MS ENERGY eBike c500, Instruction Manual

Page: 387 / 424

ENG
22
2. When the accumulated total riding distance exceeds 5,000 km (can be customized by
the manufacturer), the display will show the symbol "
SERVICE
". When the display is
started up, the sign for accumulated riding distance will flash for 4 seconds, indicating
that maintenance is necessary.
3. When the number of battery charge cycles exceeds 100 (can be customized by the
manufacturer), the display will show the symbol "
SERVICE
". When the display is
started up, the sign for battery will flash for 4 seconds, indicating that maintenance is
necessary.
4. The maintenance alert function can be disabled:
" Settings ->maintenance alert (MA)-> 0
". (Maintenance alert can also be set via a
computer. This requires a USB connection.
See also the parameter setting instructions.
Wheel Diameter check (option)
Speed position displays "
Wd
", The measurements are in inches. A wrong wheel diameter
can lead to speed anomalies.
After this setting, briefly press
" i "
button (< 0.3 seconds) to enter the setting interface of
Speed limit.
Speed Limit Setting (option)
When the speed field displays "
SPL
", the distance field displays the value of the speed
limit. Minimum speed limit is 12km/h, maximum speed limit is 60km/h.
After setting, Briefly Press
" i "
button (< 0.3 seconds) to enter the menu of Battery
communication.
Battery Communication (option)
The speed field displays "
b01
" and the distance field displays the speed limit.
Press "
i
" button (< 0.3 seconds) to cycle backward. After this setting, press "
i
" button
(<0.3 seconds) to enter into the interface of memory for Error code.
1) Only when communication has been established between the battery and the
controller the following information will be displayed, otherwise the display will only show
"
‐ ‐ ‐ ‐ ‐ ‐
".
Notes: This manual is based off the general purpose software. As such some of the content may not
be applicable due to software updates or customisation
The Speed field display
Definition Unit
b01
Current temperature
°C
b04
Total voltage
V
b06
Average current
A
b07
Remaining capacity
Ah
b08
Full capacity
Ah
b09
Relative state of charge
b10
Absolute state of charge
b11
Charge / Discharge cycle
b12
Longest period without charge
H
b13
Period since last charge
H
d00
Cell qty
d01
Voltage of cell 1
V
d02
Voltage of cell 2
V
‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
dn
Voltage of cell n
V