GYS 070837, Manual, Page: 13 / 48

EN
13
Operating manual
SMART WIRELESS MODULE
Translation of the original
instructions
MMI_state=? MMI_state= MMI_state MMI_state lock

Locked
unlock  Unlocked
LOCK : Locking the buttons on
the charger’s user interface. In
this configuration, only the SWM
can control the charger.
Mode=? Mode= mode mode init
charge
BSU
Voltage_test
CCA_test
Alternator_test
settings
Current mode type
Process_state=? Process_state= process_state process_state idle  On standby
run

Charging in progress
error  Error
auto-detect

Detecting
identification  Identifying
printing  Printing
Current mode status
Error=? Error= error_code ; error_data error_code 0 - 99 Current error code
error_data 0 - 1000000 Error-associated data
Charge=? Charge= g roup ; c urve ; Unom ; Qbat group e.g.: Pb-CHARGE Name of selected group
curve e.g.: normal Name of the selected curve
Unom 0.0 - 100.0

Volts Selected nominal voltage
Qbat 0.0 - 10000.0  Ampere
hours
Selected battery capacity
BSU=? BSU= bsu_name ; Unom ; Ubsu ; Ibsu bsu_name e.g.: DIAG+ Name of the selected BSU mode
Unom 0 - 100

in V or in
SCONFIRM
Selected nominal voltage in Volts
or Number of cells in S depen-
ding on the selected BSU mode
CONFIRM
Ubsu 0.000 - 100.000  in Volts Selected BSU voltage
Ibsu
0.000 - 999.999  in Amps
Selected BSU current
I-check=? I-check= Unom;Qbat Unom 0.0 - 100.0

in Volts Selected nominal voltage
Qbat 0.0 - 10000.0  in Ampere
hours
Selected battery capacity
Power-up=? Power-up= Unom Unom
0.0 - 100.0  in Volts
Selected nominal voltage
Output_voltage=? Output_voltage= Uout Uout 0.000
-
100.000
 in Volts
Charger output voltage
Output_current=? Output_current= Iut Iut 0.000 - 999.999

in Amps Charger output current
Charge_progress=?
Charge_progress= %chrg %chrg
0 - 100  as a % Progress as a percentage
Ah_ charge=? Ah_charge= Qchrg Qchrg 0.0
-
10000.0
 Ampere
hours
Ampere hours of power supplied
during charging
Ah_total=? Ah_total= Qtot Qtot 0.0
-
10000.0
 Ampere
hours
Total Ampere hours supplied
C harging_time=? Charging_time= Tchrg Tchrg
0 - 10000  in seconds
Charge duration
Total_time=? Total_time= Ttot Ttot 0 - 10000

in seconds Total duration
Process_step=? Process_step=
step step idle
unknown
uvp wake-up
recovery
desulphation, charging
absorption u1
absorption u2
verification
refresh
supplement
equalisation
floating
maintenance rest
maintenance
charge end
absorption
complement
equalisation
supply
Current charging stage