137330088 zf as tronic schematic e
TRANSCRIPT
Warning Buzzer
Warning lampSuperstructure
Warning lampCarrier
Idle signal from superstructuregas pedal switchB4201 (=42/5.5)
Sup
erst
ruct
ure
oper
atio
n
Car
rier
oper
atio
n
K4104 (=41/3.3 & 8.3)
In Carrier Cab (+BE550.S1)
S4110 (=41/3.3)
Car
rier
Gea
r S
elec
tor
Sup
er G
ear
Sel
ecto
r
S0201 (=02/9.6
Neutral Start RelayInterlock K0206(=02/9.6 & 17.6)
Upshift lock via K3602 carrier control(=41/8.4 & =43/3.2 )K4110 / K4111Super control / 5kph(=41/8.4 & =42/5.7)
S4301/S4212(=43/3.2 & =42/5.7)
Door contactsafety switchNot used
Reverse LightRelay K4113(=41/8.2 & =03/4.5)
1st g
ear s
igna
l / 5
kph
Rel
ay K
4117
/al
l whe
el s
teer
/ di
ff lo
cks
(=41
/8.2
& /4
.2)
Diagnostic connection
To Engine =02/14.7
Kita TransmissionOutput speed sensor
Note:Kita speed sensor for tacho is below A11
Not in Deutsche Grove schematics
WAB
CO
Clutch actator with clutch position sensor
Clutch solenoids = 14 - 20 Ohm
Note: Tipp = up or downshift
Not to be connected to F1 or F2
Ter.15 = Ignition switchedTer.30 = Battery supplyTer.31 = Battery ground
Components located on transmission
Display
Prefix lettersA = OutputE = InputV = voltage
Plug
X1b
18 p
in K
osta
l
Plug
X1a
18 p
in K
osta
lZF
Tra
nsm
issi
onm
ount
ed E
lect
roni
c m
odul
e =4
1/7
& 8
MB High speed CAN Knoten =02/14.6
Clutch fast engagement
Clutch slow engagement
Clutch fast disengagement
Clutch slow disengagement
Sensor supply
Signal Clutch position
Solenoid ground (Y15 / Y17)
Solenoid ground (Y14 / Y16)
Sensor ground
3
3
1
7
4 25
7 26
9 8
6 28
11 11
12
12
29
5 17
102
EDM1
EDM2
EDM4
EDM3
EDM8
EDM9
EDM10
VMG
EDM7
EDM11
EDM6
EDM5
EDM21
EDM22
EDM23
EDM24
EDM25
AD21
AD22
AD23
AD24
Mid pos
M/R
Tipp -
D
D
Tipp +
N
N
R
R
VM
VM
2 27
4
6
9
VP EDVP ADM21
ADVP1SD
CANF2 - HCANF - HCANF2 - LCANF - L
VMHF1
CANF1 - LCANF1 - HCAN/H3
CAN/H4CAN/GND4CAN/L4
CAN/L3
CANF1 - H+CANF1 - L+
CANF1 - T
CANF - T
SDDK
ADS3 Y14
Y15
Y16
Y17
5 V
0 - 5 V
ADS1
ADS4
ADS2
AU
EU1
VM1
VM1
VM1
VM2
VM2
VM2
VMGA1
ADVP
EF
VMGA2
VP1 VPE1 VPE2
ED22
ED23
ED21
Ter 15
Ter 30
F2 10A
F1 10A
Ter 15
S 30
S3H9 H8a H8b
A1
A23
A21
E26
E13S8S29
A36
S12
A45
A2
E17
ECU
A5
A4
A11
1 22 5 4 216
21
203
36
18
97 8
12
13
1415
1413
15
16 17
2
3
23 6 24 30 13 15 32 14 31 18 35
Ter 15
VP K 2
8
6
9 8
7
12
9
15
10
16
17
18 1UE
A2
UO
11
6 2
4
2
J
( - ) ( - ) ( - )
C H
I
G
E
D
A
B
11 1 4 5
4
WABCO ABS=02/19.7
Ter 31
ZF - E - Module
GMK 4075 ZF AS Tronic layout drawing
1 2 3 4 5 6 7 8 9 10 11 12
17
1 6
1 5
1 4
1 3
1 2
1 1
1 0
9
8
7
6
5
4
3
2
1
1 83 5
34
33
32
3 1
30
29
28
27
26
25
24
23
22
2 1
20
1 9
124 36 58 71 0 91 2 1 11 4 1 3
3
125
4
6
1
234
J
I
H
G
F
ED
C
B
A
18 - 1
124 36 58 7
12
6 54 3
1 0 9 81 1
1 7 1 61 8
1 4 1 3 1 21 5
3 2 1
6 5 47
A ..
Gerät/device Stecker/Plug
P o l b i l d a n s i c h tV i e w o f p i n p a t t e r n
AMP Timer3 5 - p i n
AMP JPT1 4 - p i n
AMP M-N-L6 - p i n
D I N B a j .4 - p i n
Cannon VG952341 0 - p i n
P OLBILDp l u g v i e w
POLBILDp l u g v i e w
POLBILDp l u g v i e w
POLBILDp l u g v i e w
POLBILDp l u g v i e w
POLBILDp l u g v i e w
POLBILDp l u g v i e w
zu A36 zu A 1X 1 A / X 1 B
zu A2 zu A 2 1 z u A 1 1 zu A5 zu A4
A 1 Z F G e t r i e b e s t e l l e r - E l e k t r o n i k Z F t r a n s m i s s i o n a c t u a t o r e l e c t r o n i c u n i tA 2 F a h r s c h a l t e r U n t e r w a g e n S h i f t l e v e r l o w e r c a s s i sA 4 K u p p l u n g s s t e l l e r m i t S e n s o r i k C l u t c h a c t u a t o r w i t h c l u t c h p o s i t i o n s e n s o rA 5 D i s p l a y D i s p l a yA 1 1 D r e h z a h l g e b e r A b t r i e b S e n s o r o u t p u t s p e e d
A 2 1 D i a g n o s e s c h n i t t s t e l l e n a c h D I N I S O 9 1 4 1 D i a g n o s t i c i n t e r f a c e D I N I S O 9 1 4 1A 2 3 F a h r z e u g A n t r i e b s s t r a n g C A N V e h i c l e d r i v e l i n e C A NA 3 6 Z F E - M o d u l Z F E - m o d u l e
AMP JPT8 - p i n
AMP JPT6 - p i n
POLBILDp l u g v i e w
zu A45
A 4 5 F a h r s c h a l t e r O b e r w a g e n ( D - N - R ) s h i f t l e v e r u p p e r c a s s i s ( D - N - R )
Y 1 6 M V K u p p l . o e f f n e n s c h n e l l ( B e l u e f t e n ) S o l . v a l v e c l u t c h d i s e n g a g e f a s tY 1 7 M V K u p p l . o e f f n e n l a n g s a m ( B e l u e f t e n ) S o l . v a l v e c l u t c h d i s e n g a g e s l o w
Y 1 4 M V K u p p l . s c h l i e s s e n s c h n e l l ( E n t l u e f t e n ) S o l . v a l v e c l u t c h e n g a g e f a s tY 1 5 M V K u p p l . s c h l i e s s e n l a n g s a m ( E n t l u e f t e n ) S o l . v a l v e c l u t c h e n g a g e s l o w
S 1 2 S c h a l t e r G e t r i e b e N e u t r a l S w i t c h g e a r n e u t r a l
S 8 T u e r s c h a l t e r D o o r s w i t c h
S 2 9 S c h a l t e r H o c h s c h a l t s p e r r e S w i t c h u p s h i f t i n t e r l o c kS 3 0 S c h a l t e r F a h r s t a n d s u m s c h a l t u n g S w i t c h c h a n g i n g s h i f t l e v e r ( u p p e r / l o w e r c a s s i s )
F 1 S i c h e r u n g 1 0 A ( K l . 3 0 ) F u s e 1 0 AF 2 S i c h e r u n g 1 0 A ( K l . 1 5 ) F u s e 1 0 A
H 8 a L a m p e S t o e r u n g U n t e r w a g e n W a r n i n g l a m p l o w e r c a s s i s
E 1 3 R e l a i s R ü c k f a h r s c h e i n w e r f e r R e l a y r e v e r s i n g l i g h tE 1 7 A n l a ß s p e r r e i n r i c h t u n g C i r c u i t s t a r t e r i n t e r l o c kE 2 6 S i g n a l 1 . G a n g S i g n a l 1 . g e a r
Ko s t a l K u p p l .1 8 - p i n
H 9 W a r n s u m m e r W a r n i n g b u z z e rH 8 b L a m p e S t o e r u n g O b e r w a g e n W a r n i n g l a m p u p p e r c a s s i s
S 3 S c h a l t e r L e e r l a u f s i g n a l I d l e s w i t c h
HF-ground
CAN-L
CAN-HBusabs c h l u ß -w i d e r s t a n d /t e r m i n a t i n gr e s i s t o r
1 2 0Ohm
8
1 4
1 5
1 2
1 3
1 8 V MHF1
CANF1-L+
CANF1-L
CANF1-T
CANF1-H+
CANF1-H f r e i / s p a r e
CAN-H
CAN-L
HF - g r o u n d o p t i o n a l
F a hrzeug-v e r k a b e l u n g /v e h i c l e h a r n e s s
*A23
Trans m i s s i o n E C UCAN end-user
G e t r i e b e s t e l l e r e l e k t r o n i kk o n f i g u r i e r ta l s C A N - B u s - E n d t e i l n e h m e r
VMHF1
CANF1-L+
CANF1-L
CANF1-T
CANF1-H+
CANF1-H
CAN-H (ECU B)
HF - g r o u n d o p t i o n a l
G e t r i e b e s t e l l e r e l e k t r o n i kk o n f i g u r i e r ta l s C A N - B u s - M i t t e l t e i l n e h m e r
CAN-H (ECU A)
CAN-L+ (ECU B)
CAN-L (ECU A)
f r e i / s p a r e
A 23
*
Transm i s s i o n E C UCAN mid-user
F a hrzeug-v e r k a b e l u n g /v e h i c l e h a r n e s s
HF-ground
CAN-L
CAN-HBusabs c h l u ß -w i d e r s t a n d /t e r m i n a t i n gr e s i s t o r
1 2 0Ohm
8
1 4
1 5
1 2
1 3
1 8
S TROMLAUFPLANZeic h n u n g s - N r . D r a w i n g - N o . I n d . vonB l a t t
o fSheetDINB e a r b e i t . Drawn
Anz. Nr. Datum Name
Di e s e Z e i c h n u n g d a r f w e d e r k o p i e r t , n o c h d r i t t e n P e r s o n e n o h n e u n s e r e E r l a u b n i s m i t g e t e i l t w e r d e n .Ä h n l . Z e i c h n u n g S i m i l a r D r a w .
Benennung / D e s c r i p t i o nT e c h n . I n f o r m a t i o n T e c h n i c a l I n f o r m a t i o n
Z F F r i e d r i c h s h a f e n A GComputer-ZeichnungO r i g i n a ln i c h t v e r ä n d e r nC o m p u t e r d r a w i n g .Do not modifyo r i g i n a l c o p y
T h i s d r a w i n g m a y n o t b e c o p i e d o r d i s c l o s e d t o t h i r d p e r s o n s w i t h o u t p e r m i s s i o n o f Z F . W e a r e t h e o w n e r o f t h i s d e s i g n .D i e s e K o n s t r u k t i o n i s t u n s e r E i g e n t u m .
Änderungen / M o d i f i c a t i o n s
I n d . K o n s t r . D e s i g n
222
Naulin
Naulin00-10-12
00-07-12
AS2 Grove Kranfahrzeug 6029.713.049_ACIRCUIT DIAGRAM