NX6220 Fireye Display

Overview

The Fireye Nexus NX6220 is a professional-grade CANbus display module designed specifically for the operation and commissioning of Fireye NX6100 and PPC6000 series burner control systems. Featuring a high-contrast Organic LED (OLED) interface and a 12-key tactile membrane keypad, it provides operators with a bright, easy-to-read interface for real-time system monitoring and diagnostics. The unit is engineered to simplify complex commissioning tasks through the use of multi-function soft keys that group related options, such as servomotor settings, to ensure a streamlined and error-free setup process.

Features

• High-contrast four-line OLED display for clear visibility of control variables and system status.
• 12-key tactile membrane keypad providing positive “click” feedback for precise data entry.
• Four multifunction soft keys that group related parameters during commissioning for improved efficiency.
• Integrated USB port for complete commissioning backup and data handling.
• Support for multiple languages, including English, French, and Spanish, selectable directly from the display.
• Three user-defined relays for customized operational signaling and control.
• Built-in lithium battery to maintain clock, calendar, and event log functions.

Specifications

• Model Number: NX6220
• Display Type: Organic LED (OLED)
• Interface: 12-key tactile keypad with 4 multifunction soft keys
• Communication: CANbus protocol for high-integrity data exchange
• Connectivity: USB port for configuration backup
• Languages Supported: English, French, Spanish (with others available via factory)
• Compatibility: Designed for use with Fireye NX6100 and PPC6000 series controllers
• Mounting: Panel mounted for industrial environments

Applications

The NX6220 is ideal for commercial and industrial combustion management applications requiring dependable operator interaction and system oversight. It is used extensively during the initial setup and commissioning of PPC6000-based burner control installations, as well as for ongoing maintenance and real-time monitoring. By providing access to motor data, flame signals, modulation rates, and event history logs, it serves as a critical interface for facilities using natural gas, propane, or light oil fuels where precise burner control and diagnostic visibility are required.