Cloud Point Analyzer with class-leading repeatability – ICON

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The icon scientific Cloud Point Analyzer is used to provide an indicator of the
lowest temperature at which typically a diesel fuel may be used.

  • Easy to use: with an armored glass wipe-clean touch-screen and intuitive multi-lingual graphic user interface.
  • Certified to global standards: ATEX, IECEx, TIIS, EAC, and ETL approved to give absolute confidence and peace of mind in hazardous areas and manufactured under an ISO9001:2015 certified Quality Management System.
  • Robust and fully explosion proof: no air or inert gas purging required for safe operation in explosion hazard areas. Safety assured: with an alarm for internal sample leakage.
  • Highly efficient: with low sample consumption and a sample flow monitor.
  • Flexible: with auto validation or calibration options and standard Modbus, 4-20mA, and digital contact outputs.

Cloud Point Analyzer with class-leading repeatability brochure - ICON
Icon’s Cloud Point Analyzer with class-leading repeatability

What does the Cloud Point Analyzer do?

The icon scientific Cloud Point Analyzer is used to provide an indicator of the
lowest temperature at which typically a diesel fuel may be used. The analyzer uses advanced thermoelectric cooling and optical detection to provide exceptional results, in most cases without the need for chilled water. The optical detector arrangement also provides excellent immunity to dissolved water in the sample, giving you outstanding repeatability.

The cell in the Cloud Point Analyzer is equipped with an LED light source, photo diode detector and
thermoelectric peltier cooler. Crucially, there is no physical contact between the LED, detector and measuring cell. To improve cooling performance and eliminate condensation, ice formation and the effect of stray light, the whole system is housed in a patented, sealed containment vessel held under vacuum. The vessel features detection systems to monitor the vacuum and alert you to any sample leakage. The obtained results are compatible with those of any standard cloud point test methods such as ASTM D2500 and ASTM D5771/2/3.

How does the analyzer work?

The low mass measuring cell traps a small amount of the sample. This is then cooled at a controlled rate by the Peltier-based thermoelectric cooler using a pulse width modulated control signal. The cooling of the Cloud Point Analyzer continues until sufficient light-scatter is detected from precipitating wax crystals to trigger cloud point detection. The old sample is then flushed away and the cycle is repeated. If the sample enters the unit at too low a temperature, the Peltier control is reversed to warm the sample before carrying on with the analysis.

Why choose the Icon Scientific Cloud Point Analyzer?

  • Excellent repeatability: with advanced detection algorithms and pulse width modulated variable rate peltier cooler control, it achieves better repeatability than the standard test methods.
  • Best in class cooling performance: with reduced thermal losses thanks to the low mass measuring cell, patented vacuum insulation system and non-contacting light source and detector. This provides the highest differential between cooling water temperature and the lowest measurable cloud point.
  • Increased measuring cell life: as well as giving improved cooling performance, vacuum insulation eliminates premature cell failure caused by condensation and cooling errors due to ice formation.
  • Cell service exchange plan: to aid planned maintenance and reduce downtime in the unlikely event of a problem, icon operates a Cloud Point Analyzer cell-service exchange plan. The cell is sent to icon or their local representative, and a fully-refurbished cell is delivered by return. This process enables considerable savings on the individual cost of parts. It can also save you time and money by reducing the risks associated with carrying out your own cell repairs.

Contact our specialist directly

You can contact us is you have a question about when it suits you. See our specialist’s contact information below.

Mike Beer - ASaP - Address and contact persons





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