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| JET EDUCTOR NOZZLE |
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Motive
: Gasoline (0.78 Kg/m), 12 barg , 322.5 m3 /hr
Suction : Additive MMT (1.28 Kg/m), Atmosphere, 3 m3/hr
Discharge : Mixed Flow , 5.5 barg , 25.5 m3/hr
Construction : 316 stainless
steel body and nozzle
Connections : Motive :
1” Ansi
150 RF Flange,
Suction : 1” Ansi 150 RF Flange
Discharge : 1” Ansi 150 RF Flange
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IMPERATIVES IN EDUCTOR
DESIGN
All ejectors are designed based on the two choke principals, that is the motive nozzle and the throat section. There are two ways to design an Eductor.
1) Either you provide values for the motive flowrate, motive pressure, discharge pressure and suction pressure and we will calculate the suction flowrate generated.
2) Alternatively you provide values for the motive pressure, discharge pressure, suction pressure and suction flowrate and we will calculate the motive flowrate required.
Fill the below application Details Sheet for a quotation. Download questionaire : Document\Application Details_Wilson_Rev1 .pdf
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| WATER / STEAM JET EDUCTOR NOZZLE |
100mm STEAM / WATER Jet Eductor
Motive
: Water, 3 barg , 12 m3 /hr
Suction :
Steam, 3 barg, 400 kg/hr
Discharge :
Water , 2.5 barg , 12.4 m3/hr
Construction : 316 stainless
steel body and nozzle
Connections : Motive :
2 ” Ansi
150 RF Flange,
Suction : 2” Ansi 150 RF Flange
Discharge : 2” Ansi 150 RF Flange |
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| MIXING EDUCTOR NOZZLE |
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Q = FLOW RATE
(Gallons Per Minute)
C = COE-EFFICIENT
OF DISCHARGE, Use 0.95 for laminar discharge
D = NOZZLE ORIFICE DIAMETER in (Inch)
DH = PRESSURE
DIFFERENCIAL between MOTIVE and NOZZLE EXIT, in
(Feet)
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Wilson Spray Nozzle - Singapore
Tel: +65 67741828 (Sales) E-mail: sales@wilsonspraynozzle.sg