Gas cooling unit CU-EMA +

- 2 heat exchangers in series
- Heat exchanger in glass and PVDF
- Power supply 115 to 230 V
- Nominal capacity 110 kJ/h
- Dew point stability 0.1 °C
- Adjustable outlet dew point and alarm thresholds
- low wash out effects
- Protection class IP44
- Optional port for test gas and instrument air
- Optional heated line connection and controller
In the chemical industry, petrochemistry or biochemistry, reliable process control relies on prompt and exact determination of the operating parameters. Here, gas analysis is key for safe and efficient control of process flows, environmental protection, and quality assurance.
Many of the analysis processes used in these fields require extracting the sample gas. This inevitably also extracts process-related contamination such as particles or moisture. These in turn can impact the measurement results or damage the measuring cells. The sample gas must therefore be conditioned before entering the analyser. The CU-EMA+ series features a new generation heat exchangers with a particularly low wash out effect of watersoluble components. Special design features make the cooler particularly suitable for use in applications with high vibration (e.g. marine applications).
- DocumentsTo download, simply select the respective documents and click "My Downloads" above.
Data sheets
Quick Guide
Detailed operating instructions
- Certificates & ApprovalsTo download, simply select the respective documents and click "My Downloads" above.
Certificates & Approvals
- Contact Person


Datenblatt Kühlereinheit CU-EMA+, PDF (236 KB)
Data sheet Cooling Unit CU-EMA+, PDF (232 KB)
Data sheet Cooling Unit CU-EMA+, PDF (231 KB)
Feuille de données Unité de refroidisseur CU-EMA+, PDF (236 KB)
Hoja de datos Unidad de refrigeración CU-EMA+, PDF (235 KB)
参数表 冷却器单元 CU-EMA+, PDF (354 KB)
Техническое описание Блок охладителя CU-EMA+, PDF (260 KB)
Brief Instructions Cooler unit CU-EMA+ (multi-lingual), PDF (1 MB)
EU declaration of conformity / EU-Konformitätserklärung KX440012 CU-EMA+ signed, PDF (43 KB) 
