Why is the AGV car selected with a DC brushless motor?
The editor has received many inquiries from customers about the selection of DC brushless motors for AGV cars. The users are not clear about the performance requirements, which has led to a deviation in the selection standards of DC brushless motors and wasted a lot of time in the selection process. Below, the editor will introduce the selection method of DC brushless motors for AGV cars:
AGV (Automated Guided Vehicle) has become an unmanned transport vehicle, widely used in industry. It is equipped with automatic guidance devices such as electromagnetic or optical systems, which can be controlled by a computer. The vehicle travels along a specified guidance path and has the characteristics of safety protection and various passenger functions.
So, there are the following suggestions for the selection of DC brushless motors for AGV cars:
1. Rated power of motor;
2. Motor reduction ratio: According to the reduction ratio of the motor after passing through the main gear and the sprocket after being equipped with a reduction gearbox.
3. Motor torque: rated torque and starting torque.
4. Motor speed: The speed at which the motor operates.
5. Motor size: outer diameter and length, axis length, including end cap design.
Attention: The selection of DC brushless motors and gearboxes should first be able to provide sufficient torque to overcome the frictional force generated by the maximum load of the AGV. In addition, the speed output of the motor after adding a gearbox can meet the requirements of the R&D personnel for the maximum speed of the AGV.
Based on the above requirements, the recommended AGV DC brushless motor selection is BLDC60. The specifications of the gearbox can be selected according to customer requirements, and the reduction ratio size needs to be selected according to the motor performance requirements. This DC brushless motor has a unique structural design, smooth and reliable operation, easy maintenance, long service life, high operating efficiency, no excitation loss, and good speed regulation effect. At the same time, it overcomes the disadvantages of mechanical carbon brush and commutator noise, sparks, and radio interference caused by brushed motors. DC brushless motor is an integrated product of motor and drive. When selecting, users need to provide the performance requirements of the drive. The drive system can be adjusted according to the requirements to create a dedicated motor for users.
