SB560233XA Fireye Flame Safeguard Control

Overview

The Fireye SB560233XA is a compact, microprocessor-based modular flame safeguard control designed for commercial and industrial burner management. As part of the SB Series, it provides automatic ignition and continuous flame monitoring for heating and process equipment. This specific model features a no-purge sequence, making it a streamlined solution for applications that do not require a pre-purge cycle. It is designed as a direct drop-in replacement for retired Honeywell Eclipse VeriFlame systems, utilizing the same wiring subbase for easy installation.

Features

• Modular plug-in design allows for easy installation and field replacement of components.
• LED indicator lights on the front panel provide real-time operating status and alarm diagnostics.
• Integrated test jack allows for real-time flame signal strength readings using a standard micro-ammeter.
• Push-button reset provides a manual way to clear lockout conditions and initiate a check mode for pilot testing.
• Comprehensive safety logic manages fuel valves and ignition sequences while providing continuous flame supervision.
• Built-in protection against field tampering of critical timings and sequences.

Specifications

• Model Number: SB560233XA
• Supply Voltage: 120 VAC (+10%, -15%), 50/60 Hz
• Trial for Ignition (TFI): Selectable 5 or 10 seconds
• Sequence: No-purge
• Flame Detection: Flame Rectification (FR) amplifier for use with flame rods
• Power Consumption: 12 VA
• Operating Temperature: -40 degrees F to 140 degrees F (-40 degrees C to 60 degrees C)
• Shipping Weight: Approximately 3 lbs (1.4 kg)
• Approvals: UL Listed, FM Approved, and tested to EN298 standards

Applications

The SB560233XA is ideally suited for commercial sizes of heating and process equipment firing gas or oil. It is commonly used in industrial boilers, furnaces, and ovens where a no-purge sequence is desired. Its compatibility with flame rod sensors makes it a reliable choice for monitoring gas-fired burners in demanding environments. It is frequently employed in systems requiring a compact footprint and modular flexibility.