The motor mounting hole must meet the actual needs of the user.
In the motor design process, on the one hand, we must ensure that the diameter and relative position of the mounting holes on the motor product meet the requirements, and on the other hand, the space requirements actually used by the customer during installation should be considered. For example, the bolt diameter, the bolt length, and the corresponding nut mounting space that the customer actually uses, and the specific problems such as whether the bolt can be smoothly inserted into the fixing hole when the bolt is fixed.
In some motor standards, the diameter of the fixing bolt is specified, but some standards do not have this content, and the user of the motor does not necessarily know the content, especially for foreign customers. The requirements may still be different.
In addition to the compliance of the diameter, for motor products with relatively tight installation space, the motor manufacturer should fully communicate with the customer about the installation information, so that we can know ourselves and know each other.
Motor installation process considerations
● The motor installation base must be stable, and the surrounding air circulation should be ensured to facilitate the heat dissipation of the motor. If the installation base is poor, it will cause vibration problems when the motor is running.
● Magnetic centerline alignment problem. If there is a problem with the right side, there will be an axial crosstalk problem on the one hand, and the motor efficiency will be affected on the other hand.
● When installing the transmission parts, use bolts to press in, do not strike hard, so as not to cause damage to the motor parts. It can also be beaten at will when disassembling the motor.
● Ensure that the motor is coaxial with the device being pulled during installation.
● During the installation process, the convenience of the motor's injection and discharge operations should be checked to ensure post-maintenance.
● Check the power supply voltage and contact conditions to avoid the unsuitability of the motor voltage and applied voltage.
