BP230UVFR‑S3MP Fireye Burner Control

Overview

The Fireye BP230UVFR-S3MP BurnerPRO is a compact, microprocessor-based primary flame safeguard control system. It is designed to manage burner sequencing, ignition, and flame monitoring for on-off, multi-stage, or modulating burners used in commercial heating and process equipment. This specific model features integrated Valve Proving (VP) and ModBus communication capabilities, providing advanced diagnostics and system integration. It is engineered to be compatible with Siemens LFL style wiring bases, making it a versatile choice for both new installations and retrofits.

Features

• Dual built-in amplifiers support UV-only, FR-only, or combined UV+FR flame monitoring.
• Integrated Valve Proving (VP) for enhanced safety by checking for fuel valve leaks.
• ModBus RTU communication for remote monitoring and data access.
• Series 3 timings factory-set for specific burner cycle requirements.
• Smart LEDs provide real-time on-board diagnostic and lockout information.
• Non-volatile lockout capability ensures safety by remembering the lockout state even after power loss.
• Run/Check feature allows operators to pause the program sequence for system troubleshooting.
• High-capacity relay contacts for reliable control of external components.

Specifications

• Model Number: BP230UVFR-S3MP
• Supply Voltage: 230 VAC (+10%, -15%), 50/60 Hz, single phase
• Power Consumption: 7 VA
• Operating Temperature: -40 degree C to +60 degree C (-40 degree F to 140 degree F)
• Humidity: 90% RH (non-condensing)
• Protection Category: IP40
• Flame Failure Response Time: 1 second
• Compatible Wiring Bases: Fireye 60-2981-1 or Siemens LFL series
• Compatible Scanners: UV90L, UV1AL, UV5 series, and 69ND1 ionization rods

Applications

The BP230UVFR-S3MP is ideally suited for commercial and industrial combustion systems firing gas or oil fuels. It is commonly used in boiler rooms, process heaters, and ovens where precise flame safeguarding and automated burner sequencing are required. Its compatibility with LFL wiring bases makes it an excellent solution for upgrading legacy Siemens-controlled systems to a modern microprocessor-based platform with ModBus connectivity.