QR Code Scanner RS 10-E

Product introduction  
it is an embedded access control all-in-one machine developed by our company. The panel is made of up to 9H tempered glass, which is highly scratch-resistant. It uses a high-quality lens and can scan codes at extremely high speeds. It supports outdoor scanning use; it supports wired Ethernet communication and HTTP/HTTPS. , MQTT network protocol; supports online verification or offline verification; can directly control gates and access control equipment without adding a controller. 
QR code access control all-in-one machine can recognize one-dimensional codes, QR codes, IC cards, ID cards, and CPU cards. The user operation is simple and can scan QR codes on various media such as mobile phone QR codes, paper QR codes, and metal QR codes.

Functional features 
Using domestic high-performance CPU to run Linux system; 
Independent reset chip; 
Ultra-fast QR code recognition, decoding within 10 milliseconds at the fastest; 
QR code decoding supports outdoor use; 
Can be installed in embedded turnstiles, embedded in elevators, and used on desktops, etc.; 
Wired Ethernet, TCP/IP communication; 
Support http\https, MQTT protocols; 
Built-in one relay output; 
Built-in all-way exit button; 
Supports IC card reading, ID card serial number and CPU card reading files; 
The identification method defaults to swiping card + scanning QR code; 
Support Wiegand output (optional 485 or 232 communication interface); 
Supports connectable AC037 security module;

Usage instructions

System indicator light: round light, hereafter referred to as system light, used to indicate standby status, card swiping attributes, etc., standby is blue, legal opening is green, illegal is red, and data is being transmitted over the network is yellow; 
Network indicator light: long strip light, hereafter referred to as network light, used to prompt the network status of the device. It does not light up when the network cable is not plugged in. If the network cable is inserted but cannot connect to the server, it flashes blue. When connected to the server, it lights up blue. 
QR code reading area: Place the QR code close to the scanning area (align the QR code with the camera), 2~20CM away from the glass panel (adjust the distance according to the size of the code); 
Card reading induction area: Place the induction card close to the card swiping area, within 8CM;

Permission verification 
The device can be configured into three working states: [online priority, offline secondary], [offline priority], and [offline only]. 
[Online verification], scan code/card swiping data is transparently transmitted to the background to verify permissions, the background returns the verification results, and the device opens the door based on the returned results; 
[Offline verification], that is, the permissions are verified locally, and whether the door is opened based on the local verification results. Offline verification records are saved locally and automatically uploaded to the background. 
There are multiple working modes for offline verification. For details, please refer to [All-in-one development interface protocol document]. 
[Online first, offline second] working status: use [online verification] when the network is connected, use [offline verification] when the network is disconnected; 
[Offline priority]: Verify locally first. If the local verification is legal, the door will be opened immediately and the data will be saved. If the local verification is illegal, then the network verification will be performed. 
[Offline only]: Whether the device is online or offline, it will be verified in offline mode;

system configuration  
The device parameters can be set through the QR code. Use the configuration tool to generate the QR code and scan the code to complete the configuration. For detailed operations, please see [QR code all-in-one configuration tool].

Ports define