Tylo CC20 Mode D'emploi page 6

INSTALLATION
Read these instructions together with the assembly instructions that
are included with your sauna heater or steam generator.
Fig. A – TYLARIUM.
(Sauna heater type S, SK, SD, SDK, Deluxe and steam generator type
VA/VB).
1 = sauna heater. 2 = humidity and temperature sensor. 3 = control panel
CC 20/ CC 200. 4 = external on/off switch (if any). 5 = mains fuse box.
6 = relay box RB30/60. 7 = steam generator. 8 = amplifier, CC 200 only.
Fig. B – TYLARIUM.
(Sauna heater type SE and steam generator type VA/VB).
1 = sauna heater. 2 = humidity and temperature sensor. 3 = control panel
CC 20/ CC 200. 4 = external on/off switch (if any). 5 = mains fuse box.
7 = steam generator. 8 = amplifier, CC 200 only.
TYLARIUM CC 20.
To be installed outside of the Tylarium, at any distance from it.
CC 20-3. Manual and automatic on/off. A maximum of three hours running
time, 10 hours pre-set time.
TYLARIUM CC 200.
To be installed outside of the Tylarium, at any distance from it.
After each power failure, the model designation is displayed on the control
panel for five seconds.
CC 200-3. Manual and automatic on/off. A maximum of three hours running
time, 24 hours pre-set time.
CC 200-12. Manual and automatic on/off. A maximum of 12 hours running
time, 24 hours pre-set time.
CC 200-0. Built-in weekly timer. A maximum of 12 hours continuous running
time.
Important! For the automatic emptying function of the steam generator to
work, the control panel must be switched off at least 1½ hours every
24 hours.
Relay box (RB).
(No relay box used for SE heaters).
To be installed outside of the Tylarium, at any distance from it. The relay box
may not be placed closer than one meter (39 in) from the CC 20/ CC 200.
Shielded low-voltage cable (LiYCY, 6-wire conductor).
The control cable between the CC 20/CC 200 and the relay box, SE unit or
the steam generator must be a shielded low-voltage cable (LiYCY,
6-conductor). Connect the shielding to plinth 12 in the CC20 or CC200.
Placement of the thermistor, humidity
and temperature sensor.
To be installed 1500 mm above floor level (not above the sauna heater).
Place the sensor so that it will not be reached, directly or indirectly, by the
steam jet.The thermistor wire can be extended outside of the Tylarium with a
shielded low-voltage cable (2-conductor; CC 20 only).
Amplifier.
(CC 200 only)
To be installed outside of the Tylarium at a maximum of 2 metres (18.7 in)
from the sensor and at any distance from the CC 200. The control cable
between the amplifier and the CC 200 must be a shielded low-voltage cable
(4-conductor). Connect the shielding only to plinth 25 in the amplifier.
Illumination.
(CC 200 only)
Connect the illumination as shown in the wiring diagram.
Option: external on/off-switch (instantaneous).
Can be placed at any distance from the Tylarium. To be connected with a
low-voltage cable to the CC20/CC200 - see the wiring diagram. If there are
several external on/off switches, they should be parallel-connected.
Connection to a central computer.
The control panel can also be connected to a central computer, which gives a
brief impulse (closure) between plinths 19 and 20 in the CC 20/ CC 200. The
maximum permitted running time is 12 hours.
Important! For the automatic emptying function of the steam generator to
work, the control panel must be switched off at least 1½ hours every
24 hours.
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Fig. C, G, I, M – wiring diagram.
( Sauna heater type S, SK, SD, SDK, Deluxe and steam generator type
VA/VB with control panel type CC 20).
1 = sauna heater. 2 = sensor. 3 = control panel CC 20. 4 = external on/off
switch (if any). 6 = relay box RB30/60. 7 = steam generator.
Check the heater's and steam generator's type identification plate to ensure
the right voltage before you connect the electricity supply. Don't forget to
ground the unit!
Fig. E, K, O – wiring diagram.
( Sauna heater type SE and steam generator type VA/VB
with control panel type CC 20).
1 = sauna heater. 2 = sensor. 3 = control panel CC 20. 4 = external on/off
switch (if any). 7 = steam generator.
Check the heater's and steam generator's type identification plate to ensure
the right voltage before you connect the electricity supply. Don't forget to
ground the unit!
Fig. D, H, J, N – wiring diagram.
( Sauna heater type S, SK, SD, SDK, Deluxe and steam generator type
VA/VB with control panel type CC 200).
1 = sauna heater. 2 = humidity and temperature sensor. 3 = control panel
CC 200. 4 = external on/off switch (if any). 6 = relay box RB30/60. 7 = steam
generator. 8 = amplifier, CC 200 only.
Check the heater's and steam generator's type identification plate to ensure
the right voltage before you connect the electricity supply. Don't forget to
ground the unit!
Fig. F, L, P – wiring diagram.
( Sauna heater type SE and steam generator type VA/VB with control
panel type CC 200).
1 = sauna heater. 2 = humidity and temperature sensor. 3 = control panel
CC 200. 4 = external on/off switch (if any). 7 = steam generator. 8 = amplifier,
CC 200 only.
Check the heater's and steam generator's type identification plate to ensure
the right voltage before you connect the electricity supply. Don't forget to
ground the unit!
INSTRUCTIONS FOR USE CC 20
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Functions.
1 = setting scale. 2 = time settings. 3 = temperature settings. 4 = humidity
settings. 5 = water level indicator. 6 = on. 7 = off.
Temperature setting.
(Unit in ON position)
Press TEMP – the previous temperature setting is displayed.
The numbers indicate a rising temperature scale. Experiment to find the
temperature that suits you best. Begin for example by setting the temperature
at position 4. If you later find that you would prefer a warmer or cooler
temperature, adjust the setting until you find the ideal bathing temperature for
you (usually 70-90°C (158-194°F) for the traditional dry and wet saunas and
45-70ºC (113-158ºF) for a steam bath).
Humidity settings.
(Unit in ON position)
Press RH% – the previous humidity setting is displayed. The numbers
indicate a rising scale. Experiment to find the humidity that suits you best.
Begin for example by choosing position 4. If you later find that you would
prefer higher or lower humidity, adjust the setting until you find the ideal
humidity for you.
Note: The electronic control logics will limit the maximum humidity at given
temperatures.
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