China High-Tech
Enterprises
Features
Small and Compact: The compact design is suitable for integration into devices with limited space.
Supports Multiple Barcode Formats: In addition to QR codes, it also supports other types of two-dimensional barcodes (such as Data Matrix, PDF417, etc.) and one-dimensional barcodes.
High-speed Scanning: It can quickly identify and read barcodes to improve work efficiency.
Flexible Triggering Methods: Supports manual triggering or automatic induction to start scanning.
High Accuracy: Accurate reading even in low light or poor barcode quality.
Durability: The rugged design is suitable for long-term use.
Technical Specifications
Scanning Distance: Supports short-distance to medium-distance scanning.
Scanning Speed: It can read barcodes quickly and accurately.
Interface Yype: Common interfaces include USB, serial port (RS-232), TTL, etc.
Resolution: 1280*800px
Features
Small and Compact: The compact design is suitable for integration into devices with limited space.
Supports Multiple Barcode Formats: In addition to QR codes, it also supports other types of two-dimensional barcodes (such as Data Matrix, PDF417, etc.) and one-dimensional barcodes.
High-speed Scanning: It can quickly identify and read barcodes to improve work efficiency.
Flexible Triggering Methods: Supports manual triggering or automatic induction to start scanning.
High Accuracy: Accurate reading even in low light or poor barcode quality.
Durability: The rugged design is suitable for long-term use.
Technical Specifications
Scanning Distance: Supports short-distance to medium-distance scanning.
Scanning Speed: It can read barcodes quickly and accurately.
Interface Yype: Common interfaces include USB, serial port (RS-232), TTL, etc.
Resolution: 1280*800px
Technical Specifications
Image sensor | CMOS |
DPI(W*H) | 1280px*800px |
1D | Code128/AIM128/EAN128/NL128, UPC/EAN/ISSN/ISBN, Codabar, Code 39, Code 39,Code 93, Code 11, ITF-25/ITF-14/ITF-6/ Deutsche12/ Deutsche14, Industrial 25, Matrix 25, Japan Matrix 25/NEC 25, Standard 25, DataLogic 25, MSI-Plessey, Plessey, RSS-EXP /RSS_14/GS1 Data, Telepen |
2D | Data Matrix, PDF417, QR Code |
Accuracy | ≥5mil |
Contrast Ratio | ≥20% |
1D:EAN-13 | (5mil) 30-60mm (13mil) 20-130mm |
2D:QR Code | (15mil) 15-110mm (30mil) 15-200mm |
Tilt | ±65° |
Rotate | 360° |
Deflection | ±55° |
Field of View Angle | Horizontal: 66.4° Vertical: 49.8° Diagonal: 83° |
Data Interface | USB KBW、USB HID POS、USB CDC、TTL、RS232 |
Working Voltage | 5VDC±5% |
Working Electric Current | 185mA±10% |
Standby Electric Current | 160mA |
Working Temperature | 0℃~+50℃ |
Storage Temperature | -20℃~+60℃ |
Relative Humidity | 5%~95% (No condensation) |
Actual Use Cases
Case 1: Parking Lot Automatic Toll Collection System
Background:
A large parking lot hopes to improve the efficiency of its automatic toll collection system, reduce the time for vehicle entry and exit, and ensure the accuracy and real-time of toll collection information.
Solution:
The parking lot uses the XTIOT XT205M5 parking lot serial interface mini 115200 baud rate barcode scanning module, which is integrated into the automatic toll collection system for fast entry of vehicle barcode information.
Implementation steps:
Hardware installation: Install the XTIOT XT205M5 barcode scanning module at key locations at the entrance and exit of the parking lot.
Software integration: Connect the scanning module to the toll collection system through a serial interface (such as RS-232 or TTL UART) and configure a 115200 baud rate.
System testing: Perform comprehensive functional testing to ensure that the scanning module can accurately read vehicle barcodes and support automatic scanning functions.
User guide: Create a simple operation guide to help car owners understand how to use the scanning module for automatic payment.
Effect:
Improve efficiency: Automatic scanning reduces the time for vehicle entry and exit.
Reduced errors: Accurate vehicle barcode reading reduces charging errors.
User experience: Plug-and-play design simplifies the operation process for car owners.
Real-time update: Scanned data is uploaded to the background management system in real time, which is convenient for charging monitoring and data analysis.
Case 2: Internal vehicle management system of the park
Background:
An industrial park needs to improve the efficiency of its internal vehicle management system to ensure the accuracy and real-time of vehicle entry and exit.
Solution:
The park uses the XTIOT XT205M5 parking serial interface mini 115200 baud rate barcode scanning module, which is integrated into the vehicle management system for fast entry of vehicle barcode information.
Implementation steps:
Hardware installation: Install the XTIOT XT205M5 barcode scanning module at key locations of the park entrance and exit.
Software integration: Connect the scanning module to the vehicle management system through the serial interface and configure the 115200 baud rate.
System testing: Conduct comprehensive functional tests to ensure that the scanning module can accurately read vehicle barcodes and support automatic scanning functions.
Staff training: Provide operational training to park security personnel to ensure that they can use the barcode scanning module correctly.
Effect:
Improve efficiency: Automatic scanning improves vehicle management efficiency.
Reduce errors: Accurate vehicle barcode reading reduces errors in entry and exit records.
User experience: Plug-and-play design simplifies the operation process of security personnel.
Real-time update: Scanned data is uploaded to the background management system in real time to facilitate vehicle monitoring and data analysis.