Kärcher RCV 5 Mode D'emploi page 17

30 mA). ● Never touch the mains plug and socket with
wet hands.
WARNING
● Only connect the device to an
electrical connection which has been set up by a quali-
fied electrician as per IEC 60364-1. ● Check that the
mains voltage corresponds with the voltage stated on
the type plate of the charger. ● The appliance contains
electrical components - do not clean the appliance un-
der running water. ● Short circuit hazard. Keep conduc-
tive objects (e.g. screwdrivers or similar tools) away
from the charging contacts. ● Short circuit hazard. Only
clean the charging contacts of the charging station dry.
● Only charge the appliance using the original charger
enclosed or with a charger approved by KÄRCHER.
● Danger of explosion. Do not charge non-rechargeable
batteries. ● Check the mains cable for damage each
time before every operation. Do not use a damaged
mains cable. If damaged, replace the mains cable with
an approved replacement. You can get a suitable re-
placement from KÄRCHER or one of our service part-
ners. ● Applies to RCV 3 devices: Only the cleaning
robot model "RCV 3" may be charged. ● Applies to RCV
5 devices: Only the cleaning robot model "RCV 5" may
be charged.
ATTENTION
● Use the charging station indoors
only. ● Do not place the charging station near heat
sources, e.g. heaters. ● Store the charging station in-
doors only, in a cool, dry place. ● Charge the cleaning
robot at least once a month to avoid deep discharge of
the battery. ● Switch off the charging station before all
care and maintenance work.
Intended use
The device consists of two units, a charging station and
a battery-powered cleaning robot.
● The device is intended for fully automatic cleaning of
textile and hard floor coverings indoors. It can be
used for autonomous, continuous maintenance
cleaning on all common floor coverings.
● This device has been developed for use in private
households and is not intended for the load imposed
by commercial use.
Environmental protection
The packing materials can be recycled. Do not
dispose of packaging as household rubbish but
place it in recycling.
Old devices contain valuable, recyclable materials that
should be recycled. Batteries and battery packs contain
substances which should not be released into the envi-
ronment. Therefore, please dispose of old devices, bat-
teries and battery packs using suitable collection
systems.
Adhere to the recommendations of the legislature re-
garding the handling of lithium ion batteries. Dispose of
used and defective battery packs in accordance with the
applicable regulations.
Notes on the content materials (REACH)
Current information on content materials can be found
at: www.kaercher.de/REACH
Accessories and spare parts
Only use original accessories and original spare parts.
They ensure that the appliance will run fault-free and
safely.
Information on accessories and spare parts can be
found at www.kaercher.com.
Scope of delivery
The scope of delivery for the appliance is shown on the
packaging. Check the contents for completeness when
unpacking. If any accessories are missing or in the
event of any shipping damage, please notify your deal-
er.
Device description
Illustration A
Reset switch
1
Top cover
2
Laser sensor (LiDAR)
3
On/Off button
4
"Return to charging station" button
5
Wiper cloth
6
Brush
7
Battery compartment
8
Wheel
9
Fall sensor
10
Collision sensor
11
Side brush
12
Ultrasound sensor
13
3D sensor with camera
14
Battery terminals
15
Wiper cloth holder
16
Brush cover
17
Dust container
18
water reservoir
19
Cleaning tool
20
Charging station
21
Mains plug
22
Functional description
The device consists of a charging station and a battery-
powered cleaning robot.
The mobile cleaning robot obtains its energy from a
built-in rechargeable battery. The cleaning robot can
clean for up to 120 minutes with a single battery charge.
It automatically returns to the charging station to re-
charge when the battery charge decreases.
The cleaning robot moves systematically. It scans the
room with a 3-D laser sensor with camera (LiDAR) and
then cleans the room step-by-step. It avoids obstacles
that are at least as high as the LiDAR tower.
Artificial intelligence helps the cleaning robot to avoid
complex obstacles such as cables or shoes without in-
terference.
Due to the calculation of the intelligent driving strategy
by the artificial intelligence and the subsequent obstacle
avoidance, it can take a few seconds, depending on the
obstacle situation, until the robot resumes its regular
travel path to clean the free area in straight paths.
The flat design of the cleaning robot allows it to clean
under furniture such as beds, sofas and cupboards.
English 17