How does a connected device, like a dehumidifier, provide significant energy saving for a control cabinet?A connected dehumidifier in a control cabinet can provide significant energy savings by intelligently regulatin. How does a connected device, like a dehumidifier, provide significant energy saving for a control cabinet?A connected dehumidifier in a control cabinet can provide significant energy savings by intelligently regulating its operation based on real-time humidity levels, only activating when necessary to maintain optimal conditions. This targeted operation reduces unnecessary power consumption compared to non-connected devices that may run continuously, regardless of the actual humidity inside the cabinet.The process of dehumidification typically involves drawing in moist air, removing the moisture, and then returning the drier air back into the enclosure. This cycle helps in maintaining the dew point within the enclosure at a level that prevents condensation. The collected moisture is usually expelled through a vent drain, sometimes aided by a plas. 3 common reasons to use purge systemsThey allow electrical enclosures to be installed in hazardous areas without the need for explosion proof enclosures. They recycle the air inside of an enclosure, reducing the internal temperature. They help reduce the effects of corrosion on components housed within the enclosure.How does a purge system work?Purge systems use incoming air from a supply line, solenoid valves, pressure gauges and pumps, to constantly maintain a positive pressure inside an enclosure. This prevents any flammable gases from entering the enclosure potentially causing an ignition event to occur. By maintaining a positive pressur.