Carlton DH14L User Manual

To set up the Carlton DH14L dehumidifier, place it in the desired location ensuring it is on a flat, stable surface. Plug it into a grounded electrical outlet. Make sure the water tank is correctly inserted, and set the desired humidity level using the control panel.
First, ensure the humidity setting is lower than the current room humidity. Check if the air intake and exhaust are blocked. Make sure the water tank is properly positioned and not full. If the problem persists, consult the user manual or contact customer support.
It is recommended to clean the filter every two weeks to maintain optimal performance. Remove the filter from the unit, wash it with warm water, let it dry completely, and reinstall it.
For most homes, a humidity level between 45-50% is ideal to prevent mold growth and maintain comfort. Adjust the settings based on your personal preference and room conditions.
The dehumidifier may shut off automatically if the desired humidity level is reached, the water tank is full, or if there is a power interruption. Check these factors and restart the unit if necessary.
For continuous drainage, attach a standard garden hose to the drainage port. Make sure the hose is directed to a suitable drainage location and the end of the hose is lower than the dehumidifier to facilitate gravity drainage.
Regular maintenance includes cleaning the filter every two weeks, wiping the exterior monthly, and checking the water tank and continuous drainage system regularly for blockages.
To improve efficiency, ensure all doors and windows are closed while the unit is running, position the dehumidifier centrally in the room, and maintain regular cleaning of the filter and vents.
Check if the unit is placed on a stable surface, ensure there are no loose parts, and make sure the filter and air vents are clean. If noise persists, contact customer support for further assistance.
The Carlton DH14L is designed to operate in temperatures above 15°C (59°F). Using it in colder environments may result in decreased efficiency and potential frost build-up on the coils.