Bartscher XCH-050 Mode D'emploi page 31

ENG
1. Enter -confirm- button (for programmable models only - fig. 12).
2. Appliance start button.
3. Phase button (for programmable models only - fig. 12).
Book button (for programmable models only - fig. 12).
4.
5. Button for decreasing temperature.
6. Button for increasing temperature.
7. Humidification parameter setting button (range 0-10).
8. Time setting button (In regeneration set to 20 minutes) (In mainte-
nance set to infinite).
9. Regeneration parameter setting button; preset standard values equal
to 140°C/160°C (range 90/170°C).
10. Maintenance parameter setting button (range 25/100°C).
11. Button for regenerator with needle probe (Optional).
12. Maintenance Start/Stop button. With the appliance turned off, the red
LED is lit.
13. Fan/fans speed setting button.
13a. Maximum fan speed.
13b. Minimum fan speed.
L1 Phase 1
L2 Phase 2
4.2.1 Setting a regeneration cycle.
Switch on the board pressing the switch-on key (2). Select the regeneration
temperature using button 9. The system prompts two default values (140°C
/ 160°C).
The keys 5 and 6 allow the user to change the set temperature to minimum
90°C and maximum 170°C. Press the humidity key (7) to set the degree
of moisture. Use keys 5 and 6 to change this parameter between 0 and 10.
Press the clock key (8) to set the regeneration time (default value 20 min-
utes). Use keys 5 and 6 to set the desired regeneration time. For regenera-
tion controlled by core probe, press the needle probe key (11) and change
the core temperature with keys 5 and 6. Press the key Start (12), to enable
the operation and the device will be set to 'PRE' or pre-heating. Once the
chamber preheating time elapses, the appliance emits a sound signal. Open
the door, introduce the product to be regenerated and close the door. The
duration of regeneration process depends on the time selected. At the end
of this cycle of regeneration, the appliance emits again a beep and you can
remove the product or launch a temperature maintenance cycle. For models
with programmable board (fig.12 page 11) the regenerator can be pro-
grammed to switch automatically to maintenance phase, after regeneration.
12