The role of the compound mixer motor in the barrel

The role of the compound mixer motor in the barrel. The compound mixer is composed of a barrel transmission system, a machine base, etc. The barrel is driven by the motor to rotate at a uniform speed. Because there are a number of special plate-lifting materials welded to the inner wall of the barrel, the materials are moved on the plate. It moves in a circular motion along the cylinder wall under the push of a machine base drive device, a universal rocker mechanism, a mixing barrel, an electrical cabinet, etc. The drive system has a driving shaft and a driven shaft, and each shaft has a type. A mixing barrel is installed between the two universal joints. Braking system and control system. Pushing the hopper into the rotary body will automatically lift the rotary body into place. The automatic clamping pressure sensor will get the clamping signal and the drive system will work to mix according to the set time and speed. At the same time, the brake system work mixture ends. Then the mixing hopper in the working rotary body of the lifting system drops into place and automatically stops pushing out the mixing hopper to complete the mixing cycle and automatically prints the complete data of the batch of mixing. The disadvantage is that it is large in size and has a large rotating space, and the interior is not easy to be fully polished, resulting in dead corners that can easily cause cross-contamination. However, this type of asymmetric mixer is still used in the pharmaceutical industry. A high-speed mixer with convenient loading and unloading, easy mixing, uniform mixing and high working efficiency has been successfully developed by a company in Jiangsu Province and can replace a series of vertical ribbon mixers used in pharmaceutical, food, chemical and other industries. The high-speed mixer can overcome the shortcomings of traditional equipment, such as inconvenient feeding, long mixing time, and uneven mixing of uneven materials. When the liquid flow velocity caused by agitation is very high, shearing occurs at the interface between the high-speed liquid flow and the surrounding low-level liquid flow, thereby generating a large number of local vortices.