Vane pumps

• Capacity up to 500 m3/h
• Pressure up to 16 bar
• Temperature up to 300 0С
• Viscosity up to 1,000,000 cSt

Pump execution:

• Fixed flow
  
• Variable flow

Variable flow pumps are specifically designed for systems or processes where infinitely variable flow from 0-100% of the rated pumps capacity is required.

This achieves with a variety of Control Types, without the need for speed variation devices, bypass lines/loops or control valves. Our patented Constant Pressure Control (CPC) pump will operate against a closed valve.

This pumps are suitable for the following liquids: almost any viscous liquid, lubricating oils, lube oil additive, residual (black) fuel oils, distillate (white) fuel oils, grease, bitumen, asphalt, polymers, polyols, resin, varnish, glue, edible oil, oily water (bilge), molasses, fats, emulsions, paint (oil bases), soap stock, inks, acetate dope.

Manual control pumps

Manual Control Pumps use a hand wheel to control the flow between 0 - 100% of the pumps capacity. This is achieved by manually rotating the hand wheel.
The hand wheel can be used to reverse the direction of flow without altering the driven direction of the pump.

Constant pressure control pumps

It is a mechanism which automatically alters the eccentricity of the rotors to the shaft to match the flow rate of the pump to that possible in the system to maintain the set pressure. This construction pumps have their inner bodies connected to the control piston via the bridge. The control piston is enclosed in a cylinder. Gas pressure is applied to the top of the control piston and the delivery pressure of the pump is fed to the underside of the control piston.
Pumping principle like in frequency controller, but only mechanical. Very profitably to use – when there are high-voltage motors and when operating has sharp changes (product filling to container on 20, 40, 200 l).

Pumps with electric, pneumatic actuators

Remote control pumps have their inner bodies connected to an actuator (electromechanical, electro-pneumatic, or pneumatic). Flow control between zero and maximum and reverse between maximum and zero is achieved by the actuator receiving a signal from an external source and moving accordingly. Movement of the actuator changes the position of the inner bodies, altering the eccentricity of the rotors to the shaft, thereby changing the flow rate. Also we can design pump construction which allow changing the transferring liquid direction – pump can pump in both ways. It is very convenient for working in oil storage when it is necessary to pump from one reservoir to another.