modul m1
TRANSCRIPT
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contents:
place:customer:
engine:
generator data: engine data:
gastype:design currentmin.profile supply line
design voltage
normal voltagecontrol voltage 1control voltage 2
phase Hz designvolt
400230
31
PENPEN
5050
Colour:
230V50Hz L:230V50Hz N:24V DC Plus:24V DC Minus:
current transformer:potiential free message:analog signal:
blacklight bluegreen / yellow
orange
electrical cabinet
base (H) in mm
main current:neutral conductor:ground wire:
Motortech GmbHHogrevestr. 21-23 / D-29223 CelleTelefon +49-5141-9399 0Telefax +49-5141-9399 98e-mail [email protected]
www.motortech.de
created from created for
Project:
Oswald
control voltage
shielded cables
PATEHEV
PATEHEV
PATEHEV
1000 x 1200 x 300
MOTORSTEUERUNG
MOTORTECH
???? kVA
???? A
???V
?????????
??? kW
+M1
2
88
09.06.2011
Cover sheet
redbrown
24V DC Signal: wh
lila
blacklight blue
70.00.040
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CommentSheet :
DateFileConten ts o f :No.
created from created for
1
1 S2.0001 Cover sheet
2 S2.0002 Contents
3 S2.0003 Contents
4 S2.0005 Auxiliaries Supply
5 S2.0006 Earthing Grounding
6 S2.0007 Preheating
7 S2.0008 Engine jacket water pump
8 S2.0009 Over view Terminal strips
9 S2.0010 Prelubrication 24VDC Charging unit
10 S2.0011 2 Starter motor 24VDC Charging unit
11 S2.0012 Distribution 24VDC
12 S2.0013 Over view Modules
13 S2.0014 Analog input PTM 1
14 S2.0015 Analog input AIN 8/1
15 S2.0016 Analog input AIN 8/1
16 S2.0017 Analog input AIN 8/2
17 S2.0018 Analog input AIN 8/2
18 S2.0019 Analog input AIN 8/3
19 S2.0020 Analog input AIN 8/3
20 S2.0021 Analog input AIN 8/4
21 S2.0022 Analog input AIN 8/4
22 S2.0023 Analog input AIN 8/5
23 S2.0024 Analog input AIN 8/5
24 S2.0025 Gas Mixer 1 Gas Mixer 2
25 S2.0026 Analog output PTM 1
26 S2.0027 Digital input BIN 16 / 1
27 S2.0028 Digital input BIN 16 / 1
28 S2.0029 Digital input BIN 16 / 2
29 S2.0030 Digital input BIN 16 / 2
30 S2.0031 Digital input PTM 1
31 S2.0032 Digital output BIN 16 / 1
32 S2.0033 Digital output BIN 16 / 2
33 S2.0034 Digital output PTM 1
34 S2.0035 Gas train
35 S2.0036 Oil valves
36 S2.0037 Turbo bypass valves
Contents
PATEHEV
PATEHEVOswald
09.06.2011
288
70.00.040
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CommentSheet :
DateFileConten ts o f :No.
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2
37 S2.0038 Interfaces to the Generator
38 S2.0039 Knock monitoring
39 S2.0040 Spare
40 S2.0041 Spare
41 S2.0042 Ignition System MIC 850
42 S2.0043 Ignition System MIC 850
43 S2.0044 ISC Butterfly flap
44 S2.0045 PTM 1
45 S2.0046 AIN8 / 1
46 S2.0047 AIN8 / 2
47 S2.0048 AIN8 / 3
48 S2.0049 AIN8 / 4
49 S2.0050 AIN8 / 5
50 S2.0051 BIN16/8 1
51 S2.0052 BIN16/8 2
52 S2.0053 Over view
53 S2.0054 Spare
54 S2.0055 Spare
Contents
PATEHEV
PATEHEVOswald
09.06.2011
388
70.00.040
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created from created for5
Oswald
PATEHEV
PATEHEV
PE
C6A
1
2-F1
.0,63A-F2
3
4-K10
L1L2L3
NPE
LRL
NRL
PERL
924-XH
N-XH
LN
+G1
Auxiliaries Supply
I > I > I >0.55-0.8A
1 3 5
2 4 6
-Q2I > I > I >1.8-2.5A
1 3 5
2 4 6
-Q1
13
14
21
22
13
14
21
22
1
2
3
4
5
6-K33
1
2
3
4
5
6-K16
925-XH 926 927 PE 900-XH 901 902 PE
A1
A2-K1
3M
720W
U V W PE
-M1 3M
400 VAC0,25 kW
U V W PE
-M2
GeneratorAnti condensationheater
SupplyWater returnvalve
Supply3x400/231V, 50 Hz,63A
Jacket waterbypass pump
Prelubricationoil pump
4 PE 2 3 PE1YSLY-JZ 4x2,5mm²W108
2 3 PE1YSLY-JZ 4x2,5mm²W106
+M1
6
N-XH
2 31 YSLY-JZ 5x25-W37.C
L1IF
L2IF
L3IF
NIF
PEIF
-Supply
32A
1
2
3
4
5
6-F01
32.1
34.7 32.7
28.4
28.4
14 1128.7
26.0
26.0
26.0
7.07.0
7.0
7.06.9
3
88
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Oswald
6PATEHEV
PATEHEV +M1Earthing Grounding
PE
E-XS E
E/BR
Shield
Panel frame
Engine management
system
Shield bar
Door top
Door bottom
Engine frame
E/BR
E/BR
E/BR
E/BR
PE-XS
IPE/1
Equipotential
PE Mounting plate
PE Panel
PE Door bottom
PE Door bottom
Panel
E-XH E-XH
PanelPounting plate
Earthing Passive Partsall Connections as short as possible
5 7
7.0
6.1
6.6
6.6
6.5
6.5
6.8
88
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70.00.040
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7PATEHEV
PATEHEVPreheating +M1
L2L3
L1
1
2-K10
906-XH N PE
NPE
NPE
Coolant
3 5 4 L
PE
N
-A1
CS2
CS1
1 2 3
-X1
L1L2L3
1
2
3
4
5
6-K2
Heating elements
6kW110°C
U V W N
PE
-E1
Heating elements
6kW110°C
U V W N
PE
-E1
M1
245W
L N PE
-M3
Heating Heating
C20A
1
2
3
4
5
6-F4
Cooling systemPreheating pump Socket
907 908 909 N PE 910 911 912 N PE
7.7 7.5
A1
A2-K2
24
21-K11
6 8
C13A
1
2-F3
32.1 7.1
32.2
1 2
3 4
5 6
7.5
5.9 8.05.9 8.0
5.9 8.0
5.9 8.06.9 8.0
29.7
29.7
88
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Oswald
8PATEHEV
PATEHEV +M1Engine jacket waterpump
L1L2L3
NPE
3 PE21YSLY-JZ 4x4mm²-W105
Engine jacket water pump
3M
7,5 kW2870 Upm
U V W PE
-M3
913-XH 914 915 PE
NPE
SP-SP+
RMMKWP1
Current - Relay
I >
I > I > I >14,7A
1 3 5
2 4 6
-Q3
L1L2L3
34
31-K25
A1
A2-K3
1
2
3
4
5
6
7 9
I = 12A
A2
A1
11
14
-F600
34.1
7.9 9.07.9 9.0
7.9 9.0
7.9 9.07.9 9.0
9.09.0
30.1
88
09.06.2011
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Oswald
9PATEHEV
PATEHEV
L1L2L3
NPE
NPE
SP-SP+
L1L2L3
Engine jacket water pump
I >
I > I > I >1,6A
1 3 5
2 4 6
-Q5
3M
0,58 kW1,4A
U V W PE
-M6
3 PE21YSLY-JZ 4x2,5mm²-W123
Over viewTerminal strips
SP-SP+
RMSPUELV
1
2
3
4
5
6-K31
24V DC230V AC
WR+WR-
936-XH 937 938 PE 939-XH 940 941 PE
Current - Relay
3
1-K30
3
1-K29
Closed
Open
33 35 2 E-M7
Signals 0
= Flap open
Signals 0
= Failure
Temperature
Scavening
Flap Scavening
220-X 221 222 223 224 225
Signals Flap:
Signals 1
= Flap closed
CAS
OAS
1 2
-S2
1 5 7 6 15
16
-S1
SPKZUSPKAUFSPKST
SinusInverter400VA
+ -L N
-A2
+M1
8 10
I = 1A
A2
A1
11
14
-F7
34.5
34.4 34.3
8.9 9.08.9 9.0
8.9 9.0
8.9 9.08.9 9.0
8.9 12.48.9 12.4
12.512.5
29.6
29.329.229.4
88
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70.00.040
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Oswald
10PATEHEV
PATEHEV +M1Prelubrication 24VDCCharging unit
V A EBG
4 4 3 3 1 2 3 N
PE
-G1
PUFFER18Ah/Un=27,2V
IN=60AF: 63A
Charging unit 24 VDC Sopply Charging unit
31-X 31 30 30-F82A30
STR-
86
85-K5
STR
STR+
M+
BRT
Norminal current: 60A
Boost carge: 28,2VNominal loading: 26,8V
Manual charging: 28,8V
Air conditioned control room
L1LG
L2LG
L3LG
NLG
PELG
+A1
9 11
87 3011.6
12.0
10.7
10.7
10.7
10.7
10.8
11.9
11.9
11.9
10.7
88
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Oswald
11PATEHEV
PATEHEV +M1
M
24VDC 1,5kW
+ -
-M11M
24VDC 1,5kW
+ -
-M9
10mm²red
10mm²red
10mm²blue
10mm²blue
2 Starter motor 24VDCCharging unit
40 43
85
86-K7
KA
-V2
90A
1
2-Q7
87
30-K7
- - -+ ++ +
90A
1
2-Q6
13
14
13
14
KA
-V1
- - -
-A3
40 41
25mm²red
25mm²brown
4mm²black
30
-M8
+
.
+
.Cu 40x10
50 31
Cu 40x10-
.
-
.
-
.-W2+
.-W1
50 3130
-M10Starter motor 2Starter motor 1
150mm²150mm²150mm²
H07V-K50mm²
-W5.A NYY2x120mm²Battery cables
-W6.A NYY2x120mm²Battery cables
42
Start relay
87a87
30-K13150mm²
87
30-K5
10mm²
STR+
STR-
STR
+
-G2 Battery 24V180Ah, NiCd
85
86-K6
87
30-K6
87a87
30-K13.1
C6A
1
2-F9
13
14
24
21-K15
13
14C50A
1
2-F10
24
21-K22
10mm²brown
10mm²red
4mm²black
4mm²black
1,5mm²white
42-X 40 41 43
10 12
im Schaltschrank
32.4
10.4
32.5
32.6 33.4
10.4
10.5
10.4
88
09.06.2011
70.00.040
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Oswald
12PATEHEV
PATEHEVDistribution 24VDC
M+
32-X
C6A
1
2-F11
MST-
M-
HE-
GE-
SP-
Engine control
Processor
Measuring transducter
Anti knock regulation
Monitoring current
+M1
31-X
M-
- Base
MST+
SP+
GE+
HE+
M+
21
24-K32
11 13
PTM+
PTM-
I / O Module
C16A
1
2-F14
31-X 31
Gas valves
Ignition 1
Battery flap
Turbo bypass valves
Module control panel
C16A
1
2-F13
-X 33-X 33-X -X -X
DC/AC converter
C20A
1
2-F12
31-X
ZD-
HZ-
BP-
BP+
HZ+
ZD+
GASV+
GASV-
WR-
WR+
AKART-
AKART+34.6
10.6
25.0
9.9
9.9
9.9
9.9
35.0
35.0
12.2
25.0
16.5
39.6
14.0
16.4
39.6
14.0
15.0
15.0
35.5
42.1
44.0
37.0
35.5
42.1
44.0
37.0
88
33
31
33
31
+A1-X
09.06.2011
70.00.040
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Oswald
13PATEHEV
PATEHEVOver view Modules +M1
12 14
88
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Oswald
14PATEHEV
PATEHEV +M1Analog inputPTM 1
Jacketwater Temp.Oil Temp.Fuel mixture Temp.
PTM+
PTM-GND
45.2 45.2 45.2 45.2
1-X14 2 3 4 5 6 7 8 9 10 11 12 13 14 15 166
ANALOG-INPUT
NUT 2
AI1
-A45.1
ANALOG-INPUT
NUT 7
AI2
-A45.1
ANALOG-INPUT
NUT 6
AI3
-A45.1
PTM-
13 15
A5/AO-
A5/AO+
ANALOG-INPUT
Actuator
AI4
-A45.1
Actuator feedback
PTM+
PTM-
PT100
1 2
-16B1
PT100
1 2
-16B2
PT100
1 2
-16B3
12.4 31.0
12.4 31.0
45.5
44.0
44.0
88
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D
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Oswald
15PATEHEV
PATEHEV +M1Analog inputAIN 8/1
Oil Pressure Jacketwater pressure Supercharhe pressure Spare
4..20mA
0-16 Bar
4..20mA
0-2,5 Bar
4..20mA
0,3-4,5 Bar
1 2 E
-B2
1 2 E
-B1
1 2 E
-B3
AK+AKART-
ANALOG-INPUT
SHIELD
NUP9
AAIN 1B C D
-A46.1
46.2
ANALOG-INPUT
SHIELD
NUP8
AAIN 2B C D
-A46.1
46.2
ANALOG-INPUT
SHIELD
NUP7
AAIN 3B C D
-A46.1
46.2
ANALOG-INPUT
SHIELDA
AIN 4B C D
-A46.1
46.2
500 503 504 SS 500 505 506 SS 500 507 508 SS502 SS500 501
14 16
AKART+
-F152A
500-XS
12.5
12.5 16.016.0
88
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16PATEHEV
PATEHEV +M1Analog inputAIN 8/1
0-100 Volt
4..20mA
-XS
0-120° C
4..20mA
Excitation Gen. Volt Water return Temp.
12
10 1 2
9 8
-B4
HE+
HE-
UE/1
UE-/1
UES/1
SS-X1
1 2 3
-B5
8 7 6
1 2
-A6
AK+
AKART-
ANALOG-INPUT
SHIELDA
AIN 5B C D
-A46.1
46.2
ANALOG-INPUT
SHIELDA
AIN 6B C D
-A46.1
46.2
ANALOG-INPUT
SHIELD
B4
AAIN 7B C D
-A46.1
46.2
ANALOG-INPUT
SHIELD
NUT12
AAIN 8B C D
-A46.1
46.2
+ -
-B6
+ -
-B7
Exhaust gastemperature 1after Torbo
Exhaust gastemperature 2after Torbo
15 17
12.2
12.2
15.9
15.9
16.5
16.5
16.6
88
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17PATEHEV
PATEHEV +M1Analog inputAIN 8/2
Cylinder 1 Cylinder 2 Cylinder 4Cylinder 3
+ -
-B8
+ -
-B9
+ -
-B10
+ -
-B11
ANALOG-INPUT
SHIELD
NUT1
AAIN 1B C D
-A47.1
47.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 2B C D
-A47.1
47.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 3B C D
-A47.1
47.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 4B C D
-A47.1
47.2
16 18
88
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B
C
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654321 870 9
0 1 2 3 4 5 6 7 8 9
A
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C
D
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F
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Oswald
18PATEHEV
PATEHEV +M1Analog inputAIN 8/2
Cylinder 5 Cylinder 6 Cylinder 7 Cylinder 8
+ -
-B12
+ -
-B13
+ -
-B14
+ -
-B15
ANALOG-INPUT
SHIELD
NUT1
AAIN 5B C D
-A47.1
47.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 6B C D
-A47.1
47.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 7B C D
-A47.1
47.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 8B C D
-A47.1
47.2
17 19
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B
C
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0 1 2 3 4 5 6 7 8 9
A
B
C
D
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F
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Oswald
19PATEHEV
PATEHEV +M1Analog inputAIN 8/3
Cylinder 9 Cylinder 10 Cylinder 11 Cylinder 12
+ -
-B16
+ -
-B17
+ -
-B18
+ -
-B19
ANALOG-INPUT
SHIELD
NUT1
AAIN 1B C D
-A48.1
48.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 2B C D
-A48.1
48.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 3B C D
-A48.1
48.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 4B C D
-A48.1
48.2
18 20
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C
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654321 870 9
0 1 2 3 4 5 6 7 8 9
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C
D
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F
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20PATEHEV
PATEHEV +M1Analog inputAIN 8/3
Cylinder 13 Cylinder 14 Cylinder 15 Cylinder 16
+ -
-B20
+ -
-B21
+ -
-B22
+ -
-B23
ANALOG-INPUT
SHIELD
NUT1
AAIN 5B C D
-A48.1
48.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 6B C D
-A48.1
48.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 7B C D
-A48.1
48.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 8B C D
-A48.1
48.2
19 21
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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21PATEHEV
PATEHEV +M1Analog inputAIN 8/4
Cylinder 17 Cylinder 18 Cylinder 19 Cylinder 20
+ -
-B24
+ -
-B25
+ -
-B26
+ -
-B27
ANALOG-INPUT
SHIELD
NUT1
AAIN 1B C D
-A49.1
49.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 2B C D
-A49.1
49.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 3B C D
-A49.1
49.2
ANALOG-INPUT
SHIELD
NUT1
AAIN 4B C D
-A49.1
49.2
20 22
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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22PATEHEV
PATEHEV +M1Analog inputAIN 8/4
Spare Spare Spare Spare
ANALOG-INPUT
SHIELDA
AIN 5B C D
-A49.1
ANALOG-INPUT
SHIELDA
AIN 6B C D
-A49.1
ANALOG-INPUT
SHIELDA
AIN 7B C D
-A49.1
ANALOG-INPUT
SHIELDA
AIN 8B C D
-A49.1
21 23
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
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23PATEHEV
PATEHEV +M1Analog inputAIN 8/5
Spare
-B1 -B2 -B3
50.2 50.2 50.2 50.2
ANALOG-INPUT
SHIELD
NUT4
AAIN 1B C D
-A50.1
ANALOG-INPUT
SHIELD
NUT4
AAIN 2B C D
-A50.1
ANALOG-INPUT
SHIELD
NUT4
AAIN 3B C D
-A50.1
ANALOG-INPUT
SHIELD
AAIN 4B C D
-A50.1
Generator WindingstemperaturePhase U
Generator WindingstemperaturePhase W
Generator WindingstemperaturePhase V
630-XS 631 632 SS 634 635 636 SS 637 638 639 SS
16-X 17 18 19 20 21 22 23 24
+G1
1YSLCY-JZ 12x1,5mm²-M190
2 3 4 5 6 7 8 9
22 24
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
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24PATEHEV
PATEHEV +M1Analog inputAIN 8/5
-B7
50.2 50.2 50.2 50.2
Apare Spare
34-X 35 36 37-X 38 39
640-XS 641 642 SS 643 644 645 SS
+G1
1 YSLCY-JZ 7x1,5mm²-M193
2 3 4 5 6
Bearingtemperature
in A
Bearingtemperature
in B
-B8
ANALOG-INPUT
SHIELD
AAIN 5B C D
-A50.1
ANALOG-INPUT
SHIELD
AAIN 6B C D
-A50.1
ANALOG-INPUT
SHIELD
NUT3
AAIN 7B C D
-A50.1
ANALOG-INPUT
SHIELD
NUT3
AAIN 8B C D
-A50.1
23 25
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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25PATEHEV
PATEHEVGas Mixer 1Gas Mixer 2
+M1
24 26
1+24V
2GND
32-100%
42-0%
51A
62A
71B
82B
-M12
1+24V
2GND
32-100%
42-0%
51A
62A
71B
82B
-M13
Gas Mixer 1 Gas Mixer 2
9997 98+-X - S+ S- 92 93 94 95 +-X - S+ S- 96
M+M- M-
M+
StepMotor1 PowerSupply8-36V DCMax 1A
StepMotor2
UP
UP
RUN
POWER
DOWN
DOWN
CAN1 End position
TxDRxd
100%0%
100%0%L
COM H
GND
2-100%
2- 0%
1-100%
1- 0%
+24V
1A /1
2A /1
1B /1
2B /1
1A /2
2A /2
1B /2
2B /2
+ -
-I-STEP
1A-F25
6-CAN 5 4
CAN1_/HCAN1_/CCAN1_/L
12.2 27.012.2 27.0
45.745.745.7
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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26PATEHEV
PATEHEVAnalog outputPTM 1
1 2
3 4
-T1
560 Ohm 2
1
-R1
520-X5 521 522
SS
SS
0..20mA
0..100%
G0
G Y M R
-Y1
LRLNRLPERL
Water return-Valve
+M1
45.2
ANALOG-OUTPUT
Water return
AO+ AO-
-A45.1
25 27
5.25.25.2
26.0
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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27PATEHEV
PATEHEVDigital inputBIN 16 / 1
+M1
32
31-S3
22
21-S3
14
13-S3
51-X 52 53
Oil levelengine high
Refill oil Oil levelengine low
Pre chamberdifference pressure
high
21
22
-S421
22
-S5 PP
Exhaust gasbackpressure high
Spare Over speed fail safe
89 85
A
K
-V3
GSTR1
22
2421
-K37
51.2 51.2 51.2 51.2 51.2
DIGITAL-INPUT
BI6
-A51.1
51.2 51.2 51.2
DIGITAL-INPUT
OMAX
BI1
-A51.1
DIGITAL-INPUT
OELV
BI2
-A51.1
DIGITAL-INPUT
OMIN
BI3
-A51.1
DIGITAL-INPUT
P-DIFF
BI4
-A51.1
DIGITAL-INPUT
ABGD
BI5
-A51.1
DIGITAL-INPUT
UEDZ
BI7
-A51.1
DIGITAL-INPUT
RUHE
BI8
-A51.1
26 28
M+M-
M+M-
24
21-K24
24
21-K8
22
21-K20
A2
A1-K8
151
AK
-V4
150
150
+A1-X 1
51
+A1-X
NOSI2
NOSI1
50-X 88 84
14
11-K36
86
85-K9
33.7 27.7
33.2
14 1132.424 2127.834 3132.5
30 8735.6
25.9 28.025.9 28.0
35.0
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
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28PATEHEV
PATEHEVDigital inputBIN 16 / 1
+M1
M+M-
M+M-
P
1
3
-S7
FGAS1
K
A
-V52
3
-S6 P
13
14-Q1
13
14-Q2
23
24-F13
Gas safetydevice 1
11
12
14
E F1
-F16
BAT1
OHU124VDC T
4
1
-S8
Gas pressure lowgas train 1
Gas pressure highgas train 1
Circuit braekertripped
Battery under-voltage
Temperature highintercooling water 2
Voltageprelubrecation
oil pump
Ignitionin operation
51.2 51.2 51.2 51.2 51.2 51.2 51.2 51.2
DIGITAL-INPUT
F_GAS1
BI9
-A51.1
DIGITAL-INPUT
GDMI1
BI10
-A51.1
DIGITAL-INPUT
GDMA1
BI11
-A51.1
DIGITAL-INPUT
SIFA_I
BI12
-A51.1
DIGITAL-INPUT
STBM
BI13
-A51.1
DIGITAL-INPUT
GKWT_2
BI14
-A51.1
DIGITAL-INPUT
SPG_VSP
BI15
-A51.1
DIGITAL-INPUT
ZIB
BI16
-A51.1
104-X
105-X
106
107
120
121
27 29
14
11-K1
14
11-K36
5.5
5.7
5.8
27.9 29.027.9 29.0
35.3
28.5
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
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29PATEHEV
PATEHEVDigital inputBIN 16 / 2
+M1
Pre chambergas pressure low
Flap scavengingopen
Flap scavengingclosed
FailureFlap scavenging
Spare Failureventilation fan
scavenging
Failureair condition
device
Spare
M+M-
M+M-
P
108-X
109-X
4
1
-S8
CS1
CS2
SPKAUF
SPKZU
SPKST
RMSPUELV
52.2 52.2 52.2 52.2
DIGITAL-INPUT
BI5
-A52.1
52.2 52.2 52.2
DIGITAL-INPUT
BI8
-A52.1
52.2
DIGITAL-INPUT
VKDMI
BI1
-A52.1
DIGITAL-INPUT
SPK_AUF
BI2
-A52.1
DIGITAL-INPUT
SPK_ZU
BI3
-A52.1
DIGITAL-INPUT
SPKST
BI4
-A52.1
DIGITAL-INPUT
RM_SPUELV
BI6
-A52.1
DIGITAL-INPUT
MCP_TEMP
BI7
-A52.1
28 30
7.3
7.4
28.9 30.0
9.9
9.9
9.9
9.9
28.9 30.0
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
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30PATEHEV
PATEHEVDigital inputBIN 16 / 2
+M1
SpareSpareSpareSpareSpareFeed backengine jacketwater pump 1
RMMKWP1
M+M-
M+
52.2
DIGITAL-INPUT
BI10
-A52.1
52.2
DIGITAL-INPUT
BI11
-A52.1
52.2 52.2 52.2
DIGITAL-INPUT
BI14
-A52.1
52.2
DIGITAL-INPUT
BI15
-A52.1
52.2
DIGITAL-INPUT
BI16
-A52.1
52.2
DIGITAL-INPUT
RM_MKWP1
BI9
-A52.1
DIGITAL-INPUT
GET_1
BI12
-A52.1
DIGITAL-INPUT
GET_2
BI13
-A52.1
AKR1/1
AKR2/1
AKR3/1
Knock monitoringFailure A
Knock monitoringFailure B
29 31
29.9 32.0
8.9
29.9 30.0
39.6
39.6
39.7
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
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31PATEHEV
PATEHEVDigital inputPTM 1
+M1
SpareSpareSpareSpare Spare Spare
45.2 45.2
DIGITAL-INPUT
BI3
-A45.1
45.2
DIGITAL-INPUT
BI4
-A45.1
45.2
DIGITAL-INPUT
BI5
-A45.1
45.2
DIGITAL-INPUT
BI6
-A45.1
45.2
DIGITAL-INPUT
BI7
-A45.1
45.2
DIGITAL-INPUT
BI8
-A45.1
45.2
30 32
PTM+PTM-
INPUT GND
11
14
A2
A131K1
PTM-
Fault
DIGITAL-INPUT
Fault
BI1
-A45.1
DIGITAL-INPUT
BI2
-A45.1Fault Spare
14.9 45.614.9 45.6
44.4
44.6
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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32PATEHEV
PATEHEVDigital outputBIN 16 / 1
+M1
Preheating pump Preheating on Start relay Ignition Prelubrecationoil pump24VDC
Prelubrecationoil pump400VAC
Oil refillvalves
34
31-K8
51.2 51.2 51.2 51.2 51.2 51.2 51.2 51.2
DIGITAL-OUTPUT
A_VORW
BO1
-A51.1DIGITAL-OUTPUT
A_VORWH
BO2
-A51.1DIGITAL-OUTPUT
VSP_400
B07
-A51.1DIGITAL-OUTPUT
VSP1_24
BO6
-A51.1DIGITAL-OUTPUT
A_ZUEND
BO5
-A51.1DIGITAL-OUTPUT
A_STRT
BO4
-A51.1DIGITAL-OUTPUT
A_MKWP
BO3
-A51.1
MotorküklwasserPumpe
DIGITAL-OUTPUT
OELV_AUF
BO8
-A51.1
Als -K25 schonvorhanden
31 33
14
11-K8
M+M+
A2
A1-K10
A2
A1-K11
A2
A1-K12
86
85-K13
A2
A1-K15
A2
A1-K16
A2
A1-K17
86
85
-K13.1
A2
A1-K14
27.727.7
1 27.13 45.3
24 217.1 87a
873011.5
24 2111.4
1 2
3 4
5 6
5.7
24 2136.287a
873011.6
13 1444.424 2142.2
30.9 33.0
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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33PATEHEV
PATEHEVDigital outputBIN 16 / 2
+M1
Jump outMonitoring
Cos Phi-Controller on
Prelubrecationoil pump
Gas valves onGAs train 1
DemandGassafety device 1
52.2 52.2 52.2 52.2 52.2 52.2 52.2 52.2
DIGITAL-OUTPUT
A_GAS1
BO1
-A52.1DIGITAL-OUTPUT
AGASV1
BO2
-A52.1DIGITAL-OUTPUT
A_ENTR
BO3
-A52.1DIGITAL-OUTPUT
VSP2_24
BO4
-A52.1DIGITAL-OUTPUT
A_COSPHI
BO5
-A52.1DIGITAL-OUTPUT
UW_EIN
B07
-A52.1
32 34
M+M+
A2
A1-K18
A2
A1
-K20
A2
A1-K22
A2
A1-K23
A2
A1-K24
Dexcitation / Erregerspannung
A2
A1-K21
86
85-K19
A2
A1-K33.8
A2
A1-K33.6
RUN IDLE
DIGITAL-OUTPUT
RUN
BO6
-A52.1DIGITAL-OUTPUT
IDLE
BO8
-A52.1
24 2135.1 22 2127.7 24 2111.9 24 2138.1 24 2127.722 2138.232 3138.3
87 3035.6 11 1444.911 1444.8
32.9 34.0
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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34PATEHEV
PATEHEVDigital outputPTM 1
+M1
A2
A1-K25
86
85-K27
A2
A1-K33
A2
A1-K34
A2
A1-K31
A2
A1-K32
Engine jacket waterpump 1
Pre chambergas valves
Flap scanengingopen
Flap scanengingclosed
Ventilationfan scanenging
0n
ActivationGET
Bypass pumpon
Bypass valveson
DIGITAL-OUTPUT
A_MKWP1
BO1
-A45.1
45.2
DIGITAL-OUTPUT
VKGV
BO2
-A45.1
45.2
DIGITAL-OUTPUT
SPK_AUF
BO3
-A45.1
45.2
DIGITAL-OUTPUT
SPK_ZU
BO4
-A45.1
45.2
DIGITAL-OUTPUT
SPUEL_V
BO5
-A45.1
45.2
DIGITAL-OUTPUT
AKT_GET
BO6
-A45.1
45.2
DIGITAL-OUTPUT
BY_PU
BO7
-A45.1
45.2
DIGITAL-OUTPUT
BY_V
BO8
-A45.1
45.2
M+
33 35
A2
A1-K29
A2
A1-K30
34 318.3 87 3035.8
1 2
3 4
5 6
5.5
24 2136.1
1 2
3 4
5 6
9.1
21 2412.33 19.4 3 19.4
33.9
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
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35PATEHEV
PATEHEV +M1Gas train
+ - B S
-F17Gassafety devics
VPS 504 Fa. dungsGSTR dicht
GSTR leck
100-X 101 102
24
21-K18
GSTR1
MST-
MST+
86
85-K35
FGAS1
MST-
MST+
A1
A2
-Y2A1
A2
35-X 35 31
A1
A2
-Y3
87
30-K19
87
30-K27
37 31
GASV-
GASV+
87
30-K35
30
87-K9
2,5mm²
2,5mm² 2,5mm²
2,5mm²
2,5mm² 2,5mm²
Gas valvesGas 1
Pre chamberGas valves
Gassavety Gas 1
34 36
33.1
33.2 34.2
35.3
27.8
87 3035.6
12.1 36.0
12.1 36.0
12.6
12.6
27.9
28.1
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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36PATEHEV
PATEHEV +M1
35 37
MST+
MST-
170-X 31
24
21-K34
A2
A1
-Y4
Bypass valves
54-X 31
24
21-K17
A2
A1
-Y5
Oil valves
Oil valves
34.8 32.8
35.4
35.4
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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37PATEHEV
PATEHEV +M1Turbo bypass valves
90-X 91 91a
red
black
white
blue
oeange
A B F D E C-Y6
Supply Turbobypass valves 1
Position Turbobypass valves 1
Flow TechNVA 4..20mA
red
black
white
blue
oeange
Flow TechNVA 4..20mA
90-X 91 91a
red
black
white
blue
oeange
Flow TechNVA 4..20mA
90-X 91 91a
Supply Turbobypass valves 2
Position Turbobypass valves 2
Supply Turbobypass valves 3
Position Turbobypass valves 3
A B F D E C-Y7 A B F D E C-Y8
BP-BP+
21
YSLY-OZ 2x1,5
-M181
21
YSLY-OZ 2x0,75
-M182
21
YSLY-OZ 2x1,5
-M184
21
YSLY-OZ 2x0,75
-M185
21
YSLY-OZ 2x1,5
-M186
21
YSLY-OZ 2x0,75
-M187
PositionSihnal
0,5V => 10%4,5V => 90%
PositionSihnal
0,5V => 10%4,5V => 90%
PositionSihnal
0,5V => 10%4,5V => 90%
S + -+A1-
512-XS 513 SS 513-XS 514 SS 514-XS 515 SS
36 38
12.712.7
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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38PATEHEV
PATEHEV +M1Interfaces to theGenerator
56-XH 57 70 71 745 746
CB1/1
CB2/1
ENT1/1
ENT2/1
PFL1/1
PFL2?1
+G1
24
21-K23
21
YSLY-OZ 2x1,5
-W6.8
+A1-PL1/1
+A1-PL2/1
+A1-
32
31-K21
Cos Phi controlleron
Deexitation Voltag matching
22
21-K21
37 39
33.5 33.333.3
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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39PATEHEV
PATEHEV +M1Knock monitoring
A B S
-B34
A B S
-B35
A B S
-B36
A B S
-B37
A B S
-B38
A B S
-B39
A B S
-B40
A B S
-B41
A B S
-B46
A B S
-B47
A B S
-B48
A B S
-B49
A B S
-B42
A B S
-B43
A B S
-B44
A B S
-B45
A B S
-B50
A B S
-B51
A B S
-B52
A B S
-B53
K1 K3K2
K5K4
KNOCKING SENSORS 1 - 20IGNITION PULSE
+24V
GE+
GE-
AKR3/1
AKR2/1
AKR1/1
PE 537 538 539
ASENS 1
BSENS 1
SH
SENS 1
ASEBS 2
BSENS 2
SH
SENS 2
ASENS 3
BSENS 3
SH
SENS 3
ASENS 4
1B
SENS 4
SH
SENS 4
ASENS 5
BSENS 5
SH
SENS 5
ASENS 6
BSENS 6
SH
SENS 6
ASENS 7
BSENS 7
SH
SENS 7
ASENS 8
BSENS 8
SH
SENS 8
ASENS 13
BSENS 13
SH
SENS 13
ASENS 14
BSENS 14
SH
SENS 14
ASENS 15
BSENS 15
SH
SENS 15
ASENS 16
BSENS 16
SH
SENS 16
1TIMING 1
2TIMING 1
3SHIELDING
40V
5+24V
ASENS 9
BSENS 9
SH
SENS 9
ASENS 10
BSENS 10
SH
SENS 10
ASENS 11
BSENS 11
SH
SENS 11
ASENS 12
BSENS 12
SH
SENS 12
ASENS 17
BSENS 17
SH
SENS 17
ASENS 18
BSENS 18
SH
SENS 18
ASENS 19
BSENS 19
SH
SENS 19
ASENS 20
BSENS 20
SH
SENS 20
USB
H COM
L +POWER
-POWER
E COMMON
KNOCING
TRIP
REDUCTION
0V
0-5V
5V
4-20mA-
4-20mA+
-G3
539 540 541 542 543 544
38 40
TIMING1TIMING2SHIELDING0V
CAN/H
CAN/COM
CAN/L
-F392A
-X 31
12.3
12.3
30.4
30.4
30.5
39.039.039.039.0
39.0
42.8
39.3
42.8
88
09.06.2011
70.00.040
A
B
C
D
E
F =
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0 1 2 3 4 5 6 7 8 9
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B
C
D
E
F
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date
work
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Oswald
40PATEHEV
PATEHEV +M1
39 41
Spare
88
09.06.2011
70.00.040
A
B
C
D
E
F =
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0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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date
work
created from created for
Oswald
41PATEHEV
PATEHEV +M1
40 42
Spare
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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date
work
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Oswald
42PATEHEV
PATEHEV +M1Ignition SystemMIC 850
POWER ASO Input Pickup CAN
Output
1+24V DC
2-24V DC
3-24V DC
1ASO 1
2ASO GND
3ASO 2
1A/B
2A/B
3Start/Stop
4Start/Stop
5NC
64-20mA +
74-20mA GND
84-20mA PWR
9NC
10
0-5V +
11
0-5V GND
12
0-5V PWR+
1PU 1
2PU 1 COM
3Shield
4PU PWR +
5PU 2
6PU 2 COM
7Shield
8PU 3
9PU 3 COM
10
Shield
1CAN High
2CAN GND
3CAN Low
4Shield
1Go/NoGo Hi
2Go/NoGo Lo
3GPO 1 High
4GPO 1 Low
5GPO 2 High
6GPO 2 Low
7GPO 3 High
8GPO 3 Low
-G4
41 43
B46-B47
Kurbelwelle
Reset
Kurbelwelle
Nochenwelle
BK
BU
BN
-B48
BN
BN
WH
WH
CAN/H
CAN/GND
CAN/L
24
21-K14
31 65 66
ZD+
ZD-
64-ZD
32.5
12.6
12.6
39.3
39.3
42.8
88
09.06.2011
70.00.040
A
B
C
D
E
F =
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0 1 2 3 4 5 6 7 8 9
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B
C
D
E
F
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date
work
created from created for
Oswald
43PATEHEV
PATEHEV +M1Ignition SystemMIC 850
42 44
88
09.06.2011
70.00.040
A
B
C
D
E
F =
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0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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date
work
created from created for44
Oswald
PATEHEV
PATEHEV +M1
43 45
-CAN
13
14-K14
13
14-K36
3RS232-RX
2RS232-TX
5RS232-COM
-SUB-D9HZ-HZ+
A5/AO-A5/AO+
DISCRETE
DISCRETE
DISCRETE
DISCRETE
DISCRETE
CAN PORT
120 OHM
21
-R
Input18-32Vdc
SPEEDSENSE1-60Vrms
JUMPER FOT4-20mAINOPEN FOR 0-5V
DISCRETEINPUT
SERVICEPORT
4-20mAOUTPUT
ANALOG INPUTCONFIGURABLR AS0-5V, +/- 3V, 4-20mA
MPU+
MPU-
-SPEED-SENSE
+KK1Z +BAT
Q -BAT
R MPU+
S MPU-
W
T RS232-RX
Y RS232-TX
X RS232-COM
H IO+
D IO-
J
N +
P -
U R1
V R2
K OUTPUT 1
MH
GL
C
FINPUT 1
BINPUT 2
AINPUT 3
LINPUT 4
EINPUT 5
-A5
INPUT GND
1-HZ 2 3 4 5 6 7 8 9 10 11-HZ 12 13 14 15 16
Fault
11
14-K33.6
11
14-K33.8
32.533.6
33.8
12.712.7
14.714.7
31.9
31.0
88
09.06.2011
ISCButterfly flap
3 4 5
+A1-HZ
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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PATEHEV
PATEHEV45
+M1
PTM-GND
PTM 1PTM+
PTM-
44 46
PTM-PTM+
CAN1_/HCAN1_/CCAN1_/L
CAN1_I/HCAN1_I/CCAN1_I/L
34.4
31.1
31.2
31.3
31.4
31.5
31.6
31.7
31.8
34.1
34.3
34.5
34.6
34.7
34.8
14.1
14.3
14.5
14.7
26.2
34.2
31.9
46.5
31.9
46.5
14.9
25.125.125.1 45.9
45.945.9
88
09.06.2011
Power
8 Digital-Eingänge 8 Digital Ausgänge 4 Analog-Eingänge 1 Analog-Ausgang
Fault
A_MKWP1
VKGV
SPK_AUF
SPK_ZU
SPUEL_V
AKT_GET
BY_PU
BY_V
NUT 2
NUT 7
NUT 6
Actuator
Water return
CAN
GND
+ -
BI1
BI2
BI3
BI4
BI5
BI6
BI7
BI8
BO1
BO2
BO3
BO4
BO5
BO6
BO7
BO8
AI1
AI2
AI3
AI4
AO+
AO-
+
CAN H
CAN C
CAN L
-A45.1
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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work
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Oswald
PATEHEV
PATEHEV46
+M1
Power
8 Analog-Eingänge
NUP9
NUP8
NUP7 B4
NUT12
+ -
A AIN 1
B
C
D
A AIN 2
B
C
D
A AIN 3
B
C
D
A AIN 4
B
C
D
A AIN 5
B
C
D
A AIN 6
B
C
D
A AIN 7
B
C
D
A AIN 8
B
C
DCAN1 H
CAN1 C
CAN1 L
-A46.1
16.7
16.5
16.3
16.1
15.7
15.5
15.3
15.1
AIN8 / 1
45 47
CAN1/CCAN1/L
CAN1/H
PTM-PTM+
PTM-PTM+
CAN/HCAN/CCAN/L
+A!-CAN
3-CAN 2 145.7 47.545.7 47.5
47.347.347.3
88
09.06.2011
70.00.040
A
B
C
D
E
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0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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date
work
created from created for
Oswald
PATEHEV
PATEHEV47
+M1
Power
8 Digital-Eingänge 8 Digital Ausgänge 4 Analog-Eingänge 1 Analog-Ausgang
NUT1
NUT1
NUT1
NUT1
NUT1
NUT1
NUT1
NUT1
+ -
A AIN 1
B
C
D
A AIN 2
B
C
D
A AIN 3
B
C
D
A AIN 4
B
C
D
A AIN 5
B
C
D
A AIN 6
B
C
D
A AIN 7
B
C
D
A AIN 8
B
C
DCAN1 H
CAN1 C
CAN1 L
-A47.1
18.7
18.5
18.3
18.1
17.7
17.5
17.3
17.1
AIN8 / 2
46 48
PTM-PTM+
PTM-PTM+
CAN1/CCAN1/L
CAN1/HCAN1/CCAN1/L
CAN1/H
46.7 48.546.7 48.5
46.5 48.346.5 48.346.5 48.3
88
09.06.2011
70.00.040
A
B
C
D
E
F =
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A
B
C
D
E
F
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date
work
created from created for
Oswald
PATEHEV
PATEHEV48
+M1
Power
8 Digital-Eingänge 8 Digital Ausgänge 4 Analog-Eingänge 1 Analog-Ausgang
NUT1
NUT1
NUT1
NUT1
NUT1
NUT1
NUT1
NUT1
+ -
A AIN 1
B
C
D
A AIN 2
B
C
D
A AIN 3
B
C
D
A AIN 4
B
C
D
A AIN 5
B
C
D
A AIN 6
B
C
D
A AIN 7
B
C
D
A AIN 8
B
C
DCAN1 H
CAN1 C
CAN1 L
-A48.1
20.7
20.5
20.3
20.1
19.7
19.5
19.3
19.1
AIN8 / 3
47 49
PTM-PTM+
PTM-PTM+
CAN1/CCAN1/L
CAN1/HCAN1/CCAN1/L
CAN1/H
47.7 49.547.7 49.5
47.5 49.347.5 49.347.5 49.3
88
09.06.2011
70.00.040
A
B
C
D
E
F =
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0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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date
work
created from created for
Oswald
PATEHEV
PATEHEV49
+M1
Power
8 Digital-Eingänge 8 Digital Ausgänge 4 Analog-Eingänge 1 Analog-Ausgang
NUT1
NUT1
NUT1
NUT1
+ -
A AIN 1
B
C
D
A AIN 2
B
C
D
A AIN 3
B
C
D
A AIN 4
B
C
D
A AIN 5
B
C
D
A AIN 6
B
C
D
A AIN 7
B
C
D
A AIN 8
B
C
DCAN1 H
CAN1 C
CAN1 L
-A49.1
22.7
22.5
22.3
22.1
21.7
21.5
21.3
21.1
AIN8 / 4
48 50
PTM-PTM+
PTM-PTM+
CAN1/CCAN1/L
CAN1/HCAN1/CCAN1/L
CAN1/H
48.7 50.548.7 50.5
48.5 50.348.5 50.348.5 50.3
88
09.06.2011
70.00.040
A
B
C
D
E
F =
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0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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date
work
created from created for
Oswald
PATEHEV
PATEHEV50
+M1
Power
8 Digital-Eingänge 8 Digital Ausgänge 4 Analog-Eingänge 1 Analog-Ausgang
NUT4
NUT4
NUT4 NUT3
NUT3
+ -
A AIN 1
B
C
D
A AIN 2
B
C
D
A AIN 3
B
C
D
A AIN 4
B
C
D
A AIN 5
B
C
D
A AIN 6
B
C
D
A AIN 7
B
C
D
A AIN 8
B
C
DCAN1 H
CAN1 C
CAN1 L
-A50.1
24.7
24.5
24.3
24.1
23.7
23.5
23.3
23.1
AIN8 / 5
49 51
PTM-PTM+
PTM-PTM+
CAN1/CCAN1/L
CAN1/HCAN1/CCAN1/L
CAN1/H
49.7 51.049.7 51.0
49.5 51.749.5 51.749.5 51.7
88
09.06.2011
70.00.040
A
B
C
D
E
F =
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0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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work
created from created for51
Oswald
PATEHEV
PATEHEV +M1
8 Digital-Eingänge 8 Digital Ausgänge 4 Analog-Eingänge 1 Analog-Ausgang
RPM 1 RPM 2 OUTPUTSINPUTS POWER
CAN 1
OMAX
OELV
OMIN
P-DIFF
ABGD
UEDZ
RUHE
F_GAS1
GDMI1
GDMA1
SIFA_I
STBM
GKWT_2
SPG_VSP
ZIB
A_VORW
A_VORWH
A_MKWP
A_STRT
A_ZUEND
VSP1_24
VSP_400
OELV_AUF
COM 1
+ -
BI1
BI2
BI3
BI4
BI5
BI6
BI7
BI8
BI9
BI10
BI11
BI12
BI13
BI14
BI15
BI16
BO1
BO2
BO3
BO4
BO5
BO6
B07
BO8
CAN C
CAN L
CAN H
COM 2
IN1-
IN1+
RPM+
IN2
RPM-
0V
+24V
-A51.1
28.6
27.1
27.2
27.3
27.4
27.5
27.6
27.7
27.8
28.1
28.2
28.3
28.5
28.7
28.8
32.1
32.2
32.3
32.4
32.5
32.6
32.7
32.8
28.4
BIN16/8 1
50 52
CAN1/CCAN1/L
CAN1/HCAN1/CCAN1/L
CAN1/H
PTM-PTM+
PTM-PTM+50.7 52.0
50.7 52.0
50.5 52.750.5 52.750.5 52.7
88
09.06.2011
70.00.040
A
B
C
D
E
F =
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
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date
work
created from created for
Oswald
PATEHEV
PATEHEV52
+M1BIN16/8 2
51 53
CAN1/CCAN1/L
CAN1/H CAN1_/HCAN1_/CCAN1_/L
PTM-PTM+
PTM-PTM+
8 Digital-Eingänge 8 Digital Ausgänge 4 Analog-Eingänge 1 Analog-Ausgang
RPM 1 RPM 2 OUTPUTSINPUTS POWER
CAN 1
VKDMI
SPK_AUF
SPK_ZU
SPKST
RM_SPUELV
MCP_TEMP
RM_MKWP1
GET_1
GET_2
A_GAS1
AGASV1
A_ENTR
VSP2_24
A_COSPHI
RUN
UW_EIN
IDLE
COM 1
+ -
BI1
BI2
BI3
BI4
BI5
BI6
BI7
BI8
BI9
BI10
BI11
BI12
BI13
BI14
BI15
BI16
BO1
BO2
BO3
BO4
BO5
BO6
B07
BO8
CAN C
CAN L
CAN H
COM 2
IN1-
IN1+
RPM+
IN2
RPM-
0V
+24V
-A52.1
30.6
29.1
29.2
29.3
29.4
29.5
29.6
29.7
29.8
30.1
30.2
30.3
30.5
30.7
30.8
33.1
33.2
33.3
33.4
33.5
33.6
33.7
33.8
30.4
51.7 52.051.7 52.0
45.745.745.751.9
51.951.9
88
09.06.2011
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B
C
D
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0 1 2 3 4 5 6 7 8 9
A
B
C
D
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F
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date
work
created from created for
Oswald
PATEHEV
PATEHEV53
52 54
Over view
88
09.06.2011
70.00.040
A
B
C
D
E
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A
B
C
D
E
F
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date
work
created from created for
Oswald
PATEHEV
PATEHEV54
53 55
88
09.06.2011
Spare 70.00.040
A
B
C
D
E
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A
B
C
D
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date
work
created from created for
Oswald
PATEHEV
PATEHEV55
54 70
88
09.06.2011
Spare 70.00.040
A
B
C
D
E
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0 1 2 3 4 5 6 7 8 9
A
B
C
D
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F
Sh.of
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date
work
Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
created from created for
1
6.3
. 6.3
6.6
SS +M1!-W1 ShSS 26.2
SS SS+M1!-W1 ShSchirm 26.2
6.5
+M1-XS 6.3
6.2
. 6.2
6.3
. 6.3
PATEHEV
PATEHEVOswald
7088
09.06.2011
70.00.040
A
B
C
D
E
F =+
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
Sheet
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date
work
Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
created from created for
2+G1-X
16 -B1+M1-XS 630 23.1
+M1-M190 YSLCY-JZ 12x1,5mm²
1
17 -B1+M1-XS 631 23.12
18 -B1+M1-XS 632 23.13
19 -B2+M1-XS 634 23.34
20 -B2+M1-XS 635 23.35
21 -B2+M1-XS 636 23.36
22 -B3+M1-XS 637 23.57
23 -B3+M1-XS 638 23.58
24 -B3+M1-XS 639 23.59
34 -B7+M1-XS 640 24.5
+M1-M193 YSLCY-JZ 7x1,5mm²
1
35 -B7+M1-XS 641 24.52
36 -B7+M1-XS 642 24.53
37 -B8+M1-XS 643 24.74
38 -B8+M1-XS 644 24.75
39 -B8+M1-XS 645 24.76
PATEHEV
PATEHEVOswald
7188
09.06.2011
70.00.040
A
B
C
D
E
F =+
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
Sheet
root
check
rel. change date name norm
date
work
Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
created from created for
3+M1-CAN
+KK1-A5 M 44.8
+KK1-A5 G 44.8
+KK1-A5 C 44.8
1 +A!-CAN CAN/H-A46.1 CAN1 H 46.1
2 +A!-CAN CAN/C-A46.1 CAN1 C 46.1
3 +A!-CAN CAN/L-A46.1 CAN1 L 46.1
4-I-STEP H 25.3
5-I-STEP COM 25.3
6-I-STEP L 25.3
PATEHEV
PATEHEVOswald
7288
09.06.2011
70.00.040
A
B
C
D
E
F =+
654321 870 9
0 1 2 3 4 5 6 7 8 9
A
B
C
D
E
F
Sh.of
Sheet
root
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date
work
Function text
Designation
A goal externally A goal internally
Connection
Clamp number
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Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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09.06.2011
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date
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
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3 +A1- 1+M1!-W1 ShSchirm 44.1
4 +A1- 2+KK1-A5 H 44.1
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7 -SUB-D9 2+KK1-A5 Y 44.2
8 -SUB-D9 5+KK1-A5 T 44.2
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10 -K36 14+KK1-A5 Z 44.3
11 -K33.6 14+KK1-A5 F 44.8
12 -K33.8 14+KK1-A5 B 44.9
13+KK1-A5 A 44.9
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09.06.2011
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date
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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09.06.2011
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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09.06.2011
70.00.040
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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44.0
30 -X 32-G1 3 10.6
30-X 30 10.7
30 -K5 87-G1 3 10.6
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31 -A2 --A46.1 C 12.5
31 -I-STEP --K35 86 12.1
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31 -X 31-Y2 A2 35.7
31 -K5 86-G1 4 10.6
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31-G1 4 10.6
31 -G3 -POWER-X 31 39.6
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09.06.2011
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Sh.of
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date
work
Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
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Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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84-S5 21 27.5
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88-S4 21 27.4
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90 -X 90-Y7 A 37.4
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1
90 -X-Y6 A 37.1
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1
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09.06.2011
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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91a-Y8 F 37.8
92 -I-STEP 1A /1-M12 5 25.2
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96 -I-STEP 1A /2-M13 5 25.7
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100 -K18 21-F17 + 35.1
101 -X 32-F17 - 35.1
102 -K35 85-F17 B 35.2
104 -F25-S6 2 28.2
105 -S6 3-A51.1 BI10 28.2
106 -X 104-S7 1 28.3
107 -S7 3-A51.1 BI11 28.3
108 -K36 14-S8 4 29.1
109 -S8 1-A52.1 BI1 29.1
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09.06.2011
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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225 -A52.1 BI4-S2 2 9.8
537 -G3 COMMON 39.6
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09.06.2011
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Sh.of
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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09.06.2011
70.00.04070.00.040
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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09.06.2011
70.00.04070.00.040
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
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Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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4-F7 A2 14.2
5-X14 1 14.3
6 -16B2 1-X14 2 14.3
7 -16B2 2-A45.1 AI2 14.3
8-X14 4 14.4
9-X14 5 14.5
10 -16B3 1-X14 6 14.5
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09.06.2011
70.00.04070.00.040
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Sh.of
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date
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
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PE-Supply PEIF 5.1PE
56 +G1- CB1/1-K23 24 38.1
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70 +G1- ENT1/1-K21 22 38.2
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PE -XH PE-M2 PE 5.7PE
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906 -K10 2-M3 L 7.1
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09.06.2011
70.00.04070.00.040
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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1
914 -K3 4-M3 V 8.32
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PE -XH PE-M3 PE 8.4PE
924 -K10 4+G1- L 5.3
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926 -K33 4-M1 V 5.52
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09.06.2011
70.00.04070.00.040
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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. 6.3
PE -XH E 6.8
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500 -B2 1-XS 500 15.3
500 -B3 1-XS 500 15.5
500-XS 500 15.0
500 -B1 1-XS 500 15.1
501 -B1 2-A46.1 B 15.1
502 -B1 E-A46.1 C 15.1
SS +M1!-52W1 Sh 15.1
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SS +M1!-52W1 Sh 15.5
507-A46.1 B 15.7
508-A46.1 C 15.7
SS 15.7
512 +A1- +-Y6 D 37.2
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1
513 -XS 513-Y7 D 37.5
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09.06.2011
70.00.04070.00.040
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Function text
Designation
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Connection
Clamp number
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Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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1
515 +A1- --Y8 E 37.82
SS +A1- S-M187 ShSchirm 37.9
630 +G1-X 16-A50.1 B 23.1
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631 +G1-X 17-A50.1 C 23.12
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SS-A50.1 D 23.1
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SS-A50.1 D 23.3
637 +G1-X 22-A50.1 B 23.57
638 +G1-X 23-A50.1 C 23.58
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SS -M190 Sh-A50.1 D 23.6
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641 +G1-X 35-A50.1 C 24.52
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09.06.2011
70.00.04070.00.040
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Sh.of
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Function text
Designation
A goal externally A goal internally
Connection
Clamp number
Connection
Designation
Bridges
Sheet/path
Cable designationinternal
sheet
Cable designation external
Terminal block:
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09.06.2011
70.00.04070.00.040