Horizontal type intelligent permanent-magnetic direct-driven stirring device with variable-frequency speed regulation

Abstract

The invention discloses a horizontal type intelligent permanent-magnetic direct-driven stirring device with variable-frequency speed regulation. The horizontal type intelligent permanent-magnetic direct-driven stirring device comprises a stirring blade, a coupling, a permanent-magnetic direct-driven motor, a base and an intelligent variable-frequency speed regulator, wherein the coupling is arranged on an output shaft of the permanent-magnetic direct-driven motor which is fixedly arranged on the base; the stirring blade is arranged on the coupling by a connecting flange; a sensor is arranged on the connecting flange; the permanent-magnetic direct-driven motor is connected with the intelligent variable-frequency speed regulator by a wire. The horizontal type intelligent permanent-magnetic direct-driven stirring device disclosed by the invention has the advantages that a medium in a tank is directly stirred by directly driving the stirring blade, parameters of the stirred medium are detected by the sensor in the tank, and the data is fed back to the intelligent variable-frequency speed regulator to control intelligent speed regulation of the permanent-magnetic direct-driven motor and realize optimum control, so that the working effects of high efficiency and energy conservation are realized. The horizontal type intelligent permanent-magnetic direct-driven stirring device disclosed by the invention has the effects of low noise, free maintenance, large starting torque, large output torque, stable operation and accurate control.

Description

technical field [0001] The invention relates to a stirring device, in particular to a horizontal intelligent permanent magnet direct drive frequency conversion speed regulation stirring device. Background technique [0002] The traditional horizontal agitator drive system uses an asynchronous motor and a reducer to transmit power to gears, pulleys or central connecting rods to drive the equipment to rotate. The obvious disadvantages of the transmission method of this system are: low efficiency of the drive system, high energy consumption, and poor startup Unstable, difficult to start heavy load, these shortcomings directly affect the overall efficiency of the drive system. Daily maintenance and replacement of reducers, pulleys and other components are very frequent, and the maintenance equipment still needs to be equipped with a maintenance drive system, which has a complex structure. Contents of the invention [0003] The purpose of the present invention is to provide a ...

AI Technical Summary

Problems solved by technology

[0002] The traditional horizontal agitator drive system uses an asynchronous motor and a reducer to transmit power to gears, pulleys or central connecting rods to drive the equipment to rotate. The obvious disadvantages of the transmission method of this system are: low efficiency of the drive system, high energy consumption, and poor startup Unstable and difficult to start with heavy loads, these shortcomings directly affect the overall efficiency of the drive system

The daily maintenance and replacement of reducers, pulleys and other components are very frequent, and the maintenance equipment still needs to be matched with the maintenance drive system, and the structure is complex

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