Allows Gland Pocking leakage to be flushed away from the pump preventing severe damage to seals and packing.
Permits controlled leakage of process or flush fluid to reduce friction and dissipate heat.
Inlet and outlet connections for flushing leakage away to drain
Ideal for waste water treatment.sugar, petrochemical and paper industry applications.
Available with flanged and wide throat version with or without shaft sleeves.

Sailent features of Hydro Prokav KM 2000 progressive cavity pump

slow total cost of ownership
Positive displacement
non-pulsating flow
Accurate, repeatable flow
Head independent of pump speed
Low NPSH Requirement
Self-priming
High suction lift upto 28 feet
low shear
particles upto 2.8 ” in diameter
Reversible
Viscosities up to 1,000,000 cps
No valves to clag, Stick or Vapor lock
No timing gear adjustments.
High Valumetrics and mechnical efficiency
Smooth fluid discharge
no vibration
Easy to maintain
Wide temperature range to 400 Deg F
Ideal for metering applications
Easy to regulate
Superior abrasion resistance

Features and Benefits

Cost-effective open pin joint design
low total cost ownership
Non-pulsating metered flow for accurate process control
Long life even handling abrasive fluids
Vibration-free for quiet operation
Compression fit between rotor and stator for high volumemetric and mechanical efficiency
Easy,on-suit maintenance
Fluid temperature range to 350 Deg F/175 Deg C
Steady flow under wide NPSH variations
Handle solids upto 1 diameter
Reversible rotation
High Suction lift to 28′
No pistons, Values are timing gear to wear out or gum up
Self-priming to prevent Vapour or air lock
Low Shear pumping
Viscosities over 1,000,000 cps

Capacities to 200 gpm
Pressures to 225 psi
Simple pin-type universal joint drive assembly for easy maintaince
Modular design
Wide selection of materials of construction

These pumps are made out of Cast steel,CF8M, CF8 and special material like DSS, Alloy20 etc. Pump Housing and Cast Iron Bearing Housing. Rotors of Hard Chrome Plated Alloy steel , Tool steel , SS 304, SS 316 and the rotating part are of Alloy Steel or Stainless Steel. These pumps are with rugged gear-type universal joint which is the effective solution to handle heavy radical thrust loads. This design ensures best performance with very minimal maintenance, low wear & Tear rotating parts and longer life of pump.

These pumps are made out of SS 304,SS 316 or special Alloys like Alloy 20, Hastalloy. Rotors of Hard Chrome Plated, SS 304, SS 316 and the rotating part are of Stainless Steel. The universal joints are specialy designed single or double knuckle joints. The Rubber Stator is made out of Natural or Synthetic rubbers like Nitrile, EPDM, Hyplon, Silicon, Neoprene, Viton, Butyle or Hi –Nitrile based on application.

Maximum Capacity – 550 Cu M/hr
Maximum Pressure – 48 Kg/cm2
Operating temperature – 200 ° C
Maximum Solid size – 50 mm
Viscocity – 50,00,000 CST

These pumps are compact pumps close coupled pumps with pump housing made out of cast iron, SS 304,SS 316 or special Alloys like Alloy 20, Hastalloy. Rotors, Hard Chrome Plated alloy steel,Tool Steel,SS 304, SS 316 and the rotating part are of Stainless Steel. The universal joints are specialy designed single or double knuckle joints. The Rubber Stator is made out of Natural or Synthetic rubbers like Nitrile, EPDM, Hyplon, Silicon, Neoprene, Viton, Butyle or Hi –Nitrile based on application.

KYV Series pumps are vertical pumps for close or open grain application in petro chemical industries. The distance between pump suction and mounting chamber can be varied based on site requirement. Special designs available confirming to API 676.

Maximum Capacity – 550 Cu M/hr
Maximum Pressure – 24 Kg/cm2
Operating temperature – 200 ° C
Maximum Solid size – 50 mm
Viscocity – 50,00,000 CST

Hygienic design pump with all metal parts in contact with liquid in smooth SS and stator of non-contamination rubber, seamless body eliminating product retaining pockets. Shaft sealing by food grade gland packing / mechanical seal. IDF / SMS /TRICLOVER / equivalent end connections.