Getriebediagnostik mit Gleichlaufeigenschaften

Mit Hilfe eines einfachen Tests kann man Mängel der elektromechanischen Konstruktion und/oder die Effizienz einer Regelung feststellen. Dazu muß vom Modell nach einer Einfahrphase von 30-60 Minuten (weniger ist nicht zu empfehlen!) einfach auf einer abgemessenen Strecke 15 Runden bei konstanter Spannung (Nachmessen!) die Zeit gestoppt werden. ACHTUNG! DIGITALE Tachowagen sind hierfür NICHT geeignet!!!. Sofern die Standard-Abweichung der Meßwerte vom Durchschnitt kleiner als die Meßtoleranz der Meßgeräte und der gemessenen Spannungvarianz ist, kann man von intakter Elektromechanik ausgehen. Bei signifikanter Überschreitung der Meßtoleranzen ist das Modell zu überprüfen. Häufigste Fehlerursache ist stark verschmutztes oder defektes Getriebe. Bei Modellen mit Elektronik kann auch ein Defekt an der Elektronik vorliegen: ein erneuter Test ohne Elektronik ist dann zu empfehlen.

Zur Tabelle: Im Tabellenkopf befindliche Felder mit blauer Schrift ordnen die Tabelle nach den Einträgen in dieser Spalte. Im Einzelnen bedeuten:

Eintrag-
nummer		US
in V		DUS
in %		tMittel
in s		s
in s		Varianz
in %		MotortypBetriebUntersetzungSystemÄhnlicheModelle
Br0303.1:a_1120.5
0.430.68FremdBrawa BR DE300.01ie der Bahngesellschaft Waldhof (Ex BR232); dU=-3,3V1:13ACnicht
verfügbar
Br0303.1:a_222.30.5
0.070.17Fremd6021/6173; Brawa BR DE300.01ie der Bahngesellschaft Waldhof (Ex BR232); dU=-3,3V1:13MMSnicht
verfügbar
Br0303.1:a_3120.76
0.31.05FremdBrawa BR DE300.01ie der Bahngesellschaft Waldhof (Ex BR232); dU=-1,3V1:13ACnicht
verfügbar
Br0303.1:a_422.50.11
0.040.14Fremd6021/6173; Brawa BR DE300.01ie der Bahngesellschaft Waldhof (Ex BR232); dU=-1,3V1:13MMSnicht
verfügbar
F1155.1:a_1120.06
0.461.07FremdFleischmann BR 55 4455 DB, Lastwerte interpoliert, 177g/307,5mA; dU=-2,6V1:13.1ACnicht
verfügbar
F1155.1:a_2120.26
0.451.3FremdFleischmann BR 55 4455 DB, Lastwerte interpoliert, 210/168,8mA, dU=-2,2V1:13.1HVWnicht
verfügbar
F1155.1:a_3121.13
0.451.1FremdFleischmann BR 55 4455 DB, Lastwerte interpoliert, 186g/229,2mA, dU=-1,6V1:13.1DCnicht
verfügbar
F1155.1:a_4200.41
0.330.71Fremd18,5V; Fleischmann BR 55 4455 DB, Lastwerte interpoliert, 192g/159,5mA, dU1=-1,5V; dU2=-2,3V1:13.1MpCnicht
verfügbar
F1155.1:a_522.80.17
0.050.09Fremd6021/6173; 22,8V; Fleischmann BR 55 4455 DB, Lastwerte interpoliert, 219g/576,3mA; dU=-0,8V1:13.1MMSnicht
verfügbar
F1155.1:a_622.60.19
0.120.24Fremd60214/60052; 22,6V; Fleischmann BR 55 4455 DB, Lastwerte interpoliert,196g/767,2mA; dU=-0,8V1:13.1MMSnicht
verfügbar
F1155.1:a_7200.08
0.090.18FremdTamsEC/B4/6173; 20,0V; Fleischmann BR 55 4455 DB, Lastwerte interpoliert,181g/706,8mA; dU=-0,8V1:13.1MMSnicht
verfügbar
F1155.1:a_819.30.08
0.060.13FremdTamsEC/B4/6173; 19,3V; Fleischmann BR 55 4455 DB, Lastwerte interpoliert,164g/701,9mA; dU=-1,6V1:13.1DCCnicht
verfügbar
M26506.1A:a_1120.5
0.431.49
dU=-2,7V; tES=36.8°C1:26.786AC
M26506.1A:a_222.10.5
0.110.35
6021/6173; dU=-2,8V; tau leer = 0,480; Sound defekt1:26.786MMS
M26830.1A:a_1120.13
0.180.49
a,v=max; dU=-3,1V1:24.75AC
M26830.1A:a_222.320.1
0.51.63
6021/6173; a,v=max; dU=-2,2V1:24.75MMS
M26830.1A:a_319.870.08
0.110.3
TamsEC/B4/6173; a,v=max; dU=-2,4V1:24.75MMS
M2841.1A:a_1120.44
0.492.32
1:16.5AC
M2841.1A:a_2120.7
0.261.06
Ukeff1:16.5HVW
M2841.1A:a_3120.69
1.565.88
1:16.5DC
M2841.1A:a_4200.59
0.662.3
dU=-2,5V1:16.5MpC
M28590.1A:a_1120.12
0.230.54
dU=-0,8V; CV-Standard; ca. 26 kHz1:16.2AC
M28590.1A:a_222.340.11
0.160.36
6021/6173; dU=-1,0V; CV-Standard; ca. 17,6 kHz1:16.2MMS
M28590.1A:a_319.940.08
0.170.35
TamsEC/B4/6173; dU=-1,0V; CV-Standard; ca. 17,6 kHz1:16.2MMS
M28590.1A:a_4120.41
0.351.09
dU=-0,8V; CV-Standard; ca. 26 kHz1:16.2HVW
M28590.1A:b_119.930.08
0.040.14
TamsEC/B4/6173; dU=-0,9V; CV-Standard1:16.2MMS
M28590.1A:b_10120.5
0.291.06
CV Standard,dU=-4.7V1:16.2DC
M28590.1A:b_219.830.08
0.050.18
TamsEC/B4/6173; dU=-0,9V; CV-Standard1:16.2DCC
M28590.1A:b_321.940.19
0.040.14
6021/6173; dU=-0,9V; CV-Standard1:16.2MMS
M28590.1A:b_4120.23
0.92.88
CV Standard, schwergängiges Getriebe, dU=-2,8V1:16.2AC
M28590.1A:b_5120.4
2.715.92
CV-Standard; schwergängige Getriebe; dU=-1,8V1:16.2HVW
M28590.1A:b_6120.52
1.123.18
CV Standard, schwergängiges Getriebe, dU=-4,7V1:16.2DC
M28590.1A:b_7200.35
0.110.48
CV Standard, dU(BD709)=-1,6V; dUES=-1,2V1:16.2MpC
M28590.1A:b_8120.18
0.341.36
CV Standard,dU=-2,8V1:16.2AC
M28590.1A:b_9120.41
0.170.72
CV Standard,dU=-1,8V1:16.2HVW
M28590.1A:c_119.850.08
0.030.07
TamsEC/B4/6173; dU=-0,9V1:16.2MMS
M28590.1A:c_219.210.08
0.080.26
TamsEC/B4/6173; dU=-0,8V1:16.2DCC
M28590.1A:c_323.010.17
0.170.21
6021/6173; dU=-0,8V1:16.2MMS
M28590.1A:c_4120.68
0.130.79
dU=-0,9V1:16.2HVW
M28590.1A:c_5120.3
0.170.82
dU=-0,9V1:16.2DC
M28590.1A:c_6200.26
0.090.43
dU(BD709)=-1,2V; dUdek=-0,9V1:16.2MpC
M28590.1A:d_1120.44
0.462.63
Dekoder defekt, dU=-2,2V1:16.2HVW
M28590.1A:d_2120.36
0.692.2
Dekoder defekt, dU=-2,2V1:16.2DC
M28590.1A:d_3200.25
0.331.65
Dekoder defekt, dU=-2,6V1:16.2MpC
M28830.1A:a_1120.12
0.341.09
dU=-2,8V1:24.75AC
M28830.1A:a_2120.45
0.260.77
Ukeff; dU=-3,0V; ohne Licht1:24.75HVW
M28830.1A:a_3120.59
1.182.78
dU=-2,7V; ohne Licht1:24.75DC
M28830.1A:a_4200.33
0.561.69
dU=-2,8V; ohne Licht; dU(BD709)=-3,2V1:24.75MpC
M28830.1A:a_5220.17
0.842.64
6021/6173; dU=-3,0V1:24.75MMS
M28830.1A:a_619.860.08
0.973.38
TamsEC/B4/6173; dU=-3,0V1:24.75MMS
M29500.1F:a_1120.19
0.170.46FremddU=-3,2V1:16.55AC
M29500.1F:a_222.20.25
0.090.24Fremd60214/60052; dU=-1.1V1:16.55MMS
M29500.1F:a_3220.45
0.060.17Fremd6021/6173; dU=-1.1V1:16.55MMS
M29500.1F:a_419.90.06
0.090.23FremdTamsEC/B4/6173; dU=-1.1V1:16.55MMS
M29660.1A:a_1120.57
0.3480.98
mLD, dU= -5,3V1:16.5AC
M29660.1A:a_222.480.24
0.1920.59
60214/60052, dU=-0,6V1:16.5MMS
M29660.1A:a_319.960.08
0.0410.12
TamsEC/B4/6173, dU=-0,6V1:16.5MMS
M29660.1A:a_422.690.18
0.2350.69
6021/6173, dU=-0,6V1:16.5MMS
M29845.1E:a_1120.37
0.240.79
du=-2,0V1:16.16AC
M29845.1E:a_219.890.08
0.120.31
TamsEC/B4/6173; dU=-5,0V1:16.16MMS
M29845.1E:a_321.780.18
0.120.34
60214/60052; dU=-5,0V1:16.16MMS
M29845.1E:a_420.660.31
0.090.24
6021/6173; dU=-5,0V1:16.16MMS
M3000.10:a_1121
0.220.74
Zugmasse: 63 g1:18.75AC
M3000.10:a_2122
0.421.09
defektes Zahnrad, Zugmasse: 76 g1:18.75AC
M3000.10:a_3120.8
0.993.23
1:18.75DC
M3000.10:a_4120.8
0.691.47
neues Zahnrad, verlangsamte sich im Test1:18.75DC
M3000.10:a_5121.18
1.113.74
Ukeff1:18.75HVW
M3000.10:a_6201
0.471.55
t(BD709)=95,1°C1:18.75MpC
M3000.10:a_7120.25
0.751.59
Ukeff, 1 Rad lose auf Achse1:18.75HVW
M3000.10:a_8200.25
1.232.36
dU=-2,2V, tBD709=80,4°C1:18.75MpC
M3000.10:b_119.990.08
0.040.13
TamsEC/B4/6173; Kugellager, dU=-1,4V1:18.75MMS
M3000.10:b_219.290.08
0.090.09
TamsEC/B4/6173; Kugellager, dU=-1,8V1:18.75DCC
M3000.10:b_322.770.11
0.040.12
6021/6173; Kugellager, dU=-1,3V1:18.75MMS
M3000.10:b_4120.55
0.10.39
Kugellager, dU=-2,2V, ohne Licht1:18.75HVW
M3000.10:b_5120.52
0.070.3
Kugellager, dU=-2,5V, ohne Licht1:18.75DC
M3000.10:b_6200.26
0.060.25
Kugellager, dU1=-2,3V, dU2=-3,4V, ohne Licht1:18.75MpC
M3000.12:a_1120.61
3.9212.51
ungleichmäßige Fahrt, 1HR1:18.37AC
M3000.12:a_2121.22
0.20.79
Ukeff, 1HR1:18.37HVW
M3000.12:a_3120.93
0.270.99
1HR1:18.37DC
M3000.12:a_4200.94
0.170.64
dU=-2,5V, 1HR1:18.37MpC
M3000.1:a_1122
1.424.22
2 Treibräder lose auf Achse, Zugmasse: 73 g1:17.9AC
M3000.1:a_2122
0.180.52
2 neue Treibräder, Zugmasse: 78 g1:17.9AC
M3000.1:a_3122
0.30.84
2 neue Treibräder1:17.9DC
M3000.1:a_4201
0.421.05
t(BD709)=102,1°C1:17.9MpC
M3000.1:a_5120.8
0.591.65
Ukeff1:17.9HVW
M3000.1:b_1121
0.4461.7
Plastikreifen, Zugmasse: 35 g1:17.9AC
M3000.1:b_2122
0.692.64
Plastikreifen, neuer Schleifer1:17.9DC
M3000.1:b_3121.69
4.9312.98
Ukeff1:17.9HVW
M3000.1:b_4201
0.892.92
dU=-2,1V, t_BD709=105,6°C1:17.9MpC
M3000.2:a_1122
5.3610.52
starke Kontaktprobleme, Zugmasse: 78 g1:17.9AC
M3000.2:a_2120.8
0.381.03
1:17.9DC
M3000.2:a_3120.8
0.521.35
Ukeff1:17.9HVW
M3000.2:a_420.21
0.762.09
t(BD709)=96,4°C1:17.9MpC
M3000.2:b_1121
2.245.78
Plastikreifen, Zugmasse: 34 g1:17.9AC
M3000.2:b_2123
2.876.41
1:17.9DC
M3000.2:b_3122.88
2.777.18
Ukeff1:17.9HVW
M3000.2:b_4201
2.164.92
PR, dU=-2,4V; t_BD709=87,7°C1:17.9MpC
M3000.2:c_1120.5
0.962.35
Kontaktprobleme, 1PR + 1HR1:17.9AC
M3000.2:c_2121.74
13.7413.74
Ukeff, Kontaktprobleme, 1PR + 1HR1:17.9HVW
M3000.2:c_3122.14
1.173.54
Kontaktprobleme, 1PR, 1HR neu1:17.9DC
M3000.2:c_4202.5
0.481.39
dU=-2,6V, t(BD709)=87,3°C: 1PR, 1HR neu1:17.9MpC
M3000.40:a_1121
1.013.97
dU=-3,5V, 1 HR, Ukeff, Zugmasse: 86 g1:18.37AC
M3000.40:a_2120.8
0.741.94
ohne Licht, dU=-3,5V, 1 HR1:18.37DC
M3000.40:a_317.92
0.571.07
6021/6173;dU=-4,2V, 1HR, U_prim=15,8V; U_s=17,9V1:18.37MMS
M3000.40:a_421.31
0.611.89
6021/6173; U_prim(CU)= 18,4V, DeltaU=-4,2V1:18.37MMS
M3000.40:a_5120.35
4.6211.23
Ukeff, dU=-4,0V, ohne Licht1:18.37HVW
M3000.40:a_6200.38
0.51.23
dU1=-3,1V, dU2=-4,0V, ohne Licht, tBD709=24.8°C1:18.37MpC
M3000.4:a_1121
0.20.67
Zugmasse: 73 g1:17.9AC
M3000.4:a_2120.8
1.093.12
1:17.9DC
M3000.4:a_3120.32
0.671
Ukeff1:17.9HVW
M3000.4:a_4200.48
1.23.32
dU=-2,2V; tBD709=88,1°C1:17.9MpC
M3000.4:b_1122
0.832.03
Zugmasse: 69 g1:17.9AC
M3000.4:b_2122
1.774.19
1:17.9DC
M3000.4:b_3122.98
1.112.42
Ukeff, Läufer abgenutzt, Kontaktprobleme1:17.9HVW
M3000.4:b_4201.18
1.212.08
Läufer abgenutzt, Kontaktprobleme, t(BD709)=112,2°C1:17.9MpC
M3000.6:a_1121
0.2660.76
Zugmasse: 98 g1:17.9AC
M3000.6:a_2120.8
0.671.61
1:17.9DC
M3000.6:a_3120.32
0.381
Ukeff1:17.9HVW
M3000.6:a_4200.47
0.641.51
dU=-2,0V; tBD709=91.5°C1:17.9MpC
M3000.6:b_1120.13
1.613.62
HAMO, dU=-3,4V;1:17.9AC
M3000.6:b_10121.09
0.732.41
HAMO, dU=-3,0V;1:17.9HVW
M3000.6:b_11121.65
0.341.01
HAMO, dU=-1,2V;1:17.9DC
M3000.6:b_12200.77
0.371.7
HAMO, dU1=-1,6V; dU2=-2,4V1:17.9MpC
M3000.6:b_1319.820.08
0.050.1
TamsEC/B4/6173; HAMO, dU=-1,6V1:17.9MMS
M3000.6:b_1419.260.08
0.170.34
TamsEC/B4/6173; HAMO, dU=-1,4V1:17.9DCC
M3000.6:b_1522.360.31
0.40.4
6021/6173; HAMO, dU=-1,8V1:17.9MMS
M3000.6:b_16220.13
0.160.16
60214/60052; HAMO, dU=-0,6V1:17.9MMS
M3000.6:b_210.81.18
1.092.08
HAMO, dU=-3,0V;1:17.9HVW
M3000.6:b_3120.99
0.431.11
HAMO, dU=-1,2V;1:17.9DC
M3000.6:b_4200.88
0.521.61
HAMO, dU1=-1,6V; dU2=-1,6V1:17.9MpC
M3000.6:b_5210.29
0.351.6
6021/6173; HAMO, dU=-1,8V1:17.9MMS
M3000.6:b_6210.15
0.351.38
60214/60052; HAMO, dU=-0,6V1:17.9MMS
M3000.6:b_719.80.08
1.945.18
TamsEC/B4/6173; HAMO, dU=-1,6V1:17.9MMS
M3000.6:b_819.70.08
0.691.82
TamsEC/B4/6173; HAMO, dU=-1,4V1:17.9DCC
M3000.6:b_9120.16
0.421.36
dU=-3,4V; HAMO1:17.9AC
M3000.6:d_1120.15
3.666.7
LRA+, dU=-4,0V1:17.9AC
M3000.6:d_2120.93
1.031.99
Ukeff; LRA+, dU=-3,5V1:17.9HVW
M3000.6:d_3120.78
0.791.23
LRA+, dU=-1,8V1:17.9DC
M3000.6:d_4200.49
0.811.69
LRA+, dU1=-2,2V; dU2=-2,4V1:17.9MpC
M3000.6:d_519.80.08
0.590.71
TamsEC/B4/6173; LRA+, dU=-2,2V1:17.9MMS
M3000.6:d_619.20.08
0.80.92
TamsEC/B4/6173; LRA+, dU=-2,0V1:17.9DCC
M3000.6:d_7210.28
0.240.57
6021/6173; LRA+, dU=-2,3V1:17.9MMS
M3000.6:d_821.40.26
0.190.43
60214/60052; LRA+, dU=-1,2V1:17.9MMS
M3000.8:a_1121
0.591.42
Zugmasse: 84 g1:17.9AC
M3000.8:a_2120.8
1.042.59
Kontaktprobleme1:17.9DC
M3000.8:a_3120.35
0.912.08
Ukeff1:17.9HVW
M3000.8:a_4200.28
1.643.45
dU=-2,5V; tBD709=89.1°C1:17.9MpC
M30000.1:a_1120.4
0.742.49
Ukeff, dU=-3,5V, 2HR, stotternde Fahrt, Kontaktprobleme1:18.37AC
M30000.1:a_222.40.5
0.251.16
6021/6173; dU=-1,0V, 2HR, stotternde Fahrt, Kontaktprobleme1:18.37MMS
M3001.1:a_1120.49
0.692.18
Trickschaltung1:17.9AC
M3001.1:a_2121.09
0.431.31
Ukeff, Trickschaltung1:17.9HVW
M3001.1:a_3121.06
0.872.73
Trickschaltung1:17.9DC
M3001.1:a_4202.05
1.083.09
dU=-2,4V, Trickschaltung1:17.9MpC
M3001.1:b_1120.23
0.792.46
Trickschaltung, mit Entstörkondensator1:17.9AC
M3001.1:b_2120.61
0.290.98
Ukeff; Trickschaltung, mit Entstörkondensator1:17.9HVW
M3001.1:b_3120.31
1.996.39
Trickschaltung, mit Entstörkondensator1:17.9DC
M3001.1:b_4200.37
1.153.41
dU=-2,6V; Trickschaltung, mit Entstörkondensator1:17.9MpC
M3002.1:a_1120.2
0.31.19
Trickschaltung, 2 PR1:17.9AC
M3002.1:a_2120.36
0.873.67
Ukeff, Trickschaltung, 2 PR1:17.9HVW
M3002.1:a_3120.63
1.415.33
Trickschaltung, 2 PR1:17.9DC
M3002.1:a_4200.61
0.562.45
dU=-3,0V; Trickschaltung, 2 PR1:17.9MpC
M3002.1:a_5120.22
0.451.65
Trickschaltung1:17.9AC
M3002.1:a_6121.05
1.023.66
Ukeff, Trickschaltung1:17.9HVW
M3002.1:a_7120.73
1.083.81
Trickschaltung1:17.9DC
M3002.1:a_8200.34
1.063.98
dU=-1,7V; Trickschaltung1:17.9MpC
M3003.1:a_1120.59
0.270.89
2 PR1:18.42AC
M3003.1:a_2121.8
0.321.07
Ukeff, 2 PR1:18.42HVW
M3003.1:a_3120.92
0.321.08
2 PR1:18.42DC
M3003.1:a_4200.68
0.331.03
dU=-2,0V1:18.42MpC
M3003.2:a_1120.32
0.671.56
1:18.42AC
M3003.2:a_2121.64
0.692.03
Ukeff1:18.42HVW
M3003.2:a_3120.82
0.962.54
1:18.42DC
M3003.2:a_4200.43
0.942.59
dU=-2,8V; Endstufe BD7091:18.42MpC
M3003.3:a_1121.33
1.754.83
Kabel neu verlötet1:18.42AC
M3003.3:a_2121.74
0.933.86
Ukeff, Kabel neu verlötet1:18.42HVW
M3003.3:a_3120.79
0.461.76
Kabel neu verlötet1:18.42DC
M3003.3:a_4201.25
0.472.18
dU=-2,7V; t(BD709)=103.5°C, Kabel neu verlötet1:18.42MpC
M3004.1:a_1120.41
0.511.27
1:19.45AC
M3004.1:a_2120.43
1.073.17
Ukeff1:19.45HVW
M3004.1:a_3120.58
0.692.08
1:19.45DC
M3004.1:a_4200.37
0.361.25
dU=-2,2V1:19.45MpC
M3004.2:a_1123
0.190.65
schiefe Bürsten, schlechter Schleifer, Zugmasse: 156 g1:19.45AC
M3004.2:a_2121
0.631.95
Zugmasse: 156 g1:19.45AC
M3004.2:a_3122
0.461.37
1:19.45DC
M3004.2:a_4120.83
1.083.3
Ukeff1:19.45HVW
M3004.2:a_5201.24
0.541.67
dU=-2,2V, tBD709=106.2°C1:19.45MpC
M3004.2:b_1120.55
0.140.51
2PR1:19.45AC
M3004.2:b_2121.68
0.330.89
Ukeff, 2PR1:19.45HVW
M3004.2:b_3121.09
0.441.44
2PR1:19.45DC
M3004.2:b_4200.85
0.51.6
dU=-2,6V; 2PR1:19.45MpC
M3004.2:c_1120.35
0.31.01
Schenkelfeder mit Ring1:19.45AC
M3004.2:c_2121.95
0.581.73
Ukeff; Schenkelfeder mit Ring1:19.45HVW
M3004.2:c_3121.24
0.411.19
Schenkelfeder mit Ring1:19.45DC
M3004.2:c_4200.37
0.371.23
dU=-2,5V; Schenkelfeder mit Ring1:19.45MpC
M3004.2:d_1120.23
0.231
2PR1:19.45AC
M3004.2:d_2121.69
0.260.74
Ukeff; 2PR1:19.45HVW
M3004.2:d_3121.74
0.30.87
2PR1:19.45DC
M3004.2:d_4200.49
0.793.04
2PR, dU=-1,6V1:19.45MpC
M3004.2:e_1120.29
0.160.59
2PR, dU=-3,9V, LRA+1:19.45AC
M3004.2:e_2120.61
3.226.66
Ukeff; 2PR, dU=-3,5V, LRA+1:19.45HVW
M3004.2:e_3120.66
2.24.88
2PR, dU=-1,9V, LRA+1:19.45DC
M3004.2:e_4201.02
1.433.85
2PR, dU1=-2,2V, dU2=-2,1V, LRA+1:19.45MpC
M3004.2:e_519.070.33
1.692.52
TamsEC/B4/6173; 2PR, dU=-2,0V, LRA+1:19.45DCC
M3004.2:e_619.920.08
0.871.24
TamsEC/B4/6173; 2PR, dU=-2,2V, LRA+1:19.45MMS
M3004.2:e_721.70.23
1.942.96
6021/6173; 2PR, dU=-2,2V, LRA+1:19.45MMS
M3004.2:e_822.320.84
2.63.79
60214/60052; 2PR, dU=-1,5V, LRA+1:19.45MMS
M3004.4:a_1120.36
0.441.35
1:19.45AC
M3004.4:a_2120.9
0.51.5
Ukeff1:19.45HVW
M3004.4:a_3120.45
0.611.78
1:19.45DC
M3004.4:a_4200.45
0.260.76
dU=-2,7V; t(BD709)=96.2°C1:19.45MpC
M3004.4:b_1120.23
0.742.52
2PR1:19.45AC
M3004.4:b_2122.55
0.511.85
Ukeff, 2PR1:19.45HVW
M3004.4:b_3121.03
0.562.04
2PR1:19.45DC
M3004.4:b_4200.85
0.391.39
dU=-1,2V1:19.45MpC
M3004.4:c_1120.31
0.62.38
1:19.45AC
M3004.4:c_2121.95
0.41.45
Ukeff1:19.45HVW
M3004.4:c_3121.02
0.381.51
1:19.45DC
M3004.4:c_4200.96
0.983.53
dU=-2,2V1:19.45MpC
M3005.6:a_1121
0.671.88
vorderes Treibrad lose, Zugmasse: 100 g1:23.44AC
M3005.6:a_2120.5
0.922.26
vorderes Treibrad lose1:23.44DC
M3005.6:a_3120.47
2.13.68
Ukeff, vorderes TR auf Achse verdreht1:23.44HVW
M3005.6:a_4200.66
0.942.17
dU=-3,0V1:23.44MpC
M3005.8:a_1120.8
0.622.2
1:23.44AC
M3005.8:a_2120.72
0.431.52
Ukeff1:23.44HVW
M3005.8:a_3120.72
0.51.71
1:23.44DC
M3005.8:a_4200.33
0.190.73
dU=-2,5V, tBD709=88.5°C1:23.44MpC
M30050.1:a_122.860.19
0.170.48
60214/60052; dU=-0,7V1:24.55MMS
M30050.1:a_222.660.26
0.030.09
6021/6173; dU=-0,7V1:24.55MMS
M30050.1:a_3120.17
0.070.35
dU=-1,2V1:24.55AC
M30050.1:a_419.950.08
0.050.14
TamsEC/B4/6173; dU=-0,7V1:24.55MMS
M3006.4:a_1120.38
0.360.83
2. Treibrad defekt, Trickschaltung1:30.79AC
M3006.4:a_2120.2
0.250.66
U(keff, 2. Treibrad defekt, Trickschaltung1:30.79HVW
M3006.4:b_1120.77
0.260.76
Trickschaltung, 2PR1:27.78AC
M3006.4:b_2120.39
0.983.22
Ukeff, Trickschaltung, 2PR1:27.78HVW
M3006.4:b_3120.48
0.591.75
Trickschaltung, 2PR1:27.78DC
M3006.4:b_4200.54
1.133.16
17,9V, dU=-2,1V; t(BD709)=88,0°C, 2PR1:27.78DC
M3007.17:a_1121
0.492.14
Zugmasse: 208 g1:24AC
M3007.17:a_2120.8
0.261.17
1:24DC
M3007.17:a_3120.46
2.237.26
Ukeff1:24HVW
M3007.17:a_4200.23
0.31.6
dU=-3,2V1:24MpC
M3008.4:a_1121
0.411.4
Zugmasse: 190 g1:24AC
M3008.4:a_2120.5
0.662.26
1:24DC
M3008.4:a_3120.43
0.41.31
Ukeff1:24HVW
M3008.4:a_4200.93
0.290.99
dU=-2,7V; t(BD709)=119.7°C1:24MpC
M3008.6:a_1120.57
0.872.39
1HR, 1PR, Rauchsatz1:24AC
M3008.6:a_2120.56
0.52.02
Ukeff, 1HR neu, 1PR, Rauchsatz1:24HVW
M3008.6:a_3120.73
1.094.15
1HR neu, 1PR, Rauchsatz1:24DC
M3008.6:a_4200.49
0.341.38
dU=-3,5V, 1 HR neu, 1PR, Rauchsatz1:24MpC
M3008.6:a_5120.44
0.341.22
1HR neu, 1PR, Rauchsatz1:24AC
M30080.1:a_1120.16
0.130.7
dU=-5,2V1:24AC
M30080.1:a_2200.08
0.040.14
TamsEC/B4/6173; dU=-1,9V1:24MMS
M30080.1:a_322.680.22
0.050.17
6021/6173; dU=-1,0V1:24MMS
M30080.1:a_422.590.12
0.110.44
60214/60052; dU=-1,4V1:24MMS
M3009.3:a_1120.27
0.871.92
ohne Licht, dU=-3,6V, 3HR + 1 PR1:27.78AC
M3009.3:a_2120.34
0.581.37
Ukeff, ohne Licht, dU=-3,6V, 3HR + 1 PR1:27.78HVW
M3009.3:a_3120.82
1.53.26
ohne Licht, dU=-3,6V, 3HR + 1 PR1:27.78DC
M3009.3:a_422.20.13
0.621.91
6021/6173; dU=-1,0V; 3HR1PR1:27.78MMS
M3009.3:b_1120.42
0.451.25
3HR1PR1:27.78AC
M3009.3:b_2120.86
0.441.34
Ukeff, 3HR1PR1:27.78HVW
M3009.3:b_3120.58
0.51.54
3HR1PR1:27.78DC
M3009.3:b_4200.35
0.672
dU=-2,5V; tBD709=102.1°C, 3HR1PR1:27.78MpC
M3010.6:a_1120.5
1.14.6
Trickschaltung1:7.92AC
M3010.6:a_2120.16
0.231.1
Ukeff, Trickschaltung, Getriebe gereinigt1:7.92HVW
M3010.6:a_3120.49
0.20.99
Getriebe gereinigt, Trickschaltung1:7.92DC
M3010.6:a_4201.25
1.936.65
dU=-2,7V; t(BD709)=94.8°C, Trickschaltung1:7.92MpC
M3011.3:a_1120.21
1.745.27
Trickschaltung1:16.67AC
M3011.3:a_2121.52
0.632.21
Ukeff; Trickschaltung1:16.67HVW
M3011.3:a_3120.82
0.431.75
Ukeff; Trickschaltung1:16.67DC
M3011.3:a_4200.32
0.150.69
dU=-0,7V; Trickschaltung1:16.67MpC
M3011.6:a_1121
0.231.03
Trickschaltung, Zugmasse: 209 g1:16.67AC
M3011.6:a_2122
0.62.25
Trickschaltung1:16.67DC
M3011.6:a_3122.54
0.241.12
Ukeff, Trickschaltung1:16.67HVW
M3011.6:a_4201.36
0.261.11
dU=-2,4V, tBD709=82.4°C1:16.67MpC
M3012.3:a_1120.45
0.260.83
Trickschaltung1:16.67AC
M3012.3:a_2120.74
0.541.97
Ukeff, Trickschaltung1:16.67HVW
M3012.3:a_3121.1
0.41.75
Trickschaltung1:16.67DC
M3012.3:a_4200.53
0.512.2
dU=-2,3V, Trickschaltung1:16.67MpC
M3013.1:a_1120.24
0.662.34
Trickschaltung, 2PR1:16.67AC
M3013.1:a_2120.98
0.250.93
Ukeff; Trickschaltung, 2PR1:16.67HVW
M3013.1:a_3120.63
0.291.16
Trickschaltung, 2PR1:16.67DC
M3013.1:a_4200.67
0.541.98
Trickschaltung, 2PR; dU=-2,4V1:16.67MpC
M3013.4:a_1121
0.170.66
Trickschaltung1:16.67AC
M3013.4:a_2122
0.120.53
Trickschaltung1:16.67DC
M3013.4:a_3121.06
0.271.11
Ukeff, Trickschaltung1:16.67HVW
M3013.4:a_4200.81
0.231.04
dU=-1,7V, tBD709=107.5°C, Trickschaltung1:16.67MpC
M3014.1:a_1120.19
0.592.05
Trickschaltung1:16.67AC
M3014.1:a_2120.48
0.431.73
Trickschaltung, Ukeff1:16.67HVW
M3014.1:a_3120.89
0.180.76
Trickschaltung1:16.67DC
M3014.1:a_4200.33
0.271.1
dU=-2,7V; t(BD709)=107.4°C, Trickschaltung1:16.67MpC
M3015.10:a_1122
0.441.36
Trickschaltung, Zugmasse: 218 g1:18AC
M3015.10:a_2123
0.351.33
Trickschaltung1:18DC
M3015.10:a_3122
0.461.42
1:18AC
M3015.10:a_4123
0.260.93
entgleist bei 185g Zugmasse1:18DC
M3015.10:a_5121.28
0.421.18
Ukeff, Trickschaltung1:18HVW
M3015.10:a_6201.39
0.140.46
dU=-3,0V; t(BD709)=121,5°C, Trickschaltung1:18MpC
M3015.10:a_7121.15
1.714.39
Ukeff1:18HVW
M3015.10:a_8200.71
0.30.92
dU=-3,2V1:18MpC
M30159.1:a_1120.77
1.153.39
Trickschaltung1:18AC
M30159.1:a_2121.64
1.774.99
Ukeff, Trickschaltung1:18HVW
M30159.1:a_3121.24
1.714.73
Trickschaltung1:18DC
M30159.1:a_4200.71
0.681.88
dU=-3,4V, Trickschaltung1:18MpC
M30159.1:b_1120.3
0.391.17
dU=-4,7V1:18AC
M30159.1:b_2120.95
0.41.26
Ukeff; dU=-4,8V1:18HVW
M30159.1:b_3120.67
0.140.47
dU=-1.9V1:18DC
M30159.1:b_4200.73
0.20.72
dU1=-1,2V; dU2=-2,1V1:18MpC
M30159.1:b_519.980.55
0.431.08
6021/6173; dU=-3,9V1:18MMS
M30159.1:b_621.660.13
0.380.66
60214/60052; dU=-3,9V1:18MMS
M30159.1:b_719.690.08
0.150.34
TamsEC/B4/6173; dU=-3,9V1:18MMS
M30159.1:b_818.990.08
0.270.59
TamsEC/B4/6173; dU=-1,3V1:18DCC
M30159.1:c_121.140.66
0.321.11
60214/60052; dU=-3,9V; interpoliert1:18MMS
M30159.1:c_1018.890.32
0.41.22
6021/6173; dU=-3,9V; interpoliert1:18MMS
M30159.1:c_1118.950.24
0.310.99
TamsEC/B4/6173; dU=-1,3V; interpoliert1:18DCC
M30159.1:c_1219.640.08
0.752.77
TamsEC/B4/6173; dU=-3,9V; interpoliert1:18MMS
M30159.1:c_13120.44
0.331.05
dU=-4,7V; interpoliert1:18AC
M30159.1:c_14121.04
0.511.47
Ukeff; dU=-4,8V; interpoliert1:18HVW
M30159.1:c_15120.95
0.260.72
dU=-1,9V; interpoliert1:18DC
M30159.1:c_219.080.44
0.41.33
6021/6173; dU=-3,9V; interpoliert1:18MMS
M30159.1:c_318.70.26
0.531.61
TamsEC/B4/6173; dU=-1,3V; interpoliert1:18DCC
M30159.1:c_419.650.08
0.160.57
TamsEC/B4/6173; dU=-3,9V; interpoliert1:18MMS
M30159.1:c_5120.38
0.350.99
dU=-4,7V; interpoliert1:18AC
M30159.1:c_6121.35
0.391.19
Ukeff; dU=-4,8V; interpoliert1:18HVW
M30159.1:c_7121.37
0.481.34
dU=-1,9V; interpoliert1:18DC
M30159.1:c_921.030.12
0.391.42
60214/60052; dU=-3,9V; interpoliert1:18MMS
M30159.1:d_1120.53
0.931.91
dU=-5,2V1:18AC
M30159.1:d_2120.91
1.863.51
dU=-5,0V; ohne Licht1:18HVW
M30159.1:d_3121.54
1.954.9
dU=-3,9V; ohne Licht1:18DC
M30159.1:d_4200.88
0.341
dU1=-3,6V; dU2=-2,5V (Dekoder) ohne Licht1:18MpC
M30159.1:d_517.120.52
0.070.27
6021/6173; dU=-1,5V1:18MMS
M30159.1:d_619.810.65
0.541.9
60214/60052; dU=-1,5V1:18MMS
M30159.1:d_719.550.12
0.82.63
TamsEC/B4/6173; dU=-1,5V1:18MMS
M30159.1:d_818.930.21
0.170.49
TamsEC/B4/6173; dU=-1,3V1:18DCC
M3016.1:a_1120.37
1.974.96
1:16.28AC
M3016.1:a_2121.15
0.982.96
Ukeff1:16.28HVW
M3016.1:a_3120.57
0.341
1:16.28DC
M3016.1:a_4200.4
0.421.42
dU=-2,9V1:16.28MpC
M3016.6:a_1121
1.33.2
1:17.05AC
M3016.6:a_2120.8
0.250.87
1:17.05DC
M3016.6:a_3120.8
2.456.31
Ukeff1:17.05HVW
M3016.6:a_4201
0.491.32
1:17.05MpC
M3017.3:a_1120.35
0.130.6
dreiteilig, Triebkopf 683g mit Turm, Mittelteil 215g ohne Turm, Endteil 439g mit Turm, 10 Glühbirnen1:8.36AC
M3017.3:a_2121.12
0.31.4
Ukeff, dreiteilig, Triebkopf 683g mit Turm, Mittelteil 215g ohne Turm, Endteil 439g mit Turm, 10 Glühbirnen1:8.36HVW
M3017.3:a_3120.78
0.411.81
dreiteilig, Triebkopf 683g mit Turm, Mittelteil 215g ohne Turm, Endteil 439g mit Turm, 10 Glühbirnen1:8.36DC
M3017.3:a_4201.39
0.431.85
dreiteilig, Triebkopf 683g mit Turm, Mittelteil 215g ohne Turm, Endteil 439g mit Turm, 10 Glühbirnen, dU=-3,4V; t(BD70)=130,7°C1:8.36MpC
M3018.1:a_1120.14
1.133.3
Trickschaltung1:20.26AC
M3018.1:a_2120.31
0.130.43
Ukeff, Trickschaltung1:20.26HVW
M3018.1:a_3120.42
0.361.04
Trickschaltung1:20.26DC
M3018.1:a_4200.29
0.371.16
dU=-2,2V; Trickschaltung1:20.26MpC
M3019.2:a_1121
0.711.99
Trickschaltung, Zugmasse: 150 g1:20.26AC
M3019.2:a_10120.89
0.82.15
ohne Trickschaltung1:20.26DC
M3019.2:a_2120.8
0.280.8
Trickschaltung1:20.26DC
M3019.2:a_3121
0.290.81
1:20.26AC
M3019.2:a_4121
0.250.87
Trickschaltung, Bürstendruck reduziert1:20.26AC
M3019.2:a_5120.8
0.250.87
Ukeff, Trickschaltung1:20.26HVW
M3019.2:a_6201
0.611.97
Trickschaltung, t(BD709)=111,7°C1:20.26MpC
M3019.2:a_7120.91
2.867.82
Ukeff1:20.26HVW
M3019.2:a_8201.27
6.5312.85
dU=-1,5V1:20.26MpC
M3019.2:a_9120.61
1.042.74
Trickschaltung1:20.26DC
M3021.1:a_1120.45
0.230.82
Trickschaltung, 4PR1:14.03AC
M3021.1:a_2121.4
0.180.63
Ukeff; Trickschaltung, 4PR1:14.03HVW
M3021.1:a_3120.89
0.361.23
Trickschaltung, 4PR1:14.03DC
M3021.1:a_4201.11
0.782.37
Trickschaltung, 4PR; dU=-2,5V1:14.03MpC
M3021.3:a_1122
0.190.7
Trickschaltung, Zugmasse: 151 g1:14.03AC
M3021.3:a_2122
0.582
Zugmasse: 155 g1:14.03AC
M3021.3:a_3120.8
0.872.4
Trickschaltung1:14.03DC
M3021.3:a_4122
0.190.79
1:14.03DC
M3021.3:a_5120.54
0.361.19
Ukeff, Trickschaltung1:14.03HVW
M3021.3:a_6201.49
0.190.64
dU=-1,8V, Getriebe gereinigt, tBD709=94.3°C1:14.03MpC
M3021.3:a_7121.33
0.190.75
Ukeff, ohne Trickschaltung1:14.03HVW
M3021.3:a_8200.47
0.83.19
dU=-2,2V; ohne Trickschaltung, t(BD709)=97,2°C1:14.03MpC
M3021.6:a_1122
0.522.14
1 Treibrad lose auf Achse, Zugmasse: 160 g1:14.03AC
M3021.6:a_2122
0.321.15
Treibrad neu, Zugmasse: 176 g1:14.03AC
M3021.6:a_3120.42
0.361.56
1:14.03DC
M3021.6:a_4120.42
0.411.56
Ukeff1:14.03HVW
M3021.6:a_5200.41
0.31.25
dU=-3,0V1:14.03MpC
M3021.6:b_1120.5
0.552
1:14.03AC
M3021.6:b_2120.29
0.281.2
Ukeff1:14.03HVW
M3021.6:b_3121.06
0.642.32
1:14.03DC
M3021.6:b_4200.73
0.341.38
dU=-2,5V; tBD709=99,9°C1:14.03MpC
M3021.6:c_119.80.08
0.752.87
TamsEC/B4/6173; dU=-1,2V, LRA, LED1:14.03MMS
M3021.6:c_219.140.13
0.581.98
TamsEC/B4/6173; dU=-1,2V, LRA, LED1:14.03DCC
M3021.6:d_1121.05
2.597.1
dU=-4,4V; 2*BYD 77D+2*470µF/10V; LED-Beleuchtung, d(ES=42,6°C)1:14.03HVW
M3021.6:d_2121.05
0.291.11
dU=-4,0V; 2*BYD 77D+2*470µF/10V; LED-Beleuchtung, d(ES=33,8°C)1:14.03DC
M3021.6:d_321.680.39
0.93.11
6021/6173; dU=-2,3V, LRA, LED1:14.03MMS
M3021.6:d_422.10.09
0.521.49
60214/60052; dU=-2,3V, LRA, LED1:14.03MMS
M3021.6:d_519.890.11
0.672.09
TamsEC/B4/6173; dU=-2,2V, LRA, LED1:14.03MMS
M3021.6:d_619.230.08
1.323.27
TamsEC/B4/6173; dU=-2,2V, LRA, LED1:14.03DCC
M3021.6:d_719.240.08
1.21.2
TamsEC/B4/6173; dU=-2,2V, LRA, LED, gereinigtes Getriebe1:14.03DCC
M3021.6:d_819.90.08
1.551.55
TamsEC/B4/6173; dU=-2,2V, LRA, LED, gereinigtes Getriebe1:14.03MMS
M3021.6:e_1200.77
0.150.49
6021/6173; dU=-1,2V, LRA, LED, neue Bürsten1:14.03MMS
M3021.6:e_219.760.08
0.41.3
TamsEC/B4/6173; dU=-1,2V, LRA, LED, neue Bürsten1:14.03MMS
M3021.6:e_319.10.08
0.361.17
TamsEC/B4/6173; dU=-1,2V, LRA, LED, neue Bürsten1:14.03DCC
M3021.6:e_4120.28
0.471.57
neue Bürsten, dU=-4,0V; 2*BYD 77D+2*470µF/10V; LED-Beleuchtung; dU=-1.2V;1:14.03HVW
M3021.6:e_5121.54
0.360.98
neue Bürsten, dU=-2,3V; 2*BYD 77D+2*470µF/10V; LED-Beleuchtung;1:14.03DC
M3021.6:e_621.290.36
0.190.6
60214/60052; dU=-2,3V, LRA, LED, neue Bürsten1:14.03MMS
M3021.8:a_1120.24
0.280.81
1:14.03AC
M3021.8:a_2121.24
0.351.2
Ukeff1:14.03HVW
M3021.8:a_3120.7
0.461.46
1:14.03DC
M3021.8:a_4200.62
0.491.47
dU=-2,3V, tBD709=103.5°C1:14.03MpC
M30210.1:a_1120.18
0.170.66
dU=-2,4V1:14.69AC
M30210.1:a_223.240.15
0.050.11
6021/6173; dU=-0,8V1:14.69MMS
M30210.1:a_319.980.08
0.050.11
TamsEC/B4/6173; dU=-0,8V1:14.69MMS
M3022.2:a_1121
0.090.27
Haftreifen leicht ölig, Zugmasse: 187 g1:19.34AC
M3022.2:a_2120.8
0.461.39
Haftreifen leicht ölig1:19.34DC
M3022.2:a_3120.52
0.411.28
Ukeff1:19.34HVW
M3022.2:a_4200.34
0.391.07
dU=-2,3V, tBD709=103.5°C1:19.34MpC
M3022.4:a_1120.53
0.31.06
1:19.34AC
M3022.4:a_2120.72
0.742.8
Ukeff1:19.34HVW
M3022.4:a_3120.76
0.361.13
1:19.34DC
M3022.4:a_4200.44
0.391.32
dU=-2,7V; t(BD709)=82,1°C, neue HR1:19.34MpC
M3023.2:a_1122
1.755.12
Trickschaltung, Zugmasse: 283 g1:16.29AC
M3023.2:a_2122
0.562.48
Trickschaltung1:16.29DC
M3023.2:a_3123
0.672.36
1:16.29AC
M3023.2:a_4122
1.144.32
1:16.29DC
M3023.2:a_5120.42
0.271.23
Ukeff, Trickschaltung1:16.29HVW
M3023.2:a_6201.03
0.472.37
dU=-2,5V; tBD709=102.1°C, Trickschaltung1:16.29MpC
M3023.2:a_7120.33
0.371.67
Ukeff1:16.29HVW
M3023.2:a_8200.62
0.652.99
dU=-0,7V1:16.29MpC
M3024.1:a_1120.5
1.143.79
Trickschaltung1:16.29AC
M3024.1:a_2120.67
0.773.56
Ukeff, Trickschaltung1:16.29HVW
M3024.1:a_3120.53
1.295.95
Trickschaltung1:16.29DC
M3024.1:a_4200.41
0.452.12
dU=-3,0V; Trickschaltung1:16.29MpC
M3025.2:a_1121.47
0.331.34
keine Haftreifen, dreiteilig1:7.92AC
M3025.2:a_2121.03
0.321.63
keine Haftreifen, dreiteilig1:7.92DC
M3025.2:a_3120.8
0.211.05
Ukeff, Schraubrad, keine Haftreifen1:7.92HVW
M3025.2:a_4201.52
0.623.06
keine Haftreifen vierteilig, t_BD709: 125.9°C1:7.92MpC
M3025.2:a_5120.49
0.3621.87
dreiteilig, Trickschaltung1:7.92AC
M3025.2:a_6120.27
0.2671.32
Ukeff, dreiteilig, Trickschaltung1:7.92HVW
M3025.2:a_7120.33
0.3061.44
dreiteilig, Trickschaltung1:7.92DC
M3025.2:a_8200.23
0.2060.96
dreiteilig, Trickschaltung, t(BD709) = 54,2°C1:7.92MpC
M3025.2:b_118.80.2
0.1590.82
Tams EC/B4/6173, dU=-0.9V, dreiteilig, LRA+1:7.92DCC
M3025.2:b_219.50.11
0.241.34
Tams EC/B4/6173, dU=-0.9V, dreiteilig, LRA+1:7.92MMS
M3025.2:b_317.80.72
0.1420.75
6021/6173, dU=-0.9V, dreiteilig, LRA+1:7.92MMS
M3025.2:b_420.10.49
0.1030.58
60214/60052, dU=-0.9V, dreiteilig, LRA+1:7.92MMS
M3025.2:b_5120.68
0.9532.12
dU=-2.9V, dreiteilig, LRA+1:7.92AC
M3026.2:a_1120.2
1.063.08
1:24AC
M3026.2:a_2121.64
0.862.87
Ukeff1:24HVW
M3026.2:a_3120.93
0.551.87
1:24DC
M3026.2:a_4200.44
0.521.8
dU=-2,3V1:24MpC
M3027.2:a_1120.36
0.451.29
ohne Telex1:27.78AC
M3027.2:a_2120.56
0.892.53
Ukeff, ohne Telex, im Testlauf ohne Glühbirne (Inull=134.51mA abzgl.42,19mADC)1:27.78HVW
M3027.2:a_3120.62
0.822.17
 ohne Telex1:27.78DC
M3027.2:a_4200.81
2.265.51
dU=-3,3V, ohne Telex1:27.78MpC
M3027.3:a_1121
0.671.68
teilweise abgefahrene Treibräder1:27.78AC
M3027.3:a_2120.8
0.782.11
teilweise abgefahrene Treibräder1:27.78DC
M3027.3:a_3120.31
0.652.03
Ukeff1:27.78HVW
M3027.3:a_4200.62
0.561.67
dU=-2,5V; tBD709=106.1°C1:27.78MpC
M3028.1:a_1120.32
1.183.25
1:11.98AC
M3028.1:a_2121.17
1.181.53
Ukeff1:11.98HVW
M3028.1:a_3120.55
2.253.84
1:11.98DC
M3028.1:a_4200.55
1.453.84
dU=-1,9V, tBD709=101.2°C1:11.98MpC
M3029.4:a_1121
1.032.8
1 Treibrad lose, Kontaktprobleme, Zugmasse: 71 g1:17.19AC
M3029.4:a_2120.8
0.51.26
1 Treibrad lose, Kontaktprobleme1:17.19DC
M3029.4:a_3120.92
1.444.33
Ukeff1:17.19HVW
M3029.4:a_4200.59
0.591.63
dU=-1,9V; t(BD709)=84,9°C; 1 Rad lose auf Achse1:17.19MpC
M30301.1:a_1120.2
0.230.93
dU=-5,1V;1:20.26AC
M30301.1:a_223.10.2
0.10.24
60214/60052; dU=-0,4V1:20.26MMS
M30301.1:a_323.20.15
0.270.61
6021/6173; dU=-0,4V1:20.26MMS
M30301.1:a_419.90.08
0.10.21
TamsEC/B4/6173; dU=-0,4V1:20.26MMS
M3031.2:a_1120.44
0.751.49
Motorschild verharzt1:17.9AC
M3031.2:a_2120.63
1.673.41
Ukeff, neuer HR1:17.9HVW
M3031.2:a_3120.46
3.817.77
neuer HR1:17.9DC
M3031.2:a_4200.59
3.948.55
dU=-3,3V, t(BD709)=91,1°C1:17.9MpC
M3031.3:a_1120.39
0.983.6
1:18.75AC
M3031.3:a_2121.4
1.023.57
Ukeff1:18.75HVW
M3031.3:a_3120.71
3.028.28
unregelmäßige Fahrt1:18.75DC
M3031.3:a_4200.88
3.599.66
dU=-2,2V, schwer zu steuern1:18.75MpC
M3032.1:a_1120.66
1.342.88
1:17.9AC
M3032.1:a_2121.27
0.671.87
Ukeff1:17.9HVW
M3032.1:a_3120.92
0.641.66
1:17.9DC
M3032.1:a_4120.8
1.252.9
dU=-2,7V1:17.9MpC
M3033.10:a_1120.16
0.240.95
1:18AC
M3033.10:a_2122.39
0.361.4
Ukeff1:18HVW
M3033.10:a_3120.91
0.271.03
1:18DC
M3033.10:a_4200.27
0.160.61
dU=-2,1V1:18MpC
M3034.1:a_1121
0.541.67
Winkel (Kommutatorspalt-Ankerspule) = 0°, Zugmasse: 149 g1:14.51AC
M3034.1:a_2122
1.123.07
Winkel (Kommutatorspalt-Ankerspule) = 0°1:14.51DC
M3034.1:a_3121
0.170.69
Winkel (Kommutatorspalt-Ankerspule) = 30°, Zugmasse: 149 g1:14.51AC
M3034.1:a_4120.8
0.471.85
Winkel (Kommutatorspalt-Ankerspule) = 30°1:14.51DC
M3034.1:a_5120.24
1.053.89
Ukeff1:14.51HVW
M3034.1:a_6200.22
0.582.17
dU=-2,5V; t(BD709)=94.2°C1:14.51MpC
M3034.1:b_1120.17
0.321.02
1:16.21AC
M3034.1:b_2120.14
0.3731.16
Ukeff1:16.21HVW
M3034.1:b_3120.08
0.6562.07
1:16.21DC
M3034.1:b_4200.27
0.3791.2
dU=-2,0V; t(BD709)=47,6°C1:16.21MpC
M3034.2:a_1120.39
0.210.86
1:14.51AC
M3034.2:a_2120.4
0.642.76
Ukeff1:14.51HVW
M3034.2:a_3120.45
0.582.46
1:14.51DC
M3034.2:a_4200.53
0.562.48
dU=-2,7V; t(BD709)=92.1°C1:14.51MpC
M3035.1:a_1122
0.61.69
Getriebe schmutzig, Zugmasse: 144 g1:16.21AC
M3035.1:a_2121
0.571.84
Getriebe gerinigt, Zugmasse: 144 g1:16.21AC
M3035.1:a_3123
0.782.65
Getriebe gereinigt1:16.21DC
M3035.1:a_4120.63
0.572.37
Ukeff1:16.21HVW
M3035.1:a_5200.3
0.361.27
dU=-2,4V, tBD709=94.4°C1:16.21MpC
M3036.1:a_1122
0.30.92
Kontaktprobleme, Zugmasse: 138 g1:16.21AC
M3036.1:a_2123
0.571.68
gereinigt, Zugmasse: 138 g1:16.21AC
M3036.1:a_3122
1.224.95
1:16.21DC
M3036.1:a_4120.25
0.832.52
Ukeff1:16.21HVW
M3036.1:a_5200.28
0.571.63
dU=-2,2V, tBD709=92,5°C1:16.21MpC
M3036.2:a_1121
1.845.18
2 Kohlebürsten, Bürsten schief, Kontaktprobleme, Zugmasse: 142 g1:14.51AC
M3036.2:a_2120.8
1.946.93
2 Kohlebürsten1:14.51DC
M3036.2:a_3121
0.592.13
2 Kohlebürsten (neu), Zugmasse: 142 g1:14.51AC
M3036.2:a_4120.51
0.822.35
Ukeff, 2*Kohle1:14.51HVW
M3036.2:a_5200.33
1.132.75
dU=-2,6V, t(BD709)=99,6°C, 2*Kohle1:14.51MpC
M3037.1:a_1120.5
0.752.23
1:16.21AC
M3037.1:a_2120.5
0.311
Getriebe gereinigt1:16.21AC
M3037.1:a_3120.49
0.551.66
Ukeff, Getriebe gereinigt1:16.21HVW
M3037.1:a_4120.75
0.92.93
Getriebe gereinigt1:16.21DC
M3037.1:a_5200.4
0.330.99
dU=-2,8V, t(BD709)=98,7°C, Getriebe gereinigt1:16.21MpC
M3037.2:a_1120.11
0.371.5
1:16.2AC
M3037.2:a_2120.76
0.221.06
Ukeff1:16.2HVW
M3037.2:a_3120.41
0.73.39
1:16.2DC
M3037.2:a_4200.65
0.231.1
dU=-2,4V1:16.2MpC
M3037.3:a_1120.5
0.190.91
Büli 4,89-4,85mm; Büre: 4,88-4,84mm, 2h1:16.2AC
M3037.3:a_2120.15
0.231.15
Ukeff, Büli 4,85-4,82mm; Büre: 4,84-4,80mm, 2h1:16.2HVW
M3037.3:a_3120.4
0.150.72
Büli 4,82-4,81mm; Büre: 4,80-4,76mm, 1.5h1:16.2DC
M3037.3:a_4200.49
0.20.89
dU=-2,5V; tBD709=73.7°C, Büli=4,81-4,78; Büre=4,76-4,72, 1.5h1:16.2MpC
M3038.2:a_1121
0.852.6
Bürsten schief, Zugmasse: 153 g1:14.51AC
M3038.2:a_2121
0.220.87
gereinigt, Zugmasse: 153 g1:14.51AC
M3038.2:a_3120.8
0.943.47
gereinigt1:14.51DC
M3038.2:a_4121.47
0.471.46
Ukeff1:14.51HVW
M3038.2:a_5200.56
0.632.21
dU=-2,5V; tBD709=110.1°C1:14.51MpC
M3039.1:a_1121
2.125.6
Kontaktprobleme, Zugmasse: 130 g1:14.51AC
M3039.1:a_10200.24
0.792.06
dU=-2,7V; t(BD709)=99.6°C1:14.51MpC
M3039.1:a_2121
0.612.21
gereinigt, Zugmasse: 130 g1:14.51AC
M3039.1:a_3122
2.556.67
Kontaktprobleme, neue Zahnräder, Zugmasse: 148 g1:14.51AC
M3039.1:a_4121
0.270.74
gereinigt und geölt, neue Zahnräder, Zugmasse: 148 g1:14.51AC
M3039.1:a_5120.8
0.740.95
abgeschmiertes Getriebe1:14.51DC
M3039.1:a_6122
13.64
1:14.51DC
M3039.1:a_7120.51
1.234.59
Ukeff1:14.51HVW
M3039.1:a_8200.38
0.893.18
dU=-2,3V; tBD709=111.9°C1:14.51MpC
M3039.1:a_9120.29
0.862.74
Ukeff1:14.51HVW
M3039.2:a_1120.17
0.261.14
1:16.2AC
M3039.2:a_2121.05
0.331.63
Ukeff1:16.2HVW
M3039.2:a_3120.69
0.31.31
1:16.2DC
M3039.2:a_4200.43
0.210.89
dU=-1,8V1:16.2MpC
M3040.1:a_1121
0.251.05
Trickschaltung, Zugmasse: 102 g1:14.51AC
M3040.1:a_2121
0.472.01
ölige HR, Zugmasse: 102 g1:14.51AC
M3040.1:a_3121
0.462.01
neuer HR, Zugmasse: 135 g1:14.51AC
M3040.1:a_4122
0.381.69
Schleifer mit Gebrauchsspuren1:14.51DC
M3040.1:a_5121.07
0.231.02
Ukeff1:14.51HVW
M3040.1:a_6200.77
0.692.46
dU=-2,2V, tBD709=99,9°C1:14.51MpC
M3040.2T:a_1120.09
0.150.78
1:16.2AC
M3040.2T:a_2120.42
0.261.31
Ukeff1:16.2HVW
M3040.2T:a_3120.45
0.361.86
1:16.2DC
M3040.2T:a_4200.47
0.170.83
dU=-2,6V1:16.2MpC
M3042.2:a_1121
0.452.04
Zugmasse: 105 g1:18AC
M3042.2:a_2120.8
0.281.51
1:18DC
M3042.2:a_3120.5
0.281.37
Ukeff1:18HVW
M3042.2:a_4200.28
0.592.7
dU=-2,1V;tBD709=57.3°C1:18MpC
M3042.2:b_1122
0.361.63
Zugmasse: 109 g1:18AC
M3042.2:b_2122
0.120.64
1:18DC
M3042.2:b_3121
0.522.12
Ukeff1:18HVW
M3042.2:b_4200.63
0.532.54
dU=-2,3V; tBD709=75.4°C1:18MpC
M3042.2:c_1122
0.8145.06
1:18AC
M3043.7:a_1121
0.180.65
1:16.21AC
M3043.7:a_2120.8
0.722.87
1:16.21DC
M3043.7:a_3120.8
0.371.28
Ukeff1:16.21HVW
M3043.7:a_4201
0.331.32
dU(BD709)=-2,4V, T(BD709)=88,7°C1:16.21MpC
M3044.2:a_1120.33
1.244.02
1:16.5AC
M3044.2:a_2120.68
0.933.19
Ukeff1:16.5HVW
M3044.2:a_3121.39
1.254.22
1:16.5DC
M3044.2:a_4200.37
1.445.37
dU=-3,0V; theta(BD709)=93.7°C1:16.5MpC
M3045.1:a_1121.05
1.613.95
4HR neu1:27.78AC
M3045.1:a_2120.99
1.974.45
Ukeff, 4HR neu1:27.78HVW
M3045.1:a_3121.01
0.541.21
4HR neu1:27.78DC
M3045.1:a_4200.63
1.112.49
dU=-2,9V; tBD709=87.4°C1:27.78MpC
M3046.2:a_1120.2
0.210.7
4HR1:27.78AC
M3046.2:a_2120.31
0.290.94
Ukeff, 4HR1:27.78HVW
M3046.2:a_3120.27
0.451.4
4HR1:27.78DC
M3046.2:a_4200.59
0.62
dU=-2,6V, 4HR, entgleist ab 95g Last1:27.78MpC
M3047.3:a_1122
0.350.86
alte Schleifer, alte Bürsten, Rauchsatz, Zugmasse: 245 g1:27.78AC
M3047.3:a_2121
0.350.91
alte Schleifer, neue Bürsten, Rauchsatz, Zugmasse: 245 g1:27.78AC
M3047.3:a_3120.8
0.421.02
alte Schleifer, neue Bürsten, Rauchsatz1:27.78DC
M3047.3:a_4120.37
0.551.41
Ukeff, 2HR1:27.78HVW
M3047.3:a_5200.36
0.521.27
dU=-2,3V, tBD709=91.8°C1:27.78MpC
M3047.3:b_1121
0.20.65
4 HR, Zugmasse: 282 g1:27.78AC
M3047.3:b_2120.8
0.792.45
4 HR1:27.78DC
M3047.3:b_3120.8
0.521.74
Ukeff, 4HR1:27.78HVW
M3047.3:b_4201
0.431.21
4 HR, dU=-2,1V; t_BD709=110,5°C1:27.78MpC
M3048.3:a_1120.29
0.160.48
1:24AC
M3048.3:a_2120.43
0.250.85
Ukeff1:24HVW
M3048.3:a_3120.44
0.190.62
1:24DC
M3048.3:a_4200.84
0.150.49
dU=-2,6V, t(BD709)=95,1°C1:24MpC
M3048.6:a_1121
0.31.03
mit Frontkupplung, Zugmasse: 234 g1:24AC
M3048.6:a_2120.8
0.321.08
mit Frontkupplung1:24DC
M3048.6:a_3120.35
0.852.64
Ukeff1:24HVW
M3048.6:a_4200.66
0.592.18
dU=-2,5V; tBD709=99,1°C1:24MpC
M3048.6:a_5120.58
0.391.17
1:24AC
M3048.6:a_6121.05
0.622.01
Ukeff1:24HVW
M3048.6:a_7120.85
0.993.42
1:24DC
M3048.6:a_8200.91
0.230.88
dU=-3,3V, t(BD709)=102,5°C1:24MpC
M3049.1:a_1120.47
0.492.17
1:27AC
M3049.1:a_2120.54
0.160.73
Ukeff1:27HVW
M3049.1:a_3122.57
0.220.96
1:27DC
M3049.1:a_4201.8
0.240.98
dU=-2,3V, tBD709=60.1°C1:27MpC
M3050.1:a_1120.14
0.632.31
Trickschaltung1:18.91AC
M3050.1:a_2120.94
0.461.88
Ukeff, Trickschaltung1:18.91HVW
M3050.1:a_3121.58
0.532.06
Trickschaltung1:18.91DC
M3050.1:a_4200.51
0.812.95
dU=-2,0V; Trickschaltung1:18.91MpC
M30501.1A:a_1120.24
0.250.86
dU=-4,3V1:18.91AC
M30501.1A:a_222.160.19
0.250.25
60214/60052; dU=-0,9V1:18.91MMS
M30501.1A:a_322.370.19
0.040.13
6021/6173; dU=-0,9V1:18.91MMS
M30501.1A:a_4200.08
0.080.22
TamsEC/B4/6173; dU=-0,9V1:18.91MMS
M30501.1B:a_1120.34
0.190.64
dU=-4,3V1:18.91AC
M30501.1B:a_222.430.2
0.130.37
60214/60052; dU=-0,9V1:18.91MMS
M30501.1B:a_322.860.21
0.040.12
6021/6173; dU=-0,9V1:18.91MMS
M30501.1B:a_419.990.08
0.050.13
TamsEC/B4/6173; dU=-0,9V1:18.91MMS
M3051.1:a_1121
0.371.6
2 Kohlebürsten, Zugmasse: 143 g1:15.22AC
M3051.1:a_2120.8
0.652.59
2 Kohlebürsten1:15.22DC
M3051.1:a_3121.15
1.033.47
Ukeff1:15.22HVW
M3051.1:a_4200.34
0.652.4
dU=-2,5V1:15.22MpC
M3053.1:a_1122
0.10.49
schmutziges Getriebe, Zugmasse: 131 g1:13.5AC
M3053.1:a_2122
0.481.98
sauberes Getriebe, Zugmasse: 137 g1:13.5AC
M3053.1:a_3122
0.692.95
sauberes Getriebe1:13.5DC
M3053.1:a_4120.5
0.311.34
Ukeff1:13.5HVW
M3053.1:a_5200.44
2.16.2
dU=-2,3V, tBD709=77.3°C1:13.5MpC
M3054.4:a_1120.8
0.311.38
2 Glühbirnen, kurze Bürsten1:13.5DC
M3054.4:a_213.20.8
0.191.01
Ukeff, kurze Bürsten1:13.5HVW
M3054.4:a_3121
0.261.22
kurze Bürsten, Zugmasse: 175 g1:13.5AC
M3054.4:a_4201
0.592.6
t(BD709)=93,9°C1:13.5MpC
M3055.6:a_1120.24
1.143.83
ölige HR1:15.22AC
M3055.6:a_2120.73
0.411.77
Ukeff; ölige HR1:15.22HVW
M3055.6:a_3120.73
0.210.83
ölige HR1:15.22DC
M3055.6:a_4200.68
0.321.3
dU=-2,9V; ölige HR1:15.22MpC
M3056.4:a_1121
1.572.63
Zugmasse: 120 g1:24.75AC
M3056.4:a_2120.8
1.762.9
entgleist ab 33g Last1:24.75DC
M3056.4:a_3120.21
0.180.53
Ukeff1:24.75HVW
M3056.4:a_4200.38
0.571.62
dU=-2,2V, tBD709=91,6°C1:24.75MpC
M3056.4:b_1121
0.591.45
1:24.75AC
M3056.4:b_2120.8
1.022.51
1:24.75DC
M3056.4:b_3120.23
0.190.69
Ukeff1:24.75HVW
M3056.4:b_4200.2
1.053.59
dU=-2,5V; tBD709=96,3°C1:24.75MpC
M3057.2:a_1120.62
0.481.4
1:18AC
M3057.2:a_2121.17
1.213.8
Ukeff1:18HVW
M3057.2:a_3120.84
1.063.17
1:18DC
M3057.2:a_4200.39
0.351.27
dU=-2,7V; theta(BD709)=70,2°C1:18MpC
M3058.1:a_1121
0.482
Zugmasse: 118 g1:18AC
M3058.1:a_2120.8
0.371.51
1:18DC
M3058.1:a_3121.69
0.752.38
Ukeff1:18HVW
M3058.1:a_4200.29
0.180.68
dU=-2,4V, tBD709=66.9°C1:18MpC
M3058.1:b_1122
1.015
Zugmasse: 122 g1:18AC
M3058.1:b_2120.8
0.231.23
1:18DC
M3058.1:b_3120.31
1.135.55
Ukeff1:18HVW
M3058.1:b_4200.24
0.241.13
dU=-2,1V, tBD709=85.3°C1:18MpC
M3058.1:c_1121
0.3282.02
2 Achsen eiern1:18AC
M3059.2:a_1120.5
0.581.67
glänzende HR1:14.51AC
M3059.2:a_2120.5
0.923.09
Getriebe gereinigt1:14.51AC
M3059.2:a_3121.09
1.254.29
Ukeff, schaltet vorzeitig um1:14.51HVW
M3059.2:a_4120.9
0.581.77
1:14.51DC
M3059.2:a_5200.3
0.983.58
dU=-2,6V, tBD709=92,8°C1:14.51MpC
M3060.1:a_1121
0.271.14
Bürstenfeder links ausgeleiert, schiefe Bürsten, Zugmasse: 134 g1:13.05AC
M3060.1:a_2120.8
0.361.53
Bürstenfeder links ausgeleiert, schiefe Bürsten1:13.05DC
M3060.1:a_321.71
0.261.13
Bürstenfeder links ausgeleiert, schiefe Bürsten, dU(BD709)=-2,3V, 1,3kHz, Io = 66mA, T(BD709)=97.5°C1:13.05MpC
M3060.1:a_413.20.8
0.331.7
Ukeff, Bürstenfeder links ausgeleiert, schiefe Bürsten1:13.05HVW
M3061.2:a_1121.34
1.133.35
1:13.05AC
M3061.2:a_2121.22
0.572.34
Ukeff1:13.05HVW
M3061.2:a_3122.14
0.712.73
1:13.05DC
M3061.2:a_4202.13
1.274.16
dU=-2,4V, tBD709=101.9°C1:13.05MpC
M3062.1:a_1120.34
1.494.68
1:13.05AC
M3062.1:a_2120.74
0.842.75
Ukeff1:13.05HVW
M3062.1:a_3120.87
2.244.75
1:13.05DC
M3062.1:a_4200.49
1.614.56
dU=-3,0V1:13.05MpC
M3064.3:a_1123
0.220.97
HAMO-Umbau1:17.9DC
M3064.3:a_2224.44
1.284.13
HAMO-Umbau, vorwärts, dU=-3,4V1:17.9MpC
M3064.3:a_313.20.8
0.251.09
HAMO-Umbau, 1 Glühbirne1:17.9HVW
M3064.3:a_4204
0.692.36
HAMO-Umbau, rückwärts, Kontaktprobleme, dU=-2,4V1:17.9MpC
M3064.3:a_5184
0.772.82
HAMO-Umbau, rückwärts, Kontaktprobleme, dU=-2,6V1:17.9MpC
M3064.3:a_6201
0.612.38
Hamo-Originalmagnet, dU_BD709=-1,9V, t_BD709=81,9°C1:17.9MpC
M3064.3:b_119.670.37
0.562.43
TamsEC/B4/6173; HAMO; dU=-1,2V1:17.9MMS
M3064.3:b_219.020.24
0.10.49
TamsEC/B4/6173; HAMO; dU=-1,3V1:17.9DCC
M3064.3:b_320.360.69
0.442.18
6021/6173; HAMO; dU=-1,2V1:17.9MMS
M3064.3:b_4120.54
0.281.08
HAMO; dU=-2,2V1:17.9HVW
M3064.3:b_5120.74
0.391.49
HAMO; dU=-2,2V1:17.9DC
M3064.3:b_6200.33
0.411.59
HAMO; dU1=-3,6V; dU2=-2,2V1:17.9MpC
M3064.3:c_119.10.1
0.361.83
TamsEC/B4/6173; dU=-1,0V1:17.9DCC
M3064.3:c_219.70.16
0.120.57
TamsEC/B4/6173; dU=-1,4V1:17.9MMS
M3064.3:c_320.60.75
0.321.55
6021/6173; dU=-1,4V1:17.9MMS
M3064.3:c_4120.31
0.441.71
dU=-3,6V1:17.9AC
M3064.3:c_5120.71
0.361.68
dU=-1,3V; ohne Licht1:17.9HVW
M3064.3:c_6120.33
0.391.52
dU=-1,3V; ohne Licht1:17.9DC
M3064.4:a_1121
0.321.08
Getriebe schmutzig, Zugmasse: 85 g1:18.75AC
M3064.4:a_2120.8
1.123.38
Getriebe schmutzig1:18.75DC
M3064.4:a_3120.63
1.384.33
Ukeff, 1 Glühbirne1:18.75HVW
M3064.4:a_4200.18
1.283.37
dU=-3,2V1:18.75MpC
M3065.3:a_1120.27
0.360.99
1:17.9AC
M3065.3:a_2120.7
0.430.99
Ukeff1:17.9HVW
M3065.3:a_3120.85
3.336.31
1:17.9DC
M3065.3:a_4200.75
0.280.74
dU=-2,8V1:17.9MpC
M3066.1:a_1122
0.160.66
Zugmasse: 140 g1:15.22AC
M3066.1:a_2122
0.421.55
1:15.22DC
M3066.1:a_3121.07
0.441.7
Ukeff1:15.22HVW
M3066.1:a_4200.81
0.431.61
dU=-2,9V, t(BD709)=98,0°C1:15.22MpC
M3067.3:a_1122
0.270.9
alter Schleifer, Zugmasse: 155 g1:15.22AC
M3067.3:a_2122
0.240.8
alter Schleifer1:15.22DC
M3067.3:a_3120.68
0.321.1
Ukeff1:15.22HVW
M3067.3:a_4200.37
1.695.36
dU=-2,5V; tBD709=79.5°C1:15.22MpC
M3069.1:a_1121
0.321
Zugmasse: 84 g1:17.9AC
M3069.1:a_2120.8
0.591.63
1:17.9DC
M3069.1:a_313.21.43
0.281
Ukeff1:17.9HVW
M3069.1:a_420.23.7
1.022.11
dU(BD709)=-2,6V, T(BD709)=97,2°C1:17.9MpC
M3070.1:a_1122
0.260.86
1:13.5AC
M3070.1:a_2121
0.331.09
vierteilig1:13.75AC
M3070.1:a_3120.8
0.411.29
vierteilig1:13.75DC
M3070.1:a_4120.8
0.441.44
Ukeff, vierteilig1:13.75HVW
M3070.1:a_5201
0.340.99
vierteilig, t_BD709=107,3°C1:13.75MpC
M3072.2:a_1121
0.531.73
Bürstenfeder links ausgeleiert, Zugmasse: 121 g1:12.83AC
M3072.2:a_2120.8
0.62.56
Bürstenfeder links justiert1:12.83DC
M3072.2:a_3120.22
0.833.56
Ukeff1:12.83HVW
M3072.2:a_4200.29
1.645.55
dU=-2,5V; tBD709=83.7°C1:12.83MpC
M3073.1:a_1120.33
0.421.96
1:14.03AC
M3073.1:a_2120.65
0.351.73
Ukeff1:14.03HVW
M3073.1:a_3120.87
0.271.23
1:14.03DC
M3073.1:a_4200.51
0.361.64
dU=-2,4V1:14.03MpC
M3074.2:a_1120.26
0.371.35
1:14.51AC
M3074.2:a_2120.79
0.381.61
Ukeff1:14.51HVW
M3074.2:a_3120.9
0.983.94
1:14.51DC
M3074.2:a_4200.52
0.913.34
Endstufe BD709, dU=-3.0V1:14.51MpC
M3075.3:a_1122
0.291
Zugmasse: 138 g1:14.51AC
M3075.3:a_2120.8
0.662.02
1:14.51DC
M3075.3:a_3120.36
0.82.39
Ukeff1:14.51HVW
M3075.3:a_4200.67
0.541.53
dU=-2,4V, tBD709=94.6°C1:14.51MpC
M3076.1:a_1120.24
0.120.51
1:11.98AC
M3076.1:a_2121.03
0.652.67
Ukeff1:11.98HVW
M3076.1:a_3120.46
0.180.64
1:11.98DC
M3076.1:a_4200.69
0.261.12
dU=-2,7V1:11.98MpC
M3077.1:a_1121
0.873.77
läuft heiß1:5.97AC
M3077.1:a_2122
0.914.51
läuft heiß1:5.97DC
M3077.1:a_3121.03
1.034.62
Ukeff1:5.97HVW
M3077.1:a_42010
1.9913.19
nicht steuerbar, dU=-2,4V; U_eff=15,4V1:5.97MpC
M3078.1:a_1120.55
0.661.87
1:15.76AC
M3078.1:a_2121.5
0.832.81
Ukeff1:15.76HVW
M3078.1:a_3121.04
0.892.55
1:15.76DC
M3078.1:a_4200.73
0.491.42
dU=-2,6V1:15.76MpC
M3078.2:a_1122
0.82.79
1:15.76AC
M3078.2:a_2120.8
1.033.73
1:15.76DC
M3078.2:a_3120.48
0.773.04
Ukeff1:15.76HVW
M3078.2:a_4201.21
0.351.32
dU=-2,4V, tBD709=93.3°C1:15.76MpC
M3079.1:a_1120.13
0.140.48
1:14.14AC
M3079.1:a_2120.72
0.651.55
Ukeff1:14.14HVW
M3079.1:a_3120.53
1.443.56
1:14.14DC
M3079.1:a_4200.38
0.922.6
Endstufe BD709, dU=-2.9V1:14.14MpC
M3079.1:b_1120.15
0.773.33
1:14.14AC
M3079.1:b_2120.32
0.441.92
Ukeff1:14.14HVW
M3079.1:b_3120.5
0.411.64
1:14.14DC
M3079.1:b_4200.3
0.733.16
Endstufe BD709, dU=-2.3V1:14.14MpC
M3080.1:a_1121
3.928.63
starke Kontaktprobleme, neue HR1:15.76AC
M3080.1:a_2123
1.413.3
starke Kontaktprobleme, neue HR1:15.76DC
M3080.1:a_3121.25
1.771.2
Kontaktprobleme, rückwärts1:15.76AC
M3080.1:a_4120.65
0.893.91
Kontaktprobleme, vorwärts1:15.76AC
M3080.1:a_5121.25
0.41.2
Ukeff1:15.76HVW
M3080.1:a_6200.65
1.713.91
dU=-1,4V, tBD709=83.2°C1:15.76MpC
M3080.1:a_7121.95
1.433.04
Kontaktprobleme1:15.76DC
M3080.1:a_8122
0.912.43
Ukeff, starke Kontaktprobleme1:15.76HVW
M3080.1:a_9200.67
3.739.44
dU=-2,6V, t(BD709)=94,9°C1:15.76MpC
M3081.1:a_1120.14
0.271.06
1:14.69AC
M3081.1:a_2121.38
0.261.24
Ukeff1:14.69HVW
M3081.1:a_3120.62
0.331.57
1:14.69DC
M3081.1:a_4200.58
0.20.84
dU=-2,0V1:14.69MpC
M3082.20:a_1121
0.912.26
dU=-3,5V, ladenneu; Ukeff, Zugmasse: 119 g1:24.43AC
M3082.20:a_2120.8
0.320.74
dU=-3,5V, ohne Licht, ladenneu1:24.43DC
M3082.20:a_321.51
0.290.81
6021/6173; U_prim(CU)= 18,4V, DeltaU=-4,2V1:24.43MMS
M3082.20:a_4120.18
0.180.47
Ukeff, dU=-3,5V; ohne Licht.tES=33.9°C1:24.43HVW
M3082.20:a_5200.2
0.732.25
dU1=-0,8V; dU2=-3,5V, tBD709=34,3°C1:24.43MpC
M3082.3:a_1120.1
0.20.67
ölige HR1:24.43AC
M3082.3:a_2120.29
0.170.69
Ukeff; ölige HR1:24.43HVW
M3082.3:a_3120.34
0.230.89
ölige HR1:24.43DC
M3082.3:a_4200.25
0.10.35
ölige HR, dU=-2,4V,1:24.43MpC
M3082.3:a_5120.14
0.110.44
neue HR, reduzierter Bürstenandruck1:24.43AC
M3082.3:a_6120.77
0.110.42
Ukeff, neue HR, reduzierter Bürstenandruck1:24.43HVW
M3082.3:a_7120.46
0.220.86
neue HR, reduzierter Bürstenandruck1:24.43DC
M3082.3:a_8200.39
0.210.77
neue HR, reduzierter Bürstenandruck, dU=-1,9V1:24.43MpC
M3083.1:a_1120.14
0.160.75
1:23.44AC
M3083.1:a_2120.73
0.170.83
Ukeff1:23.44HVW
M3083.1:a_3120.43
0.291.46
1:23.44DC
M3083.1:a_4200.65
0.331.67
dU=-2,1V; Endstufe BD709, t(BD709)=83,8°C1:23.44MpC
M3084.1:a_1120.09
0.180.62
1:24.75AC
M3084.1:a_2120.43
0.321.09
Ukeff1:24.75HVW
M3084.1:a_3121.27
0.381.38
1:24.75DC
M3084.1:a_4200.65
0.41.46
dU=-2,8V; Endstufe BD7091:24.75MpC
M3085.3:a_1121
0.592.46
Zugmasse: 153 g1:24.69AC
M3085.3:a_2120.8
0.251.06
1:24.69DC
M3085.3:a_3120.41
0.110.53
Ukeff1:24.69HVW
M3085.3:a_4200.67
0.62.75
dU=-2,0V; tBD709=82.2°C1:24.69MpC
M3086.2:a_1120.4
1.887.31
1:26.43AC
M3086.2:a_2120.88
0.983.66
Ukeff1:26.43HVW
M3086.2:a_3120.67
0.391.54
1:26.43DC
M3086.2:a_4200.68
0.582.37
dU=-2,3V1:26.43MpC
M3087.3:a_1121
0.411.39
Zugmasse: 87 g1:17.19AC
M3087.3:a_2122
0.481.92
1:17.19DC
M3087.3:a_3120.5
0.581.92
Ukeff1:17.19HVW
M3087.3:a_4200.51
1.093.27
dU=-1,8V, tBD709=104.3°C1:17.19MpC
M3088.1:a_1120.28
0.291.22
1:16.5AC
M3088.1:a_2120.72
0.421.33
Ukeff1:16.5HVW
M3088.1:a_3121.15
1.614.9
1:16.5DC
M3088.1:a_420.51.44
1.123.87
dU=-2,3V1:16.5MpC
M3089.5:a_1121
0.381.27
Zugmasse: 177 g1:23.44AC
M3089.5:a_2120.5
0.411.42
1:23.44DC
M3089.5:a_3120.77
0.992.76
Ukeff1:23.44HVW
M3089.5:a_4200.62
0.652.28
dU=-2,5V; tBD709=99.9°C1:23.44MpC
M3090.4:a_1121
1.043.15
Zugmasse: 83 g1:17.18AC
M3090.4:a_2122
0.592.05
1:17.18DC
M3090.4:a_3120.37
0.722.12
Ukeff1:17.18HVW
M3090.4:a_4200.73
0.651.92
dU=-1,9V, tBD709=102.6°C1:17.18MpC
M3091.1:a_1122
0.260.96
Kontaktprobleme wegen Schleifer, Zugmasse: 126 g1:23.44AC
M3091.1:a_2122
1.866.08
1:23.44DC
M3091.1:a_3120.96
0.361.13
Ukeff1:23.44HVW
M3091.1:a_4200.5
0.662.35
dU=-2,7V; t(BD709)=92,5°C1:23.44MpC
M3094.6:a_1121
0.20.85
Zugmasse: 162 g1:23.44AC
M3094.6:a_2122
0.673.06
1:23.44DC
M3094.6:a_3120.51
0.371.13
Ukeff1:23.44HVW
M3094.6:a_4200.39
0.682.48
dU=-2,5V; tBD709=92,5°C1:23.44MpC
M3095.4:a_1121
0.331.32
1:19.29AC
M3095.4:a_2121.7
1.324.85
1:19.29DC
M3095.4:a_313.21.2
0.562.42
Ukeff1:19.29HVW
M3095.4:a_420.82.3
0.813.18
dU(BD709)=-2,7V1:19.29MpC
M3096.1:a_1120.39
0.330.96
entgleist ab 111g1:23.63AC
M3096.1:a_2120.64
0.862.56
Ukeff, entgleist ab 111g1:23.63HVW
M3096.1:a_3120.94
0.681.83
entgleist ab 111g1:23.63DC
M3096.1:a_4200.58
0.521.55
dU=-2,9V; tBD709=78.3°C, entgleist ab 111g1:23.63MpC
M3097.2:a_1120.38
0.351.18
1:23.44AC
M3097.2:a_2120.56
0.591.69
Ukeff1:23.44HVW
M3097.2:a_3120.57
0.973.62
1:23.44DC
M3097.2:a_4201.87
0.582.36
PWM mit HM 8150 und 81431:23.44MpC
M3098.2:a_1120.5
0.421.31
1:25.24AC
M3098.2:a_2120.61
0.491.68
Ukeff1:25.24HVW
M3098.2:a_3120.48
0.722.29
1:25.24DC
M3098.2:a_4200.77
0.752.4
dU=-2,4V, tBD709=97.1°C1:25.24MpC
M3099.2:a_1121
1.492.65
alte HR1:26.43AC
M3099.2:a_2201
4.087.05
alte HR, t(BD709)=109.5°C, quietscht1:26.43MpC
M3099.2:a_3120.8
1.312.77
Ukeff, neue HR1:26.43HVW
M3099.2:a_4120.8
1.272.52
neue HR1:26.43DC
M3101.1:a_1120.27
0.150.5
1:19.29AC
M3101.1:a_2120.05
0.1810.66
Ukeff1:19.29HVW
M3101.1:a_3120.08
0.2550.79
1:19.29DC
M3101.1:a_4200.55
0.1790.55
dU=-1,9V1:19.29MpC
M3101.1:b_119.860.08
0.7681.58
Tams EC, dU=-1,2V, LRA+1:19.29MMS
M3101.1:b_2210.22
0.5941.32
6021/6173, dU=-1,2V; LRA+1:19.29MMS
M3101.1:b_321.930.14
0.3661.03
60214/60052, dU=-1,2V; LRA+1:19.29MMS
M3101.1:b_419.150.11
2.6094.29
Tams EC, dU=-1,2V, LRA+1:19.29DCC
M3101.1:c_119.910.08
0.5021.42
Tams EC, dU=-0,6V; HAMO1:19.29MMS
M3101.1:c_219.130.11
0.6811.76
Tams EC, dU=-0,6V; HAMO1:19.29DCC
M3101.1:c_321.740.25
0.3030.94
6021/6173, dU=-0,6V; HAMO1:19.29MMS
M3101.1:c_422.060.3
0.1170.39
60214/60052, dU=-0,6V; HAMO1:19.29MMS
M3101.1:c_5120.18
1.3693.15
dU=-3,8V; HAMO1:19.29AC
M3101.1:d_122.330.71
0.2941.32
60214/60052, dU=-0,4V1:19.29MMS
M3101.1:d_222.370.18
0.0670.27
6021/6173, dU=-0,4V1:19.29MMS
M3101.1:d_319.850.08
0.0580.23
TamsEC/B4/6173, dU=-0,4V1:19.29MMS
M3101.1:d_419.130.11
0.0750.29
TamsEC/B4/6173, dU=-0,4V1:19.29DCC
M3101.1:d_5120.23
0.4181.85
dU=-5,1V1:19.29AC
M3102.2:a_1120.44
0.371.58
nicht abgeschmiert1:24.24AC
M3102.2:a_2120.79
0.592.5
Ukeff1:24.24HVW
M3102.2:a_3120.61
0.271.16
1 HR neu1:24.24DC
M3102.2:a_4200.35
0.451.91
dU=-3,0V, 1 HR neu1:24.24MpC
M3102.2:b_1120.7
0.351.06
1:24.24AC
M3102.2:b_2120.42
0.411.29
Ukeff1:24.24HVW
M3102.2:b_3120.58
0.331.13
1:24.24DC
M3102.2:b_4200.33
0.361.29
dU=-2,6V, t(BD709)=79,9°C1:24.24MpC
M3104.2:a_1120.34
0.050.22
1:24.24AC
M3104.2:a_2121.08
0.110.54
Ukeff1:24.24HVW
M3104.2:a_3120.68
0.150.75
1:24.24DC
M3104.2:a_4200.33
0.070.34
dU=-2,0V; tBD709=70.4°C1:24.24MpC
M3106.9:a_1121
0.170.69
Zugmasse: 51 g1:24.43AC
M3106.9:a_2120.8
0.341.27
1:24.43DC
M3106.9:a_313.20.8
0.331.44
Ukeff1:24.43HVW
M3106.9:a_421.51
0.31.12
dU(BD709)=-3,0V, T(BD709)=81,9°C1:24.43MpC
M3111.1:a_1120.5
0.421.63
1:23.44AC
M3111.1:a_2120.28
0.762.54
Ukeff1:23.44HVW
M3111.1:a_3200.88
0.441.78
dU=-2,6V, t(BD709)=94,4°C1:23.44MpC
M3111.1:a_4120.39
0.722.84
1:23.44DC
M3129.1:a_1120.5
0.512.2
1:13.05AC
M3129.1:a_2120.8
0.421.9
Ukeff1:13.05HVW
M3129.1:a_3120.45
0.712.72
1:13.05DC
M3129.1:a_4200.73
1.134.74
dU=-2,4V, tBD709=105.1°C1:13.05MpC
M3146.1:a_1122
0.591.53
Zugmasse: 88 g1:22.32AC
M3146.1:a_2120.8
0.491.34
1:22.32DC
M3146.1:a_3120.12
0.330.93
Ukeff1:22.32HVW
M3146.1:a_4200.2
0.210.59
dU=-1,8V1:22.32MpC
M3149.3:a_1120.27
0.762.65
1:18.75AC
M3149.3:a_2120.68
0.311.32
Ukeff1:18.75HVW
M3149.3:a_3120.52
0.471.61
1:18.75DC
M3149.3:a_4200.33
0.823.03
dU=-2,8V, t(BD709)=97,0°C1:18.75MpC
M3166.1:a_1121
0.250.91
Zugmasse: 178 g1:16.2AC
M3166.1:a_2120.56
0.451.69
1:16.2DC
M3166.1:a_3120.49
0.472.08
Ukeff1:16.2HVW
M3166.1:a_4200.56
0.461.69
dU=-2,2V, tBD709=78,7°C1:16.2MpC
M3166.1:b_1121
0.170.88
1:16.2AC
M3166.1:b_2122
0.231.12
1:16.2DC
M3166.1:b_3120.25
0.241.21
Ukeff1:16.2HVW
M3166.1:b_4201.04
0.261.3
dU=-2,5V, tBD709=89.4°C1:16.2MpC
M31859.1A:a_1120.22
1.232.43
dU=3,3V1:18AC
M31859.1A:a_219.680.08
0.972.69
TamsEC/B4/6173; dU=-1,4V1:18MMS
M31859.1A:a_319.360.3
0.421.16
6021/6173; dU=-1,3V1:18MMS
M31859.1A:a_420.560.47
0.611.72
60214/60052; dU=-1,5V1:18MMS
M3302.1:a_1120.14
0.481.09
el. U. Defekt; dU=-2,8V1:24.24AC
M3302.1:a_2122.42
1.854.99
Ukeff, el. U. Defekt; dU=-2,7V1:24.24HVW
M3302.1:a_3121.58
1.493.72
el. U. Defekt; dU=-2,7V1:24.24DC
M3302.1:a_4120.44
0.531.38
dU=-2,8V1:24.24AC
M3302.1:a_5120.65
0.320.82
Ukeff; dU=-2,8V1:24.24HVW
M3302.1:a_6121.53
0.431.23
dU=-2,8V1:24.24DC
M3302.1:a_7120.36
0.20.52
dU=-4,1V1:24.24MpC
M3309.1:a_1120.32
0.250.87
dU=-4,2V, Trickschaltung1:24.24AC
M3309.1:a_2121.13
0.41.32
Ukeff, dU=-4,2V, Trickschaltung1:24.24HVW
M3309.1:a_3121.24
0.280.98
dU=-4,2V, Trickschaltung1:24.24DC
M3309.1:a_4200.33
0.250.87
dU1=-1,6V; dU2=-4,2V, tBD709=39.0°C, Trickschaltung1:24.24MpC
M3310.1:a_1120.82
0.732.91
Ukeff, dU=-3,6V, Raucherzeuger1:24.69AC
M3310.1:a_2120.94
0.652.61
Ukeff, dU=-3,6V, Raucherzeuger1:24.69HVW
M3310.1:a_3121
0.321.31
dU=-3,6V, Raucherzeuger1:24.69DC
M3310.1:a_4200.24
0.82.77
dU1=-1,6V; dU2=-3,6V, tBD709=38.2°C1:24.69MpC
M3310.2:a_1121
0.882.54
dU=-3,0V; Ukeff, Zugmasse: 115 g1:24.69AC
M3310.2:a_2120.8
0.250.72
dU=-3,0V1:24.69DC
M3310.2:a_3120.47
0.872.16
Ukeff1:24.69HVW
M3310.2:a_4200.33
0.731.97
dU=-1,5V1:24.69MpC
M3310.2:b_1121
2.016.71
dU=-3,0V; Ukeff, Zugmasse: 127 g1:24.69AC
M3310.2:b_2121
0.321.15
dU=-3,0V1:24.69DC
M3310.2:b_3120.67
0.371
Ukeff, dU=-3,0V1:24.69HVW
M3310.2:b_4200.54
2.195.91
dU1=-3,0V, dU2=-1,6V, tBD709=33.0°C1:24.69MpC
M3311.1:a_1121
0.130.38
dU=-3,3V, Zugmasse: 178 g1:21.35AC
M3311.1:a_2120.77
0.30.82
dU=-3,1V, ungleichmäßiger Lauf1:21.35DC
M3312.1:a_1120.18
0.742.14
dU=-2,8V, t(BD486)=31,2°C, Trickschaltung1:21.21AC
M3312.1:a_2120.89
0.682.1
Ukeff, dU=-2,8V, t(BD486)=30,4°C, Trickschaltung1:21.21HVW
M3312.1:a_3120.84
0.61.83
dU=-2,8V, t(BD486)=30,2°C, Trickschaltung1:21.21DC
M3312.1:a_4200.69
0.250.82
dU1=-2,1V; dU2=-2,7V, tBD709=30,4°C,tBD486=30,1°C, Trickschaltung1:21.21MpC
M3312.1:b_1120.2
0.41.07
dU=-4,2V, Trickschaltung1:21.21AC
M3312.1:b_2120.65
0.761.97
Ukeff, dU=-4,2V, Trickschaltung1:21.21HVW
M3312.1:b_3120.39
0.842.14
dU=-4,2V, Trickschaltung1:21.21DC
M3312.1:b_4200.52
0.330.95
dU1=-1,8V; dU2=-4,2V; t(BD709)=25,3°C, t(BD436)=25,2°C, Trickschaltung1:21.21MpC
M3314.1:a_1121
1.722.88
dU=-3,5V, Kontaktprobleme, Ukeff1:24.75AC
M3314.1:a_2122
1.292.02
dU=-3,5V, Kontaktprobleme1:24.75DC
M3314.1:a_3120.64
4.868.43
Ukeff1:24.75HVW
M3314.1:a_4200.29
1.412.74
dU=-1,8V1:24.75MpC
M3314.1:b_1122
0.431.3
dU=-3,5V, Ukeff1:24.75AC
M3314.1:b_2122
0.692.06
dU=-3,5V1:24.75DC
M3314.1:b_3120.19
1.975.57
Ukeff, dU=-3,5V, Endstufe BD4361:24.75HVW
M3314.1:b_4200.67
1.694.67
dU1=-1,5V; dU2=-3,5V, tBD709=40,4°C1:24.75MpC
M3317.1:a_1122
0.761.54
dU=-3,5V, ladenneu, Ukeff, Zugmasse: 120 g1:26.79AC
M3317.1:a_2120.8
1.182.39
dU=-3,5V, ladenneu1:26.79DC
M3317.1:a_3120.63
0.380.9
Ukeff, dU=-3,4V1:26.79HVW
M3317.1:a_4200.24
0.521.25
dU1=-1,3V, dU2=-3,4V, tBD709=26.6°C1:26.79MpC
M3317.1:b_1121
0.461.26
dU=-3,5V, Ukeff1:26.79AC
M3317.1:b_2120.8
0.250.66
dU=-3,5V1:26.79DC
M3317.1:b_3120.82
0.832.01
Ukeff, dU=-3,4V1:26.79HVW
M3317.1:b_4200.7
0.441.11
dU1=-1,7V, dU2=-3,4V, tBD709=29.4°C1:26.79MpC
M3318.1:a_1120.26
0.431.24
dU=-3,8V1:26.79AC
M3318.1:a_2120.66
0.220.66
Ukeff, dU=-3,8V1:26.79HVW
M3318.1:a_3120.44
0.310.86
dU=-3,8V1:26.79DC
M3318.1:a_4200.27
0.340.95
dU(BD709)=-1,0V; dU=-3,8V1:26.79MpC
M33221.1:b_1121
1.154.06
dU=-3,5V; 7180; f=130Hz; a,v=max, Graetz: 83.0°C, Zugmasse: 183 g1:14.06AC
M33221.1:b_2120.63
0.311.18
Ukeff, 7180 mit Elko, v/a=max, Uk=1,4Us-5,71:14.06HVW
M33221.1:b_3120.55
1.894.3
7180 mit Elko, v/a=max, Uk=Us-31:14.06DC
M33221.1:b_4200.78
0.62.89
7180 mit Elko, v/a=max, Uk=Us-4, nicht sinnvoll steuerbar, keine Lastmessung1:14.06MpC
M33221.1:c_119.960.26
0.240.86
6021/6173; dU=-1,2V1:14.06MMS
M33221.1:c_219.780.08
0.742.59
TamsEC/B4/6173; dU=-1,2V1:14.06MMS
M33221.1:c_319.070.12
0.551.8
TamsEC/B4/6173; dU=-1,0V1:14.06DCC
M33221.1:c_4120.52
0.41.53
dU=-2,3V1:14.06AC
M33221.1:c_5120.48
0.231.1
dU=-4,0V1:14.06HVW
M33221.1:c_6120.49
0.973.62
dU=-2,3V1:14.06DC
M33221.1:c_7200.7
0.843.7
dU=-2,3V; dU2(BD709)=-3,4V1:14.06MpC
M33221.1:c_8120.25
0.582.4
dU=-2,3V1:14.06AC
M33221.1:d_1120.14
0.321.23
dU=-0,9V1:14.06AC
M33221.1:d_2120.31
0.361.82
dU=-0,9V1:14.06HVW
M33221.1:d_3121.1
0.311.18
dU=-1,4V1:14.06DC
M33221.1:d_4200.22
0.241.08
dU=-1,4V; dU2(BD709)=-2,8V1:14.06MpC
M33221.1:d_520.50.38
0.310.77
6021/6173; dU=-1,5V1:14.06MMS
M33221.1:d_619.70.08
0.461.18
TamsEC/B4/6173; dU=-1,5V1:14.06MMS
M33221.1:d_719.10.08
0.310.77
TamsEC/B4/6173; dU=-0,9V1:14.06DCC
M33221.1:e_119.150.08
0.230.82
TamsEC/B4/6173; dU=-1,7V; LRA1:14.06DCC
M33221.1:e_219.790.08
0.220.76
TamsEC/B4/6173; dU=-1,7V; LRA1:14.06MMS
M33221.1:e_321.860.4
0.150.47
6021/6173; dU=-1,7V; LRA1:14.06MMS
M33221.1:e_4120.17
0.130.46
dU=-1,9V; LRA1:14.06AC
M33221.1:f_1120.27
0.120.51
dU=-2,6V; LRA+; Lastwerte interpoliert1:14.06AC
M33221.1:f_10121
0.732.19
Ukeff; dU=-3,1V; LRA+; Lastwerte interpoliert; rückwärts1:14.06HVW
M33221.1:f_11120.77
0.180.6
dU=-2,4V; LRA+; Lastwerte interpoliert; rückwärts1:14.06DC
M33221.1:f_12200.56
0.923.12
dU1=-2,2V; dU2(BD709)=-3,1V; LRA+; Lastwerte interpoliert; rückwärts1:14.06MpC
M33221.1:f_13220.26
0.280.63
6021/6173; dU1=-0,4V; LRA+; Lastwerte interpoliert; rückwärts1:14.06MMS
M33221.1:f_14220.11
0.290.76
60214/60052; dU1=-0,8V; LRA+; Lastwerte interpoliert; rückwärts1:14.06MMS
M33221.1:f_1519.20.08
0.150.32
TamsEC/B4/6173; dU1=-0,4V; LRA+; Lastwerte interpoliert; rückwärts1:14.06DCC
M33221.1:f_1619.90.08
0.391
TamsEC/B4/6173; dU1=-0,6V; LRA+; Lastwerte interpoliert; rückwärts1:14.06MMS
M33221.1:f_2122.1
0.451.51
Ukeff; dU=-2,2V; LRA+; Lastwerte interpoliert1:14.06HVW
M33221.1:f_3120.89
0.461.53
dU=-2,4V; LRA+; Lastwerte interpoliert1:14.06DC
M33221.1:f_4200.5
0.441.77
dU1=-1,0V; dU2(BD709)=-3,6V; LRA+; Lastwerte interpoliert1:14.06DC
M33221.1:f_521.810.35
0.310.8
6021/6173; dU=-0,4V; LRA+; Lastwerte interpoliert1:14.06MMS
M33221.1:f_622.310.19
0.190.48
60214/60052; dU=-0,6V; LRA+; Lastwerte interpoliert1:14.06MMS
M33221.1:f_719.220.08
0.220.52
TamsEC/B4/6173; dU=-0,4V; LRA+; Lastwerte interpoliert1:14.06DCC
M33221.1:f_819.920.08
0.451.23
TamsEC/B4/6173; dU=-1,5V; LRA+; Lastwerte interpoliert1:14.06MMS
M33221.1:f_9120.15
0.270.82
dU=-2,7V; LRA+; Lastwerte interpoliert; rückwärts1:14.06AC
M3349.1:a_1120.5
0.170.61
2 Motoren; dU=-3,7V, t2=31,5°C, Trickschaltung1:13.2AC
M3349.1:a_2120.23
0.240.84
Ukeff; 2 Motoren; dU=-3,7V, t2=32,4°C, Trickschaltung1:13.2HVW
M3349.1:a_3120.78
0.210.77
2 Motoren; dU=-3,3V, t2=31,3°C, Trickschaltung1:13.2DC
M3349.1:a_4200.38
0.391.69
2 Motoren; dU1=-2,0V; dU2=-3,3V; t(BD709)=45,5°C, t(TG2)=30,8°C, Trickschaltung1:13.2MpC
M33532.1:a_1121
24.94
dU=-3,8V; unruhiger Lauf1:17.36AC
M33532.1:b_1121
0.130.59
dU=-3,8V; ohne Licht1:17.36AC
M33532.1:b_2122
0.431.96
dU=-3,8V; ohne Licht1:17.36DC
M33532.1:b_321.41
0.331.42
6021/6173; dU=-4,2V; I_Dekoder=9,6mA, I_CU+A=63,4mA1:17.36MMS
M33532.1:b_4120.9
0.240.95
Ukeff, dU=-3,8V, ohne Licht1:17.36HVW
M33532.1:b_5200.89
0.793.27
dU1=-0,7V; dU2=-3,8V, tBD709=35.0°C, ohne Licht1:17.36MpC
M33591.1:a_1120.65
0.240.83
2 Motoren; dU=-1,5V;1:27AC
M33591.1:a_2120.65
0.30.93
Ukeff; 2 Motoren; dU=-1,5V;1:27HVW
M33591.1:a_3120.41
0.651.92
2 Motoren; dU=-2,5V;1:27DC
M33591.1:a_4200.4
0.451.52
2 Motoren; dU1=-2,5V, dU2=-2,1V1:27MpC
M33591.1:a_522.020.08
0.933.31
2 Motoren; 6021/6173; dU=-2,3V1:27MMS
M3362.1:a_1120.5
0.381.33
2 Motoren; dU=-3,6V, t2=36,1°C, Trickschaltung1:13.2AC
M3362.1:a_2120.44
0.250.94
Ukeff; 2 Motoren; dU=-3,6V, t2=35,9°C, Trickschaltung1:13.2HVW
M3362.1:a_3121.16
1.033.13
2 Motoren; dU=-3,6V, t2=34,0°C, Trickschaltung1:13.2DC
M3362.1:a_4200.28
0.270.93
2 Motoren; dU1=-2,2V; dU2=-3,6V; t(BD709)=49.2°C, t(TG2)=31,7°C, Trickschaltung1:13.2MpC
M3374.2:a_1120.23
1.575.17
dU=-2,7V1:14.14AC
M3374.2:a_2120.2
1.954.64
Ukeff; dU=-2,7V; ohne Licht1:14.14HVW
M3374.2:a_319.70.1
0.231.2
TamsEC/B4/6173; dU=-3,2V;1:14.14MMS
M3374.2:a_421.340.2
0.150.76
6021/6173; dU=-3,2V;1:14.14MMS
M3374.2:b_1120.1
0.421.59
dU=-2,7V1:14.14AC
M3374.2:b_2120.44
0.391.11
Ukeff; dU=-2,7V; ohne Licht1:14.14HVW
M3374.2:b_321.390.18
0.170.9
6021/6173; dU=-3,2V;1:14.14MMS
M3374.2:b_419.890.08
0.10.51
TamsEC/B4/6173; dU=-3,2V;1:14.14MMS
M3387.1:a_1120.12
0.630.97FremdGleichstromotor, Uk=0.9Us-4,01:47.67AC
M3387.1:a_2120.28
0.40.63FremdGleichstromotor, Uk=Us-4,01:47.67HVW
M3387.1:a_3120.28
0.991.32FremdGleichstromotor, Uk=Us-4,01:47.67DC
M3387.1:a_4200.18
0.350.52FremdGleichstromotor, Uk=Us-4,01:47.67MpC
M33912.1:a_1120.24
0.682.44
dU=-2,9V1:24.69AC
M33912.1:a_2120.54
0.331.24
dU=-3,0V1:24.69HVW
M33912.1:a_3121.23
0.531.86
dU=-3,0V1:24.69DC
M33912.1:a_4200.18
0.451.68
dU1=-2,0V; dU2=-1,3V1:24.69MpC
M33912.1:a_520.860.36
0.381.84
6021/6173; dU=-2,8V;1:24.69MMS
M33912.1:a_619.820.08
0.331.34
TamsEC/B4/6173; dU=-2,8V;1:24.69MMS
M33912.1:a_721.690.21
0.130.68
60214/60052; dU=-2,8V;1:24.69MMS
M33961.1:a_1120.28
0.20.62
dU=-3,1V1:23.63AC
M33961.1:a_219.780.08
0.652.24
TamsEC/B4/6173; dU=-3,4V;1:23.63MMS
M33961.1:a_320.390.58
0.752.66
6021/6173; dU=-4,2V;1:23.63MMS
M33961.1:a_421.560.36
0.622.56
60214/60052; dU=-4,4V;1:23.63MMS
M3411.1:a_1121
0.250.79
dU=-2V, tau=0,555, f=16,38kHz, Zugmasse: 105 g1:21.35AC
M3411.1:a_2120.8
0.10.31
dU=-2V, tau=0,555, f=16,38kHz1:21.35DC
M3411.1:a_321.31
0.040.23
6021/6173; dU=-4,0V; f=16,38kHz; tau_HF=0,5551:21.35MMS
M34156.1:b_1120.43
1.063.4
1:24.75AC
M34156.1:b_2120.65
0.591.99
Ukeff1:24.75HVW
M34156.1:b_3120.44
0.311.23
1:24.75DC
M34156.1:b_4200.26
0.31.1
dU=-3,0V; t(BD709)=77,9°C1:24.75MpC
M34156.1:c_1120.45
0.391.77
1:24.75AC
M34156.1:c_2120.33
0.110.55
Ukeff1:24.75HVW
M34156.1:c_3120.81
0.180.83
1:24.75DC
M34156.1:c_4200.45
0.180.84
dU=-2,4V, tBD709=86.7°C1:24.75MpC
M34156.1:d_119.940.08
0.310.83
TamsEC/B4/6173; dU=-0,4V, LRA+1:24.75MMS
M34156.1:d_219.240.08
0.280.78
TamsEC/B4/6173; dU=-0,6V; LRA+1:24.75DCC
M34156.1:d_3120.13
0.090.46
dU=-4,6V; LRA+1:24.75AC
M34156.1:d_4120.9
0.511.76
Ukeff; dU=-3,4V; LRA+1:24.75HVW
M34156.1:d_5120.72
0.230.89
dU=-3,2V; LRA+1:24.75DC
M34156.1:d_6200.14
0.220.9
dU1=-2,4V; dU=-2,4V; LRA+1:24.75MpC
M34156.1:d_722.10.14
0.180.53
6021/6173; dU=-0,4V; LRA+1:24.75MMS
M34156.1:d_822.40.11
0.120.34
60214/60052; dU=-0,4V; LRA+1:24.75MMS
M34157.1:a_1120.28
0.291
dU=-4,9V1:24.75AC
M34157.1:a_2120.52
0.511.71
Ukeff; dU=-4,9V; ohne Licht1:24.75HVW
M34157.1:a_3120.23
1.022.99
dU=-3,5V; ohne Licht1:24.75DC
M34157.1:a_4200.33
0.581.62
dU1=-0,8V; dU2=-3,5V, ohne Licht1:24.75MpC
M34157.1:a_522.40.21
0.130.5
6021/6173; dU=-2,2V1:24.75MMS
M34158.1:a_1120.13
0.361.13
dU=-4,6V1:24.75AC
M34158.1:a_2120.42
0.290.95
Ukeff; dU=-4,6V; ohne Licht1:24.75HVW
M34158.1:a_3120.32
0.311
dU=-4,5V; ohne Licht1:24.75DC
M34158.1:a_4200.19
0.190.62
dU1=-0,3; dU2=-4,5V; ohne Licht1:24.75MpC
M34158.1:a_522.10.08
0.251.02
6021/6173; dU=-2,2V1:24.75MMS
M34171.1:a_1120.31
0.61.67
dU=-3,8V1:24.75AC
M34171.1:a_2120.31
1.072.76
Ukeff; dU=-3,8V; ohne Licht1:24.75HVW
M34171.1:a_3120.52
0.631.67
dU=-3,8V; ohne Licht1:24.75DC
M34171.1:a_4200.4
0.932.92
dU1=-1,5V; dU2=-3,8V; ohne Licht1:24.75MpC
M34171.1:a_522.20.18
0.321.27
6021/6173; dU=-2,2V1:24.75MMS
M34282.1:a_1121
0.130.38
2 Motoren; dU=-3,1V;1:25.72AC
M34282.1:a_2120.8
2.667.29
2 Motoren; dU=-3,1V; mit Licht1:25.72DC
M34282.1:a_321.31
0.210.79
2 Motoren; 6021/6173; dU=-3,1V1:25.72MMS
M34282.1:a_4120.59
0.72.14
Ukeff; 2 Motoren; dU=-3,1V1:25.72HVW
M34282.1:a_5201.3
0.421.36
2 Motoren; dU(BD709)=-2,1V; dU=-3,1V1:25.72MpC
M34350.1:a_1120.16
0.310.57
dU=-1,0V1:16.2AC
M34350.1:a_221.50.21
1.073.62
6021/6173; dU=-1,9V1:16.2MMS
M34350.1:a_319.940.08
0.41.1
TamsEC/B4/6173; dU=-1,2V1:16.2MMS
M34350.1:a_422.070.13
0.281.05
60214/60052; dU=-1,4V1:16.2MMS
M34350.1:b_1120.15
0.331.41
dU=-0,8V1:16.2AC
M34350.1:b_219.640.12
0.120.56
TamsEC/B4/6173; dU=-5,8V1:16.2MMS
M34350.1:b_321.010.22
0.452.31
6021/6173; dU=-5,8V1:16.2MMS
M34350.1:b_421.850.17
0.150.84
60214/60052; dU=-5,8V1:16.2MMS
M34440.1:a_1120.56
1.042.02FremddU=-5,3V, Bühlermotor1:25AC
M34440.1:a_219.890.08
0.952.09FremdTamsEC/B4/6173; dU=-5,0V, Bühlermotor1:25MMS
M34440.1:a_321.920.17
0.070.22Fremd6021/6173; dU=-5,0V, Bühlermotor1:25MMS
M34440.1:a_421.740.35
0.190.57Fremd60214/60052; dU=-5,0V, Bühlermotor1:25MMS
M34550.1:a_1120.34
0.460.87FremddU=-4,9V1:21AC
M34550.1:a_2121.05
0.270.5FremdUkeff; dU=-6,2V1:21HVW
M34550.1:a_319.930.08
0.160.24FremdTams EC/B4/6173, dU=-4,6V1:21MMS
M34550.1:a_422.430.34
0.210.38Fremd6021/6173, dU=-4,6V1:21MMS
M34550.1:a_522.370.12
0.320.55Fremd60214/60052; dU=-4,6V1:21MMS
M34612.1:a_1122
1.714.94
dU=-3,5V, Ukeff, Zugmasse: 212 g1:16.16AC
M34612.1:b_1122
0.472.31
dU=-3,5V, Ukeff, Zugmasse: 220 g1:16.16AC
M34612.1:b_2120.8
0.140.72
dU=-3,5V, ohne Licht1:16.16DC
M34612.1:b_321.561
0.10.49
6021/6173; dU=-3,5V1:16.16MMS
M34612.1:b_4120.35
0.231.07
Ukeff, dU=-3,5V, ohne Licht1:16.16HVW
M34612.1:b_5200.27
0.20.96
dU1=-1,2V, dU2=-3,5V, tBD709=35.4°C, ohne Licht1:16.16MpC
M3471.1:a_1121
1.033.52
dU=-3,5V, Ukeff1:16.5AC
M3471.1:a_2121.16
0.370.92
dU=-3.5V, ohne Licht1:16.5DC
M3471.1:a_3121.2
0.431.29
Ukeff, dU=-3.5V, ohne Licht1:16.5HVW
M3471.1:a_4201.5
0.371.37
dU1=-1,4V; dU2=-3.5V, ohne Licht1:16.5MpC
M3471.1:a_521.81
0.190.59
6021/6173; dU=-3,5V1:16.5MMS
M3477.1:a_1152
1.24.39
dU=-3,5V, Ukeff, läuft heiß1:5.97AC
M3477.1:a_2150.8
0.582.33
dU=-3,5V, läuft heiß, ohne Licht1:5.97DC
M3477.1:a_3150.8
0.752.7
dU=-3,6V, ohne Licht, Kontaktprobleme1:5.97DC
M3477.1:a_4150.8
0.83.27
Ukeff, dU=-3,6V, ohne Licht1:5.97HVW
M3477.1:a_5201
2.157.37
dU1=-1,4V; dU2=-3,6V, ohne Licht, t_BD709: 49,0°C; t_FZT605=89,2°C1:5.97MpC
M3477.1:a_621.41
0.622.49
6021/6173; dU=-3,6V1:5.97MMS
M3477.1:b_1120.38
0.392.31
dU=-3,4V; HAMO1:5.97AC
M3477.1:b_220.670.35
0.130.63
6021/6173; dU=-1,0V; HAMO1:5.97MMS
M3477.1:b_319.880.08
0.40.4
TamsEC/B4/6173; dU=-1,0V; HAMO1:5.97MMS
M3477.1:b_419.170.08
0.290.29
TamsEC/B4/6173; dU=-1,0V; HAMO1:5.97DCC
M3477.1:b_5120.47
2.752.75
dU=-4,8V; HAMO1:5.97HVW
M3477.1:b_6120.76
1.641.64
dU=-4,8V; HAMO1:5.97DC
M3489.1:a_1121
0.170.57
dU=-3,4V; Ukeff, Zugmasse: 100 g1:24.69AC
M3489.1:a_2120.5
1.13.44
dU=-3,4V, ohne Licht1:24.69DC
M3489.1:a_321.90.22
0.070.57
6021/6173; dU=-3,4V1:24.69MMS
M3489.1:a_4120.22
0.150.57
Ukeff, dU=-3,7V, t2=44,0°C, tau=0,93751:24.69HVW
M3489.1:a_5200.07
0.381.35
dU1=-1,0V, dU2=-3,7V, tBD709=36.2°C1:24.69MpC
M3489.1:b_1121
0.140.61
dU=-3,4V; Ukeff, Zugmasse: 118 g1:24.69AC
M3489.1:b_2120.5
0.652.38
ohne Licht, dU=-3,4V1:24.69DC
M3489.1:b_321.51
0.130.68
6021/6173; dU=-3,4V1:24.69MMS
M3489.1:b_4120.2
0.10.44
Ukeff, dU=-3,4V, ohne Licht1:24.69HVW
M3489.1:b_5200.31
0.220.93
dU=-3,4V, ohne Licht1:24.69MpC
M3489.1:c_1121
0.160.85
dU=-3,4V; Ukeff1:24.69AC
M3498.1:a_1120.52
0.310.98
dU=-3,5V1:23.14AC
M3498.1:a_2120.43
0.331.01
Ukeff; dU=-3,5V; ohne Licht1:23.14HVW
M3498.1:a_3120.43
0.290.89
dU=-3,0V; ohne Licht1:23.14DC
M3498.1:a_4200.2
0.471.43
dU1=-0,5V, dU2=-3,0V; ohne Licht1:23.14MpC
M3498.1:a_5220.14
0.391.53
6021/6173; dU=-1,0V1:23.14MMS
M3513.1:a_1120.16
0.210.71
Uk=(1,4Us-1,7V), a,v=max, entgleist bei hohen Lasten mit dem Tender, tau = ca. 0,5 (nicht eingerechnet)1:21.35AC
M3513.1:a_2120.75
0.160.57
Uk=(1,4Us-1,7V), a,v=max, entgleist bei hohen Lasten mit dem Tender, tau = ca. 0,5 (nicht eingerechnet)1:21.35HVW
M3513.1:a_3170.78
0.461.49
Uk=(Us-8,1V), a,v=max, entgleist bei hohen Lasten mit dem Tender, tau = ca. 1 (nicht eingerechnet)1:21.35DC
M3513.1:a_4200.23
0.080.28
Uk=(20-8,1V-1,3V), a,v=max, nicht sinnvoll steuerbar, dU=-1,3V1:21.35MpC
M3518.1:a_1120.21
0.10.5
dU=-5,7V1:26.79AC
M3518.1:a_2120.28
0.10.5
Ukeff; dU=-5,7V1:26.79HVW
M3518.1:a_3123.13
0.190.91
dU=-5,7V1:26.79DC
M3518.1:a_4200.26
0.441.79
dU(BD709)=-1,1V; dU=-5,7V1:26.79MpC
M36159.1:a_1120.22
0.611.39
ohne Licht, dU=-3,0V1:18AC
M36159.1:a_2120.87
0.421.22
Ukeff; ohne Licht; dU=-1,2V1:18HVW
M36159.1:a_3121.13
0.431.05
ohne Licht; dU=-1,9V1:18DC
M36159.1:a_4200.98
0.651.97
ohne Licht; dU1=-2,5V; dU2=-2,6V, t(BD709)=53,5°C1:18MpC
M36159.1:a_519.680.08
0.290.79
TamsEC/B4/6173; dU=-1,8V1:18MMS
M36159.1:a_619.340.61
0.661.71
6021/6173; dU=-1,8V1:18MMS
M36159.1:a_7200.28
0.782.76
60214/60052; dU=-1,8V1:18MMS
M36159.1:b_119.670.09
0.751.4
TamsEC/B4/6173; dU=-3,9V1:18MMS
M36159.1:b_219.070.09
0.681.42
TamsEC/B4/6173; dU=-3,9V1:18DCC
M36159.1:b_3120.44
0.260.6
dU=-4,7V; 1:18AC
M36159.1:b_4121.15
0.370.64
Ukeff; dU=-4,8V; ohne Licht1:18HVW
M36159.1:b_5122.24
2.245.03
dU=-1,9V; ohne Licht1:18DC
M36159.1:b_720.080.49
0.350.7
6021/6173; dU=-3,8V1:18MMS
M36159.1:b_821.250.19
0.260.53
60214/60052; dU=-3,8V1:18MMS
M36793.1:a_1120.14
0.250.55FremddU=-1,5V; I0ho=31,624mA (mit Blaulicht), I0ni=21,103mA (ohne Blaulicht) I0du=27,634mA1:14.73AC
M36793.1:a_2120.52
0.391.07FremddU=-1,5V; I0ho=23,355mA (mit Blaulicht), I0ni=12,640mA (ohne Blaulicht) I0du=17.998mA1:14.73HVW
M36793.1:a_321.440.27
0.120.26Fremd6021/6173; dU=-5,2V1:14.73MMS
M36793.1:a_419.90.08
0.040.09FremdTamsEC/B4/6173; dU=-5,2V1:14.73MMS
M37040.1:a_1150.21
0.320.59FremddU=-1,1V; Athlonix-Motor1:27.69AC
M37040.1:a_223.20.25
0.050.07Fremd6021/6173; dU=-1,1V; Athlonix-Motor1:27.69MMS
M37040.1:a_319.90.08
0.120.16FremdTamsEC/B4/6173; dU=-0,4V; Athlonix-Motor1:27.69MMS
M37040.1:a_422.10.24
0.150.24Fremd60214/60052; dU=-1,1V; Athlonix-Motor1:27.69MMS
M37050.1:a_1120.3
1.3482.01FremdMaxon 301663, dU=-2,3V1:23.45AC
M37050.1:a_219.90.12
0.070.14FremdTams EC, dU=-1,0V; Maxon 3016631:23.45MMS
M37050.1:a_322.60.27
0.1420.36Fremd6021/6173, dU=-1,0V; Maxon 3016631:23.45MMS
M37050.1:a_422.20.18
0.0480.12Fremd60214/60052, dU=-1,0V; Maxon 3016631:23.45MMS
M37080.1:a_1121
0.070.28
dU=-2,3V; a,v=max1:24.69AC
M37080.1:a_221.71
0.150.49
6021/6173; dU=-2,3V; a,v=max; entgleist ab 120g1:24.69MMS
M3710.1:a_1120.09
0.823
a,v=max1:24.69AC
M3710.1:a_2120.29
0.150.58
a,v=max1:24.69HVW
M3710.1:a_321.810.15
0.070.07
6021/6173; dU=-6,0V; a,v=max1:24.69MMS
M3710.1:a_419.860.08
0.140.14
TamsEC/B4/6173; dU=-6,0V; a,v=max1:24.69MMS
M3710.1:a_522.330.2
0.220.22
60214/60052; dU=-6,0V; a,v=max1:24.69MMS
M37155.1:a_1120.16
0.180.46
a,v=max; dU=-4,0V;ohne Licht1:24.75AC
M37155.1:a_222.140.12
0.10.28
6021/6173; dU=-4,3V; a,v=max1:24.75MMS
M37155.1:a_319.860.08
0.10.26
TamsEC/B4/6173; dU=-4,3V; a,v=max1:24.75MMS
M37155.1:a_4120.25
0.631.48
a,v=max; ohne Licht; dU=-4,0V1:24.75HVW
M37440.1:a_1120.08
0.410.6FremddU=-1,7V1:25AC
M37440.1:a_222.190.24
0.190.33Fremd6021/6173; dU=-1,8V1:25MMS
M37440.1:a_322.140.16
0.180.32Fremd60214/60052; dU=-1,8V1:25MMS
M37440.1:a_419.930.01
0.150.23FremdTamsEC/B4/6173; dU=-1,8V1:25MMS
M37532.1:a_1121
0.451.13
dU=-3,0V; ungleichmäßiger Lauf, Zugmasse: 156 g1:17.36AC
M37532.1:a_221.61
0.210.64
6021/6173; dU=-3,8V; a,v=max1:17.36MMS
M37532.1:a_3120.4
0.491.56
ohne Licht1:17.36HVW
M37532.1:a_419.90.08
0.150.46
TamsEC/B4/6173; dU=-3,5V; a,v=max1:17.36MMS
M37532.1:a_521.850.08
0.180.62
60214/60052; dU=-3,5V; a,v=max1:17.36MMS
M37532.1:b_1120.8
0.361.71
HAMO-Umbau1:17.36DC
M37532.1:b_222.51.9
0.160.83
ohne Dekoder, ohne Licht, dU=-3,6V1:17.36MpC
M37532.1:b_3120.33
0.10.53
1:17.36HVW
M37532.1:c_1120.5
0.080.32
dU=-1,5V, tES=38.4°C1:17.36AC
M37532.1:c_221.60.5
0.060.26
6021/6173; dU=-4,0V1:17.36MMS
M37532.1:c_319.90.08
0.080.27
TamsEC/B4/6173; dU=-4,0V1:17.36MMS
M37532.1:c_4120.62
0.682.91
dU=-1,7V; ohne Licht1:17.36HVW
M37532.1:c_5220.08
0.040.15
60214/60052; dU=-4,0V1:17.36MMS
M37532.1:d_1120.65
0.331.27
dU=-2,5V; unregelmäßige Fahrt1:17.36HVW
M37532.1:d_2120.65
0.220.83
dU=-2,5V; unregelmäßige Fahrt1:17.36DC
M37532.1:d_3200.19
0.140.53
dU1=-1,8V; dU2=-2,5V; unregelmäßige Fahrt bei τ<0,44 kaum nutzbar1:17.36MpC
M37532.1:d_422.730.08
0.060.2
6021/6173; dU=-2,5V1:17.36MMS
M37532.1:d_519.890.08
0.070.22
TamsEC/B4/6173; dU=-2,5V1:17.36MMS
M37532.1:d_619.260.09
0.060.21
TamsEC/B4/6173; dU=-2,5V1:17.36DCC
M37532.1:d_7220.24
0.040.14
60214/60052; dU=-2,5V1:17.36MMS
M37532.1:e_119.30.08
0.030.09
TamsEC/B4/6173; dU=-2,5V; Ãœberlast bei >166g1:17.36DCC
M37532.1:e_2120.53
0.241.08
dU=-2,5V; benutzt Ueff1:17.36HVW
M37532.1:e_3120.22
0.351.39
dU=-2,5V1:17.36DC
M37532.1:e_4200.61
0.813.18
dU1=-2,0V; dU2=-2,5V; bleibt gelegentlich stehen1:17.36MpC
M37532.1:f_119.950.08
0.050.19
TamsEC/B4/6173; dU=-4,0V1:17.36MMS
M37532.1:f_219.270.08
0.050.17
TamsEC/B4/6173; dU=-4,0V1:17.36DCC
M37532.1:f_3120.51
0.130.63
dU=-3,8V1:17.36HVW
M37532.1:f_4120.32
0.060.3
dU=-1,1V1:17.36DC
M37532.1:f_5200.25
0.080.37
dU1=-1,9V; dU2=-1,1V1:17.36MpC
M37532.1:f_622.260.09
0.050.2
6021/6173; dU=-4,0V1:17.36MMS
M37532.1:f_722.70.11
0.080.31
60214/60052; dU=-1,0V1:17.36MMS
M37532.1:g_119.30.08
0.040.14
TamsEC/B4/6173; dU=-3,2V1:17.36DCC
M37532.1:g_219.70.08
0.060.24
TamsEC/B4/6173; dU=-3,4V1:17.36MMS
M37532.1:g_3120.17
0.571.3
dU=-5,1V; schaltet nach Kurzschluss Fahrtrichtung um1:17.36AC
M37532.1:g_4120.56
0.661.62
dU=-4,8V; ohne Licht1:17.36HVW
M37532.1:g_5120.54
0.441.2
dU=-4,5V; ohne Licht1:17.36DC
M37532.1:g_6200.27
0.30.94
dU1=-2,2V; dU2=-2,2V; ohne Licht, startet erst nach Kurzschluss, <τ 0,44 nicht nutzbar1:17.36MpC
M37532.1:g_722.560.09
0.050.19
6021/6173; dU=-3,0V1:17.36MMS
M37532.1:g_822.740.12
0.682.27
60214/60052; dU=-0,7V1:17.36MMS
M37532.1:h_119.90.08
0.050.22
TamsEC/B4/6173; dU=-3,0V1:17.36MMS
M37532.1:h_219.20.08
0.090.38
TamsEC/B4/6173; dU=-3,0V1:17.36DCC
M37532.1:h_3120.3
0.20.8
dU=-1,1V1:17.36AC
M37532.1:h_4120.61
0.612.51
Ukeff; dU=-2,4V; ohne Licht1:17.36HVW
M37532.1:h_5120.29
0.230.94
dU=-1,1V; ohne Licht1:17.36DC
M37532.1:h_6200.23
0.170.78
dU1=-1,8V; dU2=-1,1V; ohne Licht; ändert nach Kurzschluss Fahrtrichtung1:17.36MpC
M37532.1:h_722.530.15
0.060.25
6021/6173; dU=-3,3V1:17.36MMS
M37532.1:h_822.190.17
0.080.37
60214/60052; dU=-2,5V1:17.36MMS
M37532.1:i_122.510.21
0.130.44
60214/60052; dU=-1,2V; ohne Licht1:17.36MMS
M37532.1:i_2120.12
0.060.3
dU=-3,5V; ohne Licht1:17.36AC
M37532.1:i_3120.48
0.150.69
dU=-1,8V; neues Zahnrad; ohne Licht1:17.36HVW
M37532.1:i_4120.28
0.311.3
dU=-1,2V; neues Zahnrad; ohne Licht1:17.36DC
M37532.1:i_519.910.08
0.050.13
TamsEC/B4/6173; dU=-1,4V; neues Zahnrad1:17.36DCC
M37532.1:i_622.870.16
0.070.19
6021/6173; dU=-1,4V; neues Zahnrad1:17.36MMS
M37532.1:i_719.980.08
0.120.35
TamsEC/B4/6173; dU=-1,4V; neues Zahnrad1:17.36MMS
M37532.1:j_119.290.08
0.070.23
TamsEC/B4/6173; dU=-0,2V1:17.36DCC
M37532.1:j_219.960.08
0.050.15
TamsEC/B4/6173; dU=-0,2V1:17.36MMS
M37532.1:j_322.480.19
0.10.32
6021/6173; dU=-0,2V1:17.36MMS
M37532.1:j_4120.13
0.310.84
dU=-5,2V1:17.36AC
M37532.1:j_5120.59
0.531.6
dU=-4,8V1:17.36HVW
M37532.1:j_6120.97
0.972.73
dU=-4,5V1:17.36DC
M37532.1:j_722.890.1
0.140.47
60214/60052; dU=-0,2V1:17.36MMS
M37532.1:k_119.960.08
0.130.48
TamsEC/B4/6173; dU=-0,6V1:17.36MMS
M37532.1:k_219.250.1
0.10.37
TamsEC/B4/6173; dU=-0,6V1:17.36DCC
M37532.1:k_3120.51
0.442.19
dU=-2,2V1:17.36AC
M37532.1:k_4120.92
0.140.75
dU=-1,2V1:17.36HVW
M37532.1:k_5120.58
0.281.31
dU=-1,2V1:17.36DC
M37532.1:k_6200.35
0.140.78
dU1=-0,7V; dU=-3,7V1:17.36MpC
M37532.1:k_722.540.38
0.110.41
6021/6173; dU=-2,2V1:17.36MMS
M37532.1:k_822.550.2
0.120.46
60214/60052; dU=-2,2V1:17.36MMS
M3757.1:a_1120.08
0.240.67
dU=-3.6V1:15.43AC
M3757.1:a_2120.27
1.373.98
Ukeff; dU=-1,7V1:15.43HVW
M3757.1:a_319.890.08
0.160.72
TamsEC/B4/6173; dU=-4,8V1:15.43MMS
M3757.1:a_422.260.11
0.150.78
60214/60052; dU=-4,8V1:15.43MMS
M3757.1:a_521.960.3
0.170.83
6021/6173; dU=-4,8V1:15.43MMS
M3757.1:a_6121.14
0.672.02
dU=-3,1V1:15.43DC
M3757.1:b_1120.14
0.421.32
dU=-3,5V1:16.2AC
M3757.1:b_221.30.16
0.110.6
6021/6173; dU=-5,3V1:16.2MMS
M3757.1:b_319.90.08
0.170.85
TamsEC/B4/6173; dU=-5,3V1:16.2MMS
M3757.1:b_422.20.13
0.160.93
60214/60052; dU=-5,3V1:16.2MMS
M3757.1:b_5120.91
0.662.08
Ukeff; dU=-1,9V1:16.2HVW
M3757.1:b_6120.52
0.832.5
dU=-3,6V1:16.2DC
M37691.1:a_1120.14
0.92.01
a,v=max; dU=-2,4V1:27AC
M37691.1:a_2120.17
0.671.86
a,v=max; dU=-2,8V1:27HVW
M37691.1:a_322.530.13
0.060.16
60214/60052; a,v=max; dU=-6,7V1:27MMS
M37691.1:a_421.420.24
0.150.37
6021/6173; a,v=max; dU=-6,7V1:27MMS
M37691.1:a_519.910.1
0.090.21
TamsEC/B4/6173; a,v=max; dU=-6,7V1:27MMS
M3772.1:a_1120.12
0.351.09
dU=-4,41:12.89AC
M3772.1:a_2120.58
0.832.38
Ukeff, dU=3.8V1:12.89HVW
M3772.1:a_322.20.25
0.431.96
6021/6173; dU=-5,5V1:12.89MMS
M3772.1:a_419.70.08
0.381.64
TamsEC/B4/6173; dU=-5,5V1:12.89MMS
M3772.1:a_521.50.36
0.562.59
60214/60052; dU=-5,5V1:12.89MMS
M3772.1:a_6120.4
0.882.44
dU=-3,2V1:12.89DC
M3774.1:a_1120.21
1.122.98
dU=-2,4V1:14.5AC
M3774.1:a_2121.77
2.866.33
Ukeff; dU=-2,4V1:14.5HVW
M3774.1:a_321.50.17
0.281.19
6021/6173; dU=-7,2V1:14.5MMS
M3774.1:a_419.830.08
0.20.84
TamsEC/B4/6173; dU=-7,2V1:14.5MMS
M3774.1:a_521.780.49
0.542.43
60214/60052; dU=-7,2V1:14.5MMS
M3774.1:a_6121.39
0.481.51
dU=-2,2V1:14.5DC
M37777.1:a_1120.13
0.110.57
dU=-0,8V1:5.97AC
M37777.1:a_219.950.08
0.140.14
TamsEC/B4/6173; dU=-1,1V1:5.97MMS
M37777.1:a_322.180.28
0.230.23
6021/6173; dU=-1,1V1:5.97MMS
M37852.1:a_1120.27
0.30.88FremddU=-1,1V1:16.55AC
M37852.1:a_222.290.28
0.110.31Fremd60214/60052, dU=-0,2V1:16.55MMS
M37852.1:a_322.560.18
0.050.15Fremd6021/6173, dU=-0,2V1:16.55MMS
M37852.1:a_419.940.06
0.10.3FremdTamsEC/B4/6173, dU=-0,2V1:16.55MMS
M37915.1:a_223.320.17
0.050.11Fremd6021/6173; dU=-0,6V1:27.69MMS
M37915.1:a_319.910.08
0.080.17FremdTamsEC/B4/6173; dU=-0,6V1:27.69MMS
M37915.1:a_4120.11
1.852.56FremddU=-2,4V1:27.69AC
M37915.1:a_522.620.26
0.230.53Fremd60214/60052; dU=-0,6V1:27.69MMS
M39020.1:a_1120.17
0.240.41
Upp = (1,2Us-8,6), entgleist bei hohen Lasten; TR eiern1:27.69AC
M39020.1:a_222.810.08
0.040.11
6021/6173; FS11; Upp=(1,2Us-8,6)*(FS+1)^2/256, entgleist bei hohen Lasten; TR eiern1:27.69MMS
M39020.1:a_322.740.1
0.050.12
6021/6173; FS7; Upp=(1,2Us-8,6)*(FS+1)^2/256, entgleist bei hohen Lasten; TR eiern1:27.69MMS
M39160.1:a_122.740.08
0.10.15
6021/6173; Upp = (Us-4,8V)*((FS+1)/16)^2; a,v=max1:24.75MMS
M39160.1:a_219.990.08
0.110.11
TamsEC/B4/6173; Upp = (Us-4,8V)*((FS+1)/16)^2; a,v=max1:24.75MMS
M39160.1:a_3120.82
0.611.35
a,v=max; Upp = (0,9Us-4,8V)1:24.75AC
M39160.1:a_422.810.15
0.270.43
60214/60052; Upp = (Us-4,8V)*((FS+1)/16)^2; a,v=max1:24.75MMS
M39160.1:a_5120.13
0.611.22
a,v=max; Upp = (0,9Us-4,8V)1:24.75AC
M39160.1:a_622.650.24
0.160.26
6021/6173; Upp = (Us-4,8V)*((FS+1)/16)^2; a,v=max1:24.75MMS
M39160.1:a_719.890.08
0.590.83
TamsEC/B4/6173; Upp = (Us-4,8V)*((FS+1)/16)^2; a,v=max1:24.75MMS
M39370.1:a_1122
0.260.68
a,v=max; Upp = (Us-4,2V)1:17.36AC
M39370.1:a_221.71
0.070.12
6021/6173; a,v=max; Upp = (Us-4,2V)*τ^21:17.36MMS
M39370.1:a_319.850.08
0.050.2
TamsEC/B4/6173; a,v=max; Upp = (Us-4,2V)*τ^21:17.36MMS
M39370.1:b_1120.11
0.120.56
a,v=max; Upp = (1,4Us-4,2V); Elko 1mF/63V1:17.36AC
M39370.1:b_222.490.2
0.10.41
6021/6173; a,v=max; Upp = (Us-4,2V)*τ^2; Elko 1mF/63V1:17.36MMS
M39370.1:b_319.860.08
0.040.16
TamsEC/B4/6173; a,v=max; Upp = (Us-4,2V)*τ^2; Elko 1mF/63V1:17.36MMS
M39500.1:a_1120.5
1.11.29
ruckelt unter Last; Upp = (0,9Us-4,2V)*0,411:16.55AC
M39500.1:a_2220.63
0.050.14
6021/6173; Upp = (Us-4,2V)*τ^2; FS111:16.55MMS
M39500.1:a_3220.5
0.270.56
6021/6173; Upp = (Us-4,2V)*τ^2; FS71:16.55MMS
M39500.1:a_419.90.08
0.050.15
TamsEC/B4/6173; Upp = (Us-4,2V)*τ ; FS71:16.55MMS
M39500.1:a_522.10.17
0.040.13
60214/60052; Upp = (Us-4,2V)*τ ; FS71:16.55MMS
M39500.1:a_621.70.33
0.040.12
6021/6173; Upp = (Us-4,2V)*τ ; FS71:16.55MMS
M39563.1:a_1120.15
0.690.96
Upp = (0,9Us-3,8V)1:25.33AC
M39563.1:a_222.470.16
0.110.17
60214/60052; Uk = (Us-4,2)*0,51:25.33MMS
M39563.1:a_322.690.21
0.070.11
6021/6173; Uk = (Us-4,2)*0,51:25.33MMS
M39563.1:a_419.940.08
0.040.06
TamsEC/B4/6173; Uk = (Us-4,2)*0,51:25.33MMS
M39700.1:a_1121
0.240.54
Upp = (0,9Us-4,2V)*0,411:16.5AC
M39700.1:a_222.31
0.150.48
6021/6173; Upp = (Us-4,2V)*τ^21:16.5MMS
M39821.1:a_1120.15
0.611.22
Upp = (0,9Us-4,6V); Sound nicht abschaltbar1:19.29AC
M39821.1:a_219.90.08
0.040.12
TamsEC/B4/6173; Upp = (Us-7,1V)1:19.29MMS
M39821.1:a_322.180.15
0.220.63
6021/6173; Upp = (Us-7,1V)1:19.29MMS
MDT800.3:a_1120.55
1.323.48
1:10.3AC
MDT800.3:a_2121.18
1.214.41
Ukeff1:10.3HVW
MDT800.3:a_3121.57
2.767.1
1:10.3DC
MDT800.3:a_4200.85
4.3810.61
dU=-2,7V; t(BD709)=123,4°C1:10.3MpC
MG800.1:a_1120.2
1.664.33
ohne Haftreifen, bleibt auf Weichen/Entkupplungsgleisen stehen1:27.78AC
MG800.1:a_2120.34
0.92.35
Ukeff, ohne Haftreifen, bleibt auf Weichen/Entkupplungsgleisen stehen1:27.78HVW
MG800.1:a_3120.92
0.792.15
ohne Haftreifen, bleibt auf Weichen/Entkupplungsgleisen stehen1:27.78DC
MG800.1:a_4200.59
0.952.58
dU=-2,4V; ohne Haftreifen, bleibt auf Weichen/Entkupplungsgleisen stehen, t(BD709)=85,8°C1:27.78MpC
MHR800N.1:a_1120.34
0.992.86
Tellerfedern, Plastikreifen1:20.57AC
MHR800N.1:a_2121.65
1.062.33
Ukeff, Tellerfedern, Plastikreifen1:20.57HVW
MHR800N.1:a_3122.06
1.273.16
Tellerfedern, Plastikreifen1:20.57DC
MHR800N.1:a_4200.37
0.681.7
dU=-3,1V, Endstufe BD709, Tellerfedern, Plastikreifen1:20.57MpC
MMS800.3:a_1120.22
0.31.04
Trickschaltung, 2HR1:15.43ACnicht
verfügbar
MMS800.3:a_2120.73
0.331.34
Ukeff; Trickschaltung, 2HR1:15.43HVWnicht
verfügbar
MMS800.3:a_3121.03
0.321.26
Trickschaltung, 2HR1:15.43DCnicht
verfügbar
MMS800.3:a_4200.62
0.72.73
Trickschaltung, 2HR; dU=-2,8V1:15.43MpCnicht
verfügbar
MRE800.2:a_1120.12
0.220.81
keine Haftreifen, vorne drei LED als Beleuchtung1:10.9AC
MRE800.2:a_2120.89
0.391.59
Ukeff; keine Haftreifen, vorne drei LED als Beleuchtung1:10.9HVW
MRE800.2:a_3121.24
0.752.59
keine Haftreifen, vorne drei LED als Beleuchtung1:10.9DC
MRE800.2:a_4200.52
0.190.7
dU=-2,5V; Endstufe BD709; keine Haftreifen, vorne drei LED als Beleuchtung1:10.9MpC
MSEW800.3:a_1120.27
0.391.62
1:16.67AC
MSEW800.3:a_2120.66
0.190.91
Ukeff1:16.67HVW
MSEW800.3:a_3120.93
0.241.11
1:16.67DC
MSEW800.3:a_4200.52
0.210.96
dU=-2,4V1:16.67MpC
MSEWH800.1:a_1120.4
0.361.39
ohne Haftreifen1:14.73AC
MSEWH800.1:a_2120.24
1.244.75
Ukeff; ohne Haftreifen1:14.73HVW
MSEWH800.1:a_3120.63
0.341.27
ohne Haftreifen1:14.73DC
MSEWH800.1:a_4200.43
0.190.74
dU=-2,8V; t(BD709)=87,1°C; ohne HR1:14.73MpC
MTP800.2:a_1120.21
2.56.04
ohne Glühbirnen/Relais1:19.15AC
MTP800.2:a_2121.44
0.782.52
Ukeff, ohne Glühbirnen/Relais1:19.15HVW
MTP800.2:a_3120.41
0.461.48
ohne Glühbirnen/Relais1:19.15DC
MTP800.2:a_4200.72
1.133.47
dU=-1,4V1:19.15MpC
P3006.2:a_1120.25
0.792.38
1:18.75AC
P3006.2:a_2120.47
0.932.58
Ukeff1:18.75HVW
P3006.2:a_3121.68
1.844.88
1:18.75DC
P3006.2:a_4201.29
1.944.43
dU=-1,9V, tBD709=91,7°C1:18.75MpC
P3009.2:a_1122
0.632.41
Zugmasse: 154 g1:14.69AC
P3009.2:a_2120.8
0.562.11
1:14.69DC
P3009.2:a_3121.09
0.893.21
Ukeff1:14.69HVW
P3009.2:a_4200.41
1.213.93
dU=-3,7V1:14.69MpC
P3009.2:b_1122
0.230.96
Zugmasse: 154 g1:14.69AC
P3020.1:a_1120.28
0.31.08
1HR1:17.19AC
P3020.1:a_2120.77
0.722.57
Ukeff, 1HR1:17.19HVW
P3020.1:a_3120.82
0.391.29
1HR1:17.19DC
P3020.1:a_4200.41
0.331.06
dU=-1,8V, 1HR1:17.19MpC
P3020.4:a_1121
1.314.01
1 Treibrad lose, Zugmasse: 48 g1:17.19AC
P3020.4:a_2120.5
0.762.64
1 Treibrad lose1:17.19DC
P3020.4:a_3120.62
1.032.97
Ukeff1:17.19HVW
P3020.4:a_4201.3
4.4611.08
dU=-1,7V1:17.19MpC
P3079.1:a_1120.15
1.725.89
1:15.76AC
P3079.1:a_2122.75
0.833.02
Ukeff1:15.76HVW
P3079.1:a_3120.88
1.043.93
1:15.76DC
P3079.1:a_4201.24
0.893.33
dU=-3,1V, theta(BD709)=82,3°C1:15.76MpC
P3079.4:a_1121
0.72.62
Zahnrad repariert, Zugmasse: 81 g1:16.5AC
P3079.4:a_2122
0.762.06
Kontaktprobleme1:16.5DC
P3079.4:a_3121.05
1.022.68
Ukeff1:16.5HVW
P3079.4:a_4200.82
1.393.09
dU=-2,4V, tBD709=83.1°C1:16.5MpC
P3097.2:a_1120.51
0.872.4
lose TR1:24.55AC
P3097.2:a_2120.87
0.381.29
Ukeff, lose TR1:24.55HVW
P3097.2:a_3120.88
0.752.36
lose TR1:24.55DC
P3097.2:a_4200.7
0.481.48
dU=-3,1V, lose TR1:24.55MpC
P3097.2:a_5120.39
0.51.65
TR repariert1:24.55AC
P3097.2:a_6120.69
0.471.82
Ukeff, TR repariert1:24.55HVW
P3097.2:a_7120.64
0.210.75
TR repariert1:24.55DC
P3097.2:a_8200.48
0.271.09
dU=-3,0V; TR repariert1:24.55MpC
P3097.2:b_1120.32
3.397.98
1:24.55AC
P3097.2:b_2120.43
3.268.49
Ukeff1:24.55HVW
P3097.2:b_3120.65
2.566.95
1:24.55DC
P3097.2:b_4200.47
0.82.08
du=-2,2V1:24.55MpC
P3190.1:a_1120.32
0.491.54
1:18.75AC
P3190.1:a_2120.28
0.481.6
Ukeff1:18.75HVW
P3190.1:a_3120.66
0.712.61
1:18.75DC
P3190.1:a_4200.51
1.513.08
dU=-2,5V; tBD709=95,3°C1:18.75MpC
P3197.1:a_1120.18
0.792.02
1:17.19AC
P3197.1:a_2120.96
1.153.1
Ukeff1:17.19HVW
P3197.1:a_3120.33
0.942.39
1:17.19DC
P3197.1:a_4200.4
3.338.36
dU=-2,2V, tBD709=79,3°C, schwer zu steuern1:17.19MpC
P56210.1:a_1120.18
0.210.57FremdPiko E44 131 DR, dU=-1,4V; 2 Motoren. 2. Motor: 16,394mH; R=27,9301 Ohm1:6.89ACnicht
verfügbar
P56210.1:a_2120.57
0.581.62FremdPiko E44 131 DR, dU=-4,1V; 2 Motoren1:6.89HVWnicht
verfügbar
P56210.1:a_3120.27
0.692.26FremdPiko E44 131 DR, dU=-2,0V; 2 Motoren1:6.89DCnicht
verfügbar
P56210.1:a_4200.5
0.311.03FremdPiko E44 131 DR, 2 Motoren, dU1=-1,6V; dU2=-1,8V1:6.89MpCnicht
verfügbar
P56210.1:a_519.880.08
0.130.33FremdTamsEC/B4/6173; Piko E44 131 DR, 2 Motoren, dU=-3,0V1:6.89MMSnicht
verfügbar
P56210.1:a_619.210.08
0.110.28FremdTamsEC/B4/6173; Piko E44 131 DR, 2 Motoren, dU=-1,6V1:6.89DCCnicht
verfügbar
P56210.1:a_722.510.43
0.330.85Fremd6021/6173; Piko E44 131 DR, 2 Motoren, dU=-3,0V1:6.89MMSnicht
verfügbar
P56210.1:a_822.450.14
0.310.78Fremd60214/60052; Piko E44 131 DR, 2 Motoren, dU=-3,0V1:6.89MMSnicht
verfügbar
P7120104.1:a_1120.2
0.120.55FremdPiko Taurus ES 64U2-402 Stummi-Lok AC, dU=-4,1V1:10ACnicht
verfügbar
P7120104.1:a_219.90.08
0.140.72FremdTamsEC/B4/6173; Piko Taurus ES 64U2-402 Stummi-Lok AC, dU=-3,3V1:10MMSnicht
verfügbar
P7120104.1:a_321.760.41
0.130.72Fremd6021/6173; Piko Taurus ES 64U2-402 Stummi-Lok AC, dU=-3,3V1:10MMSnicht
verfügbar
P7120104.1:a_421.660.22
0.281.64Fremd60215/60052; Piko Taurus ES 64U2-402 Stummi-Lok AC, dU=-3,3V1:10MMSnicht
verfügbar
P7120104.1:a_5121.44
0.070.38FremdPiko Taurus ES 64U2-402 Stummi-Lok AC, dU=-4,3V1:10HVWnicht
verfügbar
P7120104.1:a_6120.63
0.140.65FremdPiko Taurus ES 64U2-402 Stummi-Lok AC, dU=-5,9V1:10DCnicht
verfügbar
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