SMT Line Machine PCB Handling Equipment Automatic SMT PCB Unloader Conveyor 1M PCB Inspection Conveyor
| Product Name | PCB Inspection Conveyor |
| Rail Length(mm) | 500 mm | 1000 mm | 1200 mm | 2000 mm |
| Dimension (mm) | 500*700*950 | 1000*700*950 | 1200*700*950 | 2000*700*950 |
| PCB Width | 50 to 350 mm |
| PCB Direction | L to R or R to L |
| Speed | Adjustable |
| Control System | PLC |
| Track Fixed Edge | Front Fixed or Back Fixed |
| Communication | SMEMA for both in & out |
| Power Supply | 1 PH AC 220V 50/60Hz (Option:110V to 380V) |
| Weight | 70 Kg | 95 Kg | 105 Kg | 150 Kg |
Functionality:
1. PCB Transport: The conveyor system is designed to transport PCBs from one workstation to another within the production line. It utilizes a continuous belt or chain system to carry the PCBs, ensuring a steady and controlled movement without causing damage or misalignment.
2. Speed Control: The conveyor system allows for adjustable speed control to match the specific requirements of the assembly process. Operators can set the conveyor speed based on factors such as 3 PCB size, process time, or equipment compatibility, ensuring optimal efficiency and preventing errors or delays.
3.PCB Orientation: The conveyor system ensures the correct orientation of the PCBs during transportation. It may incorporate guides, sensors, or alignment mechanisms to maintain the proper alignment and prevent PCB rotation or misplacement.
4. Line Integration: The conveyor system seamlessly integrates with other equipment and machines in the production line. It synchronizes with upstream and downstream processes, allowing for smooth transfer of PCBs between different stages of assembly, such as solder paste printing, component placement, and reflow soldering.
5. Flexibility and Customization: The conveyor system offers flexibility and customization options to adapt to various PCB sizes, shapes, and assembly requirements. It can be adjusted or configured to accommodate different conveyor widths, lengths, and PCB handling specifications.
6. PCB Inspection or Rework: Some conveyor systems are equipped with additional features for PCB inspection or rework. These systems may include inspection stations, automated optical inspection (AOI) machines, or rework stations integrated into the conveyor line, enabling real-time inspection or rework of PCBs during transportation.
Usage Instructions:
1. Setup: Ensure that the conveyor system is properly installed and connected to the power supply. Adjust the conveyor's height, width, and length to match the production line's requirements. Make sure all safety features, such as emergency stop buttons and guards, are in place.
2. Loading PCBs: Place the PCBs onto the conveyor belt or chain. Ensure that the PCBs are properly aligned and positioned for smooth transportation. If necessary, use guides or fixtures to secure the PCBs in place.
3. Conveyor Speed Adjustment: Set the conveyor speed according to the requirements of the assembly process. Consider factors such as PCB size, process time, and equipment compatibility. Test the conveyor's speed to ensure that it is running smoothly and without any issues.
4. PCB Transfer: Monitor the movement of the PCBs along the conveyor line. Ensure that the PCBs are transferred smoothly from one workstation to the next, without any misalignments or collisions. Address any issues promptly to avoid disruptions in the assembly process.
5. Inspection or Rework Integration: If the conveyor system includes inspection or rework features, follow the manufacturer's guidelines or procedures for utilizing these additional functionalities. Ensure that proper inspection or rework protocols are followed during PCB transportation.
6. Maintenance: Regularly inspect the conveyor system for signs of wear, damage, or malfunction. Keep the conveyor clean and free from debris that may affect its performance. Follow the manufacturer's maintenance guidelines for any required lubrication or component replacement.
The PCB conveyor system enables efficient and controlled transportation of PCBs along the assembly line. By following the proper usage instructions, it ensures smooth movement and transfer of PCBs between workstations, contributing to a streamlined and efficient production process.
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