Printronix KA02013-C992 RS232C Interface Board

Overview

The Printronix KA02013-C992 is a dedicated RS232C serial interface board designed for integration with Printronix DL3750+ and DL3850+ thermal line printers. This component board enables legacy RS232C serial connectivity to high-resolution industrial label and receipt printing systems. The KA02013-C992 is commonly referenced in technical documentation as KA02013 C992 and serves as a critical communications interface for warehouse management systems, logistics platforms, and point-of-sale environments requiring dependable serial-based printer control.

Key Features

• RS232C Serial Interface: Provides standard serial port connectivity for legacy and industrial control systems requiring wired RS232C communication protocols
• DL3750+ Compatibility: Direct support for Printronix DL3750+ 360 dpi thermal line printer integration
• DL3850+ Compatibility: Direct support for Printronix DL3850+ 360 dpi thermal line printer integration
• High-Resolution Print Support: Enables full 360 dpi print resolution output from compatible host systems over serial connection
• Industrial-Grade Construction: Designed for warehouse, logistics, and manufacturing environments with demanding operational requirements
• Easy Installation: Board-level component designed for straightforward installation into compatible printer models
• Legacy System Integration: Ideal retrofit component for existing warehouse management and ERP systems using RS232C communication

Integration & Compatibility

The Printronix KA02013-C992 is engineered as a plug-in interface board for the DL3750+ and DL3850+ printer series. These 360 dpi thermal line printers are widely deployed in high-volume label printing, shipping label generation, and receipt printing applications. The RS232C interface board allows these printers to operate within legacy serial-based network architectures common in warehouse management systems (WMS), transportation management systems (TMS), and ERP platforms. Installation requires compatible power and control connectors within the printer chassis; consult your printer documentation or system integrator for proper board seating and configuration procedures.

Specifications

Print Resolution: 360 dpi (supported through host printer)
Interface Type: RS232C Serial
Connectivity: Wired
Compatible Printer Models: Printronix DL3750+, Printronix DL3850+

Ted Perry

Perspective based on aggregated IP Security Depot and affiliated engineering team experience.

I have evaluated the Printronix KA02013-C992 during integration planning for a regional logistics operation transitioning to higher-resolution label printing while maintaining RS232C-based system architecture. This interface board is a practical solution for facilities that cannot immediately upgrade from serial connectivity but require the print quality and speed of Printronix's 360 dpi thermal line systems.

Technical Highlights:

• 360 dpi Print Capability: The KA02013-C992 preserves full 360 dpi resolution output from the DL3750+ and DL3850+ printers, enabling sharper barcode readability and improved label aesthetics compared to legacy 203 dpi systems
• Serial Integration: RS232C connectivity integrates directly into existing WMS and ERP platforms without requiring network infrastructure upgrades or driver modifications for systems already configured for serial printer communication

Deployment Considerations:

• Verify RS232C port availability on your host system; many modern servers and PCs require USB-to-serial adapters, which adds latency and potential compatibility variables
• Confirm proper board installation and connector seating during deployment to avoid intermittent communication failures; work with your system integrator or Printronix technical support for installation verification

The KA02013-C992 is a solid retrofit component for operations that have invested in Printronix thermal line infrastructure and need to preserve existing serial-based system architectures. It delivers the print quality expectations of modern thermal printing without forcing immediate IT infrastructure overhauls.