MB-600R Fireye Module

Part number MB-600R from Fireye, listed in Burner & Combustion Controls. KKM Solutions quotes this part with pricing and availability confirmed per order.

Overview The Fireye MB-600R is a replacement relay module specifically designed for the Fireye Multi-Flame (MB-600S Series) burner management system. As a critical component of the modular Multi-Burner Control System, it provides the necessary power switching for high-current loads within industrial combustion environments. This module is engineered to integrate seamlessly into a motherboard assembly alongside logic and power modules to coordinate the safety and sequencing of multiple burners from a single control point. Features Modular plug-in design for easy installation and reduced downtime during maintenance. Robust output relays designed to provide power for ignition coils, pilot valves, main fuel valves, combustion fans, and alarm circuits. Integrated safety architecture that works with the logic module to ensure reliable startup sequences and flame monitoring. Ruggedized construction suitable for high-demand industrial oven and furnace applications. Direct motherboard mounting in the designated first position for optimized interface with output terminals. Specifications Model Number: MB-600R Supply Voltage: 120 VAC (+10%, -15%), 50/60 Hz Temperature Range: -40 degree F to 140 degree F (-40 degree C to 60 degree C) Power Consumption: Approximately 25 VA (as part of the MB-600S system) Compatibility: Fireye MB-600S Multi-Burner Control System and MB-600M Motherboard Certifications: UL recognized (US and Canada) and FM approved when used in a complete MB-600S assembly Applications The MB-600R relay module is used exclusively within the Fireye Multi-Flame MB-600S Series control systems. It is ideally suited for industrial process markets, including large-scale ovens, furnaces, and boilers that utilize multiple burners connected to a common valve train. This module is essential for technicians managing systems that monitor up to 20 individual gas, oil, or combination burners, ensuring that each burner’s fuel delivery and ignition components are safely actuated according to the programmed sequence.