1
2
3
4
5
6
7
8
4812004361
A
A
B
B
C
C
D
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
project
Cover sheet
date
2
1
in d ex
3
ch a n g e
4
n ame
5
6
d escrip tio n
7
sh eet
8
co m p letio n
A
B
A
A A B C C C D E E F G H I
C
J K L M N O P Q R S T U V W
X Y
Z AA AB
WAEM0 3324 WAEM03325 WAEM03350 WAEM 03369 WA EM 03370 WA EM 03368 WA EM 03432 WAEM 03514 WAEM 03519 WAEM03532 WAEM03539 WAEM03310 WAEM03561 WAEM 03623 WAEM 03664 WAEM 03696 WA EM 03698 WAEM 03697 WAEM 03581 WA EM 03770 WAEM 03775 WAEM 03785 WAEM03791 WAEM-4101 WA EM -4117 WAEM -4129 WAEM-4213 WA EM 03408 WAEM-4361 WAEM -4446 WAEM-4 174 WAEM-4492
SP4/SP6/SP7 SP4 / SP6 / SP7 neu HP1/F HP1 Befestigungsmaterial Handpumpe mit Wegevenitl beigefügt HP5 ; T1 HP5 & T1 neu HP6 Pos28+1 (EW S15L) HP6/H HP16/A Fume Control Schläuche überarbeitet, Messpunkt eingebaut HP24/B Pos. 3 Pumpenhebel entfernt Pos.17 Ventil 4812029020 wird ersetzt durch 4812007901; Hydrl. Schn. 4812027596 ersetzt d. 4812007677 HP3/K-HP9/B-HP2 Pos. 3 HYD-Tank ausgetauscht T1/A Pos. 24 D961772649 ersetzt durch D961773010 HP16/B Stecker X186 geändert W23;W14;E44 Batterietrennschalter (D977504025) durch (4700903640) ersetzt E1 Pos.21 'd966057102 Hyd-Motor added HP2/A Steckerdose Lenkautomat, Not/Halt werden nur noch optional verbaut E32,E33,W19,W53 Schneckenmotoren mit Menge 0 angegeben -> in der Mechanik mit Stückzahlangaben HP2/B HP4 /H Pos. 40 entfällt Zeichnungskorrektur Drücke Pumpen HP2/C Hardlock added E4 HP14/C;HP13/E;HP15/D Neue Spezification der Hydraulikzylinder Hydraulikzylinder Hyd. Begr.Bleche eingefügt ; Schlauchpaket erweitert HP25; SP6 E52,W17 Hyd. Seitenschild eingefügt SP2/C;HP6/H Leckölschlauch Pos.7 Länge geändert Schlauch Motor -Sammler geändert HP6/I HP6.1 ; T1/B Schaltplan HP6 Lüfterkreislauf ersetzt =>NEU = HP6.1; T1= Verschlussbutzen eingefügt SP8/A Schlauch 4812010320 ersetzt durch 4812011159 (mit geradem Anschluß ) E50 Connection X47:178 to X31:5 added HP3/L;HP5/A Sicherheitsventil 4812006653 nicht mehr nötig,Anschlußpl. ersetzt. Stutzen 49220449 ersetzt d.961935210 HP6.1/A; T1/D Schlauchanpassung in HP6.1; Schottblech re ersetzt in T1 HP5 Arbeitshydraulik 4812007680 wird ersetzt durch 4812012390 (neuer Steuerblock) HP3&HP4 ausgetauscht, Casappa Pumpen und geänderte Ventile HP3;HP4 A19 und A20 hinzugefügt E4 Neue Anordnung der Minimeßanschlüss e HP1/G;HP2/D HP5.1/A Nivellierung - neue Schläuche mit Scheuerschutz
DFPMBO DFPMBO DFPMBO DFPMBO DFPMBO DFPMBO DFPSPE DFPMBO DFPMBO A.Meyer A.Meyer DFPMBO Kruse DFPESP DFPMBO DFPMBO Kruse DFPESP DFPMBO A.Meyer DFPMBO DFPMBO DFPMBO DFPESP Kruse DFPESP DFPMBO DFPESP DFPMBO Kruse DFPESP DFPESP
13.03.2013 20.03.2013 04.04.2013 16.04.2013 16.04.2013 17.04.2013 21.06.2013 21.08.2013 22.08.2013 28.08.2013 29.08.2013 10.09.2013 12.09.2013 28.10.2013 28.11.2013 05.12.2013 11.12.2013 04.02.2014 19.02.2014 26.02.2014 10.03.2014 11.04.2014 13.05.2014 16.05.2014 06.06.2014 18.06.2014 12.09.2014 07.10.2014 18.11.2014 03.02.2015 12.03.2015
B
C
D
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
history
date
11.03.2015
2
1
3
4
5
6
7
8
input (diesel engine)
A
A
2200 1/min
4812026129 output 3 4812038239
2933 1/min
4812026140
3 ³ t h D . m g 2 c i P 8 r r H / 2 e 2 - g P u H 0 a =
output 1
B
2933 1/min 1 t ³ 4 h m B P . g c 1 - i r P e 0 H / v 4 1 i r - P d 0 H =
c ³ 1 6 i l C . P m 1 - u c . a r 5 5 d , P y 2 H / h 2 1 . k 5 r P o H w =
01
7 ³ t f 3 D e . m l 2 c r P P
B
8 e
H / 2 g 2 - u a P H 0 =
4812010022 output 5 3278 1/min 2 ³ r B . m e p 1 . c 4 8 m a P 2 t H / 1 . 4 P H =
C
4812026132
2 ³ n 5 D o P i . m t 1 . c 4 1 a r P 2 b i H v / 1 . 4 P H =
C
output 2 2933 1/min
4812010020
2 t f e P - l
³ 4 m E . c 1 e 0 P v i / r 4 H d - 1 P 0 H
2933 1/min
=
D
E
output 4
4812036352
³ t 2 h B . m g 1 . c i r 3 1 r P o 2 H / y 1 . e v 3 n P H o = c
³ t 2 f D e . m l 1 . c r 3 1 o y P 2 H / e v 1 . n 3 o P c H =
D
³ n 4 4 E a P . m f 1 . c 6 9 P 1 H / 1 . 6 P H =
E
4812045332
N e b e n a b trie b D ie s e lm o to r m it A b s a u g u n g
N e b e n a b tri e b D ie s e lm o to r ohne Absaugung 8 g ³ 4 n m D P . l - i c 8 e 8 v 1 P e H l / 8 1 P H =
3 P -
g ³ n m i l c e 8 v e l
l ³ 1 o r m C . t n c 6 o 9 1 P c 1 H e / 6 1
m P u H f =
F
F This document will remain the property of DYNAPAC GmbH
electric
project
pump drive 892
date
=PVG
1
2
3
4
5
6
7
8
9
10
11
12
A
A
15 -H9
= T 1 -H Y 4 :R 11
=T1/T1.A8
19
i = 120,6
4812032581
flu s h d riv e rig h t
21 2 T
0 3 Y1A
16 -P1
b
0
G
4812026518
/E 6 .D 4 a
U 1 T
17 -M1
Y1B
/E 6 .D 3
25
28
29
4812026140 = P V G /P V G .B 2
Ps
B
0 3
05
R
G
³ m c 0 4 0
B
1 M
Fe MB B
x a m g V
A
420 bar 420 bar
Y5
/E 6 .D 7
A6VE55 EP2 23 - 54,8 cm³
05
390 bar
n i m g V
B
05
8,6 cm³
25 bar
T1
C
T2
S MA A 9 0
X2
X1
0 1
C 05
4812031181
11 -H4 4 5 7 H 5 - 2 3 3 1 0
6 1 1 1 H 7 - 7 4 3 0 0 2
0 3
2 1 8 4
02 -H3 14
C
t h g 6 i r S : e 1 v T i r d 1 T S =
D
-
06
D 3 1 9 H - 7 5 2 2 3 3 2 0
24 -H11
31
6 F . 1 T / 1 T =
t h 5 g S i r T : e 1 v i T r d 1 T P = L
4812032561
=T1/T1.H6
6 D . 1 T / 1 T =
2 2
T B ra k e
19
1 8 4
T
M
= T 1 -T 1 :T 2
P 14 31 5 D . 6 E /
4812032687
3 Y
26 -H10
E Y2B
Y2A
/E 6 .D 2
/E 6 .D 1
a
0
01 2 5 -P2
b
28
29
R
³ m c 0 4 0
F
0 3
0 3
G
9 1 Fe MB B
4812026132 = P V G /P V G .D 2
Ps
2 2 1 2 5 6 P 1 2 H 0 2 1 8 4
E 6 3 4 3
07 -H2 4812031179
18 -H1 05
4812031178
420 bar
F
420 bar
390 bar
05
8,6 cm³
05
B
25 bar
T1
T2
X1
/E 6 .D 6
5 1 7 H - 5 3 7 3 3 0 0 2 1 8 4
3 t S f e T l : 1 e T v - i r 1 T d = P
L
6 D . 1 T
n i m g V
Y4
9 0
33
G
A6VE55E P2 23 - 54,8 cm³
S MA A
X2
0 1
H
8 7 5 2 7 3 0 2 2 1 2 8 1 4 H
4812031180 r a b 5 3 0 3
1 8 4
A
x a m g V
1 M
05
0 3
4812026518
G
6 3 H 5 - 6 2 0 3 2 0
-M2 17
1 T U
G
2 T 21
2 1 8 4 i = 120,6
19
t f 2 e S l : e 1 v T i r d 1 T S =
=T1/T1.B9
6 E . 1 T / 1 T =
This document will remain the property of DYNAPAC GmbH
flu s h d riv e le ft = T 1 -H Y 4 :R 6
4812032580
23 -H14
H hydraulic
project
4812027595 /G
date
29.01.2015
=HP1
1
2
3
4
5
6
7
8
9
10
11
12
A
A
d e n n a a l w p k k c c ü a R b
B
B 09 -H5
25S
4812036605
SR SR
5 0 21 -M3
A
160 cm³
A
B
D966057102
B L 8 5 0 0 -H9 06
25S
4812032691
C
4812036605
SR SR
C
09 -H4
-H11 04 4812032699
16 16 Y16A
Y16B
/E 1 0 .D 6
a
0
Y17A
01 -P3
/E 1 0 .D 7
3 0
4812026129
3 0
a
auger left
b
0
G
Fe MB B
=T1/T1.E11 3 0
4812026129
G
E
Fe MB B
270 bar 295 bar
25 bar
X1
4812032560
-H3 17
295 bar
270 bar
T2
12L
SR1SR1
D
³ m c 8 2 0
295 bar
T1
= T 1 -H Y 2 :S R 1
= P V G /P V G .B 7
R
295 bar
L M a u g e r r ig h t
3 0
auger right
b Ps
R
D ³ m c 8 2 0
/E 1 0 .D 8
= P V G /P V G .B 7
Ps
50-53 01 -P3
Y17B
/E 1 0 .D 7
X2
2 1
25 bar
S MA A 3 1
T1
3 0
2 1
T2 X1
S MA A
X2
3 0
=T1/T1.E11
3 1
L M a u g e r l e ft = T 1 -H Y 1 :S L 1
12L
SL1SL1
17 -H6
E
4812032560
16
8 9 5 2 3 0 2 1 8 4
6 1 H 0 2
4 2 5 H - 6 2 7 3 0 0 2
4812036678
19 -H15
1 0 5 H - 6 2 4 3
0 1 2 1 8 4
16
t h g 6 i r S r T : e 1 g T u a 1 T
P = L
F
t f e 3 l
t f e 4 l S r T e : g 1 u T a 1 P T L =
G
6 D . 1 T / 1 T =
r S : e 1 g T u a 1 T
S =
18 -H13 25S
SL SL
1 8 4
6 D . 1 T / 1 T = 4812032694
4812036604
5 0
t h g 7 i r S r : e 1 g T u a 1 T S =
A 21 -M4
4812032690
6 F . 1 T / 1 T =
F
B L 8 5 0 0 25S
SL SL
-H12 15
160 cm³
D966057102
-H10 10
A
B
4812036604
18 -H14
6 F . 1 T / 1 T =
G
H
H This document will remain the property of DYNAPAC GmbH
hydraulic
project
4812007677 /D
date
04.02.2015
=HP2
2
1
A
=T1/T1.F6
3
4
5
7
8
= T 1 -T 1 :S 8
A
S c o n v e y o r r ig h t
1 7 5 2
3 7 0 1 2 1 6 8 H - 4
0 0 0 0 4 1 5 0 2 1 8 2 2 4 V - 0
0 3 2 5 0 0 0 1 5 0 2 1 4 8 P 1 4 - 0
7 D . G V P /
B
S
Y13 /E 1 0 .D 5
5 D . 0 1 E /
4 1 Y
G V P =
a
4812007901
P
P
P T
4812032592
A
15 -H8
5 , 0
r a b
8 0 =T1/T1.C6
0 1 2
20
option rev. conveyor 892-893 =HP9 17 18 -V8
P M
T
10
10
P ³ m c 1 2
6 0
t c o n v e y o r rig h t
4812032569
= T 1 -T 1 :T S 8
-H116
07
4812010925
T B A B A 03 -M1
4812026521
T 11
4 0 9 H - 5 2 8 3 1 0 2
=T1/T1.D10
³ m c 0 2 8
09
L c o n v e y o r r ig h t
4812032555
= T 1 -H Y 2 :S R 8
B
05 55 -V3
L
19 -H10
1 8 4
C
=T1/T1.E6
=T1/T1.F6
D
6
C
V T c o n v e y o r rig h t
working direction
= T 1 -T 1 :T S 1
=T1/T1.F9
= T 1 -T 1 :S 4 S c o n v e y o r le ft
0 0 0 0 1 4 0 5 2 1 8 1 2 4 V - 0
1 7 5 2
7 3 1 0 2 7 1 8 H - 4
0 2 0 0 1 0 2 1 4 1 8 P 4 - 0
7 D .
G V P /
6 0
= T 1 -T 1 :T S 7
4812032589
4812032555
= T 1 -H Y 1 :S L 7
³ m c 0 2 8
P
³ m c 1 2
=T1/T1.E6
A T 4812010974 -V5 55 04
P
T
12 -H12 /E 1 0 .D 6 Y15
r a b
P M
B
T P 10
4812037716
A 5 , 0
20
A B
03
10
P
D
-M2
8 0
2 1 Y
09 L
4812026521
07
0 1 E /
0 1 2
E
-H2 13
4 D .
G V P =
S
=T1/T1.C6
t c o n v e y o r le ft
19 -H11
L c o n v e y o r le ft
11
a
4812007901
-V9 17 18 =HP9 option rev. conveyor 892-893
E
T 1 9 5 2 3 0 2 1 8 4
5 H 4 1
V T c o n v e y o r l e ft = T 1 -T 1 :T S 2
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
conveyor 892-893
4812012681
date
08.10.2014
=HP3.1
2
1
3
4
5 -H7 42
6
7
8
SR SR
4812046331
15L
=T1/T1.G6
= T 1 -T 1 :S 1 0 S t a m p e r
L ta m p e r rig h t
=T1/T1.H6
= T 1 -T 1 :T 4
A 4 6 5 2 3 3 0 2 2 1 1 8 H 4
-
3 2 5 2 0 0 0 5 1 0 2 1 5 1 8 4 P - 0
7 C .
G V P /
3 0
16
P
8 cm³
7 1 29 -H3
A
³ m c 8 2
28L 23 cm³
6 2 Y
P
SR4
L s c re e d ri g h t = T 1 -H Y 2 :S R 4
=T1/T1.D11
2 D . 3 1 E /
G V P =
S
A
0 0 0 0 1 4 0 5 2 1 1 8 V 2 4 - 0
4812032686 5 , 0
SR SR 25S
r a b
B
0 1 2
07
B
LT_r
05
P M
23 cm³
8 cm³
T LV ST_P
=T1/T1.D11
T ta m p e r
SR
ST_T
= T 1 -H Y 2 :S R 2
28L
ZR_A ZR_B
06 4812032404
24 -H6 DP_A
=T1/T1.B9
C
V T ta m p e r = T 1 -H Y 4 :R 2
DP_B
C
ZL_B ZL_A
=T1/T1.F6
= T 1 -T 1 :S 5
T v ib ra tio n = T 1 -H Y 1 :S L 2
=T1/T1.E11
S v ib ra tio n
0 7 5 2
3 2 0 3 2 1 2 8 4 H -
D
2 2 0 0 1 0 2 1 5 1 8 P 4 - 0
8 C . G V P /
4 0
V_T
28L
V_P LV
LT_l
3 D .
7 2 Y
3 1 E /
G V P =
S
SL2
0 0 0 0 1 4 0 2 5 1 8 2 2 4 V - 0
16
P
P
8 cm³
7 1 26 -H4
A
4812032685
³ m c 1 2
23 cm³
5 , 0
D
SL SL 25S
r a b 0 1 2
07
P M
05
23cm³
8 cm³
T
06
E
E
4812032404
24 -H5 =T1/T1.B9
V T v ib ra tio n = T 1 -H Y 4 :R 3
=T1/T1.F11
08
43 -H8 4812046330
=T1/T1.H6
L ta m p e r le ft
hydraulic
SL4 28L
SL SL 15L
d e n n a l a w p k k c ü c a R b
= T 1 -T 1 :T 3
F This document will remain the property of DYNAPAC GmbH
L s c re e d l e ft = T 1 -H Y 1 :S L 4
project
tamper / vibration 892
F
4812012687
date
08.10.2014
=HP4.1
1
2
4
3
5
6
7
8
9
10
l ev el ni gl ef t
11
12
l ev el ni gr g i ht
A
A 199
02 -V2
B
Y24B /E 1 2 .D 6
8 6
A
0
b
4812041949
T
-H27 17
8 0 3 8 H 9 - 6 3 0 0 6 2
8 4 3 0 3
7 5
4 4 0 2 1 8 4
1 8 4
a
MP
36
35
B
Y25B /E 1 2 .D 8
A
Y25A /E 1 2 .D 7
0
b
a
T
P
P
1,5mm
r a b 0 2 1
4812032587
36
Y24A /E 1 2 .D 6
1,5mm
8bar
8bar
P
P T
T 35 0,5mm
12 LS
MLS
65
16
12
19
B
B 1,2mm
=HP16/HP18
B
P
6 G . 1 T / 1 T =
8 cm³ S
k r o w
28
S
0 4 3 7 H 5 - 2 9 3 0 4 2
-H31 54
8 T : 1 T 1 T =
1,2mm
A 0 6
0 6
9
A
0 6
8 1 8 1 H 4 - 4 5 1 0 4 2
8 1 1 H 4 4 1 5 0 2 4 1 8 4
4812032635
B
6 9 1 1 H 4 - 4 9 1 0 3 2
7
9 1 1 4 H 4 1 9 0 3 2 1 8 4
1 8 4
0 6
1 8 4
1 8 4
C
0 2 2 H 7 - 5 2 2 3 3 0
g 5 n T i : l e 1 v T e l 1 S T =
2 1 8 4
6 G . 1 T / 1 T =
9 E . 1 T / 1 T =
29 -H21 4812032597
9 0
28 = P V G /P V G .B 1 4812038239
-P6 03
37 37
S
9 0
4 8 3 0 3 4 4 0 2 1 8 4
22,5 cm³ P
3 7 Z - 0
C
4 7 Z - 0
k 5 r L o S w : 1 T Y H 1 T =
0 2 6 2 3 5 0 1 2 1 8 3 4 1
H -
4812032598
H -
6 7 5 2 3 7 0 4 2 1 8 5 4 1
H -
6 3 8 H - 1 5 1 1 3 4 0
Bohlenhub screed lift
25
4 6 6 6 0 2 0 6 2 1 8 7 4 3
2 1 8 4
-H22 10 24
A
Y20A /E 11 .D 4
D
01 -V1 1 5
B
Y20B /E 11 .D 3
0
a P
R
L
R
hopper right
b
L
hopper left
L
screed right retract/extend
hight adjustable auger left
hight adjustable auger right
R
L
D 55
Y10A /E 9 .E 5
7 3 2 3 3 3 5 0 5 e 2 1 p i 8 4 P -
r a b 0 4 0
screed left retract/extend
R
T
4812009368 A a
Y23.2 /E 11 .D 6
1 5 2 D . Y 1 1 E /
Y10B /E 9 .E 4
B
0 P
Y9A
A
Y9B /E 9 .E 2
B
/E 9 .E 3
0
a
b T
P
A
Y33A /E 4 2 .D 3 a
b T
2 ,0 m m 8 b a r
8 b a r
Y33B /E 4 2 .D 2
A
Y34A /E 4 2 .D 5 a
b
P
1 ,5 m m
8b ar
B
Y34B /E 4 2 .D 4
0
T
P
3 ,0 m m 8 b a r
B
0
b
2 1
T
8bar
T
P
M
Y19B /E 11 .D 3
A
Y18A /E 11 .D 1
B
b T
P 4 ,0 m m
2 ,0 m m
8 bar
Y18B /E 11 .D 1
0
a
b T
4 ,0 m m
2 ,0 m m
r a b 0 3 2
B
0
a
6 5 P MP
1 ,5 m m
8ba r
A
Y19A /E 11 .D 2
8 6
8b ar
19 50
T
210bar
r a b 0 4 0
8bar
P
5 D
. 2 1 1 2 Y
P T
T
12
E /
0,5mm LS
120bar 2 1 0 b a r
MLS
12
MLS
2 1 0 b a r
19
E
E
8 6 Y23.1 /E 11 .D 6
A
B
0 5
A
0 5
B 0 5
2 5 1 H 5 2 3 8 0 3 2 1 8 4
13
Y 20 A Y 20 B
Y 21
Y 22
Y 23 . 1Y 2 3 .2 23
1 9 1 H 5 - 2 6 3 2 0
F
2 1 8 4
48
2 2 2 H - 5 1 2 3 4
3 7 1 H 5 - 2 2 3 2 0
0 2 1 8 4
2 1 8 4
0 5
6 3 H 1 - 5 2 8 3 1 0
2 4 e 9 p 0 i 1 3 P - 1 3 0
2 1 8 4 2
2 1 8 4
2 1 8 4
A
B 60
0 5
0 6
A
B
0 6
A
0 6
0 9 9 4 H 2 3 1 0 2 2 1 8 4
2 1 8 4
3 4 e 9 6 p 0 0 i 1 3 2 P - 1 3 0 0 2 1 0 8 2
4 4 e 9 p 0 i 1 3 P - 1 3 0 2 1 8 4
4
B 0 5
8 3 H 9 - 4 2 2 3 4 0
2 7 9 H 4 2 3 4 0 1 2 1 8 4
2 1 8 4
1 4 e 9 6 p 0 i 1 3 0 P 2 - 1 3 0 0 0
4 0 H 2 - 5 3 2 3 4 0
0 5
1 ,2 m m
1 ,2 m m
B
A
4 0 1 3 5 H 7 - 2 3 6 0 6 2
6 0 1 3 5 H 7 - 2 3 6 0 6 2
1 8 4
1 8 4
1 0 1 6 1 H 7 - 2 7 3 6 0
A
0 5
B 0 5
0 5
1
0 1 1 9 H 4 - 2 4 3 4 0
8 1 8 4 H 2 3 0 7 2 2 1 8 4
2 1 8 4
2 1 9 8 H 4 - 2 2 3 5 0 2 1 8 4
2 0 1 6 1 H 7 - 2 7 3 6 0
2 1 8 4
F
2 1 8 4
STOP
3 8 5 2 4 3 0 3 2 1 4 8 2 4
START
2 8 5 7 4 0 6 0 2 3 1 3 8 4
2 8 5 7 0 4 0 6 2 1 2 8 3 4
G
8 2 4 6 2 0 2 1 8 4
8 6 0 Z -
59
H -
H -
H 8 5 5 2 8 3 0 5 2 1 4 8 3 4 H
-
3 8 5 2 4 3 0 3 2 1 5 8 2 4
H -
9 4 4 9 2 0 2 1 8 4
8 5 5 2 8 3 5 0 2 5 1 3 8 H 4
8 2 4 6 2 0 2 1 8 4
-
5 8 Z - 0
1 6 Z - 0
2 8 5 2 3 0 0 3 2 1 3 8 2 4
H -
9 4 4 9 2 0 2 1 8 4
Rückwand backplane
2 8 5 2 3 0 0 3 2 1 6 8 2 4
H -
2 6 Z - 0
0 0 1 4 1 H 7 - 2 3 3 0 3 2
59 59 59
2 4 5 7 2 0 2 1 8 4
1 8 4
1 6 0 4
46
0 4
46 4812006199
H
2 4 5 7 2 0 2 1 8 4
7 5 Z - 0
1 6
-H108 20
A R A B B L P _ _ _ _ _ L_ P V V L Z Z D P D
9 0 1 4 1 H 7 - 2 3 3 0 3 2
1 8 4
46
46
8 5 Z - 0 ³ m c 3 2
³ m c 8
R L B A P _ _ _ _ R R T T Z Z S S
G
³ m c 3 2
³ m c 3 2
³ m c 8
³ m c 8
³ m c 3 2
³ m c 8
4812006199
-H107 20
H
2
1
3
4
5
6
7
8
A
A
n i r e l o o c
t u o r e l o o c
B
B 18 -H4 7 1
-H3 14
A
4812011363
5 1
4812010779
B
9 1
³ 3 6 1 7 1 M 4 m c - 0 1 3 0 2 3 2 2 - 1 8 1 4 2 4 6 3
C 3 1 2 2 1 9 1 1 V - 0 0 1 0 2 1 8 4
T fa n = T 1 -H Y 2 :S R 5
10
2
1 1
8 4 Y D . 8 E 3 / 1 2 5 1 V 1 - 9
=T1/T1.E9
6 G . 1 T / 1 T =
9 0 8 0 07 4812044338
0 0 2 1 8 4
D
C
0 1 1 2 0 5 2 1 8 H - 4
9 n a S : f 1 T S 1 T =
6 0
D
24 05
1 5 6 2 3 1 0 0 2 1 1 8 H 4 -
7 4 2 4 4 0 0 0 2 2 1 8 H - 4
0 2
0 1 0 . 1 3 0 P 4 2 1 H 1 P 8 = 0 - 4
8 D . G V P / G V P =
E
3 0
P ³ m c 9 1
E
S 2 0
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
fan 890-893 2013
4812007681 /A
date
18.06.2014
=HP6.1
1
2 links /left
3
4
bulkhead plates closed
Lscreed left
9
10
11
12
A
R10 auger T
not used
hyd end plate P
not used
auger T
not use
crownadjustment B
vibration P augerlift B
8
Ltamper right
L tamper left
crownadjustment A
7
R11
Lscreed right
Lauger
Lauger
6
tamper T
closed
vibration T
A
5
rechts / right
auger P
auger P
augerlift A
R6 SR2
tamper P
4812029657
R7
R5
augerlift B
augerlift A
screedlift A
screedlift A
screed A
screed A
screedlift B
screed B
screed B
14 13
R9
screedlift B P a rtik e l flo w filte r
=HP12/HP12.B4
B
= H P 1 2 -H 3
R3
T2 r e l o o c l i o . r d y h
A
A4 A5
B
L
18L
R2
18L
14 13
R2
28L
R3
R9
28L
18L
R4
R8
18L
18L
R5
R7
6 0
A3
T3
R1
28L
18L
R6 -H2 05
SR3
SR8
10
R11 R10
14 13 14 13
R4
T1
T4
18L
flu s h d riv e rig h t = H P 1 -H 9
=HP1/HP1.A4
R8
SR6 V T ta m p e r = H P 4 .1 -H Y 1 7
=HP4.1/HP4.1.C3
V T v ib ra tio n = H P 4 .1 -H Y 1 6
=HP4.1/HP4.1.E3
SR5
SR7
SR1 SR4
16
15 13
14
B flu s h d riv e le ft = H P 1 -H 1 4
=HP1/HP1.H8
R1 4 2 L
4812032595
6 0
d e n n a a l w p k k c c ü a R b
-H1 04 4812034272
12L
C
A2
=HP3.1/HP3.1.C5
t c o n v e y o r rig h t = H P 3 .1 -H 1
=HP3.1/HP3.1.D5
t c o n v e y o r le ft = H P 3 .1 -H 2
12L
4 9 5 2 8 3 0 0 2 1 3 8 4 H -
C
12L 12L 8L 8L 8L 8L 25S 25S 25S
T5
28L 28L TS7 TS8
T6 D
TS9 C
=HP2/HP2.F5
L P a u g e r r ig h t = H P 2 -H 1 5
=HP1/HP1.D2
L P d riv e rig h t = H P 1 -H 1 6
=HP2/HP2.G1
L P a u g e r le ft = H P 2 -H 1 6
18L
=HP1/HP1.H2
L P d riv e le ft = H P 1 -H 1 5
18L
18L 18L
25S C
15L
TS6
C ° 0 4
TS5
=HP3.1/HP3.1.C5
14 TS4
=HP3.1/HP3.1.F4
28L
=HP3.1/HP3.1.C4
V T c o n v e y o r rig h t = H P 3 .1 -H 4
28L
TS3
SR4
SR8
28L
18L 42L
4812032575
TS2
=HP6.1/HP6.1.C7
T ta m p e r
=HP4.1/HP4.1.B5
SR2
22L
L M a u g e r rig h t
10L
SR5
4812011367 TS1
16
28L
SR6 T fa n = H P 6 .1 -H 5
D
=HP4.1/HP4.1.A5 15
SR3
SR7
-H4 09
V T c o n v e y o r le ft = H P 3 .1 -H 5
13
L s c re e d r ig h t
15L
10L
L c o n v e y o r rig h t = H P 3 .1 -H 1 0
=HP2/HP2.D10
SR1
07
9 S T L 8 1
3 1 4 1
E 18
S1
= H P 2 -H 1
=HP2/HP2.F3
-H5 02
= H P 3 .1 -H 7
A1
S4
S c o n v e y o r le ft
A2
A3
A4
T7 G
TS2
TS3
TS1
S2
S3
S4
S5
S6
S7
S8
S9
S10
TS8
TS5
8L
= H P 6 .1 -H 1 S fa n
S9
12L
=HP4.1/HP4.1.A1
= H P 4 .1 -H 1 S ta m p e r
=HP1/HP1.E5 =HP16/HP16.D5
H This document will remain the property of DYNAPAC GmbH
15
16
28L L s c re e d le ft
SL4
=HP4.1/HP4.1.E5
F
25S
=HP6.1/HP6.1.D4
=HP4.1/HP4.1.F3
TS6
SL3
25S
S8
=HP4.1/HP4.1.A3
=HP4.1/HP4.1.C5
28L
25S
S7
8L 8L
8L
SL2
SL5 SL6
SL3
12L
S10
= H P 5 .1 -H 2 0 S w o rk
S fu m e - c o n tro l = H P 1 6 -H 1
T v ib ra tio n
SL2
25S
10x 35L
= H P 3 .1 -H 6 S c o n v e y o r rig h t
=HP16/HP16.A1
=HP2/HP2.E10
25S
=HP3.1/HP3.1.A1
=HP5.1/HP5.1.C1
TS7
10L
= H P 2 -H 2 S a u g e r r ig h t
=HP5.1/HP5.1.C1
S1
= H P 3 .1 -H 11 , = H P 1 6 -H Y 1 3
SL7
L M a u g e r l e ft
SL1 10L
15L
S6
S d riv e rig h t
=HP2/HP2.F6
TS4
L c o n v e y o r le ft
A5
S5
= H P 1 -H 5
=HP1/HP1.D4
T8
= H P 4 .1 -H 2 S v ib ra tio n
28L
SL6 =HP3.1/HP3.1.D6 =HP16/HP16.D8
P
=HP4.1/HP4.1.C1
= H P 5 .1 -H 3 6 , = H P 1 3 -H Y 11
SL5
42L
S3
S a u g e r l e ft
F
T w o rk
S2
S d riv e le ft
=HP3.1/HP3.1.D1
=HP5.1/HP5.1.C8 =HP13/HP13.A5
4812032608
= H P 1 -H 6
=HP1/HP1.H5
E
01 4812029245
17
12L
SL7 SL4
SL1
12L
18
17
18
17
8 T
L 5 3
G
7 T
L 5 3
6 T
L 5 3
S le v e lin g
03
5 T
= H P 5 .1 -H 3 0
L 5 3
L ta m p e r rig h t = H P 4 .1 -H 7
4812225757
11-12
4 T
L 8 1
L ta m p e r le ft = H P 4 .1 -H Y 2 4
3 T
L 8 1
T B ra k e = H P 1 -H Y 2 5
14 13
T _ fu m e c o n tro l = H P 1 6 -H Y 2 1
2 T
L 8 1
1 T
L 8 1
hydraulic
H project
4812007746 /C
date
18.06.2014
=T1
1
2
3
4
5
6
7
8
A
A
B21
B
B
B10 Y8
Y1 5
B11 A8
X46
C
1 3 4 1 1 1 W W W
A2
3 5 2 1 W W
C
X79
-X1
Y37
X80
+KK
1 M
1 G B5 B7 H10
2 9 4 1 1 2 W W W
2 7 6 2 1 1 W W W
X138 X7
K0 9 2 Y
A8
D B
Y1 Y1
Y 17
A
B A
Y2
Y 17
B
Y2 Y35
Y16
A
Y14
Y16
B
Y12
3 Y
A
Y2 6 Y2 7
B
B
B
B
B
B
B
B
6 3 Y
4 2 Y
5 2 Y
0 3 Y
8 2 Y
1 3 Y
2 3 Y
8 3 Y
A
A
A
A
A
A
A
A
A
A
A
A
A
A
0 1 Y
9 Y
1 1 Y
4 3 Y
3 3 Y
9 1 Y
8 1 Y
B
B
B
B
B
B
B
D
A
Y 2 3 .1 A
X295 X297
0 2 Y
Y21 Y22
B
Y13
Y 2 3 .2
B20
E
+BP - control panel +KK - terminal box +LE - steering unit +03 - engine +04 - lighting +OP - options +W - harness
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
layout
saved
2
1
3
4
5
6
7
8
A
A
Y5
B4
E8
B
B
H12 H14
X142 E2
W27
B26 M3 A12
E4
W25
B18 B17 A9
Y15
A11 E6
M2
1 3 4 1 1 1 W W W
C
X176
2 3 5 2 2 1
C
W W W
R2 -X1 +KK
1 M
1 G
2 9 4 1 1 2 W W W
2 7 6 2 1 1 W W W
1 B 2 B 3 4 A A
D
E5
D
M6
H15 E1
W27
W25
E3 H13
H11
X141 X180 E7 B3 Y4
E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
layout 2
saved
1
2
3
4
5
6
7
8
A
A R
A1
B
B
R
CAN2 R
C
C
CAN3 CAN1
R R
R
R
D
D R
CAN4
E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
CAN topology
saved
2
1
3
4
5
6
7
8
2 1 +KK 4 W X - + -A6.X42 A
30
²
-W1.2
m m
-X50 +W3
1
+W1
-F1.1 50A
-X182 +O31 /1 1
+W1
50A
2
-A15 1
+KK
-F24 10A
15
-F29
+W62
3A
2
-X46
2
-A6.X29
+W11
-X29
D R
3 E . 0 2 E /
² m m
-W4
2 B . 8 1 E /
K B
+KK
-W11.4
1 K B ² m m 0 0 . 1
m m
+ D
1
5A
2
-A6.X34
-A6.X31 -X31
+KK
+KK
6 /2 1
B
-A6.X32 +KK
+W11
²
0 0 . 0 5
6 /2 1
+W11
-X32
5 2 K B
-W11.4
² m m 0 0 . 1
2 K B
² m m 0 0 . 1
-W11
C
-G3
1 .0 0 m m ²
1 2 : 3 3 X 2
+
+O3
30 +KK
1
-
-W2
²
-W5
m m
( -W62)
-W12
m m 0 0 . 5 2
K B
E Y
/E1.E6
m
+BP
83
15
+KK
+W12
-G2
( -W62) -W12
-X29
+W11
m m
-
-W11.4
² m m 0 0 . 1
²
0 0 . 6
D
E Y
4 K B ² m m 0 0 . 1
7 /2 1
-W2.1 R
/E15.A1
2
-X33 D
+
+O3
F4
1
C
50
4 /2 1
/E1.E5
+ B P -S 4 : RD
1
-S1
-S2
87
87a
-A6.X33
-K0
m 0 0 . 0 5
/E1.E7
0 I
01
-W11.4
+O3
²
+BP
-K4
87
30
² m m 0 0 . 1
²
0 0 . 6
-W6
D R
30 +KK
-K1
W +
D R
A
-F4
-X47.1
2 : 3 1 -X34 R K O ( +W62) +W12 K L 3 /6 + S
1 8/2 1
+KK
0 0 . 5 2
/E2.A1 /E2.A1
-A2.2
1
+KK
B -W3
SLO
/E3.2.F8
4 4 X . 6 K -X44 K +W1 A - +
-F1.2 2
D R ² m m 0 0 . 6 1
0 0 . 5 2
15
T ie r 4 F in a l SLO
D
-W1.1 R
3 K B ² m m 0 0 . 1
+KK
-A6.X29 3
D
+KK
-K10 -W7
K B
2 /4
B+
² m
50
B+
-X185
-X29
+W11
+W12 D+
1 9 /2 1
m 0 0 . 0 5
+O3
1
+W4
-M1
+O3
M 24V
G
-G1
1 /2
28V
+O3
U
GND
B-
5
+KK
-A6.X29
-X221
3
+W12 ( +W62) 1
-K0
-Q1 2
/E16.C7
4
W
/E1.C2
+KK
86
-K1
2
/E1.C4
2 /2
+KK
1
-K6
85
/E4.A4
+KK
86
-K4
2
/E1.C5
85
+W12
-X221
E -W8
K B
K
-W8.1 B
² m m 0 0 . 0 5
-W9
²
N B
4 8 1 X 2 1
²
m
m
m
m 0 0 . 5 2
0 0 . 0 5
+W9
-W10 2 5 .0 0 m m ² B N
0 3 1 +KK 4 W X - + -A6.X43
3 X 2 1
1 3
1 E . 0 5 E /
1 W 3 +
1 C . 3 E / 31
/E2.A1
-X252
-X246 +W8 1 /1
W +
-X250
1 /1
E 6 : 3
1 /1
+W10
0-I
F
F This document will remain the property of DYNAPAC GmbH
electric
project
engine
saved
2
1
A
/E1.A8 /E1.A8 /E1.F8
3
4
5
6
7
8
30
30
15
15
31
31
1 B . 8 3 E / 1
+KK
1
+KK
-F21
-F32
B B V
25A
2
1
+KK
-F22
25A
1 B . 8 3 E /
20A
2
2
6 1 : 9 3 X . 6 A K K +
B 30 +KK
/E16.D5
-A6.X39
4 / 21
+KK
1
2A
2
-K5
87
/E16.D6
1 /2 1
+KK +W20
A 1 /9
7 / 21
3/ 9
5/ 9
-F38
+KK
-K3
87
A 2 /9
30
+KK
-K2
-A6.X11
8 : 0 4 X . 6 A K K +
30
/E16.D6
1 0 / 21
87
87a
-A6.X40
1 3 / 21
+KK +W20
-X39
3 B . 4 E /
+KK
s B B V
7 /9
1 /9
2 /9
-A6.X2
3 /9
+KK +W20
-X40
7 / 10
3 B . 4 E /
H _ 1 N A C
L _ 1 N A C
4 : 1 X . 6 A K K +
5 : 1 X . 6 A K K +
4 B . 3 E /
9 3 9 1 J
+ 9 3 9 1 J
-A6.X2
8 / 10
4 / 10
+KK +W20
-X2
5 B . 1 3 E /
4 B . 3 E /
6 B . 1 3 E /
+ 9 3 9 1 J
9 3 9 1 J
1 : 4 X . 6 A K K +
2 : 4 X . 6 A K K +
2 B . 4 E /
4 B . 7 1 E /
H _ 3 N A C
L _ 3 N A C
H _ 4 N A C
L _ 4 N A C
1 : 1 X . 6 A K K +
2 : 1 X . 6 A K K +
1 : 3 X . 6 A K K +
2 : 3 X . 6 A K K +
1 : 6 X . 6 A K K +
2 : 6 X . 6 A K K +
1 /1 0
-A6.X3
2 /1 0
+KK +W20
-X2
4 /6
B
5 /6
-X3
C
C
-W20
D R
D R
D R
D R
D R
E Y
N B
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-W20.1
H W
N B
²
²
+KK
-W20.4
H W
N B
²
²
-W20.3
H W
N B
²
²
-W20.2
-W20
-X47
+W20
2 01
+KK
-A1
2 03
VBB
VBB
11 2
11 3
/E5.E1 108
133
2 04 VBB
D R
D R
D R
D R
E Y
E Y
N B
N B
N B
N B
N B
N B
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
m
m
m
m
m
m
m
m
m
5 7 . 0
5 7 . 0
5 7 . 0
5 7 . 0
5 7 . 0
5 7 . 0
BN
+KK
9.1 1
-X200
+KK
+KK
120Ω
2 05
2 06
2 45
2 58
2 40
2 02
2 07
2 20
2 33
2 46
122
123
124
VBB
VBB
VBB
VBB
V B B s
228 I NH
GND
GND
GND
GND
GND
1 88
1 87
11 0
111
109
192
1 91
1 90
1 89
194
1 93
/E 5 .E 6
/E 5 .E 7
/E 5 .E 7
/E 9 .B 2
/E 9.B 3
/E 9.B 4
/E 9.B 5
/E 9.B 6
/E 9.B 7
213
208
115
243
11 4
2 56
2 44
2 57
/E 3 4 .B 2
/E 3 7 .B 2
/E 3 6 .B 2
139
166
121
/E 5.E 2
/E 5.E 2
/E 7 .E 4
217
226
132
/E 5 .E 8
/E 4 6 .B 2
119
1 20
164
141
231
/E 5.E 5
/E 5.E 3
/E 5.E 4
241
242
/E 3 7.B 7 /E 3 5.B 2 /E 4 8.B 2 116
117
118
138 /E 5 .E 5
167
/E 1 0.E 1 /E 1 0 .E 3
GND 196
/E 11 .A 7 /E 11 .A 8
168
GND 2 49
1 72
+KK
-X200
-X47
-X47
-X47
+W20 215
2 50
253
2 36
254
2 09
1 47
2 23
1 48
1 35
1 34
211 14 4
183
184
185
1 59 / E7 . E3
2 24
1 43
1 42
1 58 / E7 . E7
2 14
/ E 3 3 . E4
2 35
CAN3 H
2 47
1 57
/ E7 . E6
2 52
2 38
/ E4 6 . A4 / E4 6 . A6
2 22
2 10
/ E1 8 . E3
2 34
2 25
2 12
2 48
153
177
154
178
130
131
1 56
162
1 36
1 37
/ E 3 2 . F3
2 37
2 39
161
CAN3 L
2 51
1 26
1 01
1 25
/E 6 A. 3
/E 6 A. 4
/E 6 A. 6
1 28
1 03
1 27
/E 1 9 .B 2
229
171
227
170
165
230
140
151
/E 1 2 .E 1 /E 1 2 .E 2
/E 1 3 .A 2
186
/E 1 0.A 4 /E 1 0.A 5 /E 1 0.A 5 /E 1 0.A 6 1 75
152
17 9 /E 1 0 .A 6
176
14 9
/E 1 3.A 3 /E 1 2.A 6 /E 1 2.A 6
/E 1 2 .A 7
180
181
1 82
/E 1 0 .A 7 /E 1 0 .A 7
/E 1 0 .A 8
173
150
174
/E 5 0 .B 5
/E 1 2 .A 8 /E 1 9 .B 3
/E 6 .A 5
/E 6 .A 2
155 /E 6 .A 2
219
232
/E 5 .E 1
1 07
146
/E 1 0 .E 2
/E 5 .E 1
project
1 29 /E 6.A 7 1 02
/E 11 .A 5 /E 11 .A 1 /E 11 .A 2 1 06
1 05
/E 11 .A 2 /E 11 .A 3
145
160
C A N 4 H C AN 4 L
E
1 04 /E 8 .B 4
RCe
CAN
CAN
F
CAN
electric
D
+W20 163
CAN2 H CAN2 L
/ E1 2 . E4 / E1 2 . E4 / E1 2 . E5 / E1 2 . E5
diagnostics
This document will remain the property of DYNAPAC GmbH
2 10.2
-X47
+W20
216
C A N 1 H C AN 1 L
2 18
F
BN
WH
/E 11.A 5 /E 11 A. 3 /E 11 A. 4 /E 11 A. 6
221
m
-R7
2 9.2
+W20
1 95
m 5 7 . 0
10.1 1
WH
GND
/E 7 .E 2
169
+KK
²
m
m
120Ω
-X200
N B
²
m
m
-R6
D
H W
m 5 7 . 0
-X200
E
A
4 B . 7 1 E /
L _ 3 N A C
+KK +W20
-X2
4 B . 8 3 E /
H _ 3 N A C
-A6.X2
5 / 10
3 B . 8 3 E /
2 B . 4 E /
/E3.A1 /E3.A1 /E3.A1
main control unit A1
saved
2
1
A
/E2.A8 /E2.A8 /E2.A8
3
4
5
6
7
8
30
30
15
15
31
31 E Y
+KK
1
30A
2
-F26
6 B . 2 E /
6 B . 2 E /
+ 9 3 9 1 J
9 3 9 1 J
7 D . 6 1 E /
+KK
-W20
1
+KK
-R8
-R13
330 Ω
t o N
1 5 /2 1
1
6 /2 1
+KK +W12
3 /2 1
1 / 21
2 / 21
2A
2
-A6.X5 +KK
2 /4
+W12
3 /4
+O3
-A6.X33 +KK
3,9K
-X5
1
1 3/2 1
-B12
7 /2 1
B 1 4 /2 1
1 4/2 1
+W12
-X33
2
N B
-W12
1
-R21
+W12
-X33
E Y
-A6.X41
² m 2 : m 1 0 2 0 . 2 X 1 2 1
C
1 /4
² m m 0 0 . 1
2
-X31
+KK
E Y
330 Ω 2
+W11
-F37
A
E Y
B
-A6.X33
/E4.A1 /E4.A1 /E4.A1
B /9
A /9
C /9
D /9 SH
+W12
1
1
W +
2
3
C
+W12
-R22
-X183
1,5K 2
1 3
5 E . 1 E /
/E8.E6
D
-W12
N B
N B
D R
D R
² m m 0 5 . 1
² m m 0 5 . 1
² m m 0 5 . 1
² m m 0 5 . 1
H
E Y
E Y
E Y
E Y
E Y
E Y
E Y
E Y
E Y
²
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
m
m
m
m 5 7 . 0
BN
-X184
1
+W12
+ W 1 2 -X 1 8 4
D
-R3
-W12
N B ² m m 0 5 . 1
SH
2 WH
-X46
-X45
-X46
+W12
+W12 1 +O3
N B
²
5 7 . 0
+W12 3 1 -W 1 2
W
GND
2 GND
3 B AT T +
4
+W12 46
+O3
BATT+
-A2.1
J 1 9 3 9+
47 J 1 9 3 9-
37 S c hie ld
27 V R 2+
36
22
9
23
2
4
16
18
34
25
41
43
44
45
50
39
21
35
32
28
40
42
VR2-
-A2
J3 OEM
J2 OEM
+5V
GND
S ig
E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
engine control A2 Tier 3
saved
1
2
3
4
5
6
7
8
A
A
B
B
C
C
D
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
engine control A2 Tier4 Interim
saved
2
1
A
3
4
5
6
7
8
30
30
15
15
31
31
A
SLO
+KK
1
30A
2
-F26 + 9 3 9 1 J
+KK
1
2A
2
t o N
9 3 9 1 J
-F37 B
1
+KK
+O3
-B10
-R13 330 Ω 2
1 1 /4
H
-A7.X41
-W62.2
B
C
A
D
+KK +W62
6
-A7.X33
3
+KK
-A7.X33 -A7.X33 1
+KK
+KK
+KK
-A7.X33 1
2 3 /4
+KK
²
²
²
14
+W62
-A7.X31
+KK +W62
N B
N B
D R
D R
² m m 0 5 . 1
² m m 0 5 . 1
² m m 0 5 . 1
² m m 0 5 . 1
+W62
-X184 -W62
-W62.1
H W
N B
E Y
²
²
² m m 0 0 . 1
m m
m m
5 7 .
5 7 .
0
0
+W62
-W62
VBB
GND
² m m 0 0 . 1
BN
-X270
-R3
-X184.4 +W62
+T4
-X184.7
2 WH
N B
N B
N B
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
D R
D R
D R
D R
D R
² m m 0 5 . 1
² m m 0 5 . 1
² m m 0 5 . 1
² m m 0 5 . 1
² m m 0 5 . 1
-X46 73 GND
49 GND
50 GND
51 GND
+W62 52 GND
-X46
-X46
+W62 1 B a tt+
25 B a tt+
26 B a tt+
27 B a tt+
28
-X46
+W62 22
B a tt+
D
2 +W62
-W62
-X270
-X46
+W62
+W62
-K32 1
-W62
+O3
-X33 E Y
1
+W62
-X184.6 -W62
C
+KK +W62
14
+W62
-X184.5
+W62
N B ² m m 0 5 . 1
D
-A7.X33
3 /6
-X34
1 3
-W62
E
1+KK 4
-A7.X34 SH 1 3
-W62.2
m m 5 7 . 0
-X5
C
31
m m 5 7 . 0
-X31
+W11
7
-X33
+W62
-X33
-X183
W
m
B
3 +W62
N G
m
-A7.X5 2
3 /4
N B
5 7 . 0
-A7.X33
2 2 /4
J 1 9 39 +
46 J 1 93 9 -
E Y
-W62
E Y
² m m 0 0 . 1
E Y
² m m 0 0 . 1
² m m 0 0 . 1
83
75
GND
-X46
+W62 5
48
71
72
96
23
95
2
38
39
40
3
9
10
33
+W62 76
8
32
35
E
K e y s w itch
-A15 J2 CM2350A
/E1.A6
Lamp CC24 24-Pin DFP_P /E 1 .A 6
8
7
11
13
22
23
12
5
94
24
54
79
84
85
53
77
57
82
62
14
15
13
30
7
16
81
F
6
42
41
F This document will remain the property of DYNAPAC GmbH
electric
project
engine control A2 Tier4 Final
saved
2
1
A
/E3.A8 /E3.A8 /E3.A8
3
4
5
6
7
8
30
30
15
15
31
31
/E5.A1 /E5.A1 /E5.A1
A
3 +KK
-K6 4
/E1.E7
5 D . 4 E /
6 D . 4 E /
4 V : 1 4 5 2 X 1 1
1 H 1 : S 1 5 X 1
B
W +
8 C . 4 E / H _ 1 N A C
5 : 0
0 4 X 1 1
8 C . 4 E / L _ 1 N A C
W +
1 W +
7 B . 2 E /
6 : 0
7 B . 2 E / L _ 3 N A C
H _ 3 N A C
0 4 X 1 1
5 B . 2 E /
5
5 B . 2 E / +KK
1 +KK
1
5A
2 2A
2
1 2/2 1
5 /2 1
-F17
L _ 1 N A C
H _ 1 N A C
-F27
-A6.X32
+KK 1 /6
2 /6
4 /6
5 /6
+KK
6 /6
+W11
-W11.1 U B
U B
²
²
m m
m
5 7 .
5 7 .
0
0
10A
2
B
H W
N B
G
E Y
²
²
²
²
N
m
m
m
m
m
m
5 7 . 0
5 7 . 0
-A6.X32
+KK
-A6.X31
1 8/2 1
+KK
+W11
-X32
5 7 . 0
m
-A6.X29
+W11
-X1
-W63
1
W +
-A6.X1
C
+KK
-F18
-X29
+ 9 : D 1
m
5 X 1 1
D
-W11.4
8 K B
5 K B
6 K B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X319
-A18
-W63 0 .7 5 m m ² B U
4 /4
3 /4
2 /4
3 GND
6 : H _ 2 5 1 X N - A 1 1 C
1 B . 4 E /
1 /4
2
1
C A N _H
C A N _L
7 K B ² m m 0 0 . 1
4 : 9
1 B . 4 E /
K B
E Y
D R
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
2 B . 4 E / 5 : L _ 2 1 5 X N - A 1
C
1 C W +
N G
E Y
²
²
m m 5 7 . 0
m m 5 7 . 0
H 3 : S 9 1 3 X 3 6
1 3 X 3 6 W +
W +
D
RD
-X52
4
2 B . 4 E /
W W + +
-W63 0 .7 5 m m ² B U
VBB
-X31
m
V 4 2
+W63
2 B . 8 1 E /
+W11
-X32
5 7 . 0
SH
+OP18
1 /2 1
+KK
+W11
-X8
+W11 X52
-A4.A1 /E4.D5
-X52
4
3
6
5
1 /1
+BP
D i sp l ay
120Ω
120Ω
-A4.X54
+BP +BP
5 /12
+W11
+W11
2 /1 2
1 /1 2
+BP
-W11.2
6 /1 2
2 /1 2
5
6
30
7 /1 2
4 15
10 58
1 31
2 31
11 31
12 31
+W11
+OP24
-A19
-X54
N G
U B
D R
T V
Y
G ²
²
²
²
²
²
m
m
m
m
m 5 7 . 0
5
4
9
8
C A N 2 - L C A N 2 -H C A N 1 - L C A N 1 - H
In p u t V id e o 1
In p u t V id e o 2
-X63
4/ 8
2
1 /8
3/ 8
1
3
5 /8
6 /8
7 /8
D+
30
+BP
-X54
Y
5 7 . 0
2/8
31
1 2 /1 2
+BP
-X54
m
3 15
30
GPS - GSM Modul
1 /1 2
+BP
m
m
m
5 7 . 0
-A20
m
m
5 7 . 0
2 +OP25
G
31
4 15
1 30
5
6
7
C A N _H
C A N _L
C_GND
E
GPS - GSM- CAN Modul
m 5 7 . 0
-X63
+BP 2
X51
/E4.D2
5 7 . 0
3
-X400
+W11
-A4.A1
-X54 E
-X51
-A4.X52
CAN_1H CAN1_L CAN2_H CAN2_L ke y bo a r d
-X52
+BP
10
11
GND V id e o V B B V id e o
6 15
12 30
7 58
1 31
+BP
-A3
F
F This document will remain the property of DYNAPAC GmbH
electric
project
operating station
saved
2
1
A
/E4.A8 /E4.A8 /E4.A8
3
4
5
6
7
8
30
30
15
15
31
31
+BP
+LE
-B1
3 2
-B2 RD
BU
YE
VI
BK
GN
1
2
3
4
5
6
1 /6
2 /6
3 /6
4 /6
5 /6
6 /6
+BP
1
+BP
-X57
-X58 1 /6
+BP
2 /6
4 /6
3 /6
5 /6
+BP
6 /6
-A4.X58
1 D . 0 1 E /
C
1 A . 7 E /
n e S
n e S
V 5
V 5
8 : 6 1 X . 6 A K K +
2 /6
4 /6
3 /6
+BP
6 /6
5 /6
+BP
-A4.X57
-A4.X53 +BP
1 /6
8 / 12
9 / 12
1 0 / 12
1 1/ 12
+W11
2 / 12
3 / 12
4 / 12
5 / 12
6 / 12
2
WH
-B4
D N G
B B V
1 S
2
680 Ω
1
N G
2 1
+W16
3 2
4 3
4
1
-X60
2 1
+W15
1 S
3 2
2 S
4 3
4
-X61
W 1
2 /3
3 /3
+BP
5 F . 4 1 E /
B
6 1
1 /3
5 1 W 1
1 . 4
3
1 1 X 6
1 0/1 2
11 /1 2
1 2 /1 2
+W11
H W
N B
G
E Y
²
²
²
²
m
1 /1
m
m
+BP
m
5 7 . 0
+W11 -X9
-X52
WH
5 E . 4 1 E /
D N G
B B V
2 S
+BP
H W
5 7 . 0
N
m m 5 7 . 0
1 W +
-W15.1
m
H W
N B
G
E Y
²
²
²
²
m
m
m
m
5 7 . 0
m
5 7 . 0
5 7 . 0
N
m m 5 7 . 0
1 . 8 7 X 5 1 W +
m m 5 7 . 0
-X52 SH
3 1 -W 1 6
RD
31-W 15
C
4 1 : 3 1 X .
BN
6 A K K +
-W11.3
BN
BN
H W
N B
N
E Y
Y
G
G
U B D R
K P
U B
D R
²
²
²
²
²
²
²
²
²
m m 5 7 . 0
m
m
m
m
m
5 7 . 0
m
m
5 7 . 0
A
+O3
-B3
3
-A4.X52
-X53
-X53
+O3
-W16.1
+BP 1 /12 +W11
1 2 / 12
2
-A4.X55
-A4.X53 7 / 12
7,5A
-X55
+BP
+BP
1
-R159
680 Ω
-X181
D R
B
1
-R1
-R160
+BP
+KK
-F10
1
/E6.A1 /E6.A1 /E6.A1
m
m
5 7 . 0
m
m
5 7 . 0
m
m
5 7 . 0
m
m
5 7 . 0
-X17
+KK
m
5 7 . 0
-X18
+W16
5 7 . 0
1 5 / 15
6 / 15
+W15 3 /1 5 +KK
2 / 15
1 2 /1 5
5 /1 5
-A6.X18
-A6.X17
SH
-X32
-X30
+W11
1 8 /2 1
1 /2 1
+KK
-X30
+W11 6 /2 1
3 /2 1
2 /2 1
4 /2 1
-A6.X30
5 /2 1
+KK
-A6.X32
5 /2 1
+W11
7 /2 1
-A6.X38
1 2 /2 1
+KK
+KK
-A6.X30
1 6/2 1
-A6.X12
+W20
+KK
-X38
-A6.X37 +KK
3 /2 1
+W20
4 /2 1
2 /2 1
1 /2 1
6 /2 1
5 /2 1
9 / 21
-X200 +KK
270Ω +KK
-W20.5
N B
²
²
m
m
m
²
²
²
²
²
² m
m
5 7 . 0
U B
D R
G
m
m
5 7 . 0
E
G
K P
Y
m
m
m
m
5 7 . 0
5 7 . 0
5 7 . 0
139
166
141
m
m
-X200
m
m
5 7 . 0
+KK
-X35
1 9 /2 1
+W20
-X38
N B
N G
E Y
²
²
²
²
m
m
m
m
m
m
2.1 1
-R9
E Y
-A6.X38
5 7 . 0
D
m m
5 7 . 0
5 7 . 0
SH
+KK
N
1 3/2 1
+W20
1 0 / 21
-X37
H W
+KK
W
5 7 . 0
1 6/2 1
-A6.X35
-X12
H
-W20.7
D
4 /1 2
+W20
5 7 . 0
164
138
2 2.2
270Ω
3.1 1
+KK
2 3.2 K B
²
²
270Ω
+KK
270Ω
2 4.2
G ²
² m
m
m
5 7 . 0
SH
2 5.2
U B D R
m
m 5 7 . 0
5.1 1
-R12
K P Y
m
m 5 7 . 0
4.1 1
-R11
T V
m
m
5 7 . 0
+KK
-R10
5 7 . 0
E
-X47
+W20
219
146
231
-A1 /E2.E7
/E2.F7 5V
/E2.E2 GND
/E2.E2 0 ,5 -4 ,5 V
0 ,5 -4 ,5 V R e d
/E2.F1
/E2.F2 0 ,5 -4 ,5 V
STOP
/E2.F1
/E2.E3
0 ,5 -4 ,5 V
0 ,5 -4 ,5 V
110
-A1
/E2.E2
111
-A1
/E2.E2
109
-A1
/E2.E2
108
-A1
/E2.E1
I-IN
V
F
F This document will remain the property of DYNAPAC GmbH
electric
project
input drive system A1
saved
2
1
A
/E5.A8 /E5.A8 /E5.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A1
-A1
/E2.F6
-A1
/E2.F6
-A1
/E2.E7
156
-A1
/E2.E7
-A1
/E2.F6
/E7.A1 /E7.A1 /E7.A1
A
-A1
/E2.E8
/E2.E8
155
126
101
131
125
129
E Y
E Y
E Y
E Y
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
+W20
-X47
-W20
B
-X35
-X39
+W20
+KK
1 1 /2 1
-A6.X22 +KK
-A6.X21
1 5/1 5
+KK
+W19
8 /2 1
-A6.X35
2 1 /2 1
1 8 /2 1
+W19
-X22
7 /2 1
1 7 /2 1
-X38
+W20
1 0 /2 1
+KK
8 /2 1
2 0 /2 1
-A6.X22 +KK
4 /1 55
+KK
1 3 /2 1
-A6.X17
+KK
+W19
-X21
-X36
+W20
-A6.X39
B
+W20
3 /1 5
+KK
1 9 /2 1
-A6.X38
-A6.X18 +KK
+W16
-A6.X36
9 /1 55
+W15
-X17
-X22
-X18
C
C
-W19
N B
-W19
² m m 0 0 . 1
E Y
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X68
=HP1
D
-P2 Y2A
1 /2
=HP1/HP1.E3
1
+W19
2
-X69
=HP1 1 /2
-P2 Y2B =HP1/HP1.E2
1
-X70
=HP1
+W19
-P1 Y1A
1 /2
=HP1/HP1.B3
2
1
-X71
=HP1
+W19
-P1 Y1B
1 /2
=HP1/HP1.B3
2
1
+W19
2
-W19
E Y
-W16
² m m 0 0 . 1
-X72
=HP1
-HP1 Y3 =HP1/HP1.E7
1
+W19
2
E Y
-W15
² m m 0 0 . 1
-X73
=HP1 1 /2
-M2 Y4 =HP1/HP1.F8
1
+W16
2
² m m 0 0 . 1
-X74
=HP1
-M1 Y5
1 /2
-W19
N B
N B
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-W16
+W15
2
N B ² m m 0 0 . 1
N B ² m m 0 0 . 1
1
D
=HP1/HP1.B9
-W15 N B
E Y
+W15
-X78.2
-W15 1 .00 m m ² B N -W15 1 .00 m m ² B N
+W16
-X114.2
E
-W16 1 .00 m m ² B N -W16 1 .00 m m ² B N
+W19
-X76
+W19 1 .0 0 m m ²
BN
-X76.1
+ W 1 5 -X 7 8 .1
3 1 -W 1 5
+ W 1 5 -X 7 8 .3
3 1 -W 1 5
+ W 1 6 -X 11 4 .1
3 1 -W 1 6
+ W 1 6 -X 11 4 .4
3 1 -W 1 6
+ W 1 9 -X 6 2 :1
31
/E14.F5 /E11.E8 /E14.E5
E
/E11.E7
+W19 1 .0 0 m m ²
BN
-X76.2 -W19 1 .00 m m ² B N
F
/E7.B3
F This document will remain the property of DYNAPAC GmbH
electric
project
output drive system A1
saved
1
A
/E6.A8 /E6.A8 /E6.A8 /E5.C1
2
3
4
5
6
7
8
30
30
15
15
31
31
5VSen
+KK
1
7,5A
2
/E8.A1 /E8.A1 /E8.A1
A
-F5
/E6.E8
B
-A6.X13 +KK
31
+ W1 9-X 76 .2
31
-A6.X22
+KK +W19
1 44/1 55
+W13 E Y
-W19
² m m 0 0 . 1
+O3 2 /2
-X33 N B
-W12
D R ² m m 0 0 . 1
-X66
+W19 1 1 /2 2 2 /2
-X62
G
1 /2
+O3
-B7
-R33
1
+W19
-X194 1
+O3
P
°t
Q -
C
+W12
+W13
-X191 +O3
+KK
² m m 0 0 . 1
-X190
22 /2
-B11
-B5
+W12
+O3
-W13
2 /1 5
-A6.X38 +KK
2
-X190
-W19
E Y
6 /1 5
-A6.X13
2 /2 1
-A6.X38 +KK
+W20
-X47
-W20
E Y
² m m 0 0 . 1
² m m 0 0 . 1
-W12
-X51
C
-X33
+KK
1 0 /2 1
3 /1 5
-A6.X33
-A6.X31 1 7 /2 1
1 8 /2 1
+W20
1 2/2 1
+KK
+W11
-X31
E Y
-W20
E Y
-W20
² m m 0 0 . 1
-X47
-X47
+W20
159
-A1
/E2.E5
/E2.E2
m m 0 0 . 1
-X30
+W11
1 4 /2 1
-A6.X37 +KK
+KK
1 4/2 1
+W20
-W20
E Y
² m m 0 0 . 1
E
-X47
+W20
D
-A6.X30
-X37
² m m 0 0 . 1
+W20
121
-A1
-W11.4 ²
E Y
-X47
+W20
9 K B
E Y
² m m 0 0 . 1
+W12
+W19
² m m 0 0 . 1
168 /E2.E3
+W11
1 B . 2 1 E /
-X38
E Y
+W20
-A1
E Y
-X22 +KK
² m m 0 0 . 1
E
1 2 /1 2
+W13
-X38
-W20
-A4.X51
5 F
1 /2
-X13
+W13
W +
+BP
+O3 +W12
² m m 0 0 . 1
D
4 8 1 X 2 1
P
-X194 -X191
B
5 /2 1
-X22
-X13
-W13
-A6.X33
11 /1 5
157
-A1
158
-A1
/E2.E6
/E2.E6
!
Rad/Kette
F
F This document will remain the property of DYNAPAC GmbH
electric
project
input main control unit A1
saved
1
A
/E7.A8 /E7.A8 /E7.A8
2
3
4
5
6
7
8
30
30
15
15
31
31
/E9.A1 /E9.A1 /E9.A1
A
-A1 /E2.E8
104
B
B E Y
² m m 0 0 . 1
-X27
+W20
+KK
2 0 /2 1
-A6.X27
C
-A6.X34
+KK
C
1 /6
+W12
-X34 -W12
E Y
² m m 0 0 . 1
D
D
-X174
=HP6.1 1
-V2 Y8 =HP6.1/HP6.1.D2
+W12
2
-W12
N B ² m m 0 0 . 1
/E12.B1
E
3 1 -W 1 2
+ W 1 2-X 1 8 4
+W12
-X184
1 .00 m m ² B N
+ W 1 2 -X 1 8 4
3 1 -W 1 2
/E3.D1
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
system functions A1
saved
2
1
A
/E8.A8 /E8.A8 /E8.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A1
-A1
/E2.E2
-A1
/E2.E2
-A1
/E2.E3
192
-A1
/E2.E3
/E10.A1 /E10.A1 /E10.A1
A
-A1
/E2.E3
/E2.E3
191
190
189
194
193
W
E Y
E Y
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
+W20
-X47
B
B U B H
-W20
-X28
C
8 /1 2
-A6.X28 -A6.X24 1 6 /2 1
+KK
D
5 /1 2
1 3 /2 1
+KK
+KK
1 /1 2
1 4 /2 1
-A6.X36
1 9 /2 1
N B
-A6.X25
2 /2 1
C
5 /2 1
5 /2 1
+KK
-X25
-W17
² m m 0 0 . 1
N B
N B
N B
N B
²
²
²
²
²
m
m
m
m
5 7 . 0
-X128
-X129
=HP5.1
+W17
2
-W17
N B
²
m m
1
=HP5.1/HP5.1.D5
N B
m m
=HP5.1
-V1 Y9B
-W17
m m 5 7 . 0
E
+W20
2 /2 1
+W17
-X24
-X24
-W17
4 /1 2
-A6.X24
1 7 /2 1
+W17
+W17
-X36
+W20
+KK
1
-V1 Y9A =HP5.1/HP5.1.D4
+W17
2
5 7 . 0
5 7 . 0
-X130
=HP5.1 1
-V1 Y10B =HP5.1/HP5.1.D4
2
-X131
=HP5.1
+W17
-V1 Y10A =HP5.1/HP5.1.D3
1
1
-V2 Y11A =HP7/HP7.A2
-X133
=HP7
+W17
2
1
-V2 Y11B =HP7/HP7.A3
+W17
2
U B
U B
U B
U B
U B
U B
²
²
²
²
²
²
m
m
m
m
m
m
m
m
m
m
5 7 . 0
+W17
5 7 . 0
-W17 1 .00 m m ² B U
-X115.2 L
+W17
5 7 . 0
-W17 1 .00 m m ² B U
-X115.3
+W17
-X115.4
L
R
5 7 . 0
-W17 1 .00 m m ² B U
5 7 . 0
+W17 1 .00 m m ² B N
-X126.9
E
m m
5 7 . 0
+W17
-X115.5
D
5 7 . 0
-X132
=HP7
+W17
2
m m
5 7 . 0
+W17 1 .00 m m ² B N
-X126.9
+ W 1 7 -X 11 6 .6 1 .00 m m ² B U
3 1 -W 1 7
/E12.E5
R
F
F This document will remain the property of DYNAPAC GmbH
electric
project
hopper
saved
2
1
A
/E9.A8 /E9.A8 /E9.A8
3
4
5
7
8
30
30
15
15
31
31
-A1
-A1
/E2.E5
+KK
7,5A
1
-A1
/E2.E5
2 -W20
1 2
3
-A7
3
3 5 /6
-X80
4 3 /6
GND 24V 4 /6
2 /6
1 /6
+O3
181
182
E Y
E Y
E Y
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X27
-X35
-X27
+W20
+KK
+KK
5 /2 1
-A6.X27
-X38
+W20
+KK
5 /2 1
-A6.X35
5 /2 1
-A6.X27
E Y
² m m 0 0 . 1
+W20
-A6.X13 -A6.X22
E Y
² m m 0 0 . 1
+KK
-X79
1 /6
2 /6
4
3
5
4 /6
3 /6
5 /6
+KK
+KK +W13
4 /1 5
-X13
-X16
+KK 7/2 1 +W19
1 2/1 5
+W19
-X22
1 5 /2 1
3 /2 1
-A6.X13
+KK
+KK
1 /2 1
5 /1 5
1 /2 1
+W13
-X21
1 3 /2 1
-A6.X27
2 /2 1
1 0 /2 1
+W20
8 /2 1
+W19
-X13
4 /2 1
5 /2 1
-X21
N B ² m m 0 0 . 1
YE
C
2 /1 5
+W23
-A6.X21
B
-X27
+W20
-X35
2 /2 1 3 /1 5
+W23
-X16
/E2.E6
180
E Y
+KK
5
-A1
/E2.E6
179
² m m 0 0 . 1
4 /2 1
+KK
-A1
/E2.E5
186
E Y
+W20
-A6.X16
-A1
/E2.E5
185
A
-X47
2
+O3
-A1
/E2.E5
184
/E11.A1 /E11.A1 /E11.F1
+W20
1
-A8
-A1
/E2.E5
183
-F12
B
6
C
BN
-W13
1 .0 0 m m ²
N B
-W19
² m m 0 0 . 1
1 .00 m m ² B N
N B
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
E Y
N B
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X16 6 /1 5
9 /1 5
-V1 Y12
+KK
D
-A6.X16 -X200
5VSen
-A6.X38 +KK
+W19
1
E
1 4 /2 1
-W19
² m m 0 0 . 1
E Y
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X82 =HP3.1
+W19
1 /3
-V8 Y13
=HP3.1/HP3.1.B6 2
+W19
1
+W19
-X83=HP9 1 /2
-V2 Y14
=HP3.1/HP3.1.B3 2
+W19
-X82
1
-X84 =HP2
+W19
1 /3
-V9 Y15
=HP3.1/HP3.1.E6 2
+W13
-X83
1
2
-X85 =HP2
+W13
1 /2
-P3 Y16A
1
=HP2/HP2.D2
-X84
2
+W19
+W19
-X86=HP2 1 /2
-P3 Y16B =HP2/HP2.D2
+W19
-X85
1
2
+W19
-P3 Y17A
-X87 =HP2 1 /2
1
=HP2/HP2.D5
2
+W19
-X86
+W19
-P3 Y17B
-X88 1 /2
1
D
=HP2/HP2.D6
-X87
+W19
2
+W19
-X88
1 5 /2 1
+W20
-W19
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
-X47
1
-X81
-X38 -W20
1 /2
=HP3.1/HP3.1.D3
+KK
/E5.C1
-X81 =HP9
=HP3.1
8 /1 5
E Y
YE
E Y
+W23
-W13
-W20
E Y
² m m 0 0 . 1
N B
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-W13
N B
-W19
² m m 0 0 . 1
N B
N B
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
E
-X47
+W20
+W20 217
226
145 /E2.F7
-A1
-A1
/E2.F2
+W19
-X76.4
-A1
+W19
-X76.5
-W19 1 .00 m m ² B N
+W19
-X76.6
+W19
-W19 1 .00 m m ² B N
-X113.2
0 ,5 -4 ,5 V
/E13.E1
3 1 -W 1 9
-W19 1 .00 m m ² B N
-X76.8 +W13
/E2.F2
0 ,5 -4 ,5 V
L
-W19 1 .00 m m ² B N
+W19 -W19 1 .00 m m ² B -X76.10 N
-W13 1 .00 m m ² B N
+ W 1 3 -X 1 1 3 .3
3 1 -W 1 3
/E32.D6
+ W 1 9 -X7 6 .11 L
R
+W19
-X76.9
L
L
R
R
L
R
F
R
F This document will remain the property of DYNAPAC GmbH
electric
project
conveyor/ auger
saved
1
2
3
4
5
6
7
8
Placement grid on level 3
A
A
+L1
-X80 1
B
3 2
2
1 1 .0 .0 0 m m ²
BK
-W1 1 .0 0 m m² m²
BK2
6 /
1 4 L 1 +
+L1
-R15
4
R -
B
-W1 1.00 mm²
G N YE
+L1
6 /
Kabel
3
2
1 1 .0 .0 0 m m ²
BK
-R14#1 P in in
2
S ig ig n al al 3
6 / 5
Ziel
+ L 1 -X 8 0 :4
2
K a b el el
1 0. 0 m m ²
-W1
B K2 K2
2
-IS1
Ziel
be Q ue rsc hn itt Fa r be 1 .0 0 m m ²
K a b el el
+ L 1 -R 1 3 :1
3
+ L 1 -R 1 4 :1
1 .0 0 m m ²
BK
2
+ L 1 -X 8 0 :3
1.00 mm²
G NY E
be Q ue rsc hn itt Fa r be
K a b el el
1 0. 0 m m ²
-W1
S ig ig n al al 1
1.00 mm²
+ L 1 -R 1 5 :2
2
BK 2
1.00 mm²
+ L 1 -R 1 4 :2
3
-W1
BK 1
1.00 mm²
+ L 1 -R 1 3 :2
1
3 4 5 6
-IS2
-X80#3
*6 /6
DT06-6S 90°
1400mm
BK
1
P in in /E1.D4
GNYE
-W1
+L1
+L1
NW 8,5 -W1
+L1
-R13#1
D
-W1
C
be Q ue rsc hn itt Fa r be
-R15#1 S ig ig n al al
Pin
+L1
+L1
P in in
Signal
2
BK1
+L1
/E1.D4 1 /E1.D4 3 /E1.D4
Ziel
1 /E1.D6 1 .0 0 m m² m²
R -
/E1.C4
-X80#2 Q u e rs c h n itt
-
1 3 L 1 +
C
Farbe
Ziel
+ L 1 -X 8 0 :5
B K1 K1
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
electr ri ic
project
Lattenrostpoti Links
4812031044 F
date
10.12.2009
1
2
3
4
5
6
7
8
Placement grid on level 3
A
A
+L1
-X79 1
B
3 2
2
1 1.00 mm²
-W1 1 .0 0 m m ²
1
BU
6 /
1 6 L 1 +
+L1
-R17
4
R -
B
-W1 1 .0 0 m m ²
BN
6 / 3
+L1 2
1 1.00 mm²
1 .0 0 m m ²
25
Kabel
-W1 BK
-X79#2
Farbe
Q u e rs c h n itt
Ziel
-W1 W ire c o lo u r 2 0
1.00 mm²
+ L 1 -R 1 7 :2
-W1 W ire c o lo u r 2 7
1.00 mm²
+ L 1 -R 1 6 :2
1
-W1 W i r e
1.00 mm²
+ L 1 -R 1 5 :2
3
Signal
1 5 L 1 +
Pin 1 /E1.C6
6 / 5
R -
colour 21
2
+L1
2 3 4 5 6
-X79#3 C
*6 /6
+L1 P in in /E1.C4 1 /E1.C4 3 /E1.C4
2
S ig ig na na l
Ziel
Fa r be be Q ue rsc hn itt Fa
3
+ L 1 -R 1 5 :1
1 .0 0 m m ²
BK
1
+ L 1 -R 1 6 :1
1 .0 0 m m ²
B U
2
+ L 1 -X 7 9 :3
1 .0 0 m m ²
B N
Fa r be be Q ue rsc hn itt Fa
-R15#1 P in in /E1.D4 1 /E1.D4 2
S ig ig na na l
+L1 Ziel
1 .0 0 m m ²
BK
3
+ L 1 -X 7 9 :5
1 .0 0 m m ²
BK
Fa r be be Q ue rsc hn itt Fa
S ig ig na na l
940mm
-IS2
NW 8,5
+ L 1 -R 1 7 :1
P in in
K a b el el
C
+L1
-W1
3
K a b el el
-W1
+L1
-R16#2
D
-IS1
+L1
-R17#1
Ziel
1
1
+ L 1 -R 1 7 :3
1 .0 0 m m ²
B U
2
1
+ L 1 -X 7 9 :4
1 .0 0 m m ²
B U
D
K a b el el
-W1
E
E
F
F This document will remain the property of DYNAPAC GmbH
electr ri ic
project
Lattenrostpoti Rechts
4812031045 G
date
10.12.2009
2
1
A
/E10.A8 /E10.A8
3
4
5
6
7
8
30
30
15
15
-A1
-A1
/E2.E8
-A1
/E2.E8
-A1
/E2.E7
127
-A1
/E2.E7
102
-A1
/E2.E4
107
-A1
/E2.E4
106
-A1
/E2.E4
249
-A1
/E2.E7
172
-A1
/E2.E4
196
A
-A1
/E2.E3
103
/E12.A1 /E12.A1
/E2.E3
195
188
187
+W20
-X47
-W20
B
E Y
E Y
E Y
E Y
E Y
E Y
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X27 +KK
3 /2 1
+KK
1 2 /2 1
-A6.X27
1 /2 1
9 /2 1
5 /2 1
+W17
6 /2 1
4 /2 1
1 8 /2 1
2 /2 1
1 5 /2 1
1 0 /2 1
2 1 /2 1
7 /2 1
11 /2 1
+W20
+KK
2 /1 2
8 /2 1
-W20
E Y
² m m 0 0 . 1
B
-X12
+W20
1 7 /2 1
E Y
² m m 0 0 . 1
-X28
+W20
-A6.X24
-W20
7 /1 2
-A6.X28
-A6.X17
2 0 /2 1
+KK
-X24
+KK
5 /1 5
+KK
2 /1 2
-A6.X12
-A6.X12
-A6.X18
1 44/1 55
+KK
+W16
+W15
-X17
-X18
C
C
-W17
N B
N B
N B
N B
N B
N B
N B
N B
N B
N B
²
²
²
²
²
²
²
²
²
²
m
m
m
m
m
m
m
m
m
m
m
m
m
m
m
m
m
m
m
m
5 7 . 0
5 7 . 0
5 7 . 0
5 7 . 0
5 7 . 0
5 7 . 0
5 7 . 0
5 7 . 0
5 7 . 0
-W16
E Y
-W15
² m m 0 0 . 1
5 7 . 0
E Y
² m m 0 0 . 1
-X89
1 /1
=HP5.1
D
1
-V1 Y18A =HP5.1/HP5.1.D9
-X93 =HP5.1 +W17
1
-V1 Y18B
-X94 =HP5.1 +W17 -V1 Y19A
=HP5.1/HP5.1.D10 2
2
=HP5.1/HP5.1.D8
U B
U B
1
2
-X95 =HP5.1 +W17
1
-V1 Y19B =HP5.1/HP5.1.D9
2
-X96 =HP5.1 +W17
1
-V1 Y20B =HP5.1/HP5.1.D3
2
-X97 =HP5.1 +W17 -V1 Y20A =HP5.1/HP5.1.D2
1
2
-X98 =HP5.1 +W17
1
-V1 Y21 =HP5.1/HP5.1.D2
2
-X99 =HP5.1 +W17
-X100=HP5.1 1
-V1 Y22 =HP5.1/HP5.1.E2
2
+W17
-V1 Y23.1 =HP5.1/HP5.1.E3
-X101 =HP5.1 1
+W17
-V1 Y23.2
=HP5.1/HP5.1.D3 2
1
-X220 +O3 +W17 -H11
-W17
²
²
m
²
m
m
U B ²
m
m
U B ²
m
m
U B ²
m
m
U B ²
m
m
U B ²
m
m
m
m
m
+O3
D 2
+W16
2
²
m
5 7 .
5 7 .
5 7 .
5 7 .
5 7 .
5 7 .
5 7 .
0
0
0
0
0
0
0
0
-W17
E
+W17 BU
-X115.9
+W17 1 .0 0 m m ²
BU
-X116.1
+W17 1 .0 0 m m ²
BU
-X116.2
+W17 1 .0 0 m m ²
BU
-X116.3
+W17 1 .0 0 m m ²
BU
-X116.4
1 .0 0 m m ²
BU
N B
-W15
² m m 0 0 . 1
+W15
-X78.3
N B
/E6.E8
+W16 3 1 -W 1 6 + W 1 6 -X 11 4 .2
-X114.4 -W16
-X17
+W16
+KK
4 /1 5
-A6.X26
E
-W15
N B
+W15
4 /1 5
11 /1 5
-A6.X17
+KK
STOP
electric
project
P
S TA R T
P
screed
P1
-A6.X18 31
F
/E6.E8
-X18
31
This document will remain the property of DYNAPAC GmbH
+ W 1 5 -X 7 8 .2 3 1 -W 1 5
² m m 0 0 . 1
N B ² m m 0 0 . 1
N B ² m m 0 0 . 1
+W17
-X26 2 /9
-W16
-X116.5
² m m 0 0 . 1
+W17
-X92
m
m
5 7 .
0
1 .0 0 m m ²
+W15
²
m
5 7 .
0
+W17
2
U B
5 7 .
-X115.8
/E10.A8
U B
+W15 1
-H12
-X90
U B
-X91
+W16 1
/E12.A1
F saved
2
1
A
/E11.A8 /E11.A8 /E11.F8
3
4
5
6
7
30
30
15
15
31
31
-A1 -B20
-B21
+O3
( +W62)
-
1 4 - B K / 5 4 3 - B U /5 3
+W12
/E8.E3
4-20mA
+ 1 - BN / 5
+KK
1
-X193
10A
/E2.F5
149
173
E Y
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X47 2 3 /1 6
4 /1 6
5 /1 6
1 .0 0 m m ² R D
+ W 1 2 -X 1 8 4 3 1 -W 1 2
B 1 .00 m m ² B N
1 .00 m m ² B N
+KK
-A6.X33
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
+W12
11 /21
-A6.X31
+KK 1111 /2 1
-X33 +KK
-A6.X33
+W12
1 2/2 1
2 1 : 5 1 X . 6 A K K +
+KK 11 0 /2 1
-X31
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-W20
-X28
5 D . 9 1 E /
1 1 /1 8
1 /1 8
+W11
E Y
3 F
-A6.X31 +W11
-X31 -W20
+KK
-A6.X19 +KK
-A6.X38
6 /1 8
+KK
-X19
-KK
+KK
7 /1 8
1 1 /2 1
8 /1 8
9 /2 1
+W20
4 /1 8
6 /2 1
+KK
9 /1 2
-A6.X24
3 /2 1
+KK
+W20
² m m 0 0 . 1
-W20
E Y
1 2 /1 2
-A6.X28
3 /2 1
6 /2 1
6 /2 1
-X24 E Y
E Y
N B
N B
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
²
²
²
²
m
m
m
m
m
m
m
m
5 7 .
5 7 .
5 7 .
5 7 .
0
0
0
0
N B
1 /1 6
3 1 /1 6
-X102=HP5.1
=HP5.1 1
2
+W17
-V2 Y24B =HP5.1/HP5.1.A8
+W17
-X104=HP5.1 1
-V2 Y25A
=HP5.1/HP5.1.A10 2
2
+W17
-X105 1
-V2 Y25B
+W17
D
=HP5.1/HP5.1.A9
2
U B
U B
U B
U B
²
²
²
²
m
m
-X47
-X103=HP5.1 1
m
/E2.F4
1 2 /2 1
² m m 0 0 . 1
m
m
5 7 . 0
-A1
1 2 /2 1
E Y
=HP5.1/HP5.1.A9
m
m
5 7 . 0
m
5 7 . 0
5 7 . 0
-X47
+W20 230
3 /2 1
+W17
² m m 0 0 . 1
-V2 Y24A
+W20
11 /1 2
E Y
D
-X47
6 /1 2
C 9 /2 1
-X38 ² m m 0 0 . 1
-X7.1
E
A
+W20
2 /1 6 1 .0 0 m m ² R D
/E13.A1 /E13.A1 /E13.A1
-A1
/E2.F5
176
-F3
N B
-A1
/E2.F5
152
+ W 1 2 -X 3 3 :5 F5
-X33
C
-
1 4 -B K /5 43 - BU / 5 3
+W12 ( +W62)
-X192 D R
/E7.C6
-A1
/E2.F5
+O3
4-20mA
+ 1 - B N 5/
B
8
+W20 140
236
-A1
-A1
/E2.F4
/E2.E5
209
-A1
/E2.E5
147
-A1
/E2.E5
223
-A1
E
/E2.E5
/E9.E8
3 1 -W 1 7
+ W 1 7 -X 1 2 6 .9
+W17
-X116.6
BU 1 .0 0 m m ²
+W17
-X116.7
+W17 1 .0 0 m m ²
BU
-X116.8
+W17 1 .0 0 m m ²
BU
3 1 -W 1 7
-X116.9
F
F This document will remain the property of DYNAPAC GmbH
electric
project
leveling
saved
2
1
A
/E12.A8 /E12.A8 /E12.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A1
/E14.A1 /E14.A1 /E14.A1
A
-A1
/E2.F5
/E2.F5
151
175
+W20
-X47 -W20
B
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
B
-X27
+W20
+KK
7 /2 1
8 /2 1
-A6.X27
-A6.X21
2 /2 1
+KK
6 /2 1
+W19
-X21 C
C
-W19
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
-X106
=HP4.1 1
-V1 Y26
D
=HP4.1/HP4.1.B3
+W19
2
1
-V2 Y27
+W19
D
=HP4.1/HP4.1.D3
+W19
-X106
-W19
-X107
=HP4.1
+W19
2
-X107
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
E
E
/E10.F4
3 1 -W 1 9
+ W 1 9-X 7 6 .4 1 .00 m m ² B N
+W19
-X76.11 + W 1 9 -X 7 6 .1 3 1 .00 m m ² B N Hz
3 1 -W 1 9
/E15.F1
Hz
F
F This document will remain the property of DYNAPAC GmbH
electric
project
tamper / vibration
saved
2
1
A
/E13.A8 /E13.A8 /E13.A8
3
5
6
7
8
30
30
15
15
31
31
-A4.A1 /E4.D5
-A4.A1
lig h t
X52
1
+KK
10A
² m m 0 0 . 1
B
+W11
2 0 /2 1
1
/E14.B3
2
4
-A6.X15
1 /1
+KK
+W14
1 7 /2 1
1
+KK
15A
2
E Y
/E14.B4
/E14.B4
4
-A6.X15
+KK
+W14
+W11
5
8 /2 1
+KK
-K11
+KK
1
+KK
/E14.B5
-A6.X29
4
5
-A6.X17
4 /1 8
+KK
+W14
-X15
3
2
-K11
-X29
-K8
2
-A6.X29
B /E14.B6
3 +KK
-K8
1 6/1 8
-X43.1 -W14
+W11
5
1
² m m 0 0 . 1
+KK
-X29
-K7
/E14.B2
-A6.X29
-A6.X43#1 +KK
3 +KK
-K7
+KK
-W20
+KK
-F6
2
0 1 K B ² m m 0 0 . 1
+KK
-X29
+W20
-X144
10A
2 -W11.4
36
1
+KK
-F35
-X52
1 1 K B
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
E Y
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-W16
-W16
+W14
2
+W14
2
E Y
² m m 0 0 . 1
+W14 2
+O3
1 /2
1
+O4
1
+O4
-E3
+O4
1
+O4
-X119
+W15
+OP21
1 /2
-E5.X3 1
E Y
-W15
² m m 0 0 . 1
+OP21
-E6.X3
+OP21
2 /2
1
-W14
² m m 0 0 . 1
1 .50 m m ² B N
-W14
-W14
² m m 0 0 . 1
N B ² m m 0 0 . 1
-W14
+OP21
N B ² m m 0 0 . 1
-W16
1
+W15
D
-E8
+OP21
2
2 /2
2 +W15
-X198
-E5.X3 N B
1 /2
-E6.E1 2
2 +W16
+O3
-X197
N B
E Y
² m m 0 0 . 1
1
-E5.E1
-E4
1
-W15
-X198
+W16
-E7
-E2
C
-X197
D
-E1
+W15 E Y
² m m 0 0 . 1
² m m 0 0 . 1
-X111
+W14 2
-W15
E Y
-X118
6 /1 5
-X18
E Y
² m m 0 0 . 1
1 /2
-X110
+KK
+W16
-X17
+W16
-X109
-A6.X18
1 2/1 5
-X15
N B
-X108
A
/E38.F4
7
+W11
-F36
-X52
-W11.4
X52
/E15.A1 /E15.A1 /E15.A1
-A5
lig h t
/E4.D5
8
+W11
C
4
2 /2
+W16
-X118
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
-E6.X3
+OP21 -W15
2 /2
+W15
-X119
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
1 .00 m m ² B N
-W16
E
N B ² m m 0 0 . 1
/E6.E8 /E5.B7 /E6.E8 /E5.B8
3 1 -W 1 6
+ W 1 6-X 11 4 .2
3 1 -W 1 6
+ W 1 6-X 6 0 :2
3 1 -W 1 5
+ W 1 5-X 7 8 .2
E N B
+ W 1 6 -X 11 4 .3
3 1 -W 1 6 -W16 1 .00 m m ² B N
/E47.F1
+W15
-X78.1 3 1 -W 1 5
² m m 0 0 . 1
-W15 1 .00 m m ² B N
+ W 1 5 -X 7 8 .4
3 1 -W 1 5
/E35.F1
+ W 1 5-X 6 1 :2
F
F This document will remain the property of DYNAPAC GmbH
electric
project
light
saved
2
1
A
/E14.A8 /E14.A8 /E14.A8 /E1.C8
3
4
5
6
7
8
30
30
15
15
31
31
F4
+ B P -S 1:1
+KK
1
15A
2
-F23
+KK
1
10A
2
/E16.A1 /E16.A1 /E16.A1
A
-F16
B
B
+BP
01
1 /E15.B3
-S4 2
3 2 /1 6
+KK
-X7.2
-W11.4
2 1 K B
-KK
² m m 0 0 . 1
C
-X29
+W11
1 5 /2 1
+KK
3
2 +KK
-K9
-K9
1
/E15.C3
-A6.X22
² m m 0 0 . 1
+KK
-A6.X29
4 /1 2
5
E Y
+KK
-A6.X15
1 4/1 5
+KK
+W19
-X22 -W19
-X20 +KK
4
-A6.X20
+W14
-X15
E Y
-W14
² m m 0 0 . 1
+KK
C
9 /1 8
1 /1 8
E Y
N B
² m m 0 0 . 1
² m m 0 0 . 1
+W14
-X121.3 +W14
-W14 1 .00 m m ² B N
-X121
D -W14
+W19
-X224
+ W 1 4 -X 1 2 1 .1 3 1 -W 1 4 -2
D
E Y
N B
² m m 0 0 . 1
² m m 0 0 . 1
71
+O3
-H10
31b
-X156
-X225 +W19 -W19
+O31 /1
+W14
1 /1
-X157 +W14
-X123
N B ² m m 0 0 . 1
E
/E13.E3
3 1 -W 1 9
+W19
+ W 1 9 -X 76 .11 1 .00 m m ² B N
/E34.F1
-X76.13
E
+ W 1 9 -X 7 6 .1 4
3 1 -W 1 9
/E32.C1
F
F This document will remain the property of DYNAPAC GmbH
electric
project
horn
saved
2
1
A
/E15.A8 /E15.A8 /E15.A8
/E31.C1
3
4
5
6
7
8
30
30
15
15
31
31
/E17.A1 /E17.A1 /E17.A1
A
F +11W 1 5 -X 1 8 :4
-W11.4
9 2 K B ² m m 0 0 . 1
B
B 11
23
12
24
+BP
-S3
C -W11.4
² m m 0 0 . 1
-X30
+W11
2 1 /2 1
-A6.X18 +KK
+W11
1 5 /2 1
-A6.X30
-A6.X19
1 0/1 5
+KK
+W15
-X18
D
/E2.B1
85
/E2.B2
-K2
-X32
+KK
C
3 1 K B
85
-K5
+KK
86
+KK
+KK
/E2.B2
85
86
+KK
+KK
1
-K10
-K3 86
/E1.D7
2
-A6.X32
1 0 /1 8
1 5 /1 8
+KK
7 : 3 3 X . 6 A K K +
-X19
-A6.X18 8 /1 5
+W15
-X18
+KK
D
t o N
-W15
D R
-W15
² m m 0 0 . 1
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
7 B . 3 E /
-W15
E Y
² m m 0 0 . 1
3 : 6
-X176
-X7.1
+W15 8 /8
+W15
5 /8
8 /1 6
+KK
7 1 X 5 1
-X7.1 9 /1 6
W +
+KK
-X179
t o N
E
4 B . 1 3 E /
E
STOP
F
F This document will remain the property of DYNAPAC GmbH
electric
project
emergency stop
saved
1
A
/E16.A8 /E16.A8 /E16.A8
2
3
4
5
6
7
8
30
30
15
15
31
31
+KK
1
10A
2
-F1
+KK
1
10A
2
+KK
A
-F2 8 B . 2 E /
B
-A6.X19
/E18.A1 /E18.A1 /E18.A1
3 /1 8
2 /1 8
+KK
-A6.X6
9 /1 8
+KK
-X19
8 B . 2 E /
H _ 4 N A C
L _ 4 N A C
4 : 3 X .
5 : 3 X .
6 A K K +
6 A K K +
1 /4
2 /4
+KK
B
H S _ 4 N A C
3 /4
-X6
C
C
-KK
D R
D R
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
H
-W31 W ² m m
N B
N B
²
² m m 0 0 . 1
m m
5 7 .
5 7 .
0
0
D
D
-X7.1 6 /1 6
+KK
-X7.1 7 /1 6
+KK
-X7.2 2 8 /1 6
+KK
-X138 +KK
1 /3
2 /3
3 /3
1 /3
2 /3
3 /3
+KK
-X223 E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
screed connection
saved
2
1
A
/E17.A8 /E17.A8 /E17.A8
3
4
5
6
7
8
30
30
15
15
31
31
7 C . 4 E /
3 C . 1 E /
3 + : 0 D 0 4 X 1
+ D
W +
2 : 5 8 1 X 2
-W11
B
A
E Y
² m m 0 0 . 1
1
/E19.A1 /E19.A1 /E19.F1
B
1
W +
-X30
+W11
-X33
+W12
2 1 /2 1
-A6.X31 +KK
+KK
1 3 /2 1
+KK
-A6.X30
-A6.X33
-A6.X37
1 9/2 1
+KK
+W11
-X31
1 5/2 1
+W20
-X37
C
C
-W11.4
4 1 K B
-W20
² m m 0 0 . 1
E Y
² m m 0 0 . 1
-X51
+W11
9 /1 2
D
+BP
-A4.X51
D
+BP
-H2
-X47
+W20
E
GND-BP -
E
210
-A1
+
/E2.E7
F
F This document will remain the property of DYNAPAC GmbH
electric
project
monitoring
saved
2
1
A
/E18.A8 /E18.A8
3
4
5
6
7
8
30
30
15
15
-A1
-A1
/E2.E7
/E31.A1 /E31.A1
A
+O3
/E2.F6
128
-B26
150
+W20
-
+
+W20
-X47
-X47
1 1 - BN / 5
3
3 -B U /5
4
4 - BK / 5
+W14
-X292
B
-W20
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
-X36
C
+KK
-A6.X25
3 /2 1
+KK
+W17
+W14 +KK
1 0/2 1
-A6.X39
+W17
N B
²
²
3 F
+KK
3 B . 2 1 E /
m
m
C
1 8 /1 8
8 /1 8
2 : 3 F K K +
N B m
1 22/1 88
-A6.X15
-X25
m
5 7 . 0
² m m 0 0 . 1
5 7 . 0
-A6.X36
-X25 -W17
K B
² m m 0 0 . 1
m
+KK
1 2 /2 1
-A6.X36
U B
²
-X15
+W20
+KK
1 /2 1
N B m
-X36
+W20
-A6.X25
-W14
B
5 7 . 0
-W20
3 /2 1
+W20
-X39 E Y
² m m 0 0 . 1
D
D
-X134
=HP15 1
-V3 Y30B =HP15/HP15.B4
2
-W17
-X135
=HP15
+W17
1
-V3 Y30A =HP15/HP15.B5
2
U B
U B
²
²
m
m
m
m
5 7 . 0
E
+W17
5 7 . 0
E
-X144 /E38.F8
3 1 -W 1 7
+ W 1 7 -X1 2 6.1
-W17 1 .00 m m ² B U
+W17
-X126.4
+W17 1 .0 0 m m ²
BU
-X126.5
+ W 1 7 -X 1 2 6 .2 1 .0 0 m m ²
BU
3 1 -W 1 7
+W20
/E42.E1
10
-A5
/E38.F1
/E18.A8
31
31
F
/E31.A1
F This document will remain the property of DYNAPAC GmbH
electric
project
cab movement
saved
1
2
3
4
5
6
7
8
A
A
B
B
C
C
D
D 3 : 4 3 X 2 1 W +
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
input / output engine control A2 Tier4
date
2
1
3
4
5
6
7
Bohle links ein/aus sdreed left extand/retract
hopper with front plate Mulde rechts hopper right
A
04 -V2
R
8
L
hight adjustable auger left
L
hight adjustable auger right
R
A
R
4812033280 MRa
0
A
Y11A /E 9 .E 6
a
B
Y11B /E 9 .E 6
0
a P
A
ALb
b
a P
T
1 ,5 m m
2 mm
B
0
ALa
b
A
ARb
B
0
a P
T
1 ,5 m m
ARa
BLb
b
b
0
a
T
P MP
T
2 3 0 b a r
B
B
1 2 0 b a r
LS
MLS
11
B
1 ,2 m m
A
C
A
B
0 6
0 6
09 -V3
C
4812025635 4812032751
7 6 8 6 7 2 6 3 6 0 2 1 8 5 4
4812032752
07 -H5
10 -H6
1 e p 1 i 0 P -
2 8 e 6 p 7 i 1 2 P - 0 3 0 2 1 8 4
6
D
7 4 6 2 3 8 0 0 2 1 1 8 4 1
7 4 6 2 3 8 0 0 2 1 0 8 1 4
3 0
3 0
H -
D
H -
E
3 4 7 2 3 0 2 1 8 4
61
2 1 0 Z -
7 7 9 5 2 0 2 1 8 4
4 4 7 2 3 0 2 1 8 4
5 0 7 H -
E
9 H 6 0
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
hopper with front plate 892-893
4812027602 /B
date
=HP7
1
2
3
4
5
6
7
8
A
A
B
B
Parts on page HP3 C
C
D
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
reversible conveyor 892-893
4812027604 /B
date
=HP9
1
2
3
4
5
6
7
8
crown adjustment Nivellierung links leveling left
01 -V1
A
Nivellierung rechts leveling right
A
4812046393 A
Y32B /E 4 1 .D 2
B
0
a P
Y32A /E 4 1 .D 4
NLb
b
NLa a
0
NRb
b
NRa
0
a
b
T
1 2 0 b a r
B
B
P T
P T LS
LS MLS
04
04
2 ,0 m m
2 ,0 m m
A
B 0 6
0 6
0 2 1 H - 7 2 3 3 0 0 2
C
A
0 1 1 H - 7 2 3 3 0 0 2
1 8 4
B
B
C
1 8 4
8 L S 8 L L 8 S
8 L S 8 L L 8 S
D
Rückwand backplane
A B L P _ _ _ R _ L L V V Z Z
³ m c 3 2
E
A
³ m c 8
B A _ _ P P D D
D
R B A P _ _ _ _ T T R R S S Z Z
³ m c 3 2
³ m c 3 2
³ m c 8
³ m c 8
³ m c 3 2
E
³ m c 8
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
crown adjustment 892-895
4812027605 /B
date
=HP10
1
2
3
4
5
6
7
8
A
A
= T 1 -H Y 3 4 P a rtik e l flo w fil te r
=T1/T1.B8
0 3 8 H 4 - 8 3 3 0 0 2 1 8 4
B
B
04 -V2 D930296650
5 0 01 D964013553
C
C
6 0 02 -V1 4812029278
1 6 5 2 3 0 2 1 8 4
7 0 1 H -
09 8 0
D
D
t h g i r s e t a l p L d 5 a 1 e h 5 k l u R b S
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
partial flow filter 892-895
4812027607 /B
date
=HP12
2
1
3
4
5
6
7
8
hydraulic push-roller
A
A
18
T w o rk = T 1 -H Y 1 :S L 5
7 1
Y28B /E 3 8 .D 6
03 -V1
0
a
4812033247
Y28A /E 3 8 .D 7
b
=T1/T1.E9 2 ,0 m m 35
19
B
5 2 1 9 2 0 2 1 8 6 3 0 V - 4
13 -Z1 4812009603
1 2 7 2 3 0 2 1 8 4
2 1 1 H -
P T
P T
LS
LS
B
27 05
4812032637
-H11 11 4812032637
-H10 11
T
-Pipe3 4812032768 05 4 0 b a r 4 ,0 m m
-Pipe4 4812032768 36
37
40
41
C
8 1 7 2 3 0 2 1 8 4
0 2 7 2 4 3 0 0 2 7 1 8 H 4
-
4 1 5 1 4 H 01 02
5 0 H 2 - 7 4 2 3 0 0 2 1 8 4
4812032646
-H8 09
D
4812032646
-H9 09
01
02
A
B 4 1
4 0 b a r
34
Y29 /E 3 8 .D 8
1 B
B
1 A
A
C 4812032714
02
34
07 -H2
4812032717
10 -H3
02
6 9 H - 1 7 2 8 3 0 0 2 1 8 4
05 -Pipe1 4812032768
D
05 -Pipe2 4812032768 36 37 38 39 40 41
4812009603
-Z2 13
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
hydraulic push-roller 892-893
4812027608 /E
date
=HP13
2
1
3
4
5
6
7
8
A
A
Nivellierung links leveling left
B
Nivellierung rechts leveling right
NLb
NLa a
0
NRb
NRa
0
a
b
B
lock pin
Y31B /E 4 0 .D 2
01 -V2
b
0
a
4812033247
Y31A /E 4 0 .D 4
b
08
1 ,2 m m 1 2 0 b a r
C
P T
P T
P T
LS
LS
LS
P
C
T LS MLS
09
A
B
A
B
1 ,0 m m
A
B
0 6
0 6
D
D
2
7 1 7 0 2 3 3 0 2 H 1 - 8 4
4812032713
4812032713
04 -H2
04 -H1
1 1 7 2 3 0 2 1 8 4
0 1 4 H -
E
E 6 0
6 0 4812009598
-Z1 03
4812009598
-Z2 03
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
screed lock pin 892-895
4812027609 /C
date
=HP14
1
2
3
4
5
6
7
8
A
A
Y30B /E 1 9 .E 2
01 -V3
Y30A /E 1 9 .E 3
0
a
B
4812033247
b
B
03
2 ,0 m m
P T
P T
LS
LS
C
C 11
1 ,0 m m
A
B
4 1
4 1
D
D
1
2 1 7 H - 3 3 3 0 1 2 1
1 2 1 H 7 - 3 5 3 0 1 2
2 1
2 1
1 8 4
8 4
E
E
4812009651
-Z1 02
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
cab movement 892-895
4812027610 /D
date
=HP15
2
1
A
3
4
5
6
7
8
6 G . 1 T / 1 T = l o r t n o c e
A
2 1 Y H 1 T =
m u f S
B
4 7 5
2 2 3 1 0 2 1 1 H - 8 4
B 13
= P V G /P V G .E 3 4812045332
-P3 01
S 19 cm³ P
19 -H9 4812007805
-H6 14 09
4812006456
04
C
24
8 0
C
P 55 bar
1 1
03 /E50.E3
-V1 4812044916
Y37 20-21
8 0
02 -M1
T
A 5 cm³
4812044822
B L 1 1
D
7 1 7 0
D960862410
-H7 16
D 06
10 4812007791
= T 1 -H Y 1 :S L 7 L c o n v e y o r le ft
=T1/T1.F9
18 -H8
=T1/T1.H6
T _ fu m e c o n tr o l
15 -H2
= T 1 -H Y 2 2
4812006458
22
25
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
fume control
4812006393 /B
date
22.08.2013
=HP16
1
2
3
4
5
6
7
8
A
A
B
B
schematic on page HP5
C
03 -P8 4812036352 = P V G /P V G .E 1
C
P 8cm³ 04 4700600008;2 S
05 4700508029;2
D
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
without fume control 892-895
4812038583
date
=HP18
1
2
3
4
5
6
7
8
A
A
B
B
01 -V6 4812029022
C
C
4812029022
-V7 01
D
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
stand. conveyor 892-893
4812029121 /A
date
=HP19
1
2
3
4
5
6
7
8
A
A
B
B
07 -H2 4812043352
-Pipe1 02
11
-H1 04
3 0 4 8 2 3 7 1 6 P 9 H 5 D - 0
4812043353
4812043513
-Pipe2 06
C 1 1 0 Z -
2 1 9 9 0 0 2 1 8 4
C
4812043514
0 1 2
08 4812042689
9 0 10
200bar 1 3 0 1
bar
D
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
roof lifting lowering
4812043525 /C
date
17.04.2013
=HP24
2
1
3
4
5
6
7
8
01 -V1
A
A
4812010449
A
B
P
T
Y38 /E 5 2 .E 2 0,7mm
2,0mm
8 b a r
B
B
A
B 5 0 4812010329
5 0 4 0
-H2 03
C
C 4812010319
-H1 02
R S R L S 8
Schottwand
D
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
hydraulic end gate 89x
4812007686
date
31.03.2014
=HP25
2
1
A
/E19.A8 /E19.A8 /E19.F8
3
4
5
6
7
8
30
30
15
15
31
31
7 E . 6 1 E / +KK
1
10A
2
-F11
6 B . 2 E /
6 B . 2 E /
+ 9 3 9 1 J
9 3 9 1 J
/E32.A1 /E32.A1 /E32.A1
A
t o N
8 : 8
1 X 5 1 W +
B
B
C
-A6.X4 -A6.X18 +KK
+KK
4 /1 5
C 1 /4
2 /4
+W15
-X4
+W15
-X18
/E16.A1
/E35.F5
F 11
+ W 1 5-X 1 7 6:8
3 1 -W 1 5
-W15
+ W 1 5-X 7 8 .4
D R
-W15.2
² m m 0 0 . 1
N G
-W15.2
²
E Y ²
m
m
m
m
5 7 . 0
5 7 . 0
D
D
SH
2 /8
-X176 +W15
1 /8
3 /8
4 /8
6 /8
7 /8
6 /8
7 /8
E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
heater control
4812029930
saved
2
1
A
/E31.A8 /E31.A8 /E31.A8
3
4
5
6
7
8
30
30
15
15
31
31
1
+KK
2
5A
/E33.A1 /E33.A1 /E33.A1
A
-F8
B
B
1 /1 5
5 /1 5
+W19
-X22
/E15.F5
C
/E33.B1
3 1 -W 1 9
3 1 -W 1 9
-A6.X22
-A6.X38
+KK +W19
+KK
1 /2 1
+W20
-X38
-X22
+ W 1 9-X 7 6 .13
-W20
E Y
3 /1 5
-X13
-W13
² m m 0 0 . 1
+ W 1 9-X 7 6 .15
1 /1 5
+W13
-A6.X13 +KK +W13
-X13 E Y
D R
² m m 0 0 . 1
² m m 0 0 . 1
+W19
-X76.14 -W19
/E33.C2
F8
+ W 1 3 -X 1 9 6 :1
F8
+ W 1 3 -X 11 3 . 4
3 1 -W 1 3
+ W 1 3 -X 11 3 . 2
3 1 -W 1 3
C
/E46.B4
+W13 N B
D R
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X113.5
/E36.F1
/E10.E8
+W13
+ W 1 9-X 2 9 5:1
-X113.3 D R
N B
² m m 0 0 . 1
² m m 0 0 . 1
2 /3
1 /3
-W13
D
-X293 +W19 +W53
1 /3
2 /3
+W13
3 /3
E
-X294
N B
D R
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
C /7
A /7
B /7
E
-X47
-X141 +W53
3 /3
+W53
-X294
-W53
D
-X298
-X141
+W20 A
B
+W53
137
C
-A1
B
A
C
A
B
C
/E2.E7
+OP2
+OP2
-B8
-B8
F
F This document will remain the property of DYNAPAC GmbH
electric
project
external steering control
saved
2
1
A
/E32.A8 /E32.A8 /E32.A8
/E32.C1
3
4
5
6
7
8
30
30
15
15
31
31
3 1 -W 1 9
+ W 1 9-X 7 6 .14
+W19
-W19 1 .00 m m ² B N
/E34.A1 /E34.A1 /E34.A1
A
3 1 -W 1 9
-X76.15
-A6.X22
B
B
+KK
-A6.X38
2 /1 5
+W19
+KK
-X22
1 D . 2 3 E /
1 2/2 1
+W20
-X38
8 F
2 : 3 9 2 X 9 1 W +
C -W19
D R
N B
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
1 /3
2 /3
3 /3
D R
N B
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
C
U B H
-W20
W ² m m 0 0 . 1
-X295 +W19
+W19
+W54
-X297
-X296
-W54
D
-W19 1 .0 0 m m ² Y E
D
-X47
+W20 214
-X180 +W54
A /3
B /3
C /3
A /3
B /3
C /3
-A1
/E2.E6
+W54
-X180.1
E
E 1 .0 0 m m ²
YE
A
D
B
+OP3
-B9
F
F This document will remain the property of DYNAPAC GmbH
electric
project
emergency stop at feeder
saved
2
1
A
/E33.A8 /E33.A8 /E33.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A1
+OP4
1
7,5A
2
/E35.A1 /E35.A1 /E35.A1
A
-F20
/E2.E3
256 +W20
-X47 B
-W20
B
E Y
² m m 0 0 . 1
-X27
+W20
1 6 /2 1
+KK
-A6.X27
+OP4
1
/E34.C4
3 +OP4
-K12 2
-K12
/E34.C3
4
5
C
C
-A6.X15 +KK
2 /1 8
+W14
-A6.X17
+KK
1 0/1 5
-X15 -W14
E Y
² m m 0 0 . 1
-X139
+W14
1+OP4 /2
-X140.14
D
D
-X140 +OP4
1 /2
1
+O4
-H13
+O4
22 /2
-X140
E
-X140.14
+OP4
-W14
/E15.D8
+W14
3 1 -W 1 4 -2 + W 1 4 -X 1 2 1
-X121.1
E 2 /2
N B ² m m 0 0 . 1
+ W 1 4 -X 1 2 1 .4 3 1 -W 1 4 -2
/E37.F1
F
F This document will remain the property of DYNAPAC GmbH
electric
project
hazard light
saved
2
1
A
/E34.A8 /E34.A8 /E34.A8
3
4
5
6
7
8
30
30
15
15
31
31
/E36.A1 /E36.A1 /E36.A1
A
-A1 /E2.E3
241
-X47 -W20
1 7 /2 1
/E35.B4
5A
2
+OP5 +KK
-A6.X35
B
3
2 +OP5
-K16
-X35
+W20
1
E Y
² m m 0 0 . 1
B
+OP5
-F30
+W20
-K16
1
/E35.B3
4
-A6.X18 +KK
5
7 /1 55
+W15
-X18
-W15
E Y
² m m 0 0 . 1
C
C
-X117 +W15 +W64
-X323 +W64 1 .0 0 m m ²
-W64
YE
-X324.1
E Y
E Y
² m m 0 0 . 1
E Y
² m m 0 0 . 1
-X322
² m m 0 0 . 1
+W64
-X120
D
D +OP23
1
+OP5
+OP23
-H20
-H14
-H21
2
-X120 +W64
-X322 -W64
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
N B ² m m 0 0 . 1
E
E +W64 1 .00 m m ² B N
-X324.2
-X323 +W15
+W64
-X117
-W15
F
/E14.F8
3 1 -W 1 5
+W15
+ W 1 5 -X7 8 .1
This document will remain the property of DYNAPAC GmbH
-X78.4 electric
project
N B ² m m 0 0 . 1
-W15 + W 1 5 -X 1 7 6 :2 1 .0 0 m m ² B N
3 1 -W 1 5
/E31.D1
F
back up alarm
saved
2
1
A
/E35.A8 /E35.A8 /E35.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A1
+OP6
1
7,5A
2
/E37.A1 /E37.A1 /E37.A1
A
-F31
/E2.E3
257 +W20
-X47 B
-W20
B
E Y
² m m 0 0 . 1
-X35
+W20
2 0 /2 1
+KK
-A6.X35
/E36.C4
+OP6
3
2 +OP6
-K17
-K17
1
4
/E36.C3
5
C
C
-A6.X13 +KK
1 0/1 5
+W13
-X13
-W13
E Y
² m m 0 0 . 1
D
D +W13
-X124 +OP6 1 /2
-X125
K B
+OP6
-M2
M D R
E
E
2 /2
-W13
/E32.C6
3 1 -W 1 3
+ W 1 3 -X 113 .3
+W13
-W13 1 .00 m m ² B N
-X113.4
N B ² m m 0 0 . 1
+ W 1 3 -X 1 6 5 :2
3 1 -W 1 3
/E46.E1
F
F This document will remain the property of DYNAPAC GmbH
electric
project
diesel pump
saved
2
1
A
/E36.A8 /E36.A8 /E36.A8
3
4
5
6
7
8
30
30
15
15
31
31
+OP7
1
10A
2
/E38.A1 /E38.A1 /E38.A1
A
-F25
-A1 /E2.E3
-A1
244
/E2.E2
243
+W20
-X47
B
+W20
-X47
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
-X35
+W20
1 9 /2 1
+KK
-A6.X35
/E37.C4
/E37.C3
2
-X35
4
5 +OP7
+OP7 1
-A6.X15 +KK +W14
6 /1 8
1 3 /1 8
4
/E37.C6
+KK
N B
-W14
² m m 0 0 . 1
1 6 /2 1
+KK
-A6.X35
1
7 /1 8
+W14
C
-X15
-X15
-W14
+OP7
5
-A6.X15
1 0 /1 8
+W20
2
-K15
-K15
3
C
/E37.B5
3
-K14
-K14
+OP7
B
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-W14
E Y
² m m 0 0 . 1
D
D
-X143 +W14
+OP7
6
3
1
2
5
31
53a
31b
53
53b
-X228
-M3
E
+W14
1 /1
+OP7
E
M
-M4
M +W14
1 /1
-X229 -W14
/E34.F5
3 1 -W 1 4 -2
+W14
+ W 1 4 -X 1 2 1 .1 1 .0 0 m m ²
BN
+W14 1 .0 0 m m ²
-X121.4
BN
N B ² m m 0 0 . 1
-X121.5
+ W 1 4 -X 1 7 0 :2 3 1 -W 1 4 -2
/E48.F1
F
F This document will remain the property of DYNAPAC GmbH
electric
project
wind shield wiper
saved
2
1
A
/E37.A8 /E37.A8 /E37.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A5
-A5
/E38.E3
-A5
/E38.E3
3 B . 2 E /
B
2 B . 2 E /
7 B . 2 E /
7 B . 2 E /
+W20
-X144 -W20
s B B V
B B V
L _ 3 N A C
H _ 3 N A C
A
-A5
/E38.E3
42
/E40.A1 /E40.A1 /E40.A1
/E38.F4
78
29
+W20
47
+W20
-X145
+W20
-X144
-X144
E Y
N B
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
B
-X36
+W20
+KK
9 /2 1
-A6.X40 -A6.X39 +KK +W20
4 /9
+KK
+W20
-X40
-W20
-A6.X40
1 6/2 1
8 /9
+KK
C
-A6.X3
5 /9
-X39 D R
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
+W20
-X144
-X49.8
+W20
-X49.9
H W
N B
²
²
D R
D R
N B
N B
N B
N B
N B
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
37
2
28
12
14
24
+KK
-W17
m
m
+KK
11 /2 1
2 1 /2 1
1 1 /2 1
2 0 /2 1
1 9 /2 1
C
-X25
m
-X200
2 0 /2 1
+W17
-W20.6
D
7 /2 1
2 1/2 1
+KK
-X3
D R
-X49.7
-A6.X25
2 /6
+W20
-X40
+W20
1 /6
+KK
+W20
-A6.X36
m
5 7 .
5 7 .
0
0
U B
N B
N B
N B
² m m 0 0 . 1
²
²
²
m
-R25
0
0
-X136 1
=HP13/HP13.A7
120
m 5 7 .
0
=HP13
-V1 Y28B
m
m 5 7 .
BN
11.1 1
m
m 5 7 .
+W17
2
-X146
=HP13
-V1 Y28A =HP13/HP13.A8
1
+W17
2
-X147
=HP13 1
-V3 Y29 =HP13/HP13.C3
+W17
D
2
2 +KK
-X200
11.2 WH
+W20
-W17
41 VBBs
1
27
VBB 20
VBB
GND
IN T
9
63
56
71
GND 64
GND 57
GND 77
40
GND
39
C A N1 H C A N1 L
70
42
78
51
15
U B
U B
²
²
²
m
m
m
m
5 7 . 0
CAN1 T
29
U B
72
3
31
80
m m
5 7 . 0
5 7 . 0
30
+KK
E
-A5
/E 38 .B6 /E 38 .B6 /E 38 .B7 76
69
62
55
75
68
61
59
65
58
32
66
/E 40 .B2 /E 40 .B3 /E 40 .B4
43
33 / E4 2 . B2
10
48
22
11
49
23
38
54
74
53
/E 1 9 .F 5
60
79
44
34
/ E4 2 . B3
35
E
/E 41 .B2 /E 41 .B3 /E 41 .B4 73
/ E4 2 . B4
46
47
45 / E4 2 . B5
36
/E 5 0.B 3 /E 3 8.B 8 /E 1 4.A 5
+W17
3 1 -W 1 7
-X126.1
+ W 1 7 -X 1 2 6 .4 3 1 -W 1 7
21
6
18
7
19
8
13
51
67
+ W 1 7 -X 1 5 6 :B U
F
/E19.E1 /E52.F1
F This document will remain the property of DYNAPAC GmbH
electric
project
push-roller
saved
2
1
A
/E38.A8 /E38.A8 /E38.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A5
-A5
/E38.E4
/E38.E4
72
+W20
3
+W20
-X144 -W20
A
-A5
/E38.E4
15
B
/E41.A1 /E41.A1 /E41.A1
-X145
E Y
N B
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
B
-X36
+W20
+KK
1 5 /2 1
-A6.X25 +KK
C
-A6.X36
1 3 /2 1
1 8 /2 1
1 7 /2 1
1 6 /2 1
1 7 /2 1
+W17
C
-X25
-W17
N B
N B
²
²
m
m
m
5 7 .
0
0
-X148
=HP14
D
m
5 7 .
1
-V2 Y31B =HP14/HP14.B4
-V2 Y31A =HP14/HP14.B5
2
-W17
-X149
=HP14
+W17
1
+W17
2
U B
U B
²
²
m
D
m
m
m
5 7 . 0
5 7 . 0
E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
screed lock pin
saved
2
1
A
/E40.A8 /E40.A8 /E40.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A5
-A5
/E38.E4
/E38.E5
80
+W20
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X28
+KK
3 /2 1
+KK
-X144
N B
-X35
-A6.X24
+W20
-X145
E Y
+W20
C
30
+W20
-X144 -W20
-A6.X35
1 5 /2 1
+W17
+W20
3 /1 2
2 1 /2 1
B
-X35
+W20
+KK
+KK
6 /2 1
-A6.X28
-A6.X35
1 8 /2 1
2 1 /2 1
C
-X24
-W17
N B
N B
²
²
m
m
m
m
5 7 . 0
5 7 . 0
-X150
=HP10
D
1
-V1 Y32B =HP10/HP10.A3
-X151
=HP10
+W17
-V1 Y32A =HP10/HP10.A4
2
-W17
A
-A5
/E38.E4
31
B
/E42.A1 /E42.A1 /E42.A1
1
+W17
2
U B
U B
²
²
m
D
m
m
m
5 7 . 0
5 7 . 0
E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
crown adjustment
saved
2
1
A
/E41.A8 /E41.A8 /E41.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A5
-A5
/E38.E4
-A5
/E38.E4
34
+W20
-X144 -W20
/E38.E5
44
+W20
B
-A5
/E38.E4
33
A
45
+W20
-X144
+W20
-X144
-X144
E Y
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
B
-X36
+W20
+KK
3 /2 1
-A6.X25
1 /2 1
+KK
C
1 6 /2 1
-A6.X36
1 3 /2 1
1 8 /2 1
8 /2 1
1 5 /2 1
8 /2 1
+W17
C
-X25
-W17
N B
N B
N B
N B
²
²
²
²
m
m
m
5 7 .
0
0
0
0
-X152
=HP5.1/HP5.1.D7
-X153
=HP5.1
+W17
2
-W17
m
5 7 .
1
-V1 Y33B
m
m
5 7 .
=HP5.1
D
m
m
5 7 .
1
-V1 Y33A =HP5.1/HP5.1.D6
-V1 Y34B =HP5.1/HP5.1.D8
2
-X154
=HP5.1
+W17
1
-X155
=HP5.1
+W17
-V1 Y34A =HP5.1/HP5.1.D7
2
1
+W17
2
U B
U B
U B
U B
²
²
²
²
m
m
m
m
m
m
5 7 . 0
5 7 . 0
D
m m
5 7 . 0
5 7 . 0
E
E
/E19.E4
3 1 -W 1 7
+ W 1 7-X 1 2 6.5
+W17
-W17 1 .00 m m ² B U
-X126.2
L
+W17
+W17 1 .0 0 m m ²
-X126.3
BU
+W17 1 .0 0 m m ²
-X126.6
L
R
BU
-X126.7
R
F
F This document will remain the property of DYNAPAC GmbH
electric
project
hight adjustable auger
saved
1
2
3
4
5
6
7
8
30
A
30
15
31
15
3 B . 6 4 E / 3 : 9 2 K 9 3 1 1 P F O +
B
31
+OP14
1
10A
2
/E45.A1 /E45.A1 /E45.A1
A
-F13
-A6.X16
1 0 / 15
+KK
B
5 / 15
+W23
-X16
-W23
D R
N B
² m m 0 0 . 1
² m m 0 0 . 1
+
-
-X261
-X260
C
+W23 +OP14
C
+W23
24V
-N1
12V +
-
+W23
-X262 -W23
D R
N B
² m m 0 0 . 1
² m m 0 0 . 1
-X186
D
D
+W23
1 /2
2 /2
+W65
-X324
-W65
+W65
-X324
D R
N B
D R
N B
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
-X326
-X326 1 /2
+W14
E
+W65
+W65
2 /2
E
-X188
-W14
D R
N B
² m m 0 0 . 1
² m m 0 0 . 1
-X327
-X328
1 /2
2 /2
+W65
-X158 +W14
+OP14
1 /2
-X159 +W14
2 /2
+W64
+OP23
-X325
-X161
F
F This document will remain the property of DYNAPAC GmbH
electric
project
12V plug
saved
1
A
/E44.A8 /E44.A8 /E44.A8
2
3
4
5
6
7
8
30
30
15
15
31
31
+OP15
1
10A
2
/E46.A1 /E46.A1 /E46.A1
A
-F19
B
B
-A6.X23
4 /9
7 /9
+KK
+W24
-X23
-W24
E Y
N B
² m m 0 0 . 1
² m m 0 0 . 1
C
C
-X216
+OP15
+W24 2
01
-S5
3 +W24
1
-X217
-W24
E Y
² m m 0 0 . 1
D
D
-X163
1 /2
+W24
K B
+OP15
1
-H15
2 H W
E
+W24
E
2 /2
-X163
F
F This document will remain the property of DYNAPAC GmbH
electric
project
engine compatment light
saved
2
1
A
/E45.A8 /E45.A8 /E45.A8
3
4
5
6
7
8
30
30
15
15
31
31
/E2.E6
-A1
6 C . 2 3 E /
3 B . 4 4 E /
/E2.E2
115 +W20
-W20
/E46.B3
E Y
² m m 0 0 . 1
7 /1 2
238 +W20
+W20
+OP19
5 . 3 1 1 X 3 1
+OP19
-K29
1
4
/E46.B3
-X47
8 F
3
2
-K29
-X28
+W20
-A1
252
-X47 3 1 F
B
A
/E2.E6
-A1
-X47
/E47.A1 /E47.A1 /E47.A1
5
-W20
E Y
-W20
² m m 0 0 . 1
W +
E Y
B
² m m 0 0 . 1
+KK
-A6.X28
C
C
-X38
+W20
4 /2 1
-X38
+W20
+KK
-A6.X13 +KK
9 /1 5
-W13
+KK
+W13
-X13
D
-A6.X13
6 /1 5
+W13
-X13
E Y
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
² m m 0 0 . 1
+ W 1 3 -X 113 .4
+W13
E Y
² m m 0 0 . 1
-W13 1 .00 m m ² B N
-X196
-X165 3
E
8 /1 5
D
-W13
3 1 -W 1 3
-A6.X38
-X13
-W13 1 .0 0 m m ² Y E
/E36.F5
+KK
8 /2 1
-A6.X38
2 31
1
+W13
+W13
1 /4
+W13 2 3 /4 3
1
-A9
-B17
+W13
2
+OP19
-B18
+W13
2
3
+W13
3
E
P
P
+OP19 /E46.E3
+W13
-X253
24V +OP19
M
-X254
-X196
1
1
-X254
-X253
-W13 1 .0 0 m m ² Y E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
central lubrication
saved
2
1
A
/E46.A8 /E46.A8 /E46.A8
3
4
5
6
7
8
30
30
15
15
31
31
+OP17
1
5A
2
/E48.A1 /E48.A1 /E48.A1
A
-F9
-A6.X17
1 /1 5
1 /1 5
+W16
-X17 B
-W16
B
D R ² m m 0 0 . 1
-X167 +W16
1 /2
-W36
+OP17
-X166
E Y
E Y
² m m 0 0 . 1
C +OP17
C
3
X1
4
X2
-S6 -W36 0 .7 5 m m ² B N
-W36
E Y
² m m 0 0 . 1
-W36
-X321
N B ² m m 0 0 . 1
+OP17
D
2 /2 2 /2
-M6
+OP17
D +OP17
-X320
M
-X166
E
-X320
+OP17
+OP17
1 /2
E
2 /2
+W16
-X167
+OP17
-X321 -W16
N B ² m m 0 0 . 1
/E14.E7
3 1 -W 1 6
+W16
+ W 1 6 -X 11 4.1
-X114.3
F
F This document will remain the property of DYNAPAC GmbH
electric
project
emulsion spray
saved
2
1
A
/E47.A8 /E47.A8 /E47.A8
3
4
5
6
7
8
30
30
15
15
31
31
-A1
+OP18
1
7,5A
2
A
-F34
/E2.E3
242 +W20
-X47 B
-W20
B
E Y
² m m 0 0 . 1
-X35
+W20
2 1 /2 1
/E48.C4
+KK
-A6.X35
+OP18
3
2 +OP18
-K13
-K13
1
/E48.C3
4
5
C
C
-A6.X15 +KK
11 /18
+W14
-X15
-W14
E Y
² m m 0 0 . 1
D
D -W14
E Y
² m m 0 0 . 1
-X170 1 /2
+W14
-X171 1 /2
2 /2
+W14
2 /2
E -W14
E
N B ² m m 0 0 . 1
/E37.F6
3 1 -W 1 4 -2 + W 1 4 -X 1 2 1 .5
-W14 1 .00 m m ² B N
F
F This document will remain the property of DYNAPAC GmbH
electric
project
seat heating
saved
1
2
3
4
5
6
7
8
A
A
+OP22
+OP22
-A11
-A12
B
Mir
GND
1
4
+W32 1 -O R /6
-X210
VCC Sig GND Sig
6
4 -W H /6 6 -R D /6
3
5
3 -S H /6
5 -S W /6
V i-G N D
-W32
U B
K B
D R
²
²
²
-W32
Mir
GND
1
4
+W33
-X211
1 -O R /6
B
VCC Sig GND Sig
6
3
4 - W H /6 6 -R D /6
3 -S H /6
V i-G N D
5 5 - S W /6
H W
K B
D R
H W
²
²
²
²
m
m
m
m
m
m
m
m
m
m
m
m
m m
4 1 .
2 2 .
2 2 .
4 1 .
2 2 .
2 2 .
4 1 .
0
0
0
0
0
0
0
C
C V i-G N D
V i-G N D
+OP22
-X200
BN
2
9
N B
3 4 N B
D
5
6
D
10 V i-G N D V i-G N D
-W11.4
6 2 K B
-W11.6
² m m 0 0 . 1
-A4.X54
12
+BP +BP
x a o K
²
²
m
m
m
m
4 3 . 0
4 3 . 0
V i-G N D
6
+BP
-X54 -X63
E
x a o K
V i-G N D
-X54
E
+BP
+OP22
-A10
1 31
7 58
12
6 30
15
11
10
GND V B B V id e o V id e o
8
9
In p u t V id e o 2
In p u t V id e o 1
4 C A N 1 -H
5 C A N 1 -L
2
3
C A N 2-H C A N 2-L
F
F This document will remain the property of DYNAPAC GmbH
electric
project
Video system
saved
2
1
3
4
5
6
7
8
A
A
fu m e
geno
-A5
-A1
/E38.F4
/E2.E6
46
178
+W20
+W20
-X144
-X47
B
B
-W20
E Y
E Y
² m m 0 0 . 1
² m m 0 0 . 1
-X31
C
-X31
+W11
-A6.X33
+KK
+W11
+KK
1 8 /2 1
5 /2 1
-A6.X31
-A6.X34
1 6/2 1
+KK
+W12
C
+KK
-A6.X31
5 /6
-X33
-W12
D
N B
D
² m m 5 7 . 0
-X219
=HP16 1
-V1 Y37 =HP16/HP16.C4
+W12
+W12 ( +W62)
2
( +W62) -X219
-W12
U B ²
E
E
m m 5 7 . 0
/E1.E5
31
+W12
+ W 1 2-X 22 1:2 1 .00 m m ² B N
-X184
F
F This document will remain the property of DYNAPAC GmbH
electric
project
fume control
saved
2
1
A
3
4
5
6
7
8
30
30
15
15
31
31
A
5 F
+KK
1
10A
2
-F28 B
C
-A6.X29 +KK
1 3/2 1
B
-A6.X32 +KK
3 /21
-A6.X31 +KK
C 4 /2 1
D
D
E
E
F
F This document will remain the property of DYNAPAC GmbH
electric
project
GP S
saved
2
1
3
4
5
6
7
8
A
A
B
B
-X36 +KK
-A6.X36
+W20
1 0/2 1
C
C
-A6.X25
+KK
1 2/2 1
+W17
-X25
-W17
N B
-KK
m m 5 7 . 0
D
D
-X156
=HP25 1
-V1 Y38 =HP25/HP25.B5
+W17
2
-W17
U B
-X7.2
²
E
E Y
² m m 0 0 . 1
²
m
2 7 /1 6
m
E
+KK
5 7 . 0
/E38.F8
3 1 -W 1 7 + W 1 7 -X 1 2 6 .1
F
F This document will remain the property of DYNAPAC GmbH
electric
project
hydraulic side shield
saved
1
2
3
4
5
6
7
8
A
A
23 cm³
8 cm³
B
B
LT 23 cm³
8 cm³
L ST_P
01 -H1
02
4812034725
ZR_A ZR_B
4812034725
C
ST_T
01 -H2
02
01 -H3
02
C DP_A DP_B
4812034725
01 -H4
ZL_B ZL_A
4812034725
02
V_T V_P L
D
LT
23 cm³
23cm ³
E
D
8 cm³
8 cm ³
E
d e n n a l a w p k k c c ü a R b
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
hose package screed e xtend/retract
4812036460 /A
date
=SP1
1
2
3
4
5
6
7
8
A
A
23 cm³
B
8 cm³
B
5 4 6 0 7 1 0 0 8 2 1 8 H 4
-
LT 23 cm³
01 -H5
L_T
4812034688
4812032401
ST_P
05
4812032402
02 -H4
C
8 cm³
06
03 -H2
ST_T
04
ZR_A ZR_B
C
DP_A DP_B ZL_B
04
02 -H3 4812032402
ZL_A V_T
01 -H6
V_P
05
4812032401
L_V
4812034688
03 -H1
06
D
D LT
23 cm³
8 cm³
7 5 4 H 6 - 0 7 1 0 0 2 1 8 4
23cm ³
8 cm ³
d e n n a l a w p k k c ü c a R b
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
hose package tamper/vibration
4812035034 /C
date
26.02.2014
=SP2
1
2
3
4
5
6
7
8
A
A
23 cm³
8 cm³
B
B
LT 23 cm³
8 cm³
L ST_P ST_T ZR_A ZR_B
C
C 01 -H1
02 DP_A
4812034689
DP_B
4812034689
01 -H2
02
ZL_B ZL_A V_T V_P L
D
LT
d e n n a l a w p k k c ü c a R b
23 cm³
D
8 cm³
23cm³
8 cm³
E
E
F
F This document will remain the property of DYNAPAC GmbH
hydraulic
project
hose package screed crown adjustment
4812037372 /A
date
=SP3
