Panasonic EHNA27 Operating Guide
10
English
Maintenance of the hair dryer
• Make sure to turn OFF the power switch and disconnect the
plug from the household outlet. (Except when performing
maintenance on the air outlet)
maintenance on the air outlet)
Maintaining the hair dryer
Clean the main body when the hair dryer gets dirty.
Clean the housing only with a soft cloth slightly dampened
with tap water or soapy tap water.
Clean the housing only with a soft cloth slightly dampened
with tap water or soapy tap water.
►Notes
• Do not use alcohol, polish remover, or detergent (liquid hand
soap, etc.).
- Doing so may cause malfunction, cracking/discoloration of
parts etc.
• Leaving the hair dryer with hair products or makeup still
adhered to the handle or body may degrade the plastic,
causing discoloration or cracking, and malfunction.
causing discoloration or cracking, and malfunction.
Maintaining the nanoe™ outlet
Clean the nanoe™ outlet about once a month.
• Use commercially available cotton swabs. (We recommend
the thin cotton swabs made for use with babies.)
• This maintenance allows the hair dryer to sustain the
generated level of nanoe™ over a long period.
1. Dampen the end of the cotton
swab with tap water.
2. Softly insert the cotton swab until
it stops (approx. 1 cm (3/8˝ )), and
turn it softly for 2 or 3 times.
turn it softly for 2 or 3 times.
nanoe™ outlet
Gently rub the tip of
the needle portion
the needle portion
About nanoe™
What is nanoe™?
(nanoe™ generation method: High-voltage discharge)
nanoe™ is water-wrapped particulate ion, generated by
applying high voltage to split water. Its diameter is smaller than
1/100 of steam, and it cannot be seen with the naked eye.
Since nanoe™ is generated by collecting water in the air, it
may be diffi cult to generate in certain cases depending on the
environment.
(It is harder to collect water in the air when it is cold and
humidity is low.)
nanoe™ is water-wrapped particulate ion, generated by
applying high voltage to split water. Its diameter is smaller than
1/100 of steam, and it cannot be seen with the naked eye.
Since nanoe™ is generated by collecting water in the air, it
may be diffi cult to generate in certain cases depending on the
environment.
(It is harder to collect water in the air when it is cold and
humidity is low.)
How nanoe™ works
Generally hair has properties which make it easy to become
positively charged with electricity. These properties attract
strongly negatively charged nanoe™ which penetrates the hair
with moisture. Furthermore, they make the hair slightly acidic,
tighten cuticles and keep your hair strong, elastic and healthy.
positively charged with electricity. These properties attract
strongly negatively charged nanoe™ which penetrates the hair
with moisture. Furthermore, they make the hair slightly acidic,
tighten cuticles and keep your hair strong, elastic and healthy.
nanoe™ charge panel
When nanoe™ continues to strike hair, hair becomes
negatively charged. As a result, the nanoe™ and negatively
charged hair repel each other, making it diffi cult for nanoe™ to
reach hair.
With the nanoe™ Charge System, by just gripping the panel
together with the handle, the negative charge accumulated on
hair is released.
Because of this, nanoe™ continues to penetrate into hair,
supplying moisture and thoroughly moistening down to the tips
of hair.
negatively charged. As a result, the nanoe™ and negatively
charged hair repel each other, making it diffi cult for nanoe™ to
reach hair.
With the nanoe™ Charge System, by just gripping the panel
together with the handle, the negative charge accumulated on
hair is released.
Because of this, nanoe™ continues to penetrate into hair,
supplying moisture and thoroughly moistening down to the tips
of hair.
EH-NA27_US.indb 10
EH-NA27_US.indb 10
11/24/2016 9:52:26 AM
11/24/2016 9:52:26 AM