Smith-Cooper
Smith-Cooper 2 in Socket Weld Tee 304 Class 3000 Schedule 80
A 2-inch stainless-steel socket-weld tee rated Class 3000 for Schedule 80 piping systems
- Stainless steel 304 resists corrosion in harsh piping environments
- Class 3000 rating handles high-pressure service demands
- Schedule 80 wall thickness provides extra mechanical strength
- Socket weld ends create permanent leak-free joints
- Three-way tee design directs flow in multiple directions
Smith-Cooper 2 in Socket Weld Tee
This Smith-Cooper tee is a stainless steel pipe fitting designed for socket weld connections in industrial piping systems. It features three female socket weld ends constructed from 304 grade material rated for Class 3000 service. The fitting accommodates Schedule 80 pipe dimensions for secure, leak-resistant joints.
Suits high-pressure stainless piping installs
Installers building or modifying Schedule 80 stainless steel systems requiring a three-way branch connection will find this fitting matches the required pressure class and material grade. It is not intended for threaded, butt weld, or flanged piping methods, nor for systems specifying a different stainless alloy or lower pressure rating.
Verify pipe schedule and material compatibility
Confirm the existing pipeline uses Schedule 80 dimensions and 304 stainless steel to match the fitting specifications. Check that the system design calls for a Class 3000 socket weld tee with three female ends before ordering. Refer to the specification for maximum operating pressure limits applicable to your installation.
Highlights
- Stainless steel 304 resists corrosion in harsh piping environments
- Class 3000 rating handles high-pressure service demands
- Schedule 80 wall thickness provides extra mechanical strength
- Socket weld ends create permanent leak-free joints
- Three-way tee design directs flow in multiple directions
Specifications
| Brand | SMITH-COOPER |
|---|
Questions about this item
What pipe schedule must my existing piping be for this Class 3000 tee to fit?
This tee is manufactured for Schedule 80 pipe, so the connecting pipe must also be Schedule 80 for proper socket weld engagement.
Will this 304 stainless tee corrode if I connect it to my older carbon steel piping?
Direct contact between 304 stainless steel and carbon steel can cause galvanic corrosion; use a dielectric union or transition fitting to isolate the dissimilar metals.
How do I confirm the socket weld joints are sound after installation?
Perform a visual inspection for complete fillet welds around each socket, then pressure-test the system to the Class 3000 rating per applicable piping code.
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