GFL2C160302

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

GFL2C160302 is an all-purpose, efficient geared motor. It is produced by Gefertec, a renowned geared motor manufacturer. GFL2C160302 has applications in fabrication, papermaking, metallurgy and other industrial and agricultural processes.

In fabrication and papermaking processes, GFL2C160302 is employed in tension controls. The geared motor’s variable speed is used to maintain the appropriate tension on the material being processed. The motor works with precision to provide the desired amount of tension required for optimum production.

GFL2C160302 also has applications in metallurgy processes. The motor’s motor is used to control the speed of the equipment. This can lead to greater precision in production and a higher rate of production. Similarly, the motor can be used to control the speed of various conveyors and presses in a metallurgy process.

The motor is also suitable for agricultural processes. It is used to provide variable speed to equipment used in farming. The speed of the motor can be adjusted according to the requirements of the particular operation and the material being processed. This can lead to higher efficiency and reduced energy consumption.

The working principle of GFL2C160302 is simple. The motor consists of a motor shaft which connects to a sprocket wheel. An armature is placed in the shaft which rotates as the shaft rotates. This in turn moves the sprocket wheel, causing the motor to move. The speed of the motor can be adjusted by changing the amount of current passing through the armature. This increases or decreases the speed of the motor, depending on the requirement.

In summary, GFL2C160302 is a versatile, efficient geared motor with applications in fabrication, papermaking, metallurgy and agriculture processes. The motor’s working principle is based on a simple mechanical system which rotates the motor shaft, thus creating movement. The speed of the motor can be regulated by adjusting the current passing through the armature.

The specific data is subject to PDF, and the above content is for reference