FIREYE Integrated Flame Detectors and Probes:UL-BR130138X, UA1A12, MBPF-200S and EP380 Explained
Introduction
Reliable flame detection is a cornerstone of industrial combustion safety. In industries where burners, boilers, and furnaces operate continuously, flame monitoring systems must deliver fast response, high accuracy, and long-term stability. FIREYE has long been recognized as a global leader in flame detection and burner management technology, offering a wide portfolio of integrated flame detectors, UV scanners, probes, and programmers.
This article provides an in-depth overview of several widely used FIREYE products, including the UL-BR130138X integrated flame detector, UA1A12 probe, PN:78195-05 probe, MBPF-200S flame scanner, MBPF-200S combined with UV7A4, and the EP380 programmer. Together, these components form a flexible and reliable flame monitoring solution suitable for a wide range of industrial applications.
Overview of FIREYE Flame Detection Solutions
FIREYE flame detection systems are designed to verify the presence and stability of combustion flames in real time. These systems typically consist of:
Integrated flame detectors
UV or flame scanner probes
Signal processors or programmers
Interfaces to burner management systems
The combination of detectors such as UL-BR130138X, probes like UA1A12, and control components like EP380 programmer allows engineers to tailor flame monitoring systems to specific process requirements while maintaining compliance with international safety standards.
FIREYE UL-BR130138X Integrated Flame Detector
The UL-BR130138X is a compact, integrated flame detector engineered for continuous industrial flame supervision. It combines sensing elements and signal processing into a single, robust unit.
Key characteristics:
Integrated design for simplified installation
Fast flame detection and flame failure response
Industrial-grade construction for harsh environments
Stable operation in high-temperature combustion zones
The UL-BR130138X is commonly used in burner management systems where space efficiency and reliability are critical. Its integrated architecture reduces wiring complexity and improves system stability, making it suitable for both new installations and system upgrades.
FIREYE UA1A12 Flame Probe
The UA1A12 is a dedicated flame probe designed to work with FIREYE flame safeguard controls. It is widely used for flame sensing in gas and oil-fired combustion systems.
Key features include:
High sensitivity to flame presence
Durable probe construction for industrial use
Reliable signal transmission to control modules
Compatibility with multiple FIREYE controllers
The UA1A12 probe is often selected for applications requiring precise flame sensing in confined or high-temperature burner areas.
FIREYE Flame Probe PN:78195-05
The PN:78195-05 flame probe is a specialized sensing component used in FIREYE flame monitoring assemblies. It is designed to provide consistent and accurate flame detection under demanding operating conditions.
Advantages of PN:78195-05:
Stable flame signal output
Resistance to vibration and thermal stress
Long service life with minimal maintenance
Proven compatibility with FIREYE detection systems
This probe is frequently installed in industrial furnaces and boilers where long-term reliability is essential.
FIREYE MBPF-200S Flame Scanner
The MBPF-200S is a well-known FIREYE flame scanner platform used for monitoring combustion flames in industrial burners.
Core attributes:
Reliable flame sensing technology
Flexible mounting options
Designed for continuous-duty operation
Suitable for a wide range of fuels
The MBPF-200S scanner is widely used in power generation, petrochemical processing, and manufacturing industries where flame stability directly affects process safety and efficiency.
MBPF-200S with UV7A4 Flame Detector Combination
When paired with the UV7A4 ultraviolet flame detector, the MBPF-200S + UV7A4 configuration provides enhanced flame detection capability.
Benefits of this combination include:
Rapid UV-based flame detection
Improved immunity to background radiation
High sensitivity to hydrocarbon flames
Reliable performance in harsh industrial environments
This configuration is particularly effective in applications where fast flame response and high detection accuracy are required, such as refinery heaters and high-capacity industrial boilers.
FIREYE EP380 Programmer
The EP380 programmer is a critical control component used in FIREYE flame safeguard systems. It manages flame detection logic, sequencing, and safety interlocks.
Key functions of the EP380 programmer:
Processes flame signals from probes and detectors
Controls burner start-up and shutdown sequences
Ensures compliance with safety timing requirements
Provides diagnostic and status information
By integrating with detectors like UL-BR130138X and scanners such as MBPF-200S, the EP380 programmer helps create a complete and reliable flame monitoring and control solution.
Typical Industrial Applications
FIREYE flame detectors, probes, and programmers are widely used across multiple industries:
Power Generation Ensuring safe and stable combustion in boilers and auxiliary burners.
Oil & Gas and Petrochemical Monitoring flames in refineries, cracking units, and process heaters.
Chemical Processing Providing reliable flame detection in hazardous environments with strict safety requirements.
Manufacturing and Thermal Processing Supporting furnaces, kilns, and heat treatment systems where flame stability is critical.
Installation Considerations
To achieve optimal performance, FIREYE flame detection components should be installed with attention to:
Proper probe alignment with the flame root
Clear line of sight for UV detectors
Secure mounting to minimize vibration
Correct grounding and shielding
Correct installation not only improves detection accuracy but also extends equipment lifespan.
Replacement of worn components as part of preventive maintenance
FIREYE components are designed for durability, but proactive maintenance ensures consistent performance.
Advantages of Using FIREYE Flame Detection Systems
Across products such as UL-BR130138X, UA1A12, PN:78195-05, MBPF-200S, UV7A4, and EP380 programmer, FIREYE offers:
Proven combustion safety technology
Fast response and high reliability
Modular system architecture
Compatibility with global safety standards
Long-term operational stability
These advantages make FIREYE a preferred choice for safety-critical combustion applications worldwide.
Conclusion
FIREYE integrated flame detectors, probes, and programmers form a comprehensive solution for industrial flame monitoring. Whether using an integrated detector like UL-BR130138X, flame probes such as UA1A12 and PN:78195-05, or advanced control components like the EP380 programmer, users benefit from reliable performance, fast response, and proven safety.
Combined solutions such as MBPF-200S with UV7A4 further enhance detection accuracy in demanding environments. By selecting the appropriate FIREYE components and following best installation and maintenance practices, industrial facilities can significantly improve combustion safety, reduce downtime, and ensure regulatory compliance.
