SB560523XB Fireye Flame Safeguard Control

Overview

The Fireye SB560523XB is a compact, microprocessor-based modular burner management system within the SB Series, designed to provide automatic ignition and continuous flame monitoring for commercial-sized heating and process equipment. This flame safeguard control is engineered to work with any fuel type and ensures safe burner sequencing and protection. It features an integrated digital logic and analog measuring circuitry to monitor single gas, oil, or combination burners, specifically designed for systems requiring a manual reset after a safety lockout.

Features

• Modular compact design for easy installation and maintenance
• LED indicator lights providing real-time operating and alarm status
• Test jack recessed into the front cover for real-time flame signal readings
• Push button for manual reset of lockout conditions and pilot turn down testing
• Built-in alpha-numerical display support via SB2089 connector
• Compatible with open and closed wiring bases
• High-quality construction tested to EN298, UL Listed, and FM Approved standards

Specifications

• Model Number: SB560523XB
• Supply Voltage: 120 VAC (min. 102, max. 132) 50/60 Hz
• Trial for Ignition (TFI): 10/15 seconds
• Control Sequence: Selectable purge and sequence hold
• Flame Amplifier Type: FR (Flame Rod/Rectification)
• Power Consumption: 12 VA (Operating)
• Operating Temperature: -40 degrees F to 140 degrees F (-40 degrees C to 60 degrees C)
• Shipping Weight: Approximately 3 to 5 lbs
• Load Ratings: 125 VA pilot duty; 400 VA (opening) motorized main fuel valve

Applications

The SB560523XB is widely used in commercial and industrial HVAC systems, including boiler rooms, laundries, and process heating environments. It is ideal for monitoring flames in burners firing natural gas, propane, or light oil. Trusted across various industries such as food and beverage, power generation, and petrochemicals, it is a primary safety control for automatically ignited burner systems where reliable flame detection and modular flexibility are critical.