SAFT NiCd 6V 100Ah celler - profil for Brusa lader

[PerBear]

Her er programmeringsprofil for BRUSA NLG5 lader for å lade 100Ah SAFT NiCd pakker som brukt på Think Classic og eldre franske elbiler. Vet ikke om det kan brukes til noe, men nå ligger den ihvertfall her.

Kilde: http://www.metricmind.com/downloads-3/charger-library/

[Brusa Elektronik]
NLG 51X


[Felles innstillinger]
Batterie_Nennspannung = 96
Temp_Koeff_Gasungsspannung = -0,2
Anz_Aktive_Temperatursensoren = 100
Bezugs_Temp_Spannungen = 30
Max_Netz_Strom = 16
NLG_Betriebsart = 0
Ext_I_Min_Booster = 6
Ext_I_Max_Booster = 10
Temp_Reduktions_Art = 1
Batt_Temp_Derating = -5
Temp_Derating_Null = 50
Batt_Hysterese_Ein = 43
Batt_Hysterese_Aus = 45
Batt_Temp_Ueber = 60
Batt_Spannung_Ueber = 160
Batt_Ladung_Mehr_Als = 120
Lade_Zeit_Mehr_Als = 72


[§ 1]
Anzahl_Vorwaerts_Bedingungen = 1
Anzahl_Rueckwaerts_Bedingungen = 0
Max_Lade_Strom = 25
Max_Lade_Spannung = 128
I_Status_LED = 001
U_Status_LED = 002
Typ_Vorwaerts_Bedingung_1 = 10
Wert_Vorwaerts_Bedingung_1 = 124
Verknuepfung_Vorwaerts_Bed_12 = 0
Typ_Vorwaerts_Bedingung_2 = 20
Wert_Vorwaerts_Bedingung_2 = 0
Verknuepfung_Vorwaerts_Bed_23 = 0
Typ_Vorwaerts_Bedingung_3 = 0
Wert_Vorwaerts_Bedingung_3 = 0


[Seksjon 2]
Anzahl_Vorwaerts_Bedingungen = 2
Anzahl_Rueckwaerts_Bedingungen = 0
Max_Lade_Strom = 25
Max_Lade_Spannung = 124
I_Status_LED = 001
U_Status_LED = 002
Typ_Vorwaerts_Bedingung_1 = 41
Wert_Vorwaerts_Bedingung_1 = 30
Verknuepfung_Vorwaerts_Bed_12 = 0
Typ_Vorwaerts_Bedingung_2 = 30
Wert_Vorwaerts_Bedingung_2 = 12
Verknuepfung_Vorwaerts_Bed_23 = 1
Typ_Vorwaerts_Bedingung_3 = 51
Wert_Vorwaerts_Bedingung_3 = 0,6


[§ 3]
Anzahl_Vorwaerts_Bedingungen = 2
Anzahl_Rueckwaerts_Bedingungen = 0
Max_Lade_Strom = 12
Max_Lade_Spannung = 128
I_Status_LED = 012
U_Status_LED = 022
Typ_Vorwaerts_Bedingung_1 = 41
Wert_Vorwaerts_Bedingung_1 = 30
Verknuepfung_Vorwaerts_Bed_12 = 0
Typ_Vorwaerts_Bedingung_2 = 30
Wert_Vorwaerts_Bedingung_2 = 5
Verknuepfung_Vorwaerts_Bed_23 = 0
Typ_Vorwaerts_Bedingung_3 = 0
Wert_Vorwaerts_Bedingung_3 = 0


[§ 4]
Anzahl_Vorwaerts_Bedingungen = 3
Anzahl_Rueckwaerts_Bedingungen = 0
Max_Lade_Strom = 5
Max_Lade_Spannung = 136
I_Status_LED = 122
U_Status_LED = 222
Typ_Vorwaerts_Bedingung_1 = 51
Wert_Vorwaerts_Bedingung_1 = 1
Verknuepfung_Vorwaerts_Bed_12 = 1
Typ_Vorwaerts_Bedingung_2 = 52
Wert_Vorwaerts_Bedingung_2 = 5
Verknuepfung_Vorwaerts_Bed_23 = 0
Typ_Vorwaerts_Bedingung_3 = 41
Wert_Vorwaerts_Bedingung_3 = 120


[Seksjon 5]
Anzahl_Vorwaerts_Bedingungen = 0
Anzahl_Rueckwaerts_Bedingungen = 0
Max_Lade_Strom = 0
Max_Lade_Spannung = 0
I_Status_LED = 200
U_Status_LED = 000
Typ_Vorwaerts_Bedingung_1 = 0
Wert_Vorwaerts_Bedingung_1 = 0
Verknuepfung_Vorwaerts_Bed_12 = 0
Typ_Vorwaerts_Bedingung_2 = 0
Wert_Vorwaerts_Bedingung_2 = 0
Verknuepfung_Vorwaerts_Bed_23 = 0
Typ_Vorwaerts_Bedingung_3 = 0
Wert_Vorwaerts_Bedingung_3 = 0


[§ 6]
Anzahl_Vorwaerts_Bedingungen = 0
Anzahl_Rueckwaerts_Bedingungen = 0
Max_Lade_Strom = 0
Max_Lade_Spannung = 0
I_Status_LED = 000
U_Status_LED = 000
Typ_Vorwaerts_Bedingung_1 = 0
Wert_Vorwaerts_Bedingung_1 = 0
Verknuepfung_Vorwaerts_Bed_12 = 0
Typ_Vorwaerts_Bedingung_2 = 0
Wert_Vorwaerts_Bedingung_2 = 0
Verknuepfung_Vorwaerts_Bed_23 = 0
Typ_Vorwaerts_Bedingung_3 = 0
Wert_Vorwaerts_Bedingung_3 = 0


[Seksjon 7]
Anzahl_Vorwaerts_Bedingungen = 0
Anzahl_Rueckwaerts_Bedingungen = 0
Max_Lade_Strom = 0
Max_Lade_Spannung = 0
I_Status_LED = 000
U_Status_LED = 000
Typ_Vorwaerts_Bedingung_1 = 0
Wert_Vorwaerts_Bedingung_1 = 0
Verknuepfung_Vorwaerts_Bed_12 = 0
Typ_Vorwaerts_Bedingung_2 = 0
Wert_Vorwaerts_Bedingung_2 = 0
Verknuepfung_Vorwaerts_Bed_23 = 0
Typ_Vorwaerts_Bedingung_3 = 0
Wert_Vorwaerts_Bedingung_3 = 0