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Liquid Jet Eductor

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Performance Data

Liquid Jet Eductor
E300 Series

PRIMETECH offers complete range of liquid JET EDUCTORS to meet various industrial needs and applications.

PRINCIPLE OF OPERATION

The liquid jet eductor enables to lift, entrain and pump out a low pressure liquid utilizing a high pressure motive liquid. The high pressure motive liquid enters the motive chamber of the eductor through a converging motive nozzle. At the eductor nozzle, the pressure energy of the motive liquid is converted into a high velocity jet. The momentum present in the motive liquid is transferred to the suction liquid thereby enabling a LIFT, entrainment & mixing. Thus the high velocity motive liquid mixes with the suction liquid and the combined streams then enter the venturi throat and diffuser section where the mixing continues. Velocity energy is converted to a pressure intermediate to the suction and motive pressure.

APPLICATIONS

  • For pumping & mixing Highly corrosive liquids.
  • For pumping & mixing Highly erosive liquids.
  • For pumping & mixing explosive liquids.
  • Pumping out wells, sumps and pits.
  • Chemical mixing, blending & diluting operation.
  • Slurry handling.

  • Pumping of food products.

  • Mixing aqueous solution of fertilizers, pesticides etc.

JET EDUCTORS ARE USED IN FOLLOWING SYSTEMS

  • Water treatment plants.
  • Mincing tanks.
  • Storage tanks.
  • Effluent treatment plants.
  • swimming pools.
  • Chemical reactors.

ADVANTAGES

  • High level of operating safety.
  • Long operating times.
  • Little wear & tear.
  • Not easily fouled.
  • Simple assembly.
  • The eductor has no moving parts that require routine maintenance.
  • The eductor is self priming.
  • Very economical for the service.
  • Least maintenance cost.

INDUSTRIES UTILIZING LIQUID JET EDUCTORS

  • Chemical
  • Pharmaceutical
  • Petro Chemical
  • Water treatment
  • Pulp & Paper
  • Food
  • Marine
  • Wood

EDUCTOR DESIGNS & MATERIAL OF CONSTRUCTION

The liquid jet eductor design consists of a removable motive nozzle and body with a venturi tail. Eductor is available in various material of construction such as cast-iron, Steel, Stainless Steel, Monel, Inconel , Hastalloy, Titanium, PVC, PVC-Frp, Polypropylene, Kynar, Teflon, Ebonite, etc.
End connections: Threaded / Flanged / butt weld / socket weld / quick disconnect connection can be supplied.

EDUCTOR TYPES & DIMENSIONS

E301A-T/F E301B-F
MACHINED & CAST EDUCTOR FABRICATED EDUCTOR
E302-T/F
PLASTIC EDUCTOR

DIMENSIONS TABLE MODEL E301A – T/F

MODEL NOMINAL LINE SIZE OVERALL DIMENSION MM END CONNECTION NB WATER SUCTION CAPACITY 30 deg c @40mwc-motice/5 mwc lift/5 mwc discharge head* QS
A B C M S D
E301.25 6NB 40 40 50 6 6 6 126
E301.50 15NB 42 42 80 15 15 15 525
E301.75 20NB 50 50 120 20 20 20 1180

E3011

25NB 50 60 160 25 25 25 2100
E3011.5 40NB 60 70 240 40 40 40 4725

T - Threaded Ends - Standard Pipe threads

F - Flanged Ends - ASNIB 165.150#

FABRICATED EDUCTOR MODEL E301B –F

MODEL NOMINAL LINE SIZE OVERALL DIMENSION MM END CONNECTION NB WATER SUCTION CAPACITY LPH* QS
A B C M S D
E3012 50NB 125 150 300 50 50 50 8400
E3012.5 65NB 150 160 400 50 65 654 13000
E3013 80NB 160 175 500 50 80 80 18900

E3014

100NB 180 200 700 65 100 100 33600
E3015 125NB 230 250 800 100 125 125 52000
E3016 150NB 230 250 800 100 150 150 75000
E3018 200NB 280 300 1350 150 200 200 134000

PLASTIC EDUCTOR MODEL E302 - T/F

MODEL NOMINAL LINE SIZE OVERALL DIMENSION MM END CONNECTION NB WATER SUCTION CAPACITY LPH* QS
A B C M S D
E302.50 15NB 40 40 50 10 15 15 525
E302.75 20NB 20 60 125 15 20 20 1180
E3021 25NB 50 60 160 20 25 25 2100

E3022

50NB 70 80 325 40 50 50 8400
E3022.5 65NB 85 95 300 50 65 65 1300
E3023 80NB 95 105 475 50 80 80 18900
Designed By eMuthuMadhavan