Source / Stack Emission Monitoring

Buhler RC 1.2 Sample Gas Cooler Series

The RC 1.2+ features a new generation heat exchangers with a particularly low wash out effect of water-soluble components and are specifically suitable for measuring emissions.

SKU
BU-RC-1.2
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The RC 1.2+ features a new generation heat exchangers with a particularly low wash out effect of water-soluble components and are specifically suitable for measuring emissions. Most notably, the washout of SO2 is low. RC 1.2+ coolers can therefore be used for so-called automated measuring systems (AMS) per EN 15267-3.

The RC 1.2 Rack is a compact 19-inch format compressor sample gas cooler, ideal for system cabinets. With the option of simultaneous cooling of two gas paths, the cooler offers a high degree of flexibility. Thanks to its modular design, the RC 1.2 Rack can be individually equipped with integrated humidity sensors, filters and condensate pumps to meet your specific requirements.

The RC 1.2+ Rack features a new generation heat exchangers with a particularly low wash out effect of water-soluble components and are specifically suitable for measuring emissions. Most notably, the washout of SO2 is low. These coolers can therefore be used for so-called automated measuring systems (AMS) per EN 15267-3.

The natural refrigerant R600a meets the requirements of EU Regulation (EU) 2024/573 and is a very environmentally friendly solution thanks to the reduction in CO₂ emissions. At the same time, it ensures the future-proof operation of your systems that comply with legal requirements in the long term.

  • Optimised for gases with water-soluble substances (e.g. SO2)
  • Can be used for systems for continuous emission monitoring pursuant to EN 15267-3 due to low wash-out effects
  • Efficient cooling with a nominal output of 390 kJ/h
  • Accurate setting of the gas outlet dew point in a range from +3 °C to 20 °C with a constant dew point stability of ± 0.1 K
  • Corrosion-resistant heat exchanger made of DURAN glass or PVDF
  • Ambient temperature from +5 °C to +50 °C
  • Future-proof and climate-friendly: Use of natural refrigerants instead of HFC refrigerants
  • Option: Signal output 4 – 20 mA for function and temperature monitoring
  • Option: Digital output (Modbus RTU) for device configuration and access to process and diagnostic data