Argco
Galvanized Grooved End of Run Reducing Elbow
- SKU:
- Model 203
- Availability:
- Usually Ships Same Day
- Weight:
- 0.00 LBS
Description
Galvanized Grooved End of Run Reducing Elbow
ARGCO’s Model 7091 grooved end of run reducing elbow (Adacap) is a ductile iron 90° elbow designed for transitioning from grooved carbon steel pipe to threaded connections. Featuring an integrated base support, it is ideal for installation at the base of riser systems where structural support is required.
Manufactured for use with Schedule 10 and Schedule 40 carbon steel pipe, this fitting is rated for working pressures up to 300 psi (20 bar).
Key Features
- 90° grooved-end reducing elbow with threaded outlet
- Designed for end-of-run applications and riser base installations
- Integrated base support allows anchoring for system stability
- Joins grooved carbon steel pipe to threaded connections
- Compatible with Schedule 10 and Schedule 40 carbon steel pipe
- Maximum working pressure up to 300 psi / 20 bar
- Ductile iron construction per ASTM A536 Grade 65-45-12
- Standard hot dipped galvanized coating
- UL, ULC, and FM listed/approved
Typical Applications
Primarily used at the base of vertical risers in fire protection and piping systems, where a transition from grooved to threaded connections is required. The built-in base support allows for anchoring, helping support the weight of piping, couplings, and system fluid while improving overall system stability.
Construction Details
Housing is manufactured from ductile iron conforming to ASTM A536 Grade 65-45-12, providing high strength and durability in demanding piping systems.
Standard coating is hot dipped galvanized for corrosion resistance in typical service environments.
Important Notes
This fitting is specifically designed for installation at the bottom of a riser system and should be properly anchored using the integrated base support.
Working pressure ratings are based on standard carbon steel pipe with grooved ends prepared in accordance with ARGCO specifications.
Ensure compatibility of threaded connections (NPT or BSP) with system requirements prior to installation.
