58mm Embedded Thermal Printer Module POS Receipt Bode (White 12V)

This high-performance embedded thermal printer module is designed for seamless integration into POS systems, ticketing machines, and various self-service devices, delivering reliable and efficient printing for receipts, tickets, and bodes.

Features:
- Versatile Compatibility: Supports multiple operating systems including Li, Windows XP/7/8/10, and Android, ensuring easy integration with diverse platforms.
- Fast and Clear Printing: Boasts a print speed of 60mm/s and 203dpi resolution, producing sharp text, 1D bodes (Codebar, Code93, Code39, Code128, ENA13, ITF25, UPC-A, UPC-E), and 2D QR codes.
- Flexible Connectivity: Equipped with USB, RS232, and TTL interfaces to meet different connection requirements.
- Durable Performance: Thermal print head (TPH) with a lifespan of 50KM, ensuring long-term stable operation even in high-frequency usage scenarios.
- Wide Operating Range: Functions efficiently in temperatures from 10℃ to 50℃ and humidity from 20% to 80%, adapting to various working environments.
ESC/POS Command Support: Compatible with standard ESC/POS print commands, facilitating quick setup and programming.

Specification:
- Model: EM5822
- Color: White
- Printing Method: Thermal Printing
- Paper Width: 58mm±0.05mm
- Print Width: 48mm
- Paper Thickness: 0.05~0.1mm
- Roll Diameter: Max. 40mm
- Power Supply: 12V
- Baud Rate: Default 9600
- Paper Cutting Method: Manual Paper Tearing
- Item Size: 8.2 * 5.8 * 4.4cm / 3.2 * 2.3 * 1.7in
- Item Weight: 140g / 4.9oz
- Storage Temperature: 15~20℃, Storage Humidity: 45~75%

Package Contents:
1 * Printer Module
1 * Thermal Paper
1 * Power Cable
1 * TTL Cable

Please Notes:
- Does not support mobile phones and tablets.
- USB interface for XP/Win7/Win8/Win10 requires driver installation; serial port for these systems provides a development package. Android USB and serial ports, as well as Li, come with development packages and technical support.
- Ensure the power supply matches the specified voltage to avoid damage to the module.
- Use thermal paper within the recommended thickness range for optimal printing quality and to prevent paper jams.