Cold-space moisture removal
Desiccant adsorption continues below temperatures where cooling-coil dehumidification becomes ineffective.
This smallest standalone rotor machine uses compact process and reactivation fans around a sealed silica-gel wheel. Unlike refrigerant dehumidification, adsorption remains effective in low-temperature service down to the referenced -20 C operating range.
Desiccant adsorption continues below temperatures where cooling-coil dehumidification becomes ineffective.
The small enclosure limits bypass around the rotor and suits local dry stores or laboratories.
A dedicated hot air path drives captured moisture off the wheel for continuous operation.
| Process Airflow | 180 m3/h class |
|---|---|
| Technology | Silica-gel desiccant rotor |
| Operating Temperature | Down to -20 C |
| Construction | Corrosion-resistant sealed rotor casing |
| Process Fan | Compact dedicated fan |
| Reactivation | Separate heated air circuit |
| Air Connections | Process and wet-air ducts |
| Control | Humidity or dew-point demand |
| Installation | Small indoor dry-space system |
| Tùy chỉnh | Reactivation heat, controls and duct arrangement can be configured for the intended application and operating environment. |
Small dry stores, low-temperature rooms, laboratories and moisture-sensitive clean support spaces.
Electric reactivation, duct adapters, process heater or cooler, filter stages, humidistat, dew-point sensor and remote control can be selected.
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