Econavi Operation; Nanoe Tmx - Panasonic NR-YW590Y Operating Instructions Manual

ECONAVI Operation

The refrigerator detects the opening and closing of the refrigerator door and the brightness
around the refrigerator to control operations automatically to ensure maximum energy saving.*
ECONAVI operation
The refrigerator learns the lifestyle patterns of
your family from door opening and time periods of
The refrigerator learns your lifestyle patterns from
the previous 3 weeks of use and uses that data
from the 4th week onwards.
The refrigerator performs the ECONAVI energy
saving operation when it becomes dark around the
refrigerator such as in the night.
Settings for enabling ECONAVI operation
ECONAVI operation is enabled automatically when the temperature control for both the
Fridge room and the Freezer room is set to 4 °C and -20 °C, respectively.
ECONAVI operation does not operate if the "Quick Freezing", "Prime Fresh+", "Prime
Freeze" or "Quick Ice Making" mode is in operation.
It is not possible to force to start of the ECONAVI mode.
Remark
* The effectiveness of the ECONAVI mode is dependant on the ambient temperature, ambient
1
brightness and the number of times the refrigerator door is opened and closed and the state
in which food is stored.
nanoe
TM
A nanoe is a nano-sized ion particle coated with water particles.
TM
nanoe X are nano-sized electrostatic atomized water particles with 10 times the OH
TM
radicals of nanoe
nanoe X will start when the refrigerator is plugged in and always run when the refrigerator
TM
is in use. However, nanoe
mode will be reduced if the humidity inside the Fridge room is reduced (such as when
storing a few of vegetables, tubers).
The nanoe X device device may cause a small sound during operation.
TM
After a long time closing, when open the doors of the refrigerator, it is possible to sense the
typical odor of ozone generated during operation, this is a normal phenomenon.
16
X
.
TM
X requires moisture when operating, the effectiveness of this
TM
ECONAVI light
1
Light intensity
sensor