Detailed Explanation of the Transmission System of the Rotary Tube Furnace
Common transmission system compositionTransmission system composed of gears, reducers, motors, and frequency converters
In a 1400-degree rotary tube furnace, the furnace tube transmission is installed at the inlet, and a transmission system composed of gears, reducers, motors, and frequency converters is used to drive the rotation of the furnace tube, and the rotation speed can be adjusted. The motor provides power, the reducer plays a role in deceleration and torque increase, the gears are used to transmit power, and the frequency converter can realize the control of the motor speed, thereby adjusting the furnace tube rotation speed, and the discharge speed can also be adjusted by adjusting the speed.
Multi-stage transmission system
A transmission system for a rotary tube furnace includes a motor, a driving wheel, and a driven wheel mechanism. The driving wheel is fixedly installed with the motor shaft, and the driven wheel mechanism includes a driven wheel assembly, a first connecting shaft, and a first adjustment assembly. The shell of the tube furnace is provided with a first strip hole, one end of the first connecting shaft is installed on the shell through the first strip hole, the first adjustment component is used to push the first connecting shaft to move along the first strip hole, the driven wheel component is rotatably installed on the first connecting shaft, the driven wheel component is meshed with the gear ring, the motor is used to drive the driving wheel to rotate, the driving wheel drives the driven wheel component to rotate through the synchronous belt, and then drives the gear ring to rotate. This multi-stage transmission method can improve the stability of the furnace body rotation, and the transmission system is designed to be adjustable, which is convenient for the transmission system to match the furnace body and leave space for the furnace body to expand due to heat.Characteristics of the transmission systemAdjustability
From the 1400-degree rotary tube furnace mentioned above, its rotation speed can be achieved by adjusting the motor by the frequency converter. In the multi-stage transmission system, the first adjustment component can push the first connecting shaft to move along the first strip hole, so as to adjust the position of the driven wheel component, so that the transmission system can better match the furnace body, and at the same time, leave space for the furnace body to expand due to heat.
Stability
The multi-stage transmission system adopts a multi-stage transmission method, which can effectively improve the stability of the furnace body rotation, ensure the smooth rotation of the furnace tube during the operation of the rotary tube furnace, and help to achieve the uniform sintering of materials and other processes.
Rotary Tube Furnace
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The importance of the transmission system to the rotary tube furnaceEnsure the material processing effect
The stable and adjustable transmission system drives the furnace tube to rotate, so that the material can be evenly heated in the furnace tube. For example, during the uniform sintering process of the mixed material, the furnace tube motor can rotate 360 degrees to allow the material to be fully mixed and heated, thereby ensuring the material processing effect and improving the product quality.
Control the discharge speed
The transmission system can adjust the furnace tube rotation speed, and then adjust the discharge speed. For example, the 1400-degree rotary tube furnace can control the discharge speed by adjusting the furnace tube rotation speed, and the discharge speed can be further adjusted by adjusting the inclination angle of the entire furnace body.
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