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XT2001CM XTIOT China 3.3V 12Pin QR Code Number Scanner Barcode Product
OEM Barcode Scanner Engine
XT2001CM is OEM barcode scanner engine which suitable for KIOSK, vending machine, wash machine, POS device, etc.
Communication: USB, TTL
Compatible System: Android, IOS, Windows, Linux OS, MAC, etc.
Technology: CMOS, 640x480 rolling shutter image sensor
Decoding Ability: 1D, 2D
Resolution: ≥5mil
Support: serial commands control
Get in touch with us to learn more.
OEM Barcode Scanner Engine
XT2001CM is OEM barcode scanner engine which suitable for KIOSK, vending machine, wash machine, POS device, etc.
Communication: USB, TTL
Compatible System: Android, IOS, Windows, Linux OS, MAC, etc.
Technology: CMOS, 640x480 rolling shutter image sensor
Decoding Ability: 1D, 2D
Resolution: ≥5mil
Support: serial commands control
Get in touch with us to learn more.
Technical Specifications
| Image Sensor | CMOS |
| DPI(W*H) | 640px*480px |
| 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 | AZTEC,Data Matrix, MaxiCode, PDF417, Micro PDF, QR Code, Micro QR, Hanxin code, OCR, DOTCODE |
| Accuracy | 1D≥5mil |
| Contrast Ratio | ≥20% |
| 1D: EAN-13 | (5mil) 60-80mm (13mil) 35-160mm |
| 2D: QR Code | (15mil) 25-130mm (30mil) 30-220mm |
| Tilt | ±65°@ 0°Roll and 0°Skew |
| Rotate | 360°@ 0°Pitch and 0° Skew |
| Deflection | ±55°@ 0°Roll and 0° Pitch |
| Field of View Angle | Horizontal: 66.4° Vertical: 49.8° Diagonal: 83° |
| Data Interface | USB KBW、USB HID POS、USB CDC、TTL 232 |
| Working Voltage | 3.3VDC±5% |
| Working Electric Current | 90mA±15mA |
| Standby Electric Current | 65mA±2mA |
| Working Temperature | 0℃~+50℃ |
| Storage Temperature | -20℃~+60℃ |
| Relative Humidity | 5%~95% (No condensation) |
Actual Use Cases
Case 1: Office Building Access Control System
Background:
An office building wanted to improve the efficiency of its access control system, reduce the time for employees to enter and exit, and ensure the accuracy and real-time identity verification.
Solution:
The office building used the XTIOT XT2001CM access control UART ASCII text command continuous reading bare barcode engine, which was integrated into the access control system for fast entry of employee identity barcode information.
Implementation steps:
Hardware installation: Install the XTIOT XT2001CM barcode engine at the entrance of the office building.
Software integration: Connect the barcode engine to the access control system via the UART interface, and configure the ASCII text command to support the continuous reading function.
System testing: Conduct comprehensive functional testing to ensure that the barcode engine can accurately read employee identity barcodes and support continuous reading.
Employee training: Conduct operational training for office building employees to ensure that they can correctly use the barcode engine for identity verification.
Effects:
Improve efficiency: Continuous reading reduces the time for employees to enter and exit.
Reduce errors: Accurate employee identity verification reduces unauthorized entry.
User experience: The plug-and-play design simplifies the operation process for employees.
Real-time update: Scan data is uploaded to the backend management system in real time to facilitate identity authentication and data analysis.
Case 2: School Access Control Management
Background:
A school hopes to improve the efficiency of its access control management, ensure the safety of students and faculty, and monitor access records in real time.
Solution:
The school uses the XTIOT XT2001CM access control UART ASCII text command continuous reading bare barcode engine, which is integrated into the access control system for quick entry of student and faculty identity information.
Implementation steps:
Hardware installation: Install the XTIOT XT2001CM barcode engine at key locations at the school entrance and exit.
Software integration: Connect the barcode engine to the access control management system through the UART interface, and configure the ASCII text command to support the continuous reading function.
System testing: Conduct comprehensive functional testing to ensure that the barcode engine can accurately read identity information and support continuous reading.
User guide: Create a simple operation guide to help students and faculty understand how to use the barcode engine for identity authentication.
Effect:
Improve efficiency: Continuous reading reduces the time for students and faculty to enter and exit.
Reduce errors: Accurate identity verification reduces unauthorized entry.
User experience: Plug-and-play design simplifies the student use process.
Real-time update: Scan data is uploaded to the backend management system in real time to facilitate identity verification and data analysis.
