ASC
SCI® Press - Copper 90° FPT Female Elbow
- SKU:
- SP698
- Availability:
- Usually Ships Same Day
- Weight:
- 0.00 LBS
Description
SCI® Press - Copper 90° FPT Female Elbow
SCI® Press - Copper 90° FPT Female Elbow combines a copper press connection with a female threaded connection while creating a 90-degree change in direction, making it useful for transitioning from compatible copper tubing to threaded piping, valves, equipment, and other components.
Identified by SCI as Fig. SP698, this fitting uses a Press x Female Threaded configuration. The SCI Press Copper system is manufactured from copper alloy conforming to UNS C12200 and incorporates a peroxide-cured Grade “E” EPDM sealing element on the press connection.
Product Highlights
- SCI® Press Copper 90° FPT Female Elbow
- SCI Fig. SP698
- Press x Female Threaded connection
- SCI catalog configuration: CU P x FT 90 ELL
- Creates a 90-degree change in piping direction
- Transitions copper tubing to a compatible male threaded connection
- Copper alloy body conforming to UNS C12200
- Grade “E” peroxide-cured EPDM sealing element
- EPDM operating temperature range of -20°F to 248°F
- Designed for compatible ASTM B88 copper tubing
- IAPMO UPC PS-117, NSF/ANSI 61, and NSF/ANSI 372 approvals/certifications
- Compatible with common pressing tools and jaws
- Eliminates soldering or brazing at the press connection
Technical Specifications
| Product Type | Copper Press 90° Female Threaded Elbow |
|---|---|
| Brand | SCI® Press |
| Figure | SP698 |
| SCI Configuration | CU P x FT 90 ELL |
| Connection | Press x Female Threaded |
| Direction Change | 90 Degrees |
| Body Material | Copper Alloy |
| Body Material Specification | UNS C12200 |
| Press-End O-Ring | Grade “E” EPDM, Peroxide Cured |
| EPDM Temperature Range | -20°F to 248°F |
| Copper Tubing Standard | ASTM B88 |
| Water Systems | 300 PSI; 600 PSI Test Pressure |
| Approvals & Certifications | IAPMO UPC PS-117, NSF/ANSI 61, NSF/ANSI 372 |
Construction Details
The SCI® Press Copper 90° FPT Female Elbow is manufactured from copper alloy conforming to UNS C12200. Its 90-degree body combines an SCI Press connection on one side with a female threaded connection on the other.
The press connection incorporates a Grade “E” peroxide-cured EPDM sealing element with silicone grease. SCI specifies an operating temperature range of -20°F to 248°F for the EPDM sealing material.
This combination allows compatible ASTM B88 copper tubing to transition to a threaded component without requiring a separate press adapter and elbow at the same connection point.
Important: SCI states that fluids containing hydrocarbon-based oils are not compatible with the EPDM seal and that the SCI Press Copper EPDM system is not for use in petroleum applications.
90° Press-to-Female Threaded Configuration
SCI Press Connection
One end of the SP698 accepts compatible copper tubing and is joined using the SCI Press mechanical connection method with an appropriate pressing tool and jaw.
Female Threaded Connection
The opposite end provides a female threaded connection for transitioning to a compatible male threaded pipe, valve, equipment connection, or other threaded component while turning the piping run 90 degrees.
Threaded Transition at a 90° Turn
The SP698 combines two functions in a single fitting: a 90-degree directional change and a transition from SCI Press copper piping to a female threaded connection.
This configuration can simplify installations where copper tubing must terminate at or connect to a threaded valve, equipment connection, instrument, or other compatible male threaded component.
Using an integrated press-to-threaded elbow can also reduce the need for a separate straight threaded adapter and additional elbow in locations where both the connection transition and directional change are required.
SCI® Press Copper Connection
SCI Press Technology provides a mechanical copper piping connection that eliminates the need for conventional soldering or brazing at the press joint. SCI states that the system is compatible with common pressing tools and jaws.
SCI Press Copper Fittings are intended for use with ASTM B88 Types K, L, and M hard copper tubing from 1/2" through 4" and soft copper tubing from 1/2" through 1-1/4" within the applicable SCI Press fitting range.
SCI states that its Press Copper fittings are approved for installations above and below ground where permitted by applicable local building codes.
ASTM B88 Copper Tubing Compatibility
Hard Copper Tubing
The SCI Press Copper system is intended for use with ASTM B88 Types K, L, and M hard copper tubing in compatible SCI Press system sizes.
Soft Copper Tubing
SCI also specifies compatibility with ASTM B88 soft copper tubing in applicable system sizes. Confirm the specific fitting and tubing combination before installation.
EPDM Sealing Element
The press connection in the SCI Press Copper system uses a peroxide-cured Grade “E” EPDM O-ring. SCI lists an operating temperature range of -20°F to 248°F for this sealing material.
SCI recommends the EPDM seal for water service, diluted acids, alkaline solutions, oil-free air, and many other compatible chemical services.
Fluids containing hydrocarbon-based oils are not compatible with the EPDM seal. Do not use SCI Press Copper EPDM fittings in petroleum applications.
Selected Service Ratings
| Water Systems | 300 PSI; Test Pressure 600 PSI; -20°F to 248°F |
|---|---|
| Residential Steam | 5 PSI Maximum; 227°F |
| Compressed Air | 200 PSI Maximum; 140°F Maximum; oil concentration ≤25 mg/m³ |
| Nitrogen | 200 PSI Maximum; 140°F Maximum |
| Carbon Dioxide | 200 PSI Maximum; 140°F Maximum |
| Carbon Monoxide | 200 PSI Maximum; 140°F Maximum |
| Argon | 200 PSI Maximum; 140°F Maximum |
| Non-Medical Oxygen | 140 PSI Maximum; 140°F Maximum; keep free of oil and grease |
| Hydrogen | 125 PSI Maximum; 140°F Maximum |
| Vacuum - Differential Pressure | 29.2" Hg Maximum; 160°F Maximum |
Approvals & Certifications
IAPMO UPC PS-117
SCI identifies its Press Copper fitting system with IAPMO UPC PS-117 approval.
NSF/ANSI 61
The SCI Press Copper fitting system carries NSF/ANSI 61 certification for applicable drinking-water applications.
NSF/ANSI 372
SCI also identifies NSF/ANSI 372 certification for its Press Copper fitting system.
Typical Applications
Plumbing & Water Systems
- Potable water systems
- Residential plumbing
- Commercial plumbing
- Mechanical copper systems
- Press-to-threaded transitions
Threaded Equipment Connections
- Threaded valve connections
- Equipment connections
- Mechanical piping transitions
- Oil-free compressed air systems
- Applications requiring a threaded transition at a 90-degree turn
Installation & Selection Considerations
- Confirm both the press connection size and female threaded connection size before ordering.
- Verify that the copper tubing complies with ASTM B88 and is compatible with the selected SCI Press fitting.
- Inspect the fitting, EPDM sealing element, and tubing before assembly and follow the supplied SCI Press installation instructions.
- Use a compatible pressing tool and jaw, and properly assemble the threaded connection using installation practices appropriate for the connected components.
- Verify EPDM compatibility with the intended fluid and do not use the fitting in petroleum applications.
Use the supplied SCI Press documents to confirm the SP698 press-to-female-threaded configuration, copper tubing compatibility, EPDM service requirements, system ratings, approvals, pressing procedures, and installation requirements.
SCI Press Copper Fittings Submittal PDF SCI Press Copper Installation Instructions PDF SCI Copper Press Product Flyer PDFNeed Help Selecting an SCI® Press Copper 90° FPT Female Elbow?
Our fitting specialists can help review your copper tubing size, female threaded connection size, press-tool compatibility, service conditions, EPDM compatibility, and installation requirements before you order.
Frequently Asked Questions
What is the SCI figure number for this Copper 90° FPT Female Elbow?
SCI identifies the Press Copper 90° FPT Female Elbow as Fig. SP698.
What connection configuration does the SP698 use?
SCI identifies the SP698 as CU P x FT 90 ELL, combining a copper press connection with a female threaded connection in a 90-degree elbow configuration.
What is the purpose of a press-to-female-threaded elbow?
It allows a compatible copper tubing run to transition to a male threaded component while simultaneously changing the piping direction by 90 degrees.
What material is the fitting made from?
SCI specifies a copper alloy body conforming to UNS C12200.
What type of seal does the press connection use?
The SCI Press Copper system uses a peroxide-cured Grade “E” EPDM sealing element with an operating temperature range of -20°F to 248°F.
What copper tubing is compatible with the SCI Press system?
SCI specifies ASTM B88 Types K, L, and M hard copper tubing from 1/2" through 4" and soft copper tubing from 1/2" through 1-1/4" for the overall SCI Press Copper system.
What is the water-system rating?
SCI publishes a 300 PSI rating for water systems with a 600 PSI test pressure and an EPDM service temperature range of -20°F to 248°F.
Can SCI Press Copper fittings be used for petroleum applications?
No. SCI states that fluids containing hydrocarbon-based oils are not compatible with the EPDM seal and that the fittings are not for use in petroleum applications.
Does the press connection require soldering or brazing?
No. SCI Press Technology provides a mechanical connection that eliminates the need for conventional soldering or brazing at the press joint.
What certifications does the SCI Press Copper system carry?
SCI identifies IAPMO UPC PS-117, NSF/ANSI 61, and NSF/ANSI 372 approvals and certifications for the system.
Important Ordering & Installation Notes
- This listing is for the SCI® Press - Copper 90° FPT Female Elbow, Fig. SP698.
- Confirm both the copper press connection size and female threaded connection size before ordering.
- Verify the copper tubing and intended service are compatible with the SCI Press system and Grade “E” EPDM sealing element.
- Do not use SCI Press Copper EPDM fittings in petroleum applications.
- Follow the supplied SCI Press installation instructions and applicable local code requirements when assembling, pressing, and testing the completed system.
