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Copyright © 2018, Fast ČR, a.s.
INSERTING AND REMOVING RECHARGEABLE BATTERY
Before first use, it is necessary to install the included Li-Ion battery B3 (14,4 V ,
2850 mAh) into the robotic vacuum cleaner. Use only the original battery type.
Turn the vacuum cleaner upside down. Check that switch A20 is set to position
0 (off). Screw out the screws from the cover A24 and remove the cover A24,
see figure I.
Connect the connector located in the battery compartment to the battery B3,
see figure J. The battery B3 can be connected in only one direction. Put the
battery B3 into the battery compartment and close the battery compartment
with the cover A24. In the front part of the cover A24 there are tabs that must
first slide into the grooves in the battery compartment, and only then is it
possible to close the cover A24 and attach it by screwing in the screws. After
attaching the cover A24, turn the robotic vacuum cleaner back over to the
operating position.
Remove the battery B3 in reverse sequence. Before removing the battery B3,
check that switch A20 is set to position 0 (off).
When the robotic vacuum cleaner will not be used for an extended period of
time, take out the battery B3 and store it in adry, clean and cool place out of
children’sreach.
LOCATION AND USE OF THE CHARGING STATION
Locate the charging station B1 against awall on ahard, even and dry surface
within reach of apower socket. Make sure that there are no stairs or obstacles
within arange of 1.5 m, that would prevent the robotic vacuum cleaner from
finding the charging station B1 and docking successfully.
Insert the power adapter cable connector into socket C2 of the charging
station B1, and insert the power cord plug into apower socket.
After connecting to apower socket, the indicator light C1 will be lit indicating
the connection of the charging station B1 to apower source.
When the robotic vacuum cleaner detects low voltage of the battery B3 during
operation, it will automatically start to search out the charging station B1. In
order for the robotic vacuum cleaner to find the charging station B1 and to
dock into it, it needs to locate the infrared signal transmitted by the charging
station B1. For this reason, we recommend leaving the charging station B1
permanently connected to apower source. When the robotic vacuum cleaner
docks inside the charging station B1, the charging cycle will commence and
the charging station B1 will stop transmitting the infrared signal.
In the event that the robotic vacuum cleaner is not used for an extended
period of time, disconnect the charging station B1 from the power socket and
store it in adry, clean and cool place.
CHARGING RECHARGEABLE BATTERY
To charge the battery B3, it is necessary to dock the robotic vacuum cleaner
into the charging station B1. You may do this manually or allow the robotic
vacuum cleaner to dock automatically.
Make sure that the charging station B1 is connected to apower socket. This is
signalled by indicator light C1 being lit. Set the switch A20 on the underside of
the robotic vacuum cleaner to position I(on).
For manual docking, put the robotic vacuum cleaner into the charging station
B1 so that the charging contacts A26 on the underside of the robotic vacuum
cleaner connect with the charging contacts C5 on the charging station B1.
When the contacts are connected, the charging process will start. The control
button LED indicator light A9 will slowly flash red.
For automatic docking into the charging station B1, set the return to charging
station mode using button D10 on the remote control B4. When the signal
from the remote control B4 is received, the robotic vacuum cleaner will emit an
acoustic signal and commence to automatically seek out the charging station
B1.
Likewise, the robotic vacuum cleaner will start seeking out the charging
station B1 when the voltage on the battery B3 falls below acertain level.
When the vacuum cleaner returns to the charging station B1, the control
button LED indicator A9 will be lit red. The navigation and anti-collision
infrared signals transmitted by the charging station B1 are used for the
navigation and successful docking of the robotic vacuum cleaner.
When the robotic vacuum cleaner finds the charging station B1 and manages
to dock, the charging process will commence. The transmitter of the navigation
and anti-collision infrared signal C3 and C4 will stop transmitting the signal.
The control button LED indicator light A9 will slowly flash red.
When the battery B3 is fully charged, the charging process will stop
automatically. The control button LED indicator light A9 will slowly flash green.
Acomplete charge takes approximately 3 to 5 hours. The actual charging time
depends on the power level of the battery B3. Afully charged battery B3 will
provide up to 80 minutes of operation. Allow the battery B3 to fully charge
before first use.
In the event that the charging contacts are disconnected during the charging
cycle, the robotic vacuum cleaner will move away from the charging station B1
and then redock itself to resume the charging process, unless it is prevented
from doing so by an obstacle.
In the event of apower outage, the charging cycle will be interrupted and will
continue after the power supply is renewed.
In the event that the maximum charging current is exceeded, the charging
station B1 will automatically interrupt the charging cycle.
Afault on the charging station B1 is signalled by aquickly flashing indicator
light C1.
RECHARGEABLE BATTERY CARE
We recommend that you do not interrupt the charging cycle and to maintain
the battery B3 in acharged state.
Do not leave the robotic vacuum cleaner standing fully charged or completely
flat for an unnecessarily long period of time.
A battery that is allowed to remain flat for a long time may self-discharge
below apermissible level and thereby cause irreparable damage to itself.
TURNING THE ROBOTIC VACUUM CLEANER ON AND OFF
Turn on the power supply to the robotic vacuum cleaner by setting switch A10
to position I(on). In the event that the vacuum cleaner is located away from
the charging station B1, when switch A20 is set to position I(on), it will switch
to the stand-by mode. In the event that the vacuum cleaner is docked in the
charging station B1, when switch A20 is set to position I(on), the charging
process will start automatically.
Turn off the power supply to the robotic vacuum cleaner by setting switch A20
to position 0 (off). The control button LED indicator light A9 will turn off. When
the vacuum cleaner is turned off, it is not possible to control it using the control
button A9 or the remote control B4.
STAND-BY MODE AND SLEEP MODE
In the stand-by mode, the control button LED indicator A9 is lit green. After
one minute of inactivity, an acoustic signal is emitted and the robotic vacuum
cleaner automatically switches to sleep mode.
In the sleep mode, the control button LED indicator A9 quickly flashes green in
5-second intervals. To wake the robotic vacuum cleaner from the sleep mode
into the stand-by mode, press control button A9 once. Asound is made and
the control button LED indicator A9 will be lit green.
USING THE CONTROL BUTTON
The control button A9 serves to wake up the robotic vacuum cleaner from
sleep mode, to put the robotic vacuum cleaner into the automatic cleaning
mode and to stop its operation.
To wake the robotic vacuum cleaner from the sleep mode into the stand-
by mode, press control button A9 once. Waking up from the sleep mode is
confirmed by an acoustic signal.
To put the robotic vacuum cleaner into operation from the stand-by mode
or from the charging mode, press the control button A9 once. The robotic
vacuum cleaner will start automatic cleaning.
To stop operation, press the control button A9 once. An acoustic signal will
be emitted and the robotic vacuum cleaner will switch to the stand-by mode.
After one minute of inactivity, an acoustic signal is emitted again and the
robotic vacuum cleaner automatically switches to sleep mode.
USING THE REMOTE CONTROL
The signal range of the remote control B4 is 6 m. If the vacuum cleaner is
located outside the signal range, it will not be transmitted.
BUTTON
Button D7 serves to put the robotic vacuum cleaner into the automatic
cleaning mode and to stop its operation.
To put the robotic vacuum cleaner into operation, press button D7 once. The
robotic vacuum cleaner will switch to the automatic cleaning mode.
To stop operation, press button D7 once. An acoustic signal will be emitted
and the robotic vacuum cleaner will switch to the stand-by mode. After
one minute of inactivity, an acoustic signal is emitted again and the robotic
vacuum cleaner automatically switches to sleep mode.
BUTTON
When button D17 is pressed, the robotic vacuum cleaner will emit an acoustic
signal. This function can be utilised when, for example, you need to find out
in which room the vacuum cleaner is currently located. When button D17 is
released, the robotic vacuum cleaner will stop emitting the acoustic signal.
MODE SELECTION BUTTON
Button D10 serves to set the automatic cleaning mode, along-the-wall
cleaning mode, spiral cleaning mode or return back to the charging station
and charge mode.
When the robotic vacuum cleaner is in the stand-by mode, sleep mode or
charging, press button D10 to automatically start the automatic cleaning
mode. Repeatedly press button D10 to switch between the individual
operating modes in the order shown in figure K. The mode setting is indicated
by the respective indicator on display D1 on the remote control B4.
10

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