What this device is
04/2019
1013658-03B
Operating instructions – 15/110
NOTE:
Always consult a licensed heating, ventilation, and air-
conditioning (HVAC) Technician when considering theop-
tion to exhaust the warm air from your device. Theycan
help you decide if an exhaust is best for you specificloca-
tion.
The exhaust is a comfort option and does not increase or
decrease the safety and effectiveness of the device. The
exhaust duct is not required to keep the device in a cer-
tain temperature range in order to operate safe and ef-
fectively.
3.6
Function description
Tanning system
The primary technical components of a tanning device are an artificial source
of UV radiation, a variety of filters and reflectors as well as a mechanical
structure with a defined active surface.
Different tanning results can be achieved in varying strength tanning devices.
This is due to the different strength UV lamps and the different UV-A and UV-
B proportions of the UV radiation. The UV-A proportion primarily generates a
superficial tan, which appears rapidly and is intensive but also fades more
rapidly, the UV-B radiation is primarily responsible for more long-term tanning
results. The disadvantage of the UV-B radiation is that the tan does not be-
come visible until one or two days after visiting the tanning salon. Therefore,
the appropriate tanning device is to be selected depending on the desired
tanning goal.
The tanning devices described here primarily emit UV-A radiation and are
equipped with additional UV-B lamps (low pressure UV lamps in the face
tanners).
NFC CONNECT
1
Near field communication (NFC) is a communication standard between
smartphones and similar devices that allows contactless data exchange.
Communication is also possible between an NFC device and an unpowered
NFC chip.
The NFC point of this tanning device for example may be used to store basic
settings on a chip card. These settings can be read for the next session and
may be changed if necessary.
1
Communication system: NFC (Near Field Communication);
ISO/IEC 14443A/MIFARE; max. operating range: approx. 50 mm,
frequency range: 13.56 MHz