
1047 AKITO
© 2014 K URT BEI E R &KATI QU I N G E R
Technical data – for elements with motor-driven seat adjustment
Electrical connection
To be connected to common household alternating current (AC) with an input voltage of up to 240 V.
To ensure a non-hazardous operation, the alternating current from the socket is converted in „low-voltage current“
(direct current, DC) by means of an integrated rectifier and an output voltage of 24 V is output. The main
adapter respectively the charging unit also features a protective circuit which prevents malfunctions
due to surge voltages and damages to the unit.
Safety notes
The construction of the piece of furniture as well as the used materials ensure that it may be used without
causing risks to the user when used as intended and in compliance with the present operating instructions.
All service, maintenance and repair operations shall only be carried out and documented by authorized
persons. If it is necessary to disassemble individual safety devices during e.g. service or repair operations,
then it is required to perform the re-establishment and examination of the effectiveness of all safety
devices immediately upon completion of the operations.
Note: The warranty claim will be invalidated if the device is connected incorrectly. Please also pay
attention to a proper routing of the mains cable. The drive system is designed for alternating voltage.
Technical data – for all elements with seat adjustment
Caution: It is prohibited to put safety devices and/or guards out of operation respectively
to remove them! The motor cover must not be removed! The piece of furniture is not suitable
for operation in wet rooms!
Use accumulator only in dry rooms!
Do not dispose of the accumulator in the domestic waste!
Motors www.lusch.de
Device type ON 20-xx
Mains connection (VAC) 100 - 240 V AC
Motor voltage 24 V DC
Protection type IP 20
Continuous operation / pause cycles 2 min. / 18 min.
Accumulator www.limoss.de
Device type MC 160
Accumulator capacity approx. 50 Cycles / ø 21 days
Charging of the accumulator by means of separate charging adapter
Life cycle 80% capacity after 300 charging cycles
(depending on use and environment)