Appendices
Error message
17.2.4 Status signals
Battery charger connected
LED on
Status LED
power sup
on battery
ply
charger
Battery charger disconnected
Beep sig
Vibration
nal
signal
1x short
1x short
3x short
3x short
5x long
5x
long
(every
minute)
102
Cause
A current connection to the
component was interrupted
Event
Power supply and battery charger operational. Battery charger not yet connected to
receiver.
Battery charger connected to receiver, good connection.
This display turns off automatically after approximately one minute to avoid bother
some light at night. The charging process is not affected.
Event
Self-test completed successfully. Product
is operational.
Maintenance note:
e.g. service interval has been exceeded,
temporary disruption of a sensor signal
AXON tube adapter not connected while
removing inductive charger
Correction
Check the following points:
•
Distance from the component to the device
•
Charge level of the component's battery
•
Bluetooth of the component switched on? ()
•
Hold the component with the sole of the foot
facing up to make the component "visible" for
2 minutes.
•
If multiple components were stored, was the
correct component selected?
Resolution
•
Use the Cockpit app to check the next
maintenance date for the prosthesis
(see Page 88). If the date has been
reached or exceeded, the prosthesis
with tube adapter, battery charger
and power supply have to be sent to
an authorised Ottobock Service Cen
ter.
•
Conduct the self-test again by con
necting/disconnecting
charger.
•
If the beep signal sounds again and
the maintenance date has not yet
been reached or exceeded, the pros
thesis should be inspected by an
authorised Ottobock Service Center.
•
The product can be used without
restrictions. However, vibration sig
nals may not be generated.
•
Connect the AXON tube adapter and
then restart the knee joint by connect
ing/disconnecting the battery charger
•
If the beep/vibration signal is emitted
again, the product must be inspected
by an authorised Ottobock Service
Center.
the
battery
Genium 3B1-3/3B1-3=ST