Are Reuter Stokes Flame Sensors the Best Choice for Your Turbine?

The choice of a flame sensor is critical in ensuring the efficient and safe operation of gas turbines. Among the available options, the Reuter Stokes Flame Sensor stands out. But is it the best choice for your turbine? This article explores the features, advantages, and potential drawbacks, helping you make an informed decision.

Knowing Flame Sensors

Before delving deeper into the distinguishing factors, it’s crucial to understand the role of flame sensors in Gas Turbine Parts. A flame sensor detects and confirms the presence of a flame in a gas turbine, ensuring effective combustion and avoiding potential safety hazards.

Key Characteristics of Reuter Stokes

  • Reuter Stokes Flame Sensors are known for their properties that significantly improve gas turbine performance while considerably reducing maintenance requirements. These sensors find their applications in various fields, including power generation, manufacturing, and pulp and paper industries.
  • Sensitivity and Reliability

The Flame Tracker family from Reuter Stokes includes UV-based flame sensors embedded in gas turbines, offering a higher sensitivity to changes in flame status. Unlike IR sensors, they are not subjected to black body radiation and lack the ‘inertial memory’ of a thermocouple. This means quicker responses, translating into more real-time adjustments that are crucial for turbine operation efficiency.

  • Design and Adaptability

Standard on all new GE gas turbines, these flame sensors are adaptable for use with multiple fuels. This flexibility offers a significant advantage for turbines operating in conditions that require frequent fuel changes.

  • Reduced Maintenance

Despite their sensitivity, Reuter Stokes has robust designs that minimize service interruptions. The reduced need for maintenance translates into longer operational hours and less downtime.

Application Areas for Reuter Stokes 

Reuter Stokes is ideally suited for a wide range of environments and industrial sectors, demonstrating their versatility and robustness. Here are some common application areas:

  • Power Generation

Large power plants and gas turbines benefit immensely from the improved sensitivity and reliability of Reuter Stokes Flame Sensors. These sensors can optimize fuel combustion, improving efficiency and reducing emissions.

  • Manufacturing

Manufacturing facilities, especially those using gas-fired components on any scale, can optimize performance, safety, and efficiency with the help of flame sensors.

  • Pulp and Paper

Flame sensors are essential in ensuring the productivity, safety, and efficiency of the pulp and paper industry’s combustion processes. Reuter Stokes offers advantages in all these aspects.

  • Oil and Gas

In the high-stakes operational arena of the oil and gas industry, the role of flame sensors is vital for safety and optimization. The quicker and more sensitive response of flame sensors provides essential protection, especially in hazardous conditions.

Advantages of UV-Based Flame Sensors

The primary selling point of flame sensors is the use of UV detection technology. Here’s how this feature benefits users:

  • Rapid Detection

UV-based flame sensors can detect flame presence in milliseconds, giving them an edge over traditional sensor types that have slower reaction times. This makes them perfect for emergency situations that require quick action. Additionally, UV-based flame sensors are more sensitive than traditional sensors, making them able to detect smaller flames.

  • Fewer False Alarms

UV sensors are less prone to false alarms caused by heat, sunlight, or other factors as they primarily respond to radiation emitted by flames. As a result, UV-based flame sensors more reliable than traditional sensors, as they can accurately detect fires even in areas where other sensors would be prone to false alarms.

  • Unaffected by Contaminants

The UV-based flame sensors maintain their responsiveness and accuracy even in the presence of contaminants that may hinder the performance of other sensors that are not based on UV light.

  • Enhanced Safety

As a result of these sensors, improved safety levels are achieved when operating gas turbines by detecting any failures in combustion processes as soon as possible, thus preventing any potential accidents from occurring.

Installation and Integration

Flame sensors should be chosen based on ease of installation, compatibility with your current gas turbine system, and ease of installation. flame sensors provide:

  • Compatibility

These flame sensors are widely compatible, including as a standard option for all new GE gas turbines. They can also be retrofitted easily onto existing turbines.

  • Simple Integration

You can easily integrate the Reuter Stokes generator with the rest of your gas turbine system, which ensures that installation is simple and minimal adjustments are necessary.

  • Technical Support

Reuter Stokes provides online and on-site technical support for any installation and operation issues, ensuring seamless integration of their flame sensors into your system.

In-Depth Analysis of Reuter Stokes 

It is essential for any individual who wishes to gain a more comprehensive, technical understanding of Reuter Stokes can do so by referring to these resources:

  • Documentation

Reuter Stokes provides extensive documentation and data regarding their Flame Tracker family, giving you the necessary information to make an informed selection.

  • Expert Consultation

Reuter Stokes and their distributors offer expert consultation to help you understand how their flame sensors can cater to your unique requirements.

  • Case Studies

There are several case studies of successful installations that demonstrate the advantages and benefits provided by these flame sensors in a real-world situations.

  • Online Communities

Various online forums and discussion boards are venues for discussing Reuter Stokes and its application in gas turbine systems.


With their myriad of advantages, Reuter Stokes Flame Sensors command a robust case for being a high-quality choice for your gas turbine. However, a thorough understanding of your specific needs will determine the suitability of these sensors for your particular scenario.

Remember, in making a choice, a balance between cost-effectiveness and operational efficiency is essential. Besides, a reputable supplier can advise you based on their industry experience and technological know-how.

Ready to explore more about the Reuter Stokes Flame Sensors? This is your go-to resource for the most reliable and suitable Gas Turbine Parts tailored to your needs. Take your gas turbine performance to the next level today!

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