Krone Titan 6/50 GL, Руководство по эксплуатации, Страница: 127 / 134

A - 13
Appendix
SS _5V ( 1X 1_ 9)
/1.8
9
+
K
B1
X1
-1
X1
b
+12V _EIN (1X 1_ 28 )
/1.8
28
GN D ( 1X 1_2 9)
/1.8
29
+12 VFU TER MI ( 1X 1_ 14 )
/1.8 14
GND T ERM I ( 1X 1_ 15 )
/1.8
15
GN D_L ( 1X 1_8 )
/7.5
8
GN D_ L (1X 1_3 7)
/7.6
37
+
K
B1
X1
-1
X1
b
GND_ DIG _2 (1X 1_ 23 )
/4.3
23
+
K
B1
X1
-1
X1
b
GND_ DIG _3 (1X 1_ 25 )
/4.4
25
12
3
15
29
30
31
16
1
7
32
18
45
19
33
34
67
20
35
21
8
22
36
37
9
23
10
11
24
38
39
25
12
13
26
40
41
27
14
28
42
X 1
EINGÄ NGE
AUSG ÄN GE
Ve r s orgu ng
SS_5 V
+12V _E IN
+12V FU _TE R M I
GND_ L
GND_ L
GND_ L
+8V AN A
+8V AN A
GND_ AN A
GND_ AN A
CAN_ 1-H
CAN_ 1-L
CAN_ 2-H
CAN_ 2-H
CAN_ 2-L
CAN_ 2-L
TER MI_ 2
Schal ts pann ungse in gang
Ver sor gung üb er F U6 ( 30A )
Ana log sp annung
Ana log sp annung
GN DA nalogs enso re n
GN D A nal ogs ensor en
Ve r s orgu ng A na log se ns ore n
CAN 1
CAN 2
Ve r s orgu ng D ig ita ls en so re n
GND_ L
GND
GND_ L
DIG _G N D_ 1
DIG _G N D_ 6
DIG _G N D_ 2
DIG _G N D_ 3
DIG _G N D_ 7
DIG _G N D_ 10
DIG _G N D_ 11
Digi ta lse ns or 1
Digi ta lse ns or 2
Digi ta lse ns or 3
Digi ta lse ns or 6
Digi ta lse nso r 7
Digi ta lse ns or 10
Digi ta lse ns or 11
Mas se 12V V ers orgun g
Mas se 12V V ers orgung
Mas se 12V V ers orgun g
Mas se 12V V ers orgun g
Mas se 12V V ers orgun g
Mas se 12V V ers orgun g
+12V Ver sor gung T ER MI
X1_9
X1_2 8
X1_2 9
X1_1 4
X1_1 5
X1_8
X1_2 6
X1_2 7
X1_3 7
X1_1 1
X1_2 3
X1_2 5
X1_1 3
X1_2 1
X1_1 7
X1_1 9
X1_3 1
X1_3 4
X1_3 2
X1_3 5
X1_5
X1_6
X1_2
X1_3 8
X1_3
X1_3 9
X1_4
X1_1 0 DIG _1_H FR Q
X1_1 2 DIG _6_H FR Q
X1_2 0 DIG _7_F RQ
X1_1 6 axl e loc ke d DIG _10_ FR Q /4. 6
X1_1 8 t ai lg ate DIG _11_ FR Q /4. 5
X1_2 2 aut omat ic l oader DI G _2 /4. 3
X1_2 4 f lo or c onv eyor c uto ff DI G _3 /4. 4
X1_3 0 AN A_1_ HF RQ
X1_3 3 AN A_2_ HF RQ
X1_4 1 GN D s ila ge m ate ria l G_S TR OM _1 /7. 7
X1_1
HBPW MS TR _1
X1_4 2 HBPW MS TR _2
X1_4 0
sila ge m ate ria l PWM LA_ 1 /7. 7
X1_7 rap id m otion PWM LA_ 8 /7. 5
X1_3 6 lig htin g LA_1 /7. 6
+K
MC
1-
X
1
GN D_ DIG _1 0 ( 1X 1_1 7)
/4.6 17
+
K
B1
X1
-1
X1
b
GN D_ DIG _11 (1X 1_1 9)
/4.5
19
CAN 1 -H ( 1X 1_ 5)
/1.8 5
+
K
B1
X1
-1
X1
b
CAN 1 -L ( 1X 1_ 6)
/1.8
6
123
15
29
30
31
16
17
32
18
45
19
33
34
67
20
35
21
8
22
36
37
9
23
10
11
24
38
39
25
12
13
26
40
41
27
14
28
42
X 2
EINGÄ NGE
AUSG ÄN GE
Ve r s orgu ng
+12V 3FU _L
GND_ L
+8V AN A
+8V AN A
GND_ AN A
GND_ AN A
CAN_ 1-H
CAN_ 1-L
Ana log sp annung 0, 1A
Anal ogspa nnung 0 ,1A
GN D A nalo gs enso re n
GN D A nal ogs ensor en
Ve r s orgu ng A na log se ns ore n
CAN 1
Ve r s orgu ng D ig ita ls en so re n
GND
GND_ L
GND_ L
DIG _G N D_ 4
DIG _G N D_ 9
DIG _G N D_ 5
DIG _G N D_ 8
DIG _G N D_ 12
DIG _G N D_ 14
DIG _G N D_ 16
Digi t al sen so r 4
Digi t al sen so r 5
Digi t al sen so r 8
Digi t al sen so r 9
Digi t al sen so r 12
Digi t al sen so r 14
Digi t al sen so r 16
Mas se 12V V ers orgun g
Mas se 12V V ers orgun g
Mas se 1 2V Ver sor gung
Mas se 12V V ers orgun g
+12V 2FU _L Ver so rgun g über FU 2 (25A )
Ve rsor gun g 3A (P oly )
Digi tal sen so r 1 7 DIG _G N D_ 17
Digi t al sen so r 18
Digi t al sen so r 19
Digi t al sen so r 21
DIG _G N D_ 18
DIG _G N D_ 19
DIG _G N D_ 21
GN D Mas se 12V Ver sor gung
GN D_L Mas se 12V Ver sor gung
X2_2 8
X2_2 5
X2_1 4
X2_1 5
X2_2 1
X2_2 9
X2_3 2
X2_1 7
X2_3 6
X2_3 8
X2_3 4
X2_3
X2_2 0
X2_2 7
X2_7
X2_9
X2_1 1
X2_1 3
X2_3 1
X2_2 3
X2_4 0
X2_2 4
X2_4 1
X2_5
X2_6
X2_3 5 signa l o utp ut ax le s usp ensio n DIG _4_H FR Q
X2_3 7 DIG _5_H FR Q
X2_3 3 DIG _8_F RQ
X2_2 DIG _9_F RQ
X2_1 9 DIG _12_ FR Q
X2_2 6 DIG _14_ FR Q
X2_4 DIG _16
X2_8 DIG _17
X2_1 0 DIG _18
X2_1 2 DIG _19
X2_3 0 DIG _21
X2_3 9
MUL TI_ 1
X2_2 2 AN A_3_ HF RQ
X2_4 2 lift wa gon HBPW MS TR _3
X2_1
lowe r wa gon HBPW MS TR _4
X2_1 8 aut omat ic on PWM LA_ 4
X2_ 16 PW MLA _10
+K
MC
1-
X
2
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