ASC
COOPLET® 300# Grooved Weld Outlet
- SKU:
- 61CG1
- Availability:
- Usually Ships Same Day
- Weight:
- 0.00 LBS
Description
COOPLET® 300# Grooved Weld Outlet
ASC / SCI FIG 61CG1 COOPLET® 300# Grooved Weld Outlets provide a grooved branch connection from a compatible steel pipe run without requiring a conventional reducing tee.
Manufactured from Schedule 40 steel pipe, the outlet is welded directly to the run pipe and provides a cut-grooved branch connection for use with compatible grooved couplings and piping components.
Product Highlights
- ASC / SCI COOPLET®
- FIG 61CG1
- 300 PSI rated configurations
- Schedule 40 steel construction
- Cut-grooved outlet connection
- UL Listed / FM Approved configurations
Technical Specifications
| Product Type | Grooved Weld Outlet |
|---|---|
| Brand | ASC / SCI |
| Product Family | COOPLET® |
| Figure | 61CG1 |
| Pressure Rating | 300 PSI for applicable UL/FM configurations |
| Construction | Schedule 40 Steel Pipe |
| Connection | Weld-On x Grooved Outlet |
| Groove Type | Cut Groove |
| Pipe Material Standard | ASTM A53 |
| Groove Standard | AWWA C606 |
| Approvals | UL Listed / FM Approved for applicable configurations |
Construction Details
FIG 61CG1 COOPLET® Grooved Weld Outlets are manufactured from Schedule 40 steel pipe and are designed to be welded directly onto a compatible steel pipe run.
The branch end incorporates a cut groove for connection with compatible grooved couplings, valves, fittings, or other grooved-end piping components.
ASC identifies ASTM A53 and AWWA C606 for the grooved weld outlet construction. Applicable configurations are UL Listed and FM Approved at 300 PSI, while size-on-size configurations are identified as UL Listed only.
Outlet Design & Typical Applications
COOPLET® Design
- Weld-on branch outlet
- Cut-grooved branch end
- Schedule 40 construction
- Compact branch connection
- Designed for steel pipe runs
Typical Applications
- Fire protection piping
- Grooved piping systems
- Mechanical piping
- Industrial piping
- Branch line connections
Installation & Selection Considerations
- Confirm outlet and run pipe size.
- Verify groove compatibility.
- Use proper welding procedures.
- Match the grooved coupling system.
- Confirm required approvals.
Use the supplied SCI COOPLET® document to review FIG 61CG1 item numbers, outlet and run-pipe combinations, Schedule 40 construction, groove information, and other product details before selecting your weld outlet.
Need Help Selecting a COOPLET® 300# Grooved Weld Outlet?
Need help confirming outlet size, run pipe size, grooved connection requirements, approvals, or compatibility with your grooved piping system? The GetPipe.com Team can help.
Frequently Asked Questions
What is the figure number for this COOPLET® Grooved Weld Outlet?
The COOPLET® 300# Grooved Weld Outlet is ASC / SCI FIG 61CG1.
How is the COOPLET® installed?
The outlet is welded directly onto a compatible steel pipe run to create a grooved branch connection.
What type of outlet connection does FIG 61CG1 provide?
FIG 61CG1 provides a cut-grooved outlet for connection with compatible grooved piping components.
What schedule is the grooved weld outlet?
ASC identifies its COOPLET® Grooved Weld Outlets as being manufactured from Schedule 40 pipe.
What standards apply to the grooved outlet?
ASC identifies ASTM A53 for the steel pipe construction and AWWA C606 for the grooved connection.
Is the COOPLET® Grooved Weld Outlet UL Listed and FM Approved?
Applicable configurations are UL Listed and FM Approved at 300 PSI. ASC identifies size-on-size grooved weld outlet configurations as UL Listed only.
Where are grooved weld outlets commonly used?
They are commonly used for branch connections in compatible fire protection, mechanical, industrial, and other grooved steel piping systems.
What should I confirm before ordering?
Confirm outlet size, run pipe size, groove compatibility, required approvals, and the requirements of the intended piping system.
Important Ordering & Installation Notes
- Confirm outlet and run pipe size.
- Verify cut-groove compatibility.
- Follow proper welding procedures.
- Check UL/FM requirements.
- Confirm intended system service.
