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Cabinet humidity control and stabilisation methods

Cabinet humidity levels can be controlled within tolerance using the ROSAHL solid-state ionic membrane dehumidifiers. This is achieved by having either one or two membranes: one to humidify and one to dehumidify. They are used for accurate cabinet humidity control...

Temperature change key to cabinet humidity control

Temperature change is key to cabinet humidity control   Large temperature changes have a significant impact on relative humidity levels, and this is particularly significant when considering enclosure dehumidification. It is difficult to keep a fixed relative humidity...

Membrane dehumidifiers protect MSDs in small enclosures

Uncontrolled moisture can cause corrosion of metals and the failure of electronic devices. Moisture sensitive equipment (MDSs) andequipment such as lenses and electro-optics can also be affected resulting in failure or reduced performance.  ROSAHL reduces the moisture...

Waterless dehumidifier is not a paradox

Waterless dehumidifier is not a paradox Removing moisture invariably produces water as a by-product, so a waterless dehumidifier sounds like a paradox, but it’s not. The Rosahl membrane dehumidifier uses electrolysis to remove moisture from enclosures. One of the main...