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BASISPLAN_MS7F02U.S00.488-01
BASISPLAN_MS7F02U.S00.488-01F02U.VXX.XXX-0X
Achtung : - alle nicht bezeichneten Leitungen sind auf AWG 24 ausgelegt
- kleine Buchstaben sind unterstrichen - rc = Ringverbinder
- Ethernetkabel mit Spec. CAT5 verwenden- für Gb Ethernet min Spec. CAT6 verwenden- Firewirekabel nach Standard IEE1394- jede CAN Verbindung muss mit 60Ω abgeschlossen sein- bei USB und Ethernetleitung unbedingt auf Paare achten- Ethernetverkabelung muss seperat geführt werden- Kabelquerschnitte müssen nach Bedarf angepasst werden
Attention : - all not marked wire´ are AWG24 - small letters are underlined
- rc = ringwire - use ethernetcable CAT5 - use for Gb ethernet at least spec CAT6 - firewirecable as spec IEE1394 - all CAN networks must be terminated with 60Ω - please respect strictly the pairs while using datawires like USB or Ethernet - ethernet wire´s must be wired separately - wire diametre must be adapted depending on usage
01 Anlage 20151005 NeA SeR RaM BEG/EMS3 .
. .
. .
.
- twisted / twisted pair
..
. ...
Sign
a l+ -
analoginput 22ANA_22
? ? ?
not d
ef.
I_A_
ANA2
2
60
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
Sign
a l+ -
analoginput 23ANA_23
? ? ?
not d
ef.
I_A_
ANA2
3
46
24
Sign
a l+ -
analoginput 24ANA_24
? ? ?
not d
ef.
I_A_
ANA2
4
28
24
Sign
a l+ -
analoginput 25ANA_25
? ? ?
not d
ef.
I_A_
ANA2
5
54
24
Sign
a l+ -
analoginput 26ANA_26
? ? ?
not d
ef.
I_A_
ANA2
6
39
24
Sign
a l+ -
analoginput 27ANA_27
? ? ?
not d
ef.
I_A_
ANA2
7
38
24
Sign
a l+ -
analoginput 28ANA_28
? ? ?
not d
ef.
I_A_
ANA2
8
47
24
Sign
a l+ -
analoginput 29ANA_29
? ? ?
not d
ef.
I_A_
ANA2
9
61
24
Sign
a l+ -
analoginput 30ANA_30
? ? ?
not d
ef.
I_A_
ANA3
0
5524
Sign
a l+ -
analoginput 31ANA_31
? ? ?
not d
ef.
I_A_
ANA3
1
48
24
Sign
a l+ -
analoginput 32ANA_32
? ? ?
not d
ef.
I_A_
ANA3
2
62
24
Sign
a l+ -
analoginput 33ANA_33
? ? ?
not d
ef.
I_A_
ANA3
3
53
24
Sign
a l+ -
analoginput 34ANA_34
? ? ?
not d
ef.
I_A_
ANA3
4
45
24
Sign
a l+ -
analoginput 35ANA_35
? ? ?
not d
ef.
I_A_
ANA3
5
37
24
Sign
a l+ -
selectableuniversal / digitalinputANADIG_01
? ? ?
not d
ef.
I_AD
_AN
ADIG
01
21
24
Sign
a l+ -
selectableuniversal / digitalinputANADIG_02
? ? ?
not d
ef.
I_AD
_AN
ADIG
02
22
24
Sign
a l+ -
selectableuniversal / digitalinputANADIG_03
? ? ?
not d
ef.
I_AD
_AN
ADIG
03
29
24
Sign
a l+ -
selectableuniversal / digitalinputANADIG_04
? ? ?
not d
ef.
I_AD
_AN
ADIG
04
30
24
Sign
a l+ -
selectableuniversal / digitalinputANADIG_05
? ? ?
not d
ef.
I_AD
_AN
ADIG
05
31
24
Sign
a l+ -
selectableuniversal / digitalinputANADIG_06
? ? ?
not d
ef.
I_AD
_AN
ADIG
06
40
24
Sign
a l+ -
selectableuniversal / digitalinputANADIG_07
? ? ?
not d
ef.
I_AD
_AN
ADIG
07
49
24
Sign
a l+ -
selectableuniversal / digitalinputANADIG_08
? ? ?
not d
ef.
I_AD
_AN
ADIG
08
56
24
delivercontrolvalve bank1fcv 1
? ?
not d
ef.
not d
ef.
O_P
_MSV
1P
26
20
O_P
_MSV
1N
35
20
delivercontrolvalve bank1fcv 1
? ?
not d
ef.
not d
ef.
O_P
_MSV
2P
18
20
O_P
_MSV
2N
11
20
2
.
1
O_P
_IN
J1P
34
20
O_P
_IN
J1N
25
20
High pressureInjection 1Cyl.1
2
.
1
O_P
_IN
J2P
58
20
O_P
_IN
J2N
59
20
High pressureInjection 2Cyl.2
2
.
1
O_P
_IN
J3P
52
20
O_P
_IN
J3N
44
20
High pressureInjection 3Cyl.3
2
.
1
O_P
_IN
J4P
5
20
O_P
_IN
J4N
4
20
High pressureInjection 4Cyl.4
2
.
1
O_P
_IN
J5P
10
20
O_P
_IN
J5N
17
20
High pressureInjection 5Cyl.5
2
.
1
O_P
_IN
J6P
51
20
O_P
_IN
J6N
43
20
High pressureInjection 6Cyl.6
2
.
1
O_P
_IN
J7P
6
20
O_P
_IN
J7N
27
20
High pressureInjection 7Cyl.7
2
.
1
O_P
_IN
J8P
2
20
O_P
_IN
J8N
1
20
High pressureInjection 8Cyl.8
V_D
YNPW
R_B
OO
ST
13
20
V_D
YNPW
R_B
OO
ST
15
20
V_D
YNPW
R_B
OO
ST
32
20
V_D
YNPW
R_B
OO
ST
33
20
V_D
YNPW
R_B
OO
ST
36
20
V_D
YNPW
R_B
OO
ST
41
20
V_D
YNPW
R_B
OO
ST
42
20
V_D
YNPW
R_B
OO
ST
50
20
V_D
YNPW
R_B
OO
ST
64
20
G_D
YNG
ND
_BO
OST
7
20
G_D
YNG
ND
_BO
OST
8
20
G_D
YNG
ND
_BO
OST
9
20
G_D
YNG
ND
_BO
OST
12
20
G_D
YNG
ND
_BO
OST
14
20
G_D
YNG
ND
_BO
OST
16
20
G_D
YNG
ND
_BO
OST
20
20
G_D
YNG
ND
_BO
OST
23
20
G_D
YNG
ND
_BO
OST
24
20
G_D
YNG
ND
3
20
Sign
a l+ -
analoginput 04ANA_04
? ? ?
not d
ef.
I_A_
ANA0
4
29
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 05ANA_05
? ? ?
not d
ef.
I_A_
ANA0
5
3
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 06ANA_06
? ? ?
not d
ef.
I_A_
ANA0
6
20
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 07ANA_07
? ? ?
not d
ef.
I_A_
ANA0
7
47
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 08ANA_08
? ? ?
not d
ef.
I_A_
ANA0
8
46
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 09ANA_09
? ? ?
not d
ef.
I_A_
ANA0
9
12
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 10ANA_10
? ? ?
not d
ef.
I_A_
ANA1
0
28
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 11ANA_11
? ? ?
not d
ef.
I_A_
ANA1
1
53
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
cylinder pressuresensor 1CYLPR1
? ? ?
not d
ef.
S+ - S+ -
1 2 3 4 5 6
accelerationpedalsensoraps
AS 0
07-3
5SN
.AS
607
-35P
N
42
O_V
_SEN
S5_A
PS1
41
G_R
_SEN
S5_A
PS1
27
I_A_
ANA_
01
66
G_R
_KS
49
G_R
_SEN
S5_A
PS2
13
I_A_
ANA1
7
electronicthrottle control 1
ath 1
M+
-
5
+ S2 - S1 H+ H-
31642
. .
2424 2424 24 24
6
I_A_
ANA1
824
63
G_R
_SEN
S5_T
HR
124
2
I_A_
ANA0
224
56
O_V
_SEN
S5_T
HR
124
electronicthrottle control 2
ath 2
M+
-
5
+ S2 - S1 H+ H-
31642
. .
14
I_A_
ANA1
924
57
GR
_SEN
S5_T
HR
224
21
I_A_
ANA0
324
48
O_V
_SEN
S5_T
HR
224
Sign
a l+ -
analoginput 12ANA_12
? ? ?
not d
ef.
I_A_
ANA1
2
38
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 13ANA_13
? ? ?
not d
ef.
I_A_
ANA1
3
45
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 14ANA_14
? ? ?
not d
ef.
I_A_
ANA1
4
37
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 15ANA_15
? ? ?
not d
ef.
I_A_
ANA1
5
7
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 16ANA_16
? ? ?
not d
ef.
I_A_
ANA1
6
8
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 20ANA_20
? ? ?
not d
ef.
I_A_
ANA2
0
1
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
Sign
a l+ -
analoginput 21ANA_21
? ? ?
not d
ef.
I_A_
ANA2
1
19
24
O_V
_SEN
S5_1
24
24
G_R
_SEN
S5_1
16
24
I_A_
ANA3
6_PC
YL
5
24
O_V
_SEN
S5_2
9
24
G_R
_PC
YL
18
24
Sign
a l+ -
cylinder pressuresensor 2CYLPR2
? ? ?
not d
ef.
I_A_
ANA3
7_PC
YL
10
24
Sign
a l+ -
cylinder pressuresensor 3CYLPR3
? ? ?
not d
ef.
I_A_
ANA3
8_PC
YL
11
24
Sign
a l+ -
cylinder pressuresensor 4CYLPR4
? ? ?
not d
ef.
I_A_
ANA3
9_PC
YL
17
24
Sign
a l+ -
cylinder pressuresensor 5CYLPR5
? ? ?
not d
ef.
I_A_
ANA4
0_PC
YL
25
24
Sign
a l+ -
cylinder pressuresensor 6CYLPR6
? ? ?
not d
ef.
I_A_
ANA4
1_PC
YL
26
24
Sign
a l+ -
cylinder pressuresensor 7CYLPR7
? ? ?
not d
ef.
I_A_
ANA4
2_PC
YL
34
24
Sign
a l+ -
cylinder pressuresensor 8CYLPR8
? ? ?
not d
ef.
I_A_
ANA4
3_PC
YL
4
24
Sign
a l+ -
fast analoginput 44up21
? ? ?
not d
ef.
I_A_
ANA4
4_FA
DC
44
24
Sign
a l+ -
fast analoginput 45up21_2
? ? ?
not d
ef.
I_A_
ANA4
5_FA
DC
64
24
Sign
a l+ -
fast analoginput 46up22
? ? ?
not d
ef.
I_A_
ANA4
6_FA
DC
43
24
Sign
a l+ -
fast analoginput 47up22_2
? ? ?
not d
ef.
I_A_
ANA4
7_FA
DC
59
24
Sign
a l+ -
fast analoginput 48FASTANA_48
? ? ?
not d
ef.
I_A_
ANA4
8_FA
DC
52
24
Sign
a l+ -
fast analoginput 49FASTANA_49
? ? ?
not d
ef.
I_A_
ANA4
9_FA
DC
36
24
. .
exhaust gastemp. sensor1
texh 1
. . .
I_A_
TEXH
1N
58
24I_
A_TE
XH1P
51
24
+ -
not d
ef.
not d
ef.
. .
exhaust gastemp. sensor2
texh 2
. . .
+ -
not d
ef.
not d
ef.
35
G_C
_SEN
SSC
R24
I_A_
TEXH
2P
65
24
35
G_C
_SEN
SSC
R24
I_A_
TEXH
2N
60
24
G_C
_SEN
SSC
R24
35
G_C
_SEN
SSC
R24
G_C
_SEN
SSC
R
24
knocksensor 1bank 1
KNOCK1
knocksensor 2bank 1
KNOCK2
2 112
..
knocksensor 3bank 2
KNOCK3
knocksensor 4bank 2
KNOCK4
2 112
..not d
ef.
not d
ef.
not d
ef.
not d
ef.
not d
ef.
not d
ef.
not d
ef.
not d
ef.
61
I_A_
KS1A
24
G_R
_KS
24
54
I_A_
KS1B
24
G_R
_KS
24
62
I_A_
KS2A
24
G_R
_KS
24
55
I_A_
KS2B
24
D26
1.20
5.35
6-01
.
twis
ted
pair
twis
ted
pair
lambda sensor Bank1D261.205.356-01LSU 4.9lam_1
1 65 234
Ner
nst
Pum
p
D26
1.20
5.35
6-01
.
lambda sensor Bank2D261.205.356-01LSU 4.9lam_2
1 65 234
Ner
nst
Pum
p
twis
ted
pair
twis
ted
pair
35
G_C
_SEN
SSC
R24
31
I_A_
LSU
1IP
24
32
I_A_
LSU
1IA
24
39
I_A_
LSU
1VM
24
40
I_A_
LSU
1UN
24 24 24 24 24 24
35
G_C
_SEN
SSC
R
23
I_A_
LSU
2IP
33
I_A_
LSU
2IA
22
I_A_
LSU
2VM
30
I_A_
LSU
2UN
2
.
1
O_S
_LS0
9
19
20
Cylinder 1Injectionvalve
2
.
1
Cylinder 2Injectionvalve
2
.
1
Cylinder 3Injectionvalve
2
.
1
Cylinder 4Injectionvalve
2
.
1
Cylinder 5Injectionvalve
2
.
1
Cylinder 6Injectionvalve
2
.
1
Cylinder 7Injectionvalve
2
.
1
Cylinder 8Injectionvalve
2
.
1
Cylinder 9Injectionvalve
2
.
1
Cylinder 10Injectionvalve
2
.
1
Cylinder 11Injectionvalve
2
.
1
Cylinder 12Injectionvalve
O_S
_LS1
0
52
20
O_S
_LS1
1
18
20
O_S
_LS1
2
60
20
O_S
_LS1
3
10
20
O_S
_LS1
4
53
20
O_S
_LS1
5
27
20
O_S
_LS1
6
61
20
O_S
_LS1
7
5
20
O_S
_LS1
8
44
20
O_S
_LS1
9
25
20
O_S
_LS2
0
45
20
O_S
_LS0
1
12
20
O_S
_LS0
2
34
20
lowside switchescurrent 4A
O_S
_LS0
3
17
20
O_S
_LS0
4
59
20
O_S
_LS0
5
6
20
O_S
_LS0
6
51
20
O_S
_LS0
7
43
20
O_S
_LS0
8
65
20
lowside switchescurrent 3A
O_S
_LS2
1
11
20
O_S
_LS2
2
36
20
O_S
_LS2
3
35
20
O_S
_LS2
4
64
20
lowside switchescurrent 2.2A
66
O_S
_HBR
1P20
62
O_S
_HBR
1N20
57
O_S
_HBR
2N20
63
O_S
_HBR
2P20
O_S
_LS2
5
26
20
lowside switchcurrent 1A low dump res.
50
O_V
_SEN
S5_A
PS2
24
M+
-
.
H+H-
. . .no
t def
.no
t def
.
H-Bridge 3current 8.5AHB3
O_S
_HBR
3N
1
20
O_S
_HBR
3P
2
20
.
15 14a
ignitioncoil 1IGN 1
20
.
15 14a
ignitioncoil 2IGN 2
20
.
15 14a
ignitioncoil 3IGN 3
20
.
15 14a
ignitioncoil 4IGN 4
20
.
15 14a
ignitioncoil 5IGN 5
20
.
15 14a
ignitioncoil 6IGN 6
20
.
15 14a
ignitioncoil 7IGN 7
20
.
15 14a
ignitioncoil 8IGN 8
20
selectable int. ignition powerstage or ignition driver
O_P
_IG
N01
50
20
O_P
_IG
N02
3
20
O_P
_IG
N03
33
20
O_P
_IG
N04
9
20
O_P
_IG
N05
24
20
O_P
_IG
N06
8
20
O_P
_IG
N07
42
20
O_P
_IG
N08
16
20
O_P
_IG
N09
7
24
ignitioncoil 9IGN 9
O_P
_IG
N10
20
24
ignitioncoil 10IGN 10
O_P
_IG
N11
13
24
ignitioncoil 11IGN 11
O_P
_IG
N12
14
24
ignitioncoil 12IGN 12
Onlyignition driver
4
O_S
_LSH
120
58
O_S
_LSH
220
? ?
not d
ef. ? ?
not d
ef. ? ?
not d
ef. ? ?
not d
ef.
46
O_A
_MO
OG
1P24
38
O_A
_MO
OG
1N24
54
O_A
_MO
OG
2P24
47
O_A
_MO
OG
2N24
39
O_A
_MO
OG
3P24
48
O_A
_MO
OG
3N24
40
O_A
_MO
OG
4P24
31
O_A
_MO
OG
4N24
Moogvalve 1M1
Moogvalve 2M2
Moogvalve 3M3
Moogvalve 4M4
H-Bridge for Moog valvescurrent 12mA
28
V_D
YNPW
R20
30
V_D
YNPW
R20
22
G_D
YNG
ND
20
29
G_D
YNG
ND
20
32
G_D
YNG
ND
20
56
G_D
YNG
ND
20
15
G_D
YNG
ND
_IG
N20
21
G_D
YNG
ND
_IG
N20
23
G_D
YNG
ND
_IG
N20
41
G_D
YNG
ND
_IG
N20
49
G_D
YNG
ND
_IG
N20
55
G_D
YNG
ND
_IG
N20
AWG
20
GND_enginerc 8mm blue
GND_ENG
37
G_C
_AC
TSC
R24
+ -
N
S
? ? ?
. .
crankshaft sensorsselectable Hall or inductive sensors
crankshaftsensor 1CRANK1
43
CR
ANK1
+24
44
CR
ANK1
-24
+ -
N
S
? ? ?
. .
crankshaftsensor 2CRANK2
10
CR
ANK2
+24
19
CR
ANK2
-24
+ S-
? ? ? .
camhaftsensor 1CAM1
37
CAM
_124
+ S-
? ? ? .
camhaftsensor 2CAM2
3
CAM
_224
MU
X_O
UT1
1
MU
X_O
UT2
2
MU
X_O
UT3
3
MU
X_O
UT4
4
MU
X_O
UT5
5
GN
D_M
UX
7
diagnosisoutput
DIAG_MUX_OUT
. .AS
0-1
0-35
-SN
.
40
G_C
_CO
MSC
R24
30
O_A
_MU
X224
38
O_A
_MU
X324
39
O_A
_MU
X424
31
O_A
_MU
X524
29
O_A
_MU
X124
CAN
wire
CAN
wire
CAN
wire
CAN
3
CAN
2
CAN
1
ext.
com
pone
nts
with
func
tion
requ
est
(gea
rcon
trol,
stee
ringw
heel
,..)
Com
pone
nts
Bosc
h M
otor
spor
t(A
BS,P
BX90
,MSA
-Box
,Byp
ass,
HPI
)
ext.
com
pone
nts
(mea
sure
com
pone
nts)
56
CAN
_1_L
24
48
CAN
_1_H
24
55
CAN
_2_L
24
62
CAN
_2_H
24
13
CAN
_3_L
24
12
CAN
_3_H
24
40
24G
_C_C
OM
SCR
CAN intefacesup to 1Mbit/s switchable Terminator
+ S-
? ? ? .
camhaftsensor 3CAM3/speed1
11
SPEE
D_1
24
+ S-
? ? ? .
camhaftsensor 4CAM4/speed2
1
SPEE
D_2
24
camshaft sensors or speed sensorsselectable Hall-Effect or DF11 sensors
+ -
N
S
? ? ?
. .
turbo charger speed sensorsselectable Hall or inductive sensors
turbo chargerspeed 1Turbo_1
47
TUR
BO_1
+24
46
TUR
BO_1
-24
+ -
N
S
? ? ?
. .
turbo chargerspeed 2Turbo_2
8
24
7
24TU
RBO
_2+
TUR
BO_2
-
LIN
-BU
Sus
eabl
e fo
r opt
ions
like
- alte
rnat
or c
ontro
l- w
iper
con
trol
RS2
32
15
BI_R
S232
_RX
24
16
BI_R
S232
_TX
24
9
BI_L
IN24
16
CAN
1_lo
w
4
CAN
1_hi
gh
22
SCR
EEN
3
Uni
t_G
ND
2
POW
ER_S
UPP
LY_D
IAG
ecu interface(MSA-Box2)AS 012-35SN
DIAG
pair_
3
pair_
4
DIAG
RESPECT WIRE SPEC !
- use the right SPECed wire signed"Ethernetwire"
64
BI_G
ETH
_D3+
24
60
BI_G
ETH
_D3-
24
59
BI_G
ETH
_D4+
24
53
BI_G
ETH
_D4-
24
40
G_C
_CO
MSC
R24
5 76 8
342
1
RJ-45 BuchseAnsicht von hinten
3 6 1 2
pair_
1
pair_
2Et
hern
et w
ire
RJ4
5 ET
H B
uchs
e
26
BI_E
TH1_
RX+
24
25
BI_E
TH1_
RX-
24
18
BI_E
TH1_
TX+
24
17
BI_E
TH1_
TX-
24
40
G_C
_CO
MSC
R
5 76 8
342
1
RJ-45 BuchseAnsicht von hinten
3 6 1 2
pair_
1
pair_
2Et
hern
et w
ire
RJ4
5 ET
H B
uchs
e
35
BI_E
TH2_
RX+
24
34
BI_E
TH2_
RX-
24
36
BI_E
TH2_
TX+
24
27
BI_E
TH2_
TX-
24
40
G_C
_CO
MSC
R
Ethernet interface100 Mbit/s
5 76 8
342
1
RJ-45 BuchseAnsicht von hinten
3 6 1 2
pair_
1
pair_
2Et
hern
et w
ire
RJ4
5 ET
H B
uchs
e
42
BI_R
ETH
1_R
X+24
41
BI_R
ETH
1_R
X-24
50
BI_R
ETH
1_TX
+24
49
BI_R
ETH
1_TX
-24
40
G_C
_CO
MSC
R
5 76 8
342
1
RJ-45 BuchseAnsicht von hinten
3 6 1 2
pair_
1
pair_
2Et
hern
et w
ire
RJ4
5 ET
H B
uchs
e
24
BI_R
ETH
2_R
X+24
23
BI_R
ETH
2_R
X-24
33
BI_R
ETH
2_TX
+24
32
BI_R
ETH
2_TX
-24
40
G_C
_CO
MSC
R
Realtime Ethernet interface100 Mbit/s?
4 1 3 2
USBdatastickUSB
pair_
1
pair_
2U
SB w
ire
51
BI_U
SB_D
P24
45
BI_U
SB_D
N24
58
G_R
_USB
GN
D24
52
O_V
_USB
5V24
28
G_C
_USB
SCR
OPTIONAL USB Data Stick
RESPECT WIRE SPEC/LENGTH !
- use the right SPECed wire signed"Ethernetwire"
pair_
1
pair_
2Et
hern
et w
ire
CAT
6
66
BI_G
ETH
_D1+
_Tx+
24
61
BI_G
ETH
_D1-
_Tx-
24
65
BI_G
ETH
_D2+
_Rx+
24
54
BI_G
ETH
_D2-
_Rx-
24
Tim
e Sy
nc in
/out
57
I_S_
ENG
RU
N24
dynamic groundrc 8mm blueDYNGND
DYN GND_IGNrc 8mm blueDYN GND_IGN
ECU groundrc 8mm blueECU_GND
20
G_E
CU
GN
D20
4
G_D
YNG
ND
20
DYN Powerrc 8mm blueDYN_Power
63
V_U
BAT
20
+12Vdigital power supplyrc 8mm red+12V
ENGINEon/offswitchB_ENGON_IN
+12Vengine on swrc 8mm red+12V
AWG
20
22
BI_T
IMES
YNC
24
X12 1X2 3
main relay.r/main
AWG
8
OPTIONAL with MAIN RELAY
Kl.30_Motronicrc 8mm redKl.30_Motronic
AWG
8
14
O_S
_LS2
622
tbd.
tbd.
6mm
2
6mm
2
6mm
2
10m
m2 20 20
5
V_D
YNPW
R20
LAPT
RIG
GER
INPU
T
21
I_S_
LAPT
RIG
24
REDTx+
BLUETx-
YellowRx+
GREENRx-
Ethernetwire 4x AWG24
Min bend radius:dyn: 47mmstat: 24mm
Life Plug MS7AS 618-35SN
Actuator Plug MS7AS 618-35SB
Sensor Plug MS7AS 618-35SA
Combined Plug MS7AS 618-35SC
+ S-
? ? ? .
Speedsensor 3speed3
2
SPEE
D_3
24
+ S-
? ? ? .
Speedsensor 4speed4
6
SPEE
D_4
24
speed sensorsselectable Hall-Effect or DF11 sensors
19
ETH
_D3+
20
ETH
_D3-
17
ETH
_D4+
18
ETH
_D4-
8
ETH
_RX+
(D2+
)
9
ETH
_RX-
(D2-
)
11
ETH
_TX+
(D1+
)
12
ETH
_TX-
(D1-
)
CAN
wire
40
24G
_C_C
OM
SCR
for S
enso
r scr
eeni
ng
19
G_C
_SEN
SSC
R24
for U
BAT
supp
ly S
enso
rs
63
O_V
_SEN
S_BA
T24
Ref
eren
ce g
roun
d fo
r Sen
sors
sup
plie
d w
ith U
BAT
supp
ly
57
G_R
_SEN
S_BA
T24
dyn power ignitionrc 8mm red+12V
AWG
20
GND_enginerc 8mm blue
GND_ENG
DYNGND BOOSTrc 8mm blueDYNGND_BOOST
DNYPWR_BOOSTrc 8mm redDNYPWR_BOOST
DYNGND_IGN
DYNGNDDYNGND
DYNGND DYNGND
DYNPWRDYNPWR
DYNPWR DYNPWR
ECUGND
Opt
iona
lin
stea
d of
ring
con
nect
ors
AWG
8 (a
ltern
ativ
ely
inst
ead
of P
ower
box)
.
.
.
.
.
.
.
.
.
.
.
..
twis
ted
pair
twis
ted
pair
22 22 22 22 22 22 22 22
22 22 22 22
2020 2020 2020 2020
For projects with max. 2 knock sensorsuse symetrical wiring.
This means sensor one between KS1A and KS1B.Sensor 2 between KS2A and KS2B
CAT 5
Et her net wir eCAT6E
D1+ wh/gn D3+ blD1− gn D3− wh/bl
D2+ wh/or D4+ wh/brD2− or D4− br
D4+
D4−
D3−
D3+D1+
D1−D2−
D2+
Impor t ant !!
O_V
_SEN
S5_2
9
24
G_R
_PC
YL
18
24
35
G_C
_SEN
SSC
R
O_V
_SEN
S5_2
9
24
G_R
_PC
YL
18
24
35
G_C
_SEN
SSC
R
24 24
O_V
_SEN
S5_2
9
24
G_R
_PC
YL
18
24
35
G_C
_SEN
SSC
R24
O_V
_SEN
S5_2
9
24
G_R
_PC
YL
18
24
35
G_C
_SEN
SSC
R24
O_V
_SEN
S5_2
9
24
G_R
_PC
YL
18
24
35
G_C
_SEN
SSC
R24
O_V
_SEN
S5_2
9
24
G_R
_PC
YL
18
24
35
G_C
_SEN
SSC
R24 24
O_V
_SEN
S5_2
9
24
G_R
_PC
YL
18
24
35
G_C
_SEN
SSC
R24
O_V
_SEN
S5_2
9
24
G_R
_SEN
S5_2
15
24
O_V
_SEN
S5_2
924
G_R
_SEN
S5_2
15
24
O_V
_SEN
S5_2
9
24
G_R
_SEN
S5_2
15
24
O_V
_SEN
S5_2
9
24
G_R
_SEN
S5_2
15
24
O_V
_SEN
S5_2
9
24
G_R
_SEN
S5_2
15
24
O_V
_SEN
S5_2
9
24
G_R
_SEN
S5_2
15
24
66 66 66
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
6624
G_R
_SEN
S5_3
6524
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
O_V
_SEN
S5_3
66
24
G_R
_SEN
S5_3
65
24
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