Electrolux sensor dryers are designed to optimize the drying process and care for your clothes. While a sensor dryer uses advanced technology to detect moisture levels and stop the cycle when clothes are dry, a specific feature highlighted in the reference text focuses on preventing creases after the main drying cycle has finished.
Understanding a Key Feature: The Crease-Free Function
A notable aspect of Electrolux sensor dryers, as mentioned in the provided reference, is a unique feature designed to combat a common problem: creases formed when dry clothes are left sitting in the dryer drum.
According to the reference:
"From overdrying creases are for formed when clothes are left in the dryer over a period of time the unique crease-free feature tumbles the clothes periodically after the drying cycle."
This feature works by periodically tumbling the clothes after the main drying cycle completes.
Why is this feature important?
- Prevents Creases: As the reference states, creases can form when clothes are left in the dryer drum after drying, particularly if there was any degree of overdrying. The periodic tumbling action helps prevent clothes from settling into fixed positions and developing hard-to-remove wrinkles.
- Maintains Freshness: Gentle tumbling can also help keep clothes from becoming musty if they are not removed immediately.
While the provided reference specifically details this helpful post-cycle feature, sensor dryers typically incorporate internal sensors that measure the moisture content of the clothes and the temperature inside the drum. These sensors allow the dryer to automatically adjust the drying time and stop the cycle when the desired dryness level is reached, which helps to prevent overdrying in the first place.
In summary, the Electrolux sensor dryer utilizes sensor technology for efficient drying, and as highlighted by the reference, includes a valuable crease-free function that continues to tumble clothes periodically after the cycle to minimize wrinkles caused by leaving items in the drum.