BP110UVFR-S3MP Fireye Burner Control

Overview

The Fireye BP110UVFR-S3MP BurnerPRO is a professional-grade, microprocessor-based integrated burner management control system. It is designed to provide proper burner sequencing, ignition, and flame monitoring for on-off, multi-stage, or modulating burners. This specific model features Series 3 timings and dual integrated amplifiers, supporting both ultraviolet (UV) and flame rod (FR) detection. It is engineered as a drop-in replacement for Siemens LFL style controls, offering seamless integration with existing LFL wiring bases.

Features

• Integrated Valve Proving (VP) system and Modbus communication for advanced monitoring and control.
• Dual built-in amplifiers supporting UV, Flame Rod (FR), or combined UV+FR flame detection.
• Non-volatile lockout capability ensures safety status is maintained even after power loss.
• Seven smart LEDs provide real-time diagnostic information, operation status, and flame quality.
• Run/Check feature allows operators to pause the program sequence for system troubleshooting.
• High-capacity relay contacts and extended operating temperature range for demanding environments.
• Air-flow proving and remote/local reset capabilities.

Specifications

• Model Number: BP110UVFR-S3MP
• Supply Voltage: 110 VAC (+20%, -15%) 50/60 Hz
• Timings: Series 3 preprogrammed operational timings
• 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 Rating: IP40
• Compatibility: Fits 60-2981-1 and Siemens LFL wiring bases; supports UV90L, UV1AL, and UV5 scanners.

Applications

The BurnerPRO BP110UVFR-S3MP is ideal for commercial and industrial combustion systems firing oil or gas fuels. Typical applications include process burners, industrial gas burners, boilers, low NOx burners, and refinery equipment. It is particularly well-suited for systems requiring valve leakage testing prior to startup and those needing integration into a Modbus network for remote monitoring. Its robust design allows for use in both intermittent and continuous operation (when using the self-checking FR amplifier).