Operating Principles:
The mixer basically consists of a casing and a centrifugal pump impeller which are mounted vertically. The suction side has adouble-wall tube that keeps the inlet of solids separate from liquids, thus avoiding the formation of flocs before the materialenters the casing. The liquid enters the mixing chamber at a high velocity, thereby creating a vacuum on the center of the impeller, which causesthe suction of the solids. The fall of the solids can be regulated by means of a valve situated at the bottom of the hopper.It is important to keep low pressure at the suction and at thedishcrage sides of the blender. Avoid cavitation, Thus a feeding pump must be provided only for the applications that really requireit (considerable pressure drops at the suction side, high viscosityproducts, etc.), please, keep in mind that the suction capacity will decrease. When discharge pressure is high, a centrifugal pump needs to befittedto the discharge side of the blender.For viscosities above 500 cP, the feeding pump and the dischargepump must be positive displacement pumps.

Technical specification:
Flow: 10m ³ to 60m ³ / h
Motor power: 3kw to 15 kw, 50HZ, 60HZ
Solid suction: 2000kg to 9000kg
Connection way: Clamp / thread / flange, DIN/SMS/3A/RJT/ISO/IDF

Options:
Double cooled seal.
Connections: DIN, SMS.
Pneumatic actuator valve.
60o hopper.
Screen in the mixing chamber.
Drainage.
The following control components can be added:
Pneumatic valve.
High- and low-level sensors.
Vibrator (pneumatic or electric).