In 3D warehouse logistics stacker, laser distance measurer is used for precise positioning and distance measurement, and its application is mainly in the following aspects:
1. Accurate positioning: Laser distance measurer can provide high-precision distance measurement data, so that the stacker can be accurately positioned at different locations in the warehouse. This is very important for automated warehouse systems because it ensures that the stacker can accurately reach the target location for goods storage and retrieval.
2. Dynamic distance measurement: Laser distance measurer can measure the distance between the stacker and the shelf in real time. In this way, the position of the stacker can be adjusted at any time during the movement of the stacker to ensure that the goods can be correctly stored in the target location.
3. Obstacle detection: Laser distance measurer can detect obstacles in front of the stacker to avoid collisions and protect equipment and goods. This is especially important for high-density storage and complex paths in three-dimensional warehouses.
4. Integration with PLC and monitoring system: Through the communication processor, the laser distance measurer is connected to the PLC system, so that the PLC can receive and process the distance measurement data in real time. These data can be used to adjust the stacker’s movements in real time to ensure that the system executes according to the predetermined operation command.
5. System status monitoring: The distance measurement data of the laser distance measurer can help the monitoring system to provide real-time feedback on the status of the stacker, such as whether it has reached the designated shelf position or whether there is a deviation, thereby improving the automation level and accuracy of the system.
