Purpose:

Mainly suitable for mixing experiments between dried powders of different components, between particles, or between powders and particles in the laboratory. It is an ideal model for exploring the optimal process parameters for material mixing and an advanced laboratory equipment for mechatronics integration.

Principle:

The FH laboratory type mixer is installed on a movable base. The main components include the frame, rotary system, electrical control system, hopper, etc. The conical mixing hopper is mainly composed of a hopper body, a hopper cover, clamps, pressure blocks, butterfly valves, etc.

characteristic:

The hopper is mounted on the rotating shaft using a cantilever fixing method and can rotate 360 degrees. Due to the symmetrical axis of the hopper forming an angle with the rotating axis of the rotating arm, different components of materials move in three-dimensional space in the compensating hopper, producing strong flipping and high shear, achieving the best mixing effect.

The rotary system is a key system for completing the hybrid function, in which the rotary motor adopts a low-speed high torque reduction motor, which is the power device of the main engine hybrid. An induction element is installed on the rotary shaft assembly. When the rotary body rotates to the set position, the sensor installed on the frame sends out a sampling signal, and under the action of the brake motor, the hopper stops at the optimal discharge position.

The electrical control system is mainly divided into two parts: the electrical cabinet installed in the rack and the sensors. The core control components PLC controller and frequency converter are installed in the electrical control cabinet. During use, electrical operations are mainly completed on the operation panel (touch screen) of the electrical control cabinet, including printers, touch screens, power switches, and emergency stop switches. The touch screen interface can display the running time and speed.