BP230UVFR-S3 Fireye Burner Control

Overview

The Fireye BP230UVFR-S3 is a 230V BurnerPRO control module, representing a compact, microprocessor-based flame safeguard system. It is designed to provide automated burner sequencing, ignition, and continuous flame monitoring for commercial heating and industrial process equipment. This specific Series 3 model is engineered for dual-amplifier flexibility, allowing for use with ultraviolet (UV) non-self-check scanners and flame rod (FR) sensors. It is a direct replacement for Siemens LFL series controls when used with the appropriate grounding tab and wiring base.

Features

• Dual Integrated Amplifiers: Supports both UV scanners and Flame Rod (FR) applications for maximum versatility.
• Advanced Diagnostics: Features smart LEDs for real-time onboard diagnostic lockout information and fault codes.
• Robust Safety Logic: Includes non-volatile lockout capability, proof of fuel valve closure, and air-flow proving.
• Troubleshooting Tools: A run/check feature allows operators to pause the program sequence at specific stages like Purge or Ignition.
• Durable Design: IP40 protection rating with an extended operating temperature range from -40 degree C to +60 degree C.
• High Compatibility: Designed to be compatible with standard 60-2981-1 wiring bases and Siemens LFL wiring configurations.

Specifications

• Model Number: BP230UVFR-S3
• Supply Voltage: 230 VAC (+10%, -15%), 50/60 Hz, single phase
• Power Consumption: 7 VA
• Timings: Series 3 configuration
• Flame Failure Response Time (FFRT): 1 second
• Operating Temperature: -40 degree C to +60 degree C (-40 degree F to 140 degree F)
• Humidity: 90% RH (non-condensing)
• Protection Category: IP40 (module only)
• Weight: Approximately 2.5 lbs (1.13 kg)

Applications

The BP230UVFR-S3 is primarily used in commercial and industrial combustion systems to manage single-burner setups firing either oil or gas. It is ideally suited for applications requiring high-reliability flame safeguard control, such as boilers, furnaces, and process heaters. Because it supports both UV and FR detection, it is frequently employed in systems where either optical or ionization-based flame sensing is preferred for safety and performance monitoring.