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Water Ring Vacuum Pump

Salient Features:

  • This Pump can be used mainly as vacuum pump but can also be used as compressor.
  • Simple and trouble free operation.
  • Moist Air, aggressive gases, vapors and dust laden gases can be handled.
  • No metallic contact inside machine, no wear & tear.
  • No Lubrication.
  • Oil Free Exhaust.
  • No contamination of medium passing through.
  • Compression takes place with small temperature rise.
  • Simple construction & easy maintenance.

Applications: 

  • Filtration
  • Condenser Exhausting
  • Moisture Extracting
  • Priming
  • Deaeration
  • Solvent Recovery
  • Evaporation Distillation
  • Pneumatic Conveying
  • Dredging Installations.

Introducing....

An Improved concept in LIQUID RING TECHNOLOGY developed by highly technical and experienced engineers solely engaged in manufacturing of VACUUM PUMPS, labelled MICROVAC. These pumps are designed to handle air, gas, vapors also with liquid parts in suspension. They are used in Chemical, Pharmaceuticals, Food Processing, Textile, Oil, Solvent, Sugar and Paper Industries 86 wherever there is a need for evaporation, drying, pulverization, or impregnation under vacuum.

Material of Constructions....

Available in,

  • Complete Cast Iron
  • Partial Ph. Bronze
  • Complete Ph. Bronze
  • Partial SS-316 Complete SS-316/ Partial SS-316 with SS sleeve in casing.
  • Cast Iron with Rubber Lining.
  • Other materials also available as per customer's requirements.
  • Horse power figures are for vacuum pumps. For compressors HP details will be given on request.
  • Maximum pressure for liquid ring compressors-1.5 kg/cm' with single M/C & 3 Kg/cm' in two stage M / C.
  • Maximum vacuum by liquid ring vacuum pump-710 mm of HG. With Liquid at 30°C and barometer at 760mm of HG.
  • Dimensions and specifications are approximate and subject to change. Guaranteed vacuum up to 10mm G at close suction.
  • Higher vacuum can be achieved by using chilled water as seal medium.
  • Suction capacity mentioned is at open suction.
Type
MV/MK		 SUCTION
CAPACITY
CHM		 MOTOR HP SPEED
RPM		 WATER
CONSUMPTION
LT/MIN		 A B C D E F G H I J FiG Appx. Wt. Bare Machine Kg.
MV 1 50 3 2850 7 130 315 120 245 223 364 75 56 25 M 10 1 34
MV 2 80 5 2850 10 130 315 120 270 220 410 110 82 32 4X14 2 42
MV 3 120 7.5 2850 14 130 315 120 270 240 450 110 82 40 4X14 2 50
MV 4 160 7.5 1450 15 200 440 220 440 343 630 150 120 60 4X15 2 170
MV 5 220 10 1450 20 200 440 220 440 360 665 150 120 60 4X15 2 185
MV 6 330 15 1450 30 200 440 220 440 419 760 190 150 80 4X18 2 220
MV 7 440 20 1450 40 200 440 220 440 454 830 190 150 80 4X18 2 245
MV 8 720 30 980 60 290 650 320 650 495 895 240 200 125 8X18 2 495
MV 9 845 35 980 80 290 650 320 650 525 955 240 200 125 8X18 2 515
MV 10 1080 40 980 100 290 650 320 650 565 1035 240 200 125 8X18 2 530
MV 11 1500 65 725 150 380 840 410 840 625 1130 320 280 200 8X18 2 910
MV 12 2025 90 725 200 380 850 410 840 700 1230 320 280 200 8X18 2 1080