Liquid Separators WSA / WSO
Air Preparation Systems
WSA / WSO Series
Specifications
Maximum Operating (WSA) 200 PSIG (13.8 bar)
Pressure (WS0) 232 PSIG (16.0 bar)
Operating (WSA) 32° to 150°F (0° to 65.5°C)
Temperature (WS0) 35° to 176°F (1.6° to 80°C)
Pressure Differential at Rated Flow 1.0 PSID (0.07 bar)
Materials of Construction
WSA WS0
Housing Zinc Aluminum
Seals Nitrile Fluorocarbon
Liquid Separators
Our unique design combines the techniques of centrifugal
action and other mechanical separation principles
(Impingement, Separation, Laminar Flow and Stokes Law)
to remove large quantities of liquid and solid contamination.
Typical applications include water separation downstream of
aftercoolers, protection of refrigerant and heatless
regenerative desiccant dryers, downstream of air receivers,
and other liquid / gas separation duties wher the volume of
water and solids poses a real problem.
Features
n High Flow Rates
n Less than 1 PSIG Differential Pressure
n Lightweight Cast Aluminum Housing with
1" to 3" NPT Connections (WS0)
n Cast Zinc Housings with 1/4" to 1" NPT
Connections (WSA)
n External Surfaces Epoxy Painted for Maximum
Corrosion Protection
n Standard Equipped with Quick Disconnect
Bowls for Ease of Service (WSA)
n Three (3) Optional Automatic Drains Available
| Model | In / Out | Rated Flow | Approx. | Recommended |
| Number | NPT Pipe Conn. | SCFM) @ 100 PSIG* | Weight lbs. | Automatic Drain |
| WSA-02-M00** | 1/4" | 25 | 2.2 | Optional |
| WSA-02-FM0 | 1/4" | 25 | 2.2 | Internal |
| WSA-03-M00** | 3/8" | 50 | 2.6 | Optional |
| WSA-03-FM0 | 3/8" | 50 | 2.6 | Internal |
| WSA-04-M00** | 1/2" | 50 | 2.6 | Optional |
| WSA-04-FM0 | 1/2" | 50 | 2.6 | Internal |
| WSA-06-M00** | 3/4" | 100 | 6 | Optional |
| WSA-06-FM0 | 3/4" | 100 | 6 | Internal |
| WSA-08-M00** | 1" | 120 | 6 | Optional |
| WSA-08-FM0 | 1" | 120 | 6 | Internal |
| WS0-08-000B | 1" | 233 | 4.8 | X02-04-FM0 |
| WS0-0B-000B | 1-1/2" | 472 | 11.2 | WDV3-G |
| WS0-0C-000B | 2" | 742 | 11.2 | X02-04-FM0 |
| WS0-0E-000B | 3" | 1700 | 22 | WDV3-G |
| X02-04-FM0 | ||||
| WDV3-G | ||||
| X02-04-FM0 | ||||
| WDV3-G | ||||
Operation
n Air Enters the Water Separator Inlet and Turns
Into the Separator Module.
n The Inlet of the Separator Module Contains a
Set of Fixed Vanes Which the Air Must Pass
Through.
n The Vanes Force the Air to Spin Inside the
Vessel.
n The Spinning Air is Then Forced to Change
Direction as it Passes the Impinger.
n A Vortex is Created Which, Due to the
Design of the Separator Module, Narrows and
Intensifies as it Reaches the Lower Part of the
Separator Module.
n Bulk Liquid is Removed From the Airstream
Due to:
• Directional Changes of the Airstream
• Velocity Changes
• Centrifugal Action of the Vortex
n As the Vortex Reaches the Bottom of the
Module, Air is Forced Through The Center of
the Vortex.
n Aerospace Turning Vanes, Located in the Outlet
of the Separator Module, Turn an Inefficient
Corner Into a Number of More Efficient Corners.
n Turning Vanes Reduce Turbulence, Minimizing
Pressure Loss and Cost of Ownership.
n The Number of Vanes Required is Dependent
Upon the Conduit Diameter.
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