The PCB board grinding machine is used to remove impurities and thicknesses such as the surface coating and oxide layer of the circuit board to make the surface smooth and suitable for the production of high-precision electronic products. It is an important equipment in the circuit board production line and has the characteristics of high efficiency, high degree of automation and easy operation.
The PCB needs to be immersed in molten solder during hot air leveling. The air knife blows the liquid solder flat before the solder solidifies, and can minimize the meniscus of the solder on the copper surface and prevent solder bridging. Hot air leveling is divided into two types: vertical type and horizontal type. Hot air leveling is divided into two types: vertical type and horizontal type. Generally, the horizontal type is better because its coating is relatively uniform, which facilitates automated production.
| Parameter | Description | Set Value | Remarks |
| F0.00 | Motor Control Mode | 1 | V/F Mode |
| F0.01 | Start/Stop Order Source | 1 | DI Terminal |
| F0.03 | Frequency Source | 9 | RS485 Communication |
| F0.10 | Maximum Output Frequency | 100 | 100Hz |
| F0.12 | Maximum Running Frequency | 100 | 100Hz |
| F6.02 | Relay1 Option | 2 | Output when Alarming |
| F6.12 | AO1 Option | 1 | Output Current |
| FC.00 | Address of VFD | Set According to Actual Requirement | |
| FC.01 | Baud Rate | 5 | 9600 bps |
| FC.02 | Data Format | 3 | 8,N,1 |
The speed and power of the brush grinder can be precisely controlled to keep the brush grinder in a stable operating state during the grinding process. This can not only improve grinding efficiency, but also ensure the consistency of grinding quality and avoid problems such as uneven grinding caused by unstable rotation speed.
The operating parameters of the grinding machine can be adjusted according to actual needs. For example, the speed and power can be flexibly adjusted according to different grinding materials and grinding requirements to achieve the best grinding effect.
It has the advantages of energy saving and consumption reduction. By accurately controlling the operating status of the motor, unnecessary energy waste can be reduced and operating costs can be reduced. It can also reduce the temperature rise of the motor, extend the service life of the motor, and improve the reliability of the entire mill.