Refrigeration Manifolds – Analogue .vs. Digital

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Against the background of the current debate on the improvement of energy efficiency and the reduction of CO2 emissions from refrigeration systems and heat pumps, the accuracy of measurement results is of ever increasing significance for you. Because the more accurate your measurement results, the better you can adjust a system.

However, if you are still working with an analog manifold, you need to be aware that refrigeration systems can be incorrectly adjusted*. Not because of your qualification, but as a result of the insufficient precision of analog manifolds. They are inaccurate, inconvenient to use and do not give you all the necessary information on the status of a system.

    Digital manifolds, on the other hand, have crucial advantages:

• They can adjust systems energy-efficiently faster more safely than before
• You are shown superheating and subcooling in real time
• You need only one instrument which takes over many work steps

The result: You carry out all jobs safely and efficiently. This allows you to save your customer up to 12.5% energy costs.*

(* Source: Energie Star Studie, und Hunt, Heunemeier, Weitzel, HVAC Energy Efficiency Maintenance Study, De. 2010, Calmac Study ID SCE0293.01)

About Testo Limited

We offer an extensive range of instruments for many parameters and applications including; Temperature, Humidity, Velocity, Gas analysis, RPM, Pressure, Light, pH, Sound. testo instruments are widely used in the following sectors: HVAC-R: heating, ventilation, air conditioning and refrigeration. Process Industry: manufacturing industries, service companies and utilities. Food Sector: including food manufacture, transport, storage, distribution and retail. Thermal Imaging: for building surveys, maintenance, electrical inspections and production monitoring.

Posted on March 6, 2012, in Commercial, Deals, hEATING, Home, hvac, Industry, Latest News, Product Launches, Refrigeration and tagged , , , , , , , , , , , , , , , , , , . Bookmark the permalink. Leave a comment.

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