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Swivel Angle Side Entry Mixer
Swivel angle agitators typically consist of a motor-driven shaft, an impeller, and a swivel mechanism. The impeller is the component responsible for generating fluid motion and is available in various shapes and configurations, including propellers, turbines, and paddle blades. The swivel mechanism allows the impeller to be rotated and positioned at different angles within the tank.
The swivel angle design could reduce power consumption, shorten mixing time and enhance mixing effect. It is very useful for large crude oil storage tanks (BS&W). The main design features:
Motor power: 4-55kw
Output speeds: 50-350rpm
Mechanical seals: single/double mechanical seals
conventiona stuffing boxes with quenching, flushing orwater jacket options
Material: Q235B, 45#, Carbon Steel with rubber/ PO/PTFE/FRP/enamel or as your request
Swivel Angle
The variable insertion Angle agitator is used to prevent the accumulation of sediments, and the change of rotation Angle as follows.
Choosing the shape of the blades of the mixing plant is an important step in the design of the agitator. The following is a brief introduction to the selection of the paddle impeller. I hope everyone likes it:
The paddle impeller is the simplest type of agitator. The slender, continuous plate-like blade is welded, riveted on the hub or clamped on the agitator shaft, so the price is low, about 35% to 40% of the mixing equipment is used. This kind of agitator, usually, there are 3 blades per impeller. The blades can be mounted vertically on the hub, a so-called flat blade. It can also be mounted on the hub at an angle, that is, a so-called folding paddle.
The flow pattern formed by the paddle impeller is similar to that of a turbine impeller, and there are also differences in runoff and axial flow. However, the main function of the blade is to have a strong circulation function, and it is mostly used for the stirring which requires the blade to discharge (circulate) as a main purpose. In the case of the same discharge, the operation cost and power consumption of the folding paddle are slightly better than that of the flat blade. In actual engineering, a large-diameter low-speed impeller is often used, and although the shearing effect is not large, the circulation in the tank is good. Since a large diameter impeller can be used, it can also be used for agitation with a medium viscosity of 50 Pas. At this time, in order to make the upper and lower layers of the tank easy to exchange, a multi-stage impeller having 3 to 5 stages is often used, or lateral blades are mounted on the blades.
Swivel Angle Side Entry Mixer
Swivel angle agitators typically consist of a motor-driven shaft, an impeller, and a swivel mechanism. The impeller is the component responsible for generating fluid motion and is available in various shapes and configurations, including propellers, turbines, and paddle blades. The swivel mechanism allows the impeller to be rotated and positioned at different angles within the tank.
The swivel angle design could reduce power consumption, shorten mixing time and enhance mixing effect. It is very useful for large crude oil storage tanks (BS&W). The main design features:
Motor power: 4-55kw
Output speeds: 50-350rpm
Mechanical seals: single/double mechanical seals
conventiona stuffing boxes with quenching, flushing orwater jacket options
Material: Q235B, 45#, Carbon Steel with rubber/ PO/PTFE/FRP/enamel or as your request
Swivel Angle
The variable insertion Angle agitator is used to prevent the accumulation of sediments, and the change of rotation Angle as follows.
Choosing the shape of the blades of the mixing plant is an important step in the design of the agitator. The following is a brief introduction to the selection of the paddle impeller. I hope everyone likes it:
The paddle impeller is the simplest type of agitator. The slender, continuous plate-like blade is welded, riveted on the hub or clamped on the agitator shaft, so the price is low, about 35% to 40% of the mixing equipment is used. This kind of agitator, usually, there are 3 blades per impeller. The blades can be mounted vertically on the hub, a so-called flat blade. It can also be mounted on the hub at an angle, that is, a so-called folding paddle.
The flow pattern formed by the paddle impeller is similar to that of a turbine impeller, and there are also differences in runoff and axial flow. However, the main function of the blade is to have a strong circulation function, and it is mostly used for the stirring which requires the blade to discharge (circulate) as a main purpose. In the case of the same discharge, the operation cost and power consumption of the folding paddle are slightly better than that of the flat blade. In actual engineering, a large-diameter low-speed impeller is often used, and although the shearing effect is not large, the circulation in the tank is good. Since a large diameter impeller can be used, it can also be used for agitation with a medium viscosity of 50 Pas. At this time, in order to make the upper and lower layers of the tank easy to exchange, a multi-stage impeller having 3 to 5 stages is often used, or lateral blades are mounted on the blades.
