Suction/Mixing Tees | Pipeline Accessories

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Suction/Mixing Tees

Introduction

Suction/Mixing Tee

The Watson McDaniel Cast Iron, Bronze or Stainless Steel Suction Tee is a specialized type of pipe fitting used for blending, agitation, re-circulation, mixing, aeration and heating.

Features

Available in cast iron, bronze or stainless steel
No moving parts
Quiet operation
Replaces mixing pumps, propellers and other mechanical devices

Suction Tee

The Watson McDaniel Cast Iron, Bronze or Stainless Steel Suction/Mixing Tee is a specialized type of pipe fitting used for blending, agitation, recirculation, mixing, aeration and heating.

Model	Size	Type	Body Material	Max PMO (psig)	Weight (lbs)
SUCT-12-N-CI-125	1/2"	NPT	Cast Iron	125	1.25
SUCT-12-N-B-250	1/2"	NPT	Bronze	250	1.5
SUCT-13-N-CI-125	3/4"	NPT	Cast Iron	125	2.50
SUCT-13-N-B-250	3/4"	NPT	Bronze	250	3.50
SUCT-14-N-CI-125	1"	NPT	Cast Iron	125	4.50
SUCT-14-N-CI-250	1"	NPT	Cast Iron	250	6.00
SUCT-14-N-B-250	1"	NPT	Bronze	250	4.50
SUCT-14-N-SS-300	1"	NPT	316 SS	300	4.50
SUCT-15-N-CI-125	1 1/4"	NPT	Cast Iron	125	5.00
SUCT-15-N-CI-250	1 1/4"	NPT	Cast Iron	250	8.50
SUCT-15-N-B-250	1 1/4"	NPT	Bronze	250	5.50
SUCT-16-N-CI-125	1 1/2"	NPT	Cast Iron	125	6.00
SUCT-16-N-CI-250	1 1/2"	NPT	Cast Iron	250	9.50
SUCT-16-N-B-250	1 1/2"	NPT	Bronze	250	6.25
SUCT-16-N-SS-300	1 1/2"	NPT	316 SS	300	6.25
SUCT-17-N-CI-125	2"	NPT	Cast Iron	125	7.50
SUCT-17-N-CI-250	2"	NPT	Cast Iron	250	17.00
SUCT-17-N-B-250	2"	NPT	Bronze	250	9.75
SUCT-17-N-SS-300	2"	NPT	316 SS	300	9.25
SUCT-18-N-CI-125	2 1/2"	NPT	Cast Iron	125	11.00
SUCT-19-N-CI-125	3"	NPT	Cast Iron	125	21.50
SUCT-19-N-CI-250	3"	NPT	Cast Iron	250	38.00

Downloads

Catalog Spec Sheet (pdf)

I&M (pdf)

Product Overview

The Watson McDaniel Cast Iron, Bronze or Stainless Steel Suction Tee is a specialized type of pipe fitting used for blending, agitation, recirculation, mixing, aeration and heating.

PRESSURE/TEMPERATURE RATINGS
Cast Iron	NPT	250 PSIG @ 406°F
Bronze	NPT	300 PSIG @ 422°F
Stainless Steel	NPT	450 PSIG @ 400°F

Features

• Available in cast iron, bronze or stainless steel
• No moving parts
• Quiet operation
• Replaces mixing pumps, propellers and other mechanical devices

How It Works

Heating by Direct Steam Injection: When using a Suction Tee for heating by direct steam injection, the Suction Tee must be completely submerged in the liquid being heated. When steam enters the primary inlet side of the Suction Tee, a low pressure condition is created inside the Suction Tee body. This causes the liquid inside the tank to circulate through the suction tee and intermix with the steam, causing the liquid to be heated.

Mixing: When liquid is pumped through the primary inlet of a Suction Tee, a low pressure region is created inside the Suction Tee body. When a Suction Tee is submerged, the liquid inside the tank will circulate through the secondary inlet of the Suction Tee causing a mixing action to occur. An alternate method when mixing two different liquids is to pump one liquid through the primary inlet and the other liquid through the secondary inlet of the Suction Tee.

Aeration: A tank or reservoir of liquid can be aerated by connecting the secondary inlet of the Suction Tee to an air or gas line under pressure while pumping liquid through the primary inlet.

Selection / Sizing / Capacities

Dimension and Weight