NFC and QR code scanning are two technologies commonly used in industrial panel PCs in digital factories. Here are some of their functions:
NFC and QR code scanning are two technologies commonly used in industrial panel PCs in digital factories. Here are some of their functions:
1. NFC (Near Field Communication): NFC is a short-range wireless communication technology that allows data exchange between devices over a distance of a few centimeters. In industrial panel PCs, NFC can be used for various purposes such as:
• Authentication: NFC tags can be used to authenticate personnel accessing the digital factory. Workers can use their NFC-enabled access cards to gain entry to restricted areas or access sensitive data.
• Asset tracking: NFC tags can be attached to equipment, parts, or products to track their location and movement. The panel PC can read the tags and record the data in real time.
• Configuration: NFC can be used to configure the settings of the industrial panel PC or other devices in the factory. For example, an engineer could use an NFC-enabled device to configure a machine's settings by simply tapping it against the panel PC.
2. QR code scanning: QR codes are two-dimensional barcodes that can be scanned using a smartphone or industrial panel PC camera. They are widely used in the manufacturing industry for various purposes such as:
• Inventory management: QR codes can be printed on products, parts, or equipment to track their location and movement. The panel PC camera can read the codes and record the data in real time.
• Maintenance and repair: QR codes can be used to provide access to maintenance and repair information for machines and equipment. For example, an engineer could scan a QR code on a machine to access the maintenance manual or troubleshooting guide.
• Quality control: QR codes can be used to track the quality of products at each stage of the production process. The panel PC camera can scan the codes to ensure that products meet the required standards.
Overall, NFC and QR code scanning are valuable technologies for industrial panel PCs in the digital factory as they provide real-time data collection and analysis, improve efficiency, and reduce errors.
