-degree directional change is required.
- Verify that the installation requires an FTG x C street configuration rather than a C x C standard elbow.
- Confirm that the short-radius geometry is appropriate for the piping layout.
