RP203 Direct Thermal Receipt Printer | 203 dpi | TTL/USB

RP203 Direct Thermal Receipt Printer | 203 dpi | TTL/USB

  • Model Name : RP203
  • DPI : 203 dpi
  • Special Feature : Desktop
  • Size Of Receipt : 48mm
  • Autocutter : Desktop
  • Max Print Speed : 85 mm/sec
  • Interface : TTL/RS232/USB
  • Weight : 0.2 kg
  • Warranty : 1 Year Warranty in all products
  • SDK and APIs are available for support

RP203 Direct Thermal Receipt Printer | 203 dpi | TTL/USB

1,452.00

  • Model Name : RP203
  • DPI : 203 dpi
  • Special Feature : Desktop
  • Size Of Receipt : 48mm
  • Autocutter : Desktop
  • Max Print Speed : 85 mm/sec
  • Interface : TTL/RS232/USB
  • Weight : 0.2 kg
  • Warranty : 1 Year Warranty in all products
  • SDK and APIs are available for support
SKU: RP203 Category:

Description

The RP203 Direct Thermal Receipt Printer is an easy-to-use, high-performance thermal printer designed for a wide range of applications. Offering direct UART interfaces (TTL and RS232), this compact and versatile printer can be seamlessly integrated into various microcontroller-based systems such as Arduino, ESP8266, Node MCU, and Raspberry Pi. The RP203 is a great choice for businesses and hobbyists who need reliable, high-speed printing in a small form factor.

Features :

    • The RP203 uses direct thermal printing, eliminating the need for ink, toner, or ribbons, making it a cost-effective and maintenance-free solution.
    • With a resolution of 203 DPI, the RP203 delivers crisp and clear text and graphics, ensuring excellent print quality for receipts, labels, and other types of printed media.
    • The printer’s small size and compact design make it an ideal choice for space-constrained environments, while also ensuring portability for on-the-go applications.
    • The printer operates on a 5 to 9-volt supply, with a typical current consumption of 1.5 Amperes and a peak current of 3 Amperes, making it energy-efficient and suitable for battery-powered setups.
    • The head life of up to 50 km ensures long-term use, with the printer capable of handling high volumes of printing without frequent maintenance.
    • The RP203 is designed to function in a wide range of operating conditions, from 5°C to 45°C and 20% to 90% RH (relative humidity), ensuring reliable performance in diverse environments.
    • The photo-sensor paper detection feature ensures precise and efficient printing, minimizing the chance of errors and improving overall print accuracy.
    • Equipped with thermistor-based head temperature detection, this feature protects the print head from overheating, enhancing the durability and longevity of the printer.

Advantages :

  • With direct thermal technology, the RP203 eliminates the need for expensive ink or toner, making it a more affordable solution for long-term use.
  • Its small footprint makes it ideal for environments with limited space or applications where portability is a priority.
  • With a print speed of 90 mm/s, the RP203 helps businesses streamline their operations by ensuring fast and efficient printing.
  • The direct UART interface makes it easy to integrate the printer with various microcontrollers and single-board computers, including popular platforms like Arduino and Raspberry Pi.
  • The 50 km head life ensures that the printer can handle extensive usage, reducing the need for frequent replacements or repairs.
  • The low current consumption (1.5A typical, 3A peak) ensures that the printer operates efficiently, making it a great choice for battery-powered applications or energy-conscious users.

Applications :

    • Ideal for generating receipts and transaction records in retail environments, the RP203 helps businesses improve the speed and accuracy of customer transactions.
    • Used for printing order receipts, kitchen tickets, and labels in restaurants, cafes, and food delivery services, ensuring smooth and efficient order management.
    • Perfect for printing shipping labels, packing slips, and barcodes in warehouses, distribution centers, and courier services, improving logistics operations.
    • Can be used for printing event tickets, boarding passes, or entry tickets at venues, concerts, and airports, providing a reliable solution for ticketing systems.
    • Due to its compact size and easy integration with microcontrollers and single-board computers, the RP203 is an excellent choice for mobile apps and embedded systems requiring thermal printing.
    • Suitable for printing patient receipts, prescriptions, and medication labels in medical and pharmacy settings, helping with accurate record-keeping.

The RP203 2-Inch Thermal Receipt Printer offers a reliable, versatile, and high-performance solution for businesses and hobbyists requiring high-quality, fast, and efficient thermal printing. With its wide range of applications and seamless integration with microcontroller platforms, the RP203 is the ideal choice for a variety of industries and use cases.

Additional information

Printing Method

Thermal

Paper Width

57.5mm

Paper Diameter

55mm

Printing width

48mm

Resolution

203 DPI

All our orders are online over phone and email. After you place your order, we will send you an e-mail acknowledgement. Our phone, whatsapp and email addresses are available in the contact us section of website. We will start processing your order only after we have received payment. By placing an order on srkinnovations, you agree that you are buying for your business needs. If material is in stock or readily available, we dispatch in 1-3 workings business days. For special order or out of stock items delivery times are 2 weeks. If we are not able to fulfill your order then we will refund your entire amount within 15 business days. If order times exceed what we have committed to, we will contact you to determine if you want to execute the order with the new delivery time. We currently do not accept orders for international shipping on our website. If you are an international customer please email us your requirement at info@srkinnovations.com and we will determine whether we can fulfill your order or not.

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