Planos Del Giramatic Del Plc
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Elektrodokumentation Electrical documentation Kunde/Customer : Kennwort/Codeword : Anlagenbezeichnung/Plant section: Zeichnungsnummer/Drawing no. :
Shougang Hierro Peru 2-441-20778-012500 Gyratory Crusher 04473296
Hersteller (Firma)/Supplier (Firma)/Supplier Schaltschrank Nr./cabinet Nr./cabinet no. AAT-Pos. Dateiname/File Dateiname/Fil e name
Thyssen Krupp Fördertechnik GmbH
Erstellt am/Created at : Bearbeitet am/Worked at :
: : : : 26.05.08 30.03.09
Höchste Seitenzahl/Highest Page number: von (Kürzel)/from code name :
88 DHO
2 Kommission/com.-No.:
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index page =03/1 =03/2 =03/2.1 =03/4 =03/5 =03/6 =03/7 =03/8 =03/9 =03/10 =03/11 =03/12 =03/13 =03/14 =03/15 =03/16 =03/17 =03/19 =03/20 =03/21 =03/21.1 =03/22 =03/22.1 =03/23 =03/24 =03/24.1 =03/24.2 =03/25 =03/26 =03/27 =03/28 =03/29 =03/30 =03/31 =03/32 =03/33 =03/34 =03/35 =03/36 =03/37 =03/38 =03/39 =03/40 =03/41 =03/42
a p p e l at i o n cover sheet table of contents table of contents general digital inputs installation of the switchboard - door - front view installation of the switchboard - assembly plate installation of the switchboard - ground plate - erection installation of the switchboard - ground plate - erection supply 24 V DC emergency stop automation device automation device SPS cross references analogous entries / exits SPS cross references analogous entries / exits SPS cross references digital entries / exits SPS cross references digital entries / exits operating terminal general digital outputs output of the feeding nominal value general digital outputs lubrication and hydraulic unit fan 1-4 crusher digital inputs crusher digital inputs crusher analog inputs crusher analog inputs vibration measurement OPTION crusher analog inputs crusher digital outputs control material input grease lubrication digital inputs output grease pump valve grease pump lubrification oil digital inputs lubrification oil digital inputs lubrification oil digital inputs lubrification oil analog inputs lubrification oil analog inputs Lubrification oil digital outputs hydraulic oil digital inputs hydraulic oil analog inputs hydraulic oil digital outputs valve hydraulic unit cooler digital outputs MCC1 Digital inputs MCC1 Digital inputs
r em ar k s page
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331_8_O 331_8_O 321_32_O 321_32_O
d a te 26.05.08 26.03.09 26.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 26.03.09 25.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 25.03.09 25.03.09 25.03.09 25.03.09 26.03.09 26.03.09 26.03.09 26.03.09 25.03.09 26.03.09 26.03.09 25.03.09 26.03.09 25.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 25.03.09 25.03.09
a u thor MSC DHO DH O DHO DH O ADA PAD PAD PAD PAD PAD PAD PAD PAD ADA PAD ADA PAD ADA ADA ADA ADA ALU ADA ADA ADA ADA ALU ADA PAD PAD PAD PAD PAD ADA PAD PAD PAD PAD ADA PAD PAD PAD PAD PAD PAD PAD
i n c h ar g e SPS DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO
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2.1 Kommission/com.-No.:
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index page =03/1 =03/2 =03/2.1 =03/4 =03/5 =03/6 =03/7 =03/8 =03/9 =03/10 =03/11 =03/12 =03/13 =03/14 =03/15 =03/16 =03/17 =03/19 =03/20 =03/21 =03/21.1 =03/22 =03/22.1 =03/23 =03/24 =03/24.1 =03/24.2 =03/25 =03/26 =03/27 =03/28 =03/29 =03/30 =03/31 =03/32 =03/33 =03/34 =03/35 =03/36 =03/37 =03/38 =03/39 =03/40 =03/41 =03/42
a p p e l at i o n cover sheet table of contents table of contents general digital inputs installation of the switchboard - door - front view installation of the switchboard - assembly plate installation of the switchboard - ground plate - erection installation of the switchboard - ground plate - erection supply 24 V DC emergency stop automation device automation device SPS cross references analogous entries / exits SPS cross references analogous entries / exits SPS cross references digital entries / exits SPS cross references digital entries / exits operating terminal general digital outputs output of the feeding nominal value general digital outputs lubrication and hydraulic unit fan 1-4 crusher digital inputs crusher digital inputs crusher analog inputs crusher analog inputs vibration measurement OPTION crusher analog inputs crusher digital outputs control material input grease lubrication digital inputs output grease pump valve grease pump lubrification oil digital inputs lubrification oil digital inputs lubrification oil digital inputs lubrification oil analog inputs lubrification oil analog inputs Lubrification oil digital outputs hydraulic oil digital inputs hydraulic oil analog inputs hydraulic oil digital outputs valve hydraulic unit cooler digital outputs MCC1 Digital inputs MCC1 Digital inputs
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331_8_O 331_8_O 321_32_O 321_32_O
d a te 26.05.08 26.03.09 26.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 26.03.09 25.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 25.03.09 25.03.09 25.03.09 25.03.09 26.03.09 26.03.09 26.03.09 26.03.09 25.03.09 26.03.09 26.03.09 25.03.09 26.03.09 25.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 26.03.09 25.03.09 25.03.09
a u thor MSC DHO DH O DHO DH O ADA PAD PAD PAD PAD PAD PAD PAD PAD ADA PAD ADA PAD ADA ADA ADA ADA ALU ADA ADA ADA ADA ALU ADA PAD PAD PAD PAD PAD ADA PAD PAD PAD PAD ADA PAD PAD PAD PAD PAD PAD PAD
i n c h ar g e SPS DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO
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2.1 Kommission/com.-No.:
03
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index page =03/43 =03/44 =03/45 =03/46 =03/47 =03/48 =STK/1 =STK/2 =STK/3 =STK/4 =STK/5 =STK/6 =STK/7 =STK/8 =STK/9 =KLP/1 =KLP/2 =KLP/2.1 =KLP/3 =KLP/4 =KLP/5 =KLP/6 =KLP/7 =KLP/7.1 =KLP/7.2 =KLP/8 =KLP/9 =KLP/10 =KLP/11 =KLP/12 =KLP/13 =KLP/14 =KLP/15 =KLP/16 =KLP/17 =KLP/18 =KLP/19 =KLP/20 =KLP/21 =KLP/21.1 =KLP/22 =KLP/23 =KLP/24
a p p e l at i o n external digital inputs external digital inputs MV cabinet analog inputs MCC interface signal MCC interface signals EXT:interface EXT:interface signals part list part list part list part list part list part list part list part list part list -L_SSV=L+/24VDC potential binders -0V_SSV=0V/24VDC potential binders -0V_SSV=0V/24VDC potential binders -DAMNAL_SSV=L+/24VDC potential binders emergency stop -N potential binders -PE_SSV=PE potential binders coupling signals DI crusher coupling signals AI crusher coupling signals AI crusher coupling signals AI crusher material input coupling signals DI hydraulic Coupling signals AI hydraulic coupling signals DI grease lubrication valve grease pump feed in emergency stop-off external automatic start/stop external analog signals task warning for start coupling signals DI from MCC coupling signals DO to MCC coupling signals AI of MV coupling signals DI lubrification oil coupling signals DI lubrification oil =03+GYRA-X1_DRS =03+GYRA-X1_REP =03+MCC1-X2_EXT
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d a te 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 26.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 25.03.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09 19.02.09
a u thor PAD PAD PAD PAD PAD PAD ALU ALU ALU ALU ALU ALU ALU ALU ALU DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O DHO DH O
i n c h ar g e DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO DHO
2
4 Kommission/com.-No.:
03
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9
24 V DC 9.1- L+8 9.6-L-11
-X1_ALL -X1_ALL 2 =03+GYRA-X1_ALL-W1 ÖLFLEX-110-J 3x1,5mm²
3 . 0 1 -
6 A N M A D
13
-21F1
3
5
6
=03+MV_XX-X2 =03+MV_XX-X 2
14
-21.1K1
13
21.1.1
14
13
-K1
PE 14
=03+GYRA-X1_ALL-W1 ÖLFLEX-110-J 3x1,5mm² -X1_ALL -X1_ALL 1
4
PE
PE
2
3
4
5
6
7
8
9
E 8.0
E 8.1
E 8.2
E 8.3
E 8.4
E 8.5
E 8.6
E 8.7
-A6
-A6
-A6
-A6
A6
-A6
-A6
-A6
emergency stop gyramatic is OK
fuse protection launching alert OK
automatic external start
spare
spare
spare
spare
power supply ON
2.1
5 Kommission/com.-No.:
03
0
1
2
0
0
0
3
5 0
1 0 0
1 5 0
2 0 0
4
2 5 0
3 0 0
3 5 0
4 0 0
5
4 5 0
5 0 0
5 5 0
3 0 0 . 0
6 0 0
6
6 5 0
7 0 0
6 5 5 . 0
7 5 0
8 0 0
7 6 0 . 0
7
8 5 0
9 0 0
9 5 0
1 0 0 0
8
1 0 5 0
1 1 0 0
1 1 5 0
1 2 0 0
9
1 2 5 0
1 2 0 0 . 0
9 0 0 . 0
0
50 100 150 200 250 300 350 400 0 . 0 0 4
450
8 Q 1
M a i n s w i t c h
-A 1 1
2 7 6 . 0
E m e r -1 g 0 e n S c 1 y s t o p
-1 H 9 o H o t 1 e r
F r o n t v i e w
500 550 221.0
600 650 700 750 800 0 . 0 0 8
4
6 Kommission/com.-No.:
03
0
1
2
0
0
0
3
5 0
1 0 0
1 5 0
2 0 0
1 2 5 . 0
4
2 5 0
1 3 5 . 0
3 0 0
3 5 0
4 0 0
5
4 5 0
5 0 0
1 6 5 . 0
5 0 . 0
5 5 0
6 0 0
5 0 . 0
7 0 0
1 2 0 . 0
5 0 . 0
7 5 0
8 0 0
8 5 0
9 0 0
1 7 0 . 0
9 5 0
8
1 0 0 0
1 0 5 0
1 1 0 0
1 6 5 . 0
5 0 . 0
-X1_ESP
8 X U 1
-X1_CRU -X1_SSV
200
-X1_ALL
-X2_CRU
250
-X2_ALL
300
-X3_ALL
350
-X1_EXT
400
-X3_EXT
-8F1 -8F2 -9F1 -9F2 -21F1
-X1_HYD
500
-X1_OIL
550
-X1_DRS
600
-X1_REP
650
-PE_SSV
-21F2 -32F1
-X1_GRE
7 5 . 0
-A2
SITOP -A3 -A4
8 S 2
-A5 -A6 -A7
-2 1 .1 K 1
-23A1 -23A2
-2 5 K 3 -2 5 K 5
750
1 2 5 0
9 A 1
-A1
-X2_GRE
-X4_EXT
700
1 2 0 0
-8F3
-X3_CRU
-X2_HYD
450
1 1 5 0
9
MPL 1
150
850
6 5 0
7
0
50
800
6
-19K1 -19K2 -19K3 -25K1 -25K2 -25K4 -25K6 -28K1 -35K1 -35K2 -35K3 -35K4 -35K5 -38K1 -38K2 -38K3 -38K4 -40K1 -40K2 -40K3
-L_SSV
-A8 -A9
-0_SSV
-Damnal_SSV
-N_SSV
-2 4 A 1
9 A 2
A s s e m b l y p l a t e e r e c t i o n
-8E1
0 . 0 4 7
1 pc. DIN-Rail 35mm, mounted at back side of front door. Mounting height: 1050mm.
5
7 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
M16 M20 M32 M40
Ground plate for threaded joints
6
8 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
230 V~
-8Q1 25A
8
9
L1 -9.0 N -9.0
1
3
5
2
4
6
terminal above
1
-8F1 B6A
-L_SSV=-L_SSV=L+/24VDC potential binders -0V_SSV=-0V_SSV=0V/24VDC potential binders -DAMNAL_SSV=-DAMNAL_SSV=L+/24VDC potential binders emergency stop -N_SSV=-N potential binders -PE_SSV=-PE_SSV=PE potential binders
1
-8F2 C2A
2
2
terminal middle -X1_CRU=coupling signals DI crusher 4 . 9 -
3 3 0 E P
5
-8S2 T r o o d / 1 0 0 E P
-X1_ESP 1
1
2
2
PE
E P
E P
4 . 7 1 -
1 1 0 E P
1
-X1_GRE=coupling signals DI grease lubrication
2
-X2_GRE=valve grease pump
-8F3 30mA 16A
3
4
terminal at the bottom
E P
L1
PE
230 V~ Ph/Mp feeding, max. fuse protection: 16A
N
6 0 0 E P
e l c i b u C / 2 0 0 E P
N
-X3_CRU=material input -X1_HYD=coupling signals DI hydraulic -X2_HYD=coupling signals AI hydraulic
3 . 9 -
L1
3
-X2_CRU=coupling signals AI crusher
-8XU1
L
PE
-X1_ESP=feed in -X1_SSV=emergency stop-off external -X1_ALL= automatic start/stop external
N
shock-proof plug
L1
-8E1 130W
N
cubicle heater
PE
-X2_ALL= analog signals task -X3_ALL=warning for start -X1_EXT=coupling signals DI from MCC -X3_EXT=coupling signals DO to MCC -X4_EXT=coupling signals AI of MV -X1_OIL=coupling signals DI lubrification oil
with RCD 10 A 7
9 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
230 V~
8.8-L1 8.8- N
9
L1 -21.1
2
-9F1 B6A
1
1F1L1 -21.1.0
3 . 8 -
-9A1 230V/ L L2 (N) PE 24V/ 10A 120/230-500V~
6 0 0 E P
-9A2
24V-/10A -
+
V S S _ E P -
Buffermodul
+
. l p d n u r G _ S P S / 7 0 0 E P
6 0 0 E P
7 0 0 E P
8 0 0 E P
5 0 0 E P
4 0 0 E P
9 0 0 E P
. l p g n i t n u o M / 4 0 0 E P
-
0 1 0 E P
V S S 1 _ N -
3 3 0 E P
3 3 0 E P
2
3
4
5
1 2 3 4 N N N N 2 . 1 2
5 . 8
2 . 1 2
0 . 6 2
0 . 1 . 1 2
L+ -21.1.0 2
-9F2 C4A
.1 -L_SSV .2 3.
11.3
11.9
12.5
22.0
11.5
36.0
41.0
29.2
24.2.0
11.3
11.8
12.4
12.1
12.2
12.5
11.6
11.5
44.0
24.1.0
29.2
24.2.0
L+6
L+9
L+12
L+15
L+18
L+21
L+24
L+27
L-3
L-6
L-9
L-12
L-15
L-18
L-21
L-24
L-27
L-30
L-33
L-36
.4 .5 .6
.7 .8 .9
.13 .14 .15
.16 .17 .18
.19 .20 .21
.22 .23 .24
.25 .26 .27
.28 .29 .30
L+5
11.0
L+1 10.1
2
L+3
L+2
8
1
-9PE1
1
L+8
11.8
L+4 11.8
.10 .11 .12
L+11
4.1
L+7 12.4
L+14
12.1
L+10 12.2
L+17
24.0
L+13 27.0
L+20
23.6
L+16 11.6
L+23
23.0
L+19 44.0
L+26
24.1.0
L+22 24.0
L+29
43.0
L+25 39.1
L-2
24.2.0
L+28 24.2.0
.4 .5 .6
.1 -0V_SSV .2 .3
L-5
11.3
L-1
11.0
.7 .8 .9
L-8
11.8
L-4 11.3
.10 .11 .12
L-11
12.4
L-7
11.9
.13 .14 .15
L-14
4.1
L-10 17.4
.16 .17 .18
L-17
19.1
L-13 30.0
.19 .20 .21
L-20
11.6
L-16 11.6
.22 .23 .24
L-23
12.3
L-19 12.3
.25 .26 .27
L-26
11.5
L-22 11.5
Kommission/com.-No.:
.28 .29 .30
L-29
36.0
L-25 23.6
.31 .32 .33
L-32
21.1.0
L-28 23.0
.34 .35 .36
L-35
23.6
L-31 24.0
.37 .38 .39
L-38
39.1
L-34 22.0
24.2.0
L-37 24.2.0
10 03
0
1
9.0- L+1
2
3
4
24 V DC
6
7
8
9
L+1 -17.5
=03+MCC1 1 -X2_EXT
3
-X1_SSV 1
3
10S1
5
11
31
21
12
32
22
-X1_SSV 2
4
=03+MCC1 2 -X2_EXT
4 -X1_SSV 5
=03+MCC1 5 -X2_EXT
-K100.2 -K100.1 =03+MCC1 6 -X2_EXT
-X1_SSV 6
-DAMNAL_SSV 1 2 3 4 5 6 7 8 9
1 2 A A N N M M A A D D - 3 . 3 . 2 2 1 1
9
emergency stop-off gyramatic to power block (external)
5 6 A A N N M M A A D D - 4 . 1 . 2 4 1
supply of the digital exits with emergency stop 11 Kommission/com.-No.:
03
0
1
2
3
4
5
2 . 9 -
0 . 9 -
-A2
7
8
2 . 9 -
5 1 + L
3 + L
-A1
6
0 . 9 -
6 1 + L
-A3
4 + L
-A4
9
0 . 9 -
1 . 9 -
5 + L
-A5
6 + L
-A6 1
CPU 315-2DP 1/L+ SF
1/L+
1 2
FRCE RUN STOP
C
t u p n i s u o g o l a n A C
4 258 5 6 260 7 8 262
RUN STOP MRES
10/MANA
Simatic S7 - 300
274 5 6 276 7 8 278
10/MANA
10
11/MANA
11
C
14
16 268
18 270
7
6 . 9 -
22
304
3
23
4
24
5 6 5 7
8/10
25 26
7
27
8
28
9
29
12
12
32
13
13
33
14
14
34
15
35
6 7 1 - 1 L L
8 306 9 10
10
11
296
C 298
284
15
7 . 9 -
4 2 L
16 299
17
C
6 . 9 -
2 4
6
8
11/MANA
11
16
2 L
21 L2+
L1+
18 286
C
7 . 9 -
5 . 9 -
1 2 L
5 L
5 . 9 -
6 L
16
9/11
36
17
17
37
18
18
38
5 . 9 -
7 L
302 19
19
19 20
39
6ES7315-2AG10-0AB0
20/M L+
9.0-L+2 9.4-L-1
292
10/MANA
10
15 4 . 9 -
19 17.4- P-DP
6
t u p t u O g o l a n A
9
14
17
C
5
294
282 15
0 A X 0 0 5 B B 0 2 7 9 7 S E 6
3 2 2 - 2 L L
290
13
266
PG
7 . 9 -
280 13
1
3
4
12
264
X1-MPI
7 . 9 -
t u p n i s u o g o l a n A C
9
12
C X1-P-DP
5 . 9 -
4 - 3 L L
3
C
4
9
11/MANA
-X1
5 . 9 -
t u p n i s u o g o l a n A C
1
288 3
C
L+ 2
272 3
C M M
1 2
256 DC5V
1/L+
M
20
20/M
20
20/M
M
20
20
1M
2M 40
6ES7331-7HF01-0AB0
6ES7331-7HF01-0AB0
6ES7331-7HF01-0AB0
6ES7332-5HB01-0AB0
6ES7321-1BL00-0AA0
PW 256
PW 272
PW 288
PW 304
EB 8
0-20mA
0-20mA
0-20mA
0-10V
10
12 Kommission/com.-No.:
03
0
1
2
3
4
3 . 0 1 -
1 . 9 -
1 A N M A D
1 . 9 -
1 1 + L
0 1 + L
6
-A8
1
1
-A9 1L+
21
3
23
4 5
CP 342-5
22
3
23
4
24
5
25
BUSF
3 . 0 1 -
2 A N 7 . M 9 A 9 D 1 L
24
12/14
25
6
26
16/18
7
6
26
7
27
8
28
9
29
9
SF
2 1 22
8
3L+
21 L2+
2
7
5 A N M A D
-A7
L1+
5 3 . 0 1 -
RUN
5 . 9 -
1 . 9 -
1 5
9
8
1
STOP
7 8 - + L L
27
8
28
9 10
29
RUN STOP
1M
3M 30
11 2L+
4L+ 31
6 . 9 -
2 1 L
12
32
12
32
13
33
13
33
14
34
14
34
15
35
16
13/15
36
6 . 9 -
5 1 L
7 . 9 -
0 2 L
15 16
35
17/19
36
17
37
17
37
18
38
18
38
39
19 20
19 20 1M
2M
5 . 9 -
9 L
7 . 9 -
1 . 9
8 9 1 - + L L
39 2M
L+ M
4M
40
40
6ES7321-1BL00-0AA0
6ES7 322-1BL00
EB 12
AB 16
6GK7 342-5DA02-0XE0
11
13 Kommission/com.-No.:
03
0
1
2
3
4
5
6
1/L+
UI UI UI
CH1
CH2
CH3
CH4
EW256+ EW256EW258+ EW258EW260+ EW260EW262+ EW26210/MANA 11/MANA
UI UI UI UI
CH5
EW264+ EW264-
CH6
EW266+ EW266-
CH7
EW268+ EW268-
CH8
EW270+ EW27020/M
6ES7331-7HF01-0AB0 8 analogous input, R
8
9
-A3
-A2
UI
7
1 2 3 4 5 6 7 8 9 10 11
/23.1 /23.1 /23.3 /23.3
tempe rature shaft 1
UI
tempe rature shaft 2
UI
/23.7 /23.7 /23.8 /23.9
temper ature oil r eturn
UI
cone p ositi on
UI
CH1
CH2
CH3
CH4
/11.3
11/MANA
UI
crus her S peed
UI
materi alle vel 1 crusher input
UI
materi alle vel c rushe r output
UI
6 7 8 9
EW276+ EW276EW278+ EW27810/MANA
press ure ai r seal
2 3 4 5
EW272+ EW272EW274+ EW274-
/11.3
12 /24.1 13 /24.2 14 /24.4 15 /24.4 16 /24.2. 2 17 /24.2. 3 18 /24.2. 8 19 /24.2. 8 20 /11.3
1
1/L+
/11.3
CH5
EW280+ EW280-
CH6
EW282+ EW282-
CH7
EW284+ EW284-
CH8
EW286+ EW286-
10 11
/11.4 /45.5 /45.5 /33.1 /33.2
power cons umpti on fr om MV
/33.4 /33.4 /33.5 /33.6
lubri catio n oil flow in side bea ring lubri catio n tem peratu re oi l tank
/11.4 /11.4
12 /34.1 13 /34.2 14 /34.3 15 /34.4 16 /37.2 17 /37.2 18 /37.4 19 /37.4 20 /11.4
20/M
lubri catio n oil flow ou tside bearing
lubri catii on oil press ure ou tside b earing lubri catio n oil press ure i nside be aring tempe rature hydraul ic oi l press ure hyd rauli c circ uit
6ES7331-7HF01-0AB0 8 analogous input, R
12
14 Kommission/com.-No.:
03
0
1
2
3
4
5
6
-A4
UI UI UI
CH1
CH2
CH3
CH4
EW288+ EW288EW290+ EW290EW292+ EW292EW294+ EW29410/MANA 11/MANA
UI UI UI UI
CH5
EW296+ EW296-
CH6
EW298+ EW298-
CH7
EW300+ EW300-
CH8
EW302+ EW30220/M
6ES7331-7HF01-0AB0 8 analogous input, R
8
9
-A5 1/L+
UI
7
1 2 3 4 5 6 7 8 9 10 11
L+ /11.6
1
/11.7
2
/24.1. 3 /24.1. 3 /24.1. 6 /24.1. 6
vibr ation measur ement 1
/24.2. 5 /24.2. 5
materi alle vel 2 crusher input
vibr ation measur ement 2
AW304+
AW304AW306+
/11.6
AW306-
/11.6
3 4 5 6
/20.1
ref. value feedi ng1 0-10V *
/20.1
7 /20.2 8 9 10 /20.2
ref. value feedi ng2 0-10V *
11 12 13 14
12 13 14 15
15 16 17 18
16 17 18 19 20
/11.6
M
19 20
/11.7
6ES7 332-5HB01-0AB0 2 analog output
13
15 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
-A6 emergency stop gyramatic is OK fuse protection launching alert OK automatic external start spare spare spare spare power supply ON Spare
level grease bearing > min level grease bearing > max material level under crusher < max level oil shaft > min level grease vessel > min grease divider OK spare material level under crusher < max
/11.8 /4.1 /4.2 /4.3 /4.4 /4.5 /4.6 /4.7 /4.8
/22.1 /22.2 /22.4 /22.7 /27.2 /27.4 /22.9 /22.5 /11.8
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
L1+ E8.0 .1 .2 .3 .4 .5 .6 .7
L2+ E10.0 .1 .2 .3 .4 .5 .6 .7
E9.0 .1 .2 .3 .4 .5 .6 .7 1M
E11.0 .1 .2 .3 .4 .5 .6 .7 2M
21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40
/11.9 /30.2 /30.4 /30.5 /30.8 /31.2 /31.3 /31.5 /31.7
level lubri cation oil ve ssel > max level lubri cation oil ves sel > mi n level lubri catio n oil v essel > minmin lubri cation oil fil ter defau lt valv e 1 op en valv e 2 op en valv e 3 op en valv e 4 op en
/31.8 /32.2 /32.5 /32.6 /32.7 /32.8 /32.9
valv e 5 op en lubri catio n oil flow retur n lift c one lower cone pump ON seal air f an ON main driv e ON
/11.9
6ES7 321-1BL00-0AA0 32 digital input, 24VDC
-A7 level hydraulic oil vessel > max level hydraulic oil vessel < min level hydraulic oil vessel < min hydraulic oil filter default
/12.1 /36.2 /36.4 /36.5 /36.8
material level under crusher < max material level under crusher < max
/22.1.4 /22.1.5
MCC main switch ON material discharge ON crusher main drive ON air seal fan ON oil pump circulation 1 ON oil pump circulation 2 ON oil pump lubrication 1 ON oil pump lubrication 2 ON
/41.2 /43.2 /41.3 /41.4 /41.5 /41.6 /41.8 /42.1 /12.1
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
L1+ E12.0 .1 .2 .3 .4 .5 .6 .7
L2+ E14.0 .1 .2 .3 .4 .5 .6 .7
E13.0 .1 .2 .3 .4 .5 .6 .7 1M
E15.0 .1 .2 .3 .4 .5 .6 .7 2M
21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40
/12.2 /42.2 /42.4 /42.5 /42.6 /42.7 /43.3 /42.8
/44.2 /44.3 /44.4 /44.5 /44.6 /44.7 /44.8 /44.9 /12.2
heate r lubr icati on ON hydra ulic pump ON heat er hydr aulic tank ON cool er 1 ON cool er 2 ON feed ing ON main drive space heate r ON
spare spare spare spare spare spare spare spare
6ES7 321-1BL00-0AA0 32 digital input, 24VDC
14
16 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
-A8 feeding starting alert external default hooter default hooter - cupboard crusher main drive start air seal fan material input 1 (lamp) grease pump in
oil pump circulation 1 oil pump circulation 2 oil pump lubrication 1 oil pump lubrication 2 heater lubrication
/12.3 /19.1 /19.2 /19.3 /19.4 /25.1 /25.2 /25.3 /28.1 /12.3 /12.3 /35.1 /35.2 /35.3 /35.4 /35.5
/12.3
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
1L+ A16.0 .1 .2 .3 .4 .5 .6 .7 1M 2L+ A17.0 .1 .2 .3 .4 .5 .6 .7 2M
3L+ A18.0 .1 .2 .3 .4 .5 .6 .7 3M 4L+ A19.0 .1 .2 .3 .4 .5 .6 .7 4M
21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40
/12.4 /38.1 /38.2 /38.3 /38.4 /40.1 /40.2 /25.5 /25.6 /12.4 /12.4 /25.7 /40.3
hydra ulic pump cone highe r cone lower heater hydraul ic ta nk coole r 1 st art coole r 2 st art crush er mai n driv e stop materi al in put 2 (lamp)
local contro l dev ice ON (lamp) spare
/12.4
6ES7 322-1BL00-0AA0 32 digital output, 24VDC
15
17 Kommission/com.-No.:
03
0
1
2
3
4
5
6
Front view
7
8
9
Back view
-A11
Uniop
Uniop eTOP33
cutout 276x221mm 2 . 8 -
1 1 0 E P
faceplate 287x232mm
4
. . 0 1 5 9 - 1 2 0 0 1 1 E - + P L L
r e w o p L+ LPE
-A10X1 1
8 9
15
1
8 15
9
PE
-X11
11.0- P-DP
3 B
8 A
5
AUX Port
PLC/Port
PC/Printer
pin assignment: 3 = data b; 8 = data a 3 B
8 A
16
19 Kommission/com.-No.:
03
0
1
2
-A8
-A8 A N M A D
A 16.0 2
A2
3
A2
4
A 16.3 5
A1
-19K3
5
6
7
8
9
-A8 A N O A D
A 16.2
A1
-19K2
4
-A8 A N O A D
A 16.1
A1
-19K1
3
A2
A N O A D
X1
-19H1
X2
9.6-L-14
L-14-25.0 feeding
starting alert
external default hooter
44.52.9.024.0000
44.52.9.024.0000
44.52.9.024.0000
11
14 48.1
11 21
14 21.1 24 21.4
11 21
default hooter - cupboard
14 21.2 24 21.5
17
20 Kommission/com.-No.:
03
0
1
2
-A5 AW304+
4
5
6
7
8
9
-A5 AW304-
3
6
-X2_ALL 1
2
ref. value feeding1 0-10V *
3
AW306+
PE
AW306-
7
10
3
4
PE
ref. value feeding2 0-10V *
19
21 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
9.8- L1
5 . 9 -
5 . 9 -
1 N
-21F1 B6A
-19K2 19.2
2
23
11
1
24
12
11
2 N
-19K3 19.3
14
11
-19K2 19.2
14
PE
-X3_ALL 1
starting alert
2
PE
21
-19K3 19.3
24
PE
3
external default hooter
4
PE
21 24
PE
5
starting alert
6
PE
PE
7
8
PE
external default hooter
20
21.1 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
9.8- L+ 9.8- L-29 9.8- 1F1L1
1F1L1 -26.0 2
-21F2 C4A
1
-21.1K1
1
.1
2
PE -X1_ALL 7
A1
-21.1K1
A2
8
9
10
11
12
13
14
PE
4
0VDC PE
5
0VDC PE
6
0VDC PE
+
-
=03+GYRA-X1_ALL-W2 ÖLFLEX-110-J ___x1 ,5mm²
=03+AX
9.6-N4 -X1 3
W025 NYY-J 3x1,5mm² 3RT1016-1AP01 1 3 5 13
=03+06 -M07
0VDC
+
-
M
2 .4 4 6 14 4.8
oil lubrication and hydraulic unit fan 1-4 on
PE
W026 NYY-J 3x1,5mm²
=03+06 -M08
+
-
M
PE
oil lubrication and hydraulic unit fan 1
W027 NYY-J 3x1,5mm²
=03+06 -M09
+
-
M
=03+06 -M10
PE
oil lubrication and hydraulic unit fan 2
W028 NYY-J 3x1,5mm²
M
PE
oil lubrication and hydraulic unit fan 3
PE
oil lubrication and hydraulic unit fan 4
21
22 Kommission/com.-No.:
03
0
9.1- L+12 9.9-L-34
1
2
3
4
5
6
7
8
9
24 V DC
-X1_CRU 19
20
21
12
13
14
E 9.0
E 9.1
E 9.2
-A6
-A6
-A6
19
E 9.7
22.1.3
E12.6
-A6
22.1.5
E12.7
15
18
E 9.3
E 9.6
-A6
-A6
PE
-X1_CRU 3
2
1
4
=03 +GYRA -X1_CRU-W1 ÖLFLEX-110-J 5x0,75mm²
=03+04 -L02
6
7
10
=03 +GYRA -X1_CRU-W2 ÖLFLEX-110-J 4x0,75mm²
1 L+
3 L-
2 S1
4 S2
5 XI
=03+04 -L04 EL101D
4350335 ultrasonic sensor
level grease bearing > min / > max
level grease bearing > max
14
15
=03 +GYRA -X1_CRU-W2 ÖLFLEX-110-J 4x0,75mm²
P 24V
R
4415249 pendulum switch
level grease bearing > min
11
material level under crusher < max
A
=03+04 -L07 EL101D
PE
PE
9
5
13
1 PE
2 V+
3 V-
12
8
PE
16
17
18
=03 +GYRA -X1_CRU-W3 ÖLFLEX-110-J 4x0,75mm²
P 24V
R
4415249 pendulum switch
material level under crusher < max
A
=03+04 -L05 NW S
4 LOAD
4207441 liquid-level switch
level oil shaft > min
21.1
22.1 Kommission/com.-No.:
03
0
1
2
3
4
5
8
-A7
22.4
7
8
9
9
E 12.6
E12.6
6
E 12.7
E12.7
-A7
22.6
material level under crusher < max
material level under crusher < max
22
23 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
four-wire connection or t wo-wire connection 9.2-L+17 9.8-L-32
9.7-L-25
2 . 9 -
L-25-24.0
8 . 9
0 8 2 2 + L L
6
7
EW260+
8
EW260-
-A2
PE
-A1 PT100/ 4-20mA -50... +150°C
+7
-8
+1
+3 -4 PT100
24V 5
4-20mA
-2
6
-A2 PT100/ 4-20mA -50... +150°C
+7
-8
+1
+3 -4 PT100
24V 5
4-20mA
-2
-X2_CRU 1 2 3 4
Z
BN
GN
=03+GYRA-X2_CRU-W2 ÖLFLEX110CYO 4x0,75mm²
-23X1 1 2 3 4
5
-23X2 1 2 3 4
-A2
PE
PE
9
10
PE
11
12
2
3
EW256-
-A2
14
Z
Z =03+GYRA-X2_CRU-W4 ÖLFLEX110CYO 4x0,75mm²
3
YE
4
-R1
5
EW258+
EW258-
-R2
-A2 =03+04-T06
temperature shaft 1
13
=03+GYRA-X2_CRU-W3 ÖLFLEX110CYJ 3x0,75mm²
BK
EW256+
EW262-
PE
Z
6
=03+GYRA-X2_CRU-W1 ÖLFLEX110CYO 4x0,75mm²
WH
5 6 7 8
Z
9
EW262+
temperature shaft 2
=03+04-T07
with 2-two-wire connection bridges terminals 1/2 and 3/4
with 2-two-wire connection bridges terminals 1/2 and 3/4
temperature shaft 1
temperature shaft 2
=03+04 -T08 4-20 mA -50.. +100 °C
1 24V
2 OUT
3
mA
PT100
BU
PE
3 S+ 2-
Û
1+
4358135 PT100
temperature oil return
=03+04-L03-W1 BN LiYCY 4x0,5mm²
WH
=03+04 -L03 4-20mA
4 S-
I S 20430593 position sensor
cone position
22.1
24 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
9.2- L+14 9.8-L-31 9.3- L+22 23.9-L-25
12
13
EW264+
14
EW264-
-A2
Z
16
Z
=03+GYRA-X2_CRU-W5 ÖLFLEX110CYO 2x0,75mm²
-24A1 2+
1-
22+
24V DC
5+
4/S
-X2_CRU 17
=03+04 -P01 4-20 mA
23-
4-20mA
IFM DD2003
1+
EW266-
-A2
Z
-X2_CRU 15
15
EW266+
6-
18
19
BK
BU
Z
2=03+GYRA-X2_CRU-W6 ÖLFLEX110CYO 3x0,75mm²
I T 4348764 pressure transductor
pressure air seal
Z BN
=03+04-S01 4358466 inductive initiator
crusher Speed
23
24.1 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
9.3- L+23 9.8- L-30
2
3
EW288+
4
EW288-
-A4
-24A2
+
-
4-20 OUT
5
EW290+
EW290-
-A4
-24A3
PWR DC
+
-
4-20 OUT
PWR DC
Cables on insulating screw joint
Cables on insulating screw joint XCDR + -
X1_??? 1
1
XCDR + -
2
3
2
1
=03+04-S02 CMSS 2110-3
4
2
=03+04-S03 CMSS 2110-3
OPTION vibration measurement 1
vibration measurement 2
24
24.2 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9.4- L+29 9.9-L-38
9
L+29 -32.0 L-38-32.0
9.3- L+28 9.9-L-37 9.3- L+27 9.9-L-36
16
17
EW268+
6
EW268-
7
EW292+
-A2
18
EW292-
19
EW270+
-A4
EW270-
-A2
Z
PE
- X2 _C RU 2 0
21
22
23
24
Z
=03+GYRA-X2_CRU-W7 ÖLFLEX110CYO 2x0,75mm²
=03+04 -L01
1 +
2 -
HART 0/4-20mA
25
26
27
28
Z
=03+GYRA-X2_CRU-W7 ÖLFLEX110CYO 2x0,75mm²
=03+04 -L07
1 +
2 -
HART 0/4-20mA
29
30
31
32
PE
Z
=03+GYRA-X2_CRU-W8 ÖLFLEX110CYO 2x0,75mm²
=03+04 -L06
1 +
2 -
HART 0/4-20mA
VegaPuls 67
VegaPuls 67
Vegapuls 67
materiallevel 1 crusher input
materiallevel 2 crusher input
materiallevel crusher output
24.1
25 Kommission/com.-No.:
03
0
1
2
3
-A8
-A8 A N M A D
A 16.4 6
A2
7
A2
8
A2
28
8
A2
29
A2
A N M A D
A 19.0 32
A1
-25K5
9
-A8 A N M A D
A 18.7
A1
-25K4
7
-A8 A N M A D
A 18.6
A1
-25K3
6
-A8 A N M A D
A 16.6
A1
-25K2
5
-A8 A N M A D
A 16.5
A1
-25K1
4
A1
-25K6
A2
19.8- L-14
L-14-28.1 crusher main drive start
air seal fan
=03+04-M01
=03+04-M02
material input 1 (lamp)
crusher main drive stop
3RH1122-1BB40 11 21
14 47.7 22 47.4
11
14 46.2
13 21 31 43
14 26.2 22 26.3 32 44
material input 2 (lamp)
local control device ON (lamp)
3RH1122-1BB40 11
12 47.9
13 21 31 43
14 26.6 22 26.7 32 44
11
14 32.3
24.2
26 Kommission/com.-No.:
03
0
21.1.9- 1F1L1
1
2
3
4
5
6
7
8
9
230 V
9.5-N3
-25K3 25.3
13 14
-25K3
21
-25K5
25.3 22
25.6
13 14
-25K5
21
25.6 22
PE -X3_CRU 1
2
3
PE
PE
=03+GYRA-X3_CRU-W1 ÖLFLEX-110-J 4x1,5mm²
4
6
-H2 red
PE
-H1 green
-H2 red
LAMP_1 lamp material input start
PE
=03+GYRA-X3_CRU-W2 ÖLFLEX-110-J 4x1,5mm²
PE
-H1 green
5
lamp material input stop OPTION
LAMP_2 lamp material input start
lamp material input stop OPTION
25
27 Kommission/com.-No.:
03
0
1
9.1- L+13
2
3
4
24 V DC
5
6
7
8
9
L+13 -30.0
16
17
E 9.4
E 9.5
-A6
-A6 PE
-X1_GRE 2
1
3
=03+GYRA-X1_GRE-W1 ÖLFLEX-110-J 4x0,75mm²
=03+05 -L01
5
4
6
PE
=03+GYRA-X1_GRE-W2 ÖLFLEX-110-J 3x0,75mm²
BN
BU
level grease vessel > min
BK
=03+05 -F01
grease divider OK
26
28 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
-A8 A N M A D
A 16.7 9
A1
-28K1
A2
25.8- L-14
L-14-35.1 grease pump in =03+05-V01
11
14 29.2
27
29 Kommission/com.-No.:
03
0
1
2
9.3- L+24
3
4
5
6
7
8
9
24V DC
9.9- L-33
-28K1 28.1
11 14 PE
-X2_GRE 1
2
PE
=03+GYRA-X2_GRE-W1 ÖLFLEX-110-J 3x1,5mm²
=03+05 -V01
A1
PE
A2
valve grease pump
28
30 Kommission/com.-No.:
03
0
1
27.3- L+13 9.6-L-13
2
3
4
5
6
7
8
24 V DC
9
L+13 -31.0 L-13-31.0
22
-X1_OIL 1
2
3
4
5
6
23
24
25
E 10.0
E 10.1
E 10.2
E 10.3
-A6
-A6
-A6
-A6
5
6
7
8
7
8
9
10
9
=03+GYRA-X1_OIL-W1 ÖLFLEX110CY 32x0,75mm²
=03+AX -X2 24VDC
24VDC
24VDC
PE
=ST1+AX-W5 ÖLFLEX-110-J 12x0,75mm²
VI
GN
Q
BK
Q BL
19
20
0VDC
PE
1
2
3
4
PE
=ST1+AX-W8 ÖLFLEX-110-J 5x0,75mm² =03+06-FS1
=03+06 -L01
24VDC
GR
level lubrication oil vessel > max
PE
Q GE
BN
level lubrication oil vessel > min
WH
OG
level lubrication oil vessel > minmin
=03+06 P -F04
1 2
PE 3
4
lubrication oil filter default
29
31 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
30.8- L+13 30.8- L-13
L+13 -32.0 L-13-32.0
26
-X1_OIL 10
11
12
21
22
27
28
29
32
E 10.4
E 10.5
E 10.6
E 10.7
E 11.0
-A6
-A6
-A6
-A6
-A6
13
14
23
24
15
16
25
26
17
18
27
28
19
20
29
30
PE
21
13
PE
22
14
=03+GYRA-X1_OIL-W1 ÖLFLEX110CY 32x0,75mm²
=03+AX -X2 24VDC
PE
=ST1+AX-W9 ÖLFLEX-110-J 4x0,75mm²
24VDC
PE
=ST1+AX-W10 ÖLFLEX-110-J 4x0,75mm²
=03+06 -G01
21
13
22
14
valve 1 open
PE
24VDC
PE
=ST1+AX-W11 ÖLFLEX-110-J 4x0,75mm²
=03+06 -G02
21
13
22
14
valve 2 open
PE
24VDC
PE
=ST1+AX-W12 ÖLFLEX-110-J 4x0,75mm²
=03+06 -G03
21
13
22
14
valve 3 open
PE
24VDC
=ST1+AX-W13 ÖLFLEX-110-J 4x0,75mm²
=03+06 -G04
21
13
22
14
PE
valve 4 open
=03+06 -G05
valve 5 open
30
32 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
24.2.9- L-38 24.2.9- L+29
31.8- L+13 31.8- L-13
L+13 -33.0 L-13-33.0
2
-32F1 C2A
1
33
34
E 11.1
-25K6 25.7
-A6
-X1_OIL 21
22
-X1_REP 1
=03+GYRA-X1_OIL-W1 ÖLFLEX110CY 32x0,75mm²
11 14
35
36
37
38
E 11.2
E 11.3
E 11.4
E 11.5
E 11.6
-A6
-A6
-A6
-A6
-A6
2
3
4
5
6
7
8
2
3
4
5
6
7
8
=03+GYRA-X1_REP-W1 ÖLFLEX-110-J 12x0,75mm²
=03+AX -X2
=ST1+AX-W17 LiYCY 5x0,75mm²
24VDC
48
WH
BN
=03+06 -F03
49
=03 +REP -A1
-X1_REP_LOC 1
1
-33H1
2
local control online lubrication oil flow return
1
-33S1
3
lift cone
1
-33S2
3
1
-33S3
lower cone
3
pump ON
1
-33S4
3
seal air fan ON
1
-33S5
3
main drive ON
option: local control device
31
33 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
32.9- L+13 32.9- L-13
8
9
L+13 -34.0 L-13-34.0
4
5
EW274+
6
EW274-
-A3
-X1_OIL 23
8
EW276-
25
26
42
43
WH
BN
9
EW278+
-A3
24
=03+GYRA-X1_OIL-W1 ÖLFLEX110CY 32x0,75mm²
7
EW276+
EW278-
-A3
27
28
1
2
WH
BN
=03+GYRA-X1_OIL-W1 ÖLFLEX110CY 32x0,75mm²
=03+AX -X2
=ST1+AX-W15 LiYCY 5x0,75mm²
+I
40
41
WH
BN
SA =ST1+AX-W16 LiYCY 5x0,75mm²
-I
+I
=03+06 -F01 4-20mA
I F
lubrication oil flow outside bearing
SA =ST1+AX-W3 LiYCY 2x0,75mm²
-I
1+
=03+06 -F02 4-20mA
I F
lubrication oil flow inside bearing
=03+06 -T01 4-20 mA -50... +150 °C
SH
2-
I T
lubrication temperature oil tank
32
34 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
33.8- L+13 33.8- L-13
12
13
EW280+
14
EW280-
-A3
EW282-
-A3 PE
-X1_OIL 29
15
EW282+
30
31
32
34
35
WH
BN
PE
PE PE
=03+GYRA-X1_OIL-W1 ÖLFLEX110CY 32x0,75mm²
=03+AX -X2
=03+06-W20 LiYCY 3x0,75mm²
1+
=03+06 -P01 4-20 mA
31
32
WH
BN
33
SA
=03+06-W21 LiYCY 3x0,75mm²
2-
1+
=03+06 -P02 4-20 mA
I P
lubricatiion oil pressure outside bearing
36
SA
PE
2-
I P
lubrication oil pressure inside bearing
33
35 Kommission/com.-No.:
03
0
1
2
-A8
-A8 A N M A D
A 17.0 12
A2
13
A2
14
A2
15
7
8
9
A2
A N M A D
A 17.4 16
A1
-35K4
6
-A8 A N M A D
A 17.3
A1
-35K3
5
-A8 A N O A D
A 17.2
A1
-35K2
4
-A8 A N M A D
A 17.1
A1
-35K1
3
A1
-35K5
A2
28.8- L-14
L-14-38.1 oil pump circulation 1
oil pump circulation 2
oil pump lubrication 1
oil pump lubrication 2
heater lubrication
=03+06-M01
=03+06-M02
=03+06-M03
=03+06-M04
=03+06-H01 =03+06-H02 =03+06-H03 =03+06-H04
11
14 46 .3
11
14 46.4
11
1 4 4 6. 5
11
14 46. 6
11
14 46. 7
34
36 Kommission/com.-No.:
03
0
1
9.2- L+18 9.8-L-26
2
3
4
5
6
7
8
9
24 V DC
L+18 -37.0 L-26-37.0
2
3
4
5
E 12.0
E 12.1
E 12.2
E 12.3
-A7
-A7
-A7
-A7 PE
-X1_HYD -X1_HYD 1 =03+GYRA-X1_HYD-W1 ÖLFLEX110CYJ 12x0,75mm²
2
3
4
11
12
5
6
13
14
7
8
15
16
9
PE
PE
PE
=03+AX -X2 24VDC
24VDC
24VDC
PE
=ST1+AX-W6 ÖLFLEX-110-J 12x0,75mm²
VI
GN
Q
BK
Q BL
17
18
0VDC
PE
1
2
3
4
PE
=ST1+AX-W7 ÖLFLEX-110-J 5x1,5mm² =03+06-F =03+06-FS2 S2
=03+06 -L02
24VDC
GR
level hydraulic oil vessel > max
PE
Q GE
BN
level hydraulic oil vessel < min
WH
OG
level hydraulic oil vessel < min
=03+06 P -F05
1 2
PE 3
4
hydraulic oil filter default
35
37 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
36.8- L+18 36.8- L-26
16
17
EW284+
18
EW284-
19
EW286+
-A3
EW286-
-A3 PE
-X2_HYD 1 =03+GYRA-X2_HYD-W1 ÖLFLEX110CYO 4x0,75mm²
2
3
4
PE
37
38
39
WH
BN
=03+AX -X2
=03+06-W4 LiYCY 2x 0,75mm²
1+
=03+06 -T02 4-20 mA -50..+150 °C
3
4
WH
BN
SH =03+06-W22 LiYCY 2x0,75mm²
2-
1+
=03+06 -P03 4-20 mA
I
temperature hydraulic oil
T
SA
2-
I P
pressure hydraulic circuit
36
38 Kommission/com.-No.:
03
0
1
2
-A8
-A8 A N M A D
A 18.0 22
A2
23
A2
24
6
7
8
9
A2
A N M A D
A 18.3 25
A1
-38K3
5
-A8 A N O A D
A 18.2
A1
-38K2
4
-A8 A N M A D
A 18.1
A1
-38K1
3
A1
-38K4
A2
35.8- L-14
L-14-40.1 hydraulic pump
cone higher
cone lower
heater hydraulic tank
=03+06-M05
=03+06-V02
=03+06-V01
=03+06-H05 =03+06-H06 =03+06-H07 =03+06-H08
11
14 46.8
21
24 39.2
21
24 39.4
11
14 47.1
37
39 Kommission/com.-No.:
03
0
1
2
9.3- L+25 9.9- L-35
3
4
5
6
7
8
9
24 VDC
-38K2 38.2
21
-38K3 38.3
24
-X1_HYD 10
21 24
11
PE
12
0VDC
PE
1
=03+GYRA-X1_HYD-W2 ÖLFLEX-110-J 4x1,5mm²
=03+AX -X1 -X1 2
=ST1+AX-W2 ÖLFLEX-110-J 3x1,5mm²
=03+06 -V02
0V
PE
=ST1+AX-W1 ÖLFLEX-110-J 3x1,5mm²
A1 A2
lift cone
PE
=03+06 -V01
A1
PE
A2
lower cone
38
40 Kommission/com.-No.:
03
0
1
2
-A8
-A8 A N M A D
A 18.4 26
A2
27
A 19.1 33
A1
-40K2
4
5
6
7
8
9
-A8 A N M A D
A 18.5
A1
-40K1
3
A2
A N M A D
A1
-40K3
A2
38.8- L-14
cooler 1 start
cooler 2 start
=03+08-M01
=03+08-M02
11
14 47.2
11
spare
14 47.3
39
41 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
9.3-L+21
12
-X1_EXT 1
14
15
16
17
18
E 13.0
E 13.2
E 13.3
E 13.4
E 13.5
E 13.6
-A7
-A7
-A7
-A7
-A7
-A7
2
3
4
5
6
7
2
3
4
5
6
7
=03+GYRA-X1_EXT-W1 ÖLFLEX110CYJ 18x0,75mm²
1
13
-8K1
14
13
-K3
14
13
-13K2
14
13
-13K3
14
13
-13K4
14
13
-13K5
14
42.0
EXT_1
MCC main switch ON
crusher main drive ON
air seal fan ON
oil pump circulation 1 ON =03+MCC1-U01
oil pump circulation 2 ON
oil pump lubrication 1 ON
CLIENT 40
42 Kommission/com.-No.:
03
0
1
2
19
3
4
22
5
23
6
24
7
25
8
26
28
E 13.7
E 14.0
E 14.1
E 14.2
E 14.3
E 14.4
E 14.6
-A7
-A7
-A7
-A7
-A7
-A7
-A7
-X1_EXT 8
9
9
10
11
12
13
14
15
16
17
9
10
11
12
13
14
15
16
17
18
PE
PE
=03+GYRA-X1_EXT-W1 ÖLFLEX110CYJ 18x0,75mm²
8 13
-13K6 41.7
14
13
-13K7
14
13
-14K1
14
13
-14K2
14
13
-14K3
14
13
-14K4
PE
13
-14K5
14
14
EXT_1
oil pump lubrication 2 ON
heater lubrication ON
hydraulic pump ON
heater cooler 1 ON hydraulic tank ON =03+MCC1-U01
cooler 2 ON
main drive space heater ON
41
43 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
9.3-L+26
13
-X1_EXT 19
27
E 13.1
E 14.5
-A7
-A7
20
21
PE
3
15
PE
PE
=03+GYRA-X1_EXT-W2 ÖLFLEX110CYJ 4x0,75mm²
1
13
-K???
14
material discharge ON
13
-K???
14
feeding ON
=03+???-???
CLIENT
CLIENT
42
44 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
9.8- L-27 9.2-L+19
32
-X1_DRS 1
2
24V DC
33
34
35
36
37
38
39
E 15.0
E 15.1
E 15.2
E 15.3
E 15.4
E 15.5
E 15.6
E 15.7
-A7
-A7
-A7
-A7
-A7
-A7
-A7
-A7
3
4
E15.0
5
E15.1
6
E15.2
7
E15.3
8
E15.4
9
E15.5
10
E15.6
PE
E15.7
43
45 Kommission/com.-No.:
03
0
1
2
3
4
5
2
6
7
8
9
3
EW272+
EW272-
-A3 PE
-X4_EXT 1
2
PE
PE
=03+GYRA-X4_EXT-W1 ÖLFLEX110CYJ 3x1,5mm²
2-
1+
PE
=03+04-E01 power consumption from MV
=03+MV_XX-X2 44
46 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
47.0
EXT_2
11
-25K2 25.2
14
-X3_EXT 1
11
-35K1 35.1
14
2
11
-35K2 35.2
14
3
11
-35K3 35.3
14
4
11
-35K4 35.4
14
5
11
-35K5 35.5
14
6
11
-38K1 38.1
14
7
8
=03+GYRA-X3_EXT-W1 ÖLFLEX110CYJ 18x1,5mm²
1
2
3
4
5
6
7
8
Common
air seal fan start
oil pump circulation 1 start
oil pump circulation 2 start
oil pump lubrication 1 start
oil pump lubrication 2 start
heater lubrication
hydraulic pump start
=03+MCC1-U01 45
47 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
46.9
EXT_2
11
-38K4 38.4
14
-40K1 40.1
11 14
-40K2 40.2
11 14
-25K1
21
25.1
PE
-X3_EXT 9
10
11
12
11
-25K1
25.1 22
PE
=03+GYRA-X3_EXT-W1 ÖLFLEX110CYJ 18x1,5mm²
-25K4
11
25.5 12
14
PE
PE
PE
13
14
15
PE
PE
PE
=03+GYRA-X3_EXT-W1 ÖLFLEX110CYJ 18x1,5mm²
9
10
11
12
PE
heater hydraulic tank
cooler 1 start
cooler 2 start
main drive space heater start
1
crusher main drive start
=03+MCC1-U01
2
3
PE
crusher main drive stop
=03+MV_XX-X2
46
48 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
8
9
11
-19K1 19.1
14
PE
-X3_EXT 16
17
18
PE
PE
PE
=03+GYRA-X3_EXT-W1 ÖLFLEX110CYJ 18x1,5mm²
1
2
common
feeding start
PE
=03+???-??? 47
=STK/1 Kommission/com.-No.:
03
0
1
2
3
4
5
6
7
Bill of Material BMK =03+GYRA-X3_EXT =03+GYRA-X3_EXT =03+GYRA-X3_EXT
8
9 VET2815D / 26.08.2004
Sheet =03/46.1 =03/46.1 =03/46.1
Qty. Description 1.00 end plate and intermediate plate, dark beige, 1,5mm 2.00 PE terminal 2,5/1,5mm² 1.00 end plate and intermediate plate, dark beige, 1.5 mm
Type no. Article.No. ZAP/TW ZDLD2.5-2N 1782340000 ZDK 2.5/1.5PE 1690000000 ZAP/TW ZDK2.5/1.5 1674730000
8
Manufacturer/supplier WEIDMÜLLER WEIDMÜLLER WEIDMÜLLER
=KLP/1 Kommission/com.-No.:
STK
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
3 W
Function text
J 0 1 1 X E L F L Ö
3
Strip designation =03+GYRA-L_SSV
e p y T
Target design. X X X X X X X X X
e m a n e l b a C
=03+GYRA-10S1 =03+GYRA-A5 =03+GYRA-A8 =03+GYRA-A7 =03+GYRA-X1_GRE =03+GYRA-A4 =03+GYRA-X1_DRS =03+GYRA-X2_CRU =03+GYRA-38K2 =03+GYRA-X2_CRU
n o i t c e n n o C
l r a e n b i m r m e u T n
21 .1.23. 1 .4.5.6 31 .7.8.9 21.10.11.12 2.13.14.15 1.16.17.18 1.19.20.21 15.22.23.24 21.25.26.27 24.28.29.30
s r e p m u J
n o i t c e n n o C
Target design. =03+GYRA-9F2 =03+GYRA-A2 =03+GYRA-A6 =03+GYRA-A9 =03+GYRA-X1_CRU =03+GYRA-A3 =03+GYRA-X1_HYD =03+GYRA-X1_EXT =03+GYRA-28K1 =03+GYRA-X2_CRU
n o i t c e n n o C
3 W
J 0 1 1 X E L F L Ö
e p y T
1 1 21 L+ 3 1 1 1 11 20
X X X X X X X X X 4
Page/ path =03/9.0 =03/9.0 =03/9.1 =03/9.1 =03/9.1 =03/9.2 =03/9.2 =03/9.3 =03/9.3 =03/9.3
=STK/9
2 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
Strip designation =03+GYRA-0V_SSV
e p y T
Function text
Target design. X X X X X X X X X X X X
e m a n e l b a C
=03+GYRA-A1 =03+GYRA-A2 =03+GYRA-A6 =03+GYRA-L=03+GYRA-X1_OIL =03+GYRA-A4 =03+GYRA-A8 =03+GYRA-A3 =03+GYRA-A2 =03+GYRA-A1 =03+GYRA-24A1 =03+GYRA-X1_CRU
n o i t c e n n o C
l r a e n b i m r m e u T n
M .1.2.3 10 .4.5.6 40 .7.8.9 .10.11.12 2.13.14.15 10.16.17.18 10.19.20.21 11.22.23.24 EW260-.25.26.27 -8.28.29.30 1-.31.32.33 2.34.35.36
s r e p m u J
n o i t c e n n o C
Target design.
=03+GYRA-9A1 =03+GYRA-A2 =03+GYRA-A6 =03+GYRA-A8 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A9 =03+GYRA-A4 EW260- =03+GYRA-A3 =03+GYRA-X1_DRS =03+GYRA-24A2 =03+GYRA-X2_GRE
1
n o i t c e n n o C
e p y T
11 20 40 20 40 M 20 20 2 2
Page/ path X X X X X X X X X X X X
=03/9.4 =03/9.5 =03/9.5 =03/9.5 =03/9.6 =03/9.6 =03/9.7 =03/9.7 =03/9.7 =03/9.8 =03/9.8 =03/9.9
2.1 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 3 W
Function text
J 0 1 1 X E L F L Ö
1
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-0V_SSV
e p y T
Target design. =03+GYRA-X2_CRU
n o i t c e n n o C
l r a e n b i m r m e u T n
25.37.38.39
s r e p m u J
n o i t c e n n o C
Target design. =03+GYRA-X2_CRU
n o i t c e n n o C
e p y T
21
3 W
J 0 1 1 X E L F L Ö
2
Page/ path =03/9.9
2
3 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
Strip designation =03+GYRA-DAMNAL_SSV
e p y T
Function text supply of the digital exits with emergency stop = = = = = = = =
e m a n e l b a C
Target design.
n o i t c e n n o C
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 9
s r e p m u J
n o i t c e n n o C
Target design. =03+GYRA-X1_SSV =03+GYRA-A8 =03+GYRA-A8
=03+GYRA-A8 E8.0 =03+GYRA-A6 E8.0
n o i t c e n n o C
e p y T
Page/ path
6 1 11
X X X
21 E8.0
X X
=03/10.3 =03/10.3 =03/10.3 =03/10.3 =03/10.3 =03/10.3 =03/10.3 =03/10.3 =03/10.3
2.1
4 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
Strip designation =03+GYRA-N_SSV
e p y T
Function text
Target design. X
e m a n e l b a C
=03+GYRA-9A1
n o i t c e n n o C
L2(N)
l r a e n b i m r m e u T n
1 2 3 4 5
s r e p m u J
n o i t c e n n o C
Target design. =03+GYRA-8Q1 =03+GYRA-X3_ALL =03+GYRA-X3_ALL =03+GYRA-X3_CRU =03+GYRA-21.1K1
n o i t c e n n o C
e p y T
3 2 4 3 A2
Page/ path X X X X X
=03/9.5 =03/9.5 =03/9.5 =03/9.5 =03/9.6
3
5 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
Strip designation =03+GYRA-PE_SSV
e p y T
Function text
Target design.
X X X
e m a n e l b a C
n o i t c e n n o C
l r a e n b i m r m e u T n
PE004 PE005 =03+GYRA-8XU1 PE PE006 =03+GYRA-PE007/SPS_Grundpl. PE007 =03+GYRA-9A1 PE PE008 PE009 PE010 PE033
s r e p m u J
n o i t c e n n o C
Target design.
n o i t c e n n o C
e p y T
=03+GYRA-PE004/Mountingpl.
=03+GYRA-9PE1
=03+GYRA-PE
Page/ path X
2
_1
X
X
=03/9.4 =03/9.4 =03/9.3 =03/9.3 =03/9.3 =03/9.4 =03/9.4 =03/9.4
4
6 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 1 . 2 W U R C _ 1 X A R Y G + 3 0 =
3 W U R C _ 1 X A R Y G + 3 0 =
1 W U R C _ 1 X A R Y G + 3 0 =
J J J J 0 0 0 0 1 1 1 1 1 1 1 1 X X X X E E E E L L L L F F F F L L L L Ö Ö Ö Ö
Function text level grease bearing > min / > max LL+ Level grease bearing > min LL+ 031-LI-0004 LL+ material level under crusher < max L+ = level oil shaft > min ----- OPTION ----material level under crusher < max level oil shaft > min spare = = = = material level under crusher < max level oil shaft > min
2 W U R C _ 1 X A R Y G + 3 0 =
1 2 3 4 1 1 2 2 3
3 1 2
X PE
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X1_CRU
e p y T
Target design.
n o i t c e n n o C
=03+GYRA-22X1 =03+GYRA-22X1 =03+GYRA-22X1 =03+GYRA-22X1 =03+04-L05 =03+04-L04 =03+04-L04
4 2 1 3 3VP24V R
=03+04-L05 =03+04-L04 =03+04-L07EL101D
2V+ A P24V
=03+04-L05 =03+04-L07EL101D =03+04-L07EL101D
4LOAD R A
=03+04-L02
5XI
=03+04-L05
1PE
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 PE PE
s r e p m u J
n o i t c e n n o C
Target design.
E 9.0 =03+GYRA-A6 =03+GYRA-0V_SSV =03+GYRA-L_SSV E 9.1 =03+GYRA-A6
n o i t c e n n o C
e p y T
Page/ path
E9.0 .34.35.36 .13.14.15 E9.1
X X X X
E 9.2 =03+GYRA-A6
E9.2
X
E12.6 =03+GYRA-A7
E12.6
X
E 9.3 E 9.7 E12.7 E 9.6
E9.3 E9.7 E12.7 E9.6
X X X X
=03+GYRA-A6 =03+GYRA-A6 =03+GYRA-A7 =03+GYRA-A6
PE PE
=03/22.1 =03/22.1 =03/22.0 =03/22.2 =03/22.6 =03/22.3 =03/22.3 =03/22.8 =03/22.6 =03/22.4 =03/22.5 =03/22.8 =03/22.7 =03/22.5 =03/22.5 =03/22.8 =03/22.9 =03/22.9 =03/22.1 =03/22.1 =03/22.1 =03/22.6 =03/22.8
5
7 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 6 W U R C _ 2 X A R Y G + 3 0 =
Function text temperature shaft 1 = = = temperature shaft 2 = = = = temperature oil return = = = cone position pressure air seal = = 031-SI-0014 crusher Speed
5 W U R C _ 2 X A R Y G + 3 0 =
4 W U R C _ 2 X A R Y G + 3 0 =
3 W U R C _ 2 X A R Y G + 3 0 =
2 W U R C _ 2 X A R Y G + 3 0 =
1 W U R C _ 2 X A R Y G + 3 0 =
O O O J O O Y Y Y Y Y Y C C C C C C 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 X X X X X X E E E E E E L L L L L L F F F F F F L L L L L L Ö Ö Ö Ö Ö Ö
1 2 3 4 1 2 3 4 1 2 1 2 3 4 1 2 1 2 3
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X2_CRU
e p y T
Target design. =03+GYRA-23X1 =03+GYRA-23X1 =03+GYRA-23X1 =03+GYRA-23X1 =03+GYRA-23X2 =03+GYRA-23X2 =03+GYRA-23X2 =03+GYRA-23X2 =03+04-T08 =03+04-T08 =03+GYRA-23X3 =03+GYRA-23X3 =03+GYRA-23X3 =03+GYRA-23X3 =03+04-P01 =03+04-P01 =03+04-S01 =03+04-S01 =03+04-S01
n o i t c e n n o C
1 2 3 4 1 2 3 4 124V 2OUT 1 2 3 4 1+ 2BN BK BU
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
s r e p m u J
n o i t c e n n o C
Target design.
n o i t c e n n o C
=03+GYRA-A1 =03+GYRA-A1 =03+GYRA-A1 =03+GYRA-A1 =03+GYRA-A2 =03+GYRA-A2 =03+GYRA-A2 =03+GYRA-A2 =03+GYRA-L_SSV EW260+ =03+GYRA-A2
-2 -4 +3 +1 -2 -4 +3 +1 .16.17.18 EW260+
=03+GYRA-0V_SSV EW262+ =03+GYRA-A2 EW262- =03+GYRA-A2 =03+GYRA-L_SSV EW264+ =03+GYRA-A2 =03+GYRA-24A1 =03+GYRA-24A1 =03+GYRA-24A1
.31.32.33 EW262+ EW262.22.23.24 EW264+ 5+ 4/S 6-
6
e p y T
2 W
J 0 1 1 X E L F L Ö
Page/ path
1 2 3 4 5 6 7 8 X X X X X X X X X X
=03/23.4 =03/23.4 =03/23.4 =03/23.4 =03/23.5 =03/23.5 =03/23.5 =03/23.5 =03/23.6 =03/23.6 =03/23.7 =03/23.7 =03/23.8 =03/23.8 =03/24.1 =03/24.1 =03/24.3 =03/24.3 =03/24.4
7.1 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 1 . 7 W U R C _ 2 X A R Y G + 3 0 =
Function text
031-LSH-0001 materiallevel 1 crusher input = = 031-LSH-0001 materiallevel 2 crusher input
7 W U R C _ 2 X A R Y G + 3 0 =
O O Y Y C C 0 0 1 1 1 1 X X E E L L F F L L Ö Ö
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X2_CRU
e p y T
Target design.
n o i t c e n n o C
1
=03+04-L01
1+
2 1
=03+04-L01 =03+04-L07
21+
2
=03+04-L07
2-
l r a e n b i m r m e u T n
20 21 22 23 24 25 26 27
s r e p m u J
n o i t c e n n o C
Target design.
=03+GYRA-L_SSV EW268- =03+GYRA-0V_SSV EW268- =03+GYRA-A2 EW268+ =03+GYRA-A2 =03+GYRA-L_SSV EW292- =03+GYRA-0V_SSV EW292- =03+GYRA-A4 EW292+ =03+GYRA-A4
7
n o i t c e n n o C
.28.29.30 .37.38.39 EW268EW268+ .28.29.30 .37.38.39 EW292EW292+
e p y T
3 2 W W
J J 0 0 1 1 1 1 X X E E L L F F L L Ö Ö
4 2 9 10 3 1 5 6
Page/ path =03/24.2.1 =03/24.2.1 =03/24.2.2 =03/24.2.2 =03/24.2.4 =03/24.2.4 =03/24.2.4 =03/24.2.4
7.2 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 3 W U R C _ 2 X A R Y G + 3 0 =
Function text materiallevel 2 crusher input = materiallevel crusher output = = temperature shaft 2 = PE =
8 W U R C _ 2 X A R Y G + 3 0 =
J O Y Y C C 0 0 1 1 1 1 X X E E L L F F L L Ö Ö
PE
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X2_CRU
e p y T
Target design.
n o i t c e n n o C
1
=03+04-L06
1+
2
=03+04-L06
2-
=03+04-T08
PE
l r a e n b i m r m e u T n
28 29 30 31 32 PE PE PE PE
s r e p m u J
n o i t c e n n o C
Target design.
=03+GYRA-L_SSV EW270- =03+GYRA-0V_SSV EW270- =03+GYRA-A2 EW270+ =03+GYRA-A2 PE PE PE PE PE
n o i t c e n n o C
.28.29.30 .37.38.39 EW270EW270+
2 W
J 0 1 1 X E L F L Ö
e p y T
X X 11 12 X X
Page/ path =03/24.2.7 =03/24.2.7 =03/24.2.7 =03/24.2.7 =03/24.2.7 =03/23.5 =03/23.6 =03/23.7 =03/24.2.8
7.1
8 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 2 W U R C _ 3 X A R Y G + 3 0 =
Function text lamp material input start lamp material input stop = lamp material input start lamp material input stop = = =
1 W U R C _ 3 X A R Y G + 3 0 =
J J 0 0 1 1 1 1 X X E E L L F F L L Ö Ö
1 2 3 1 2 3 PE PE
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X3_CRU
e p y T
Target design. =03+GYRA-LAMP_1-H1 =03+GYRA-LAMP_1-H2 =03+GYRA-LAMP_1-H2 =03+GYRA-LAMP_2-H1 =03+GYRA-LAMP_2-H2 =03+GYRA-LAMP_2-H2 =03+GYRA-LAMP_1-H2 =03+GYRA-LAMP_2-H2
n o i t c e n n o C
PE PE
l r a e n b i m r m e u T n
1 2 3 4 5 6 PE PE
s r e p m u J
n o i t c e n n o C
Target design.
n o i t c e n n o C
e p y T
Page/ path
=03+GYRA-25K3 =03+GYRA-25K3 =03+GYRA-N_SSV =03+GYRA-25K5
14 22 4 14
X X
=03+GYRA-25K5
22
X
PE PE
X X
=03/26.2 =03/26.3 =03/26.3 =03/26.6 =03/26.7 =03/26.7 =03/26.3 =03/26.8
7.2
9 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
Function text level hydraulic oil vessel > max Llevel hydraulic oil vessel > max = level hydraulic oil vessel < min = = = hydraulic oil filter default = = lift cone = lower cone lift cone
VTK_034E 2 W D Y H _ 1 X A R Y G + 3 0 =
1 W D Y H _ 1 X A R Y G + 3 0 =
J 0 1 1 X E L F L Ö
J Y C 0 1 1 X E L F L Ö
1 2 3 4 5 6 7 8 9 PE X 1 2 3 PE
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X1_HYD
e p y T
Target design. =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 Sc =03+AX-X1-X1 =03+AX-X1-X1 =03+AX-X1-X1 =03+AX-X1-X1
n o i t c e n n o C
24VDC 0VDC 11 12 13 14 15 16 17 PE 2 0VDC 1 PE
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 9 PE PE 10 11 12 PE
s r e p m u J
n o i t c e n n o C
Target design.
=03+GYRA-L_SSV =03+GYRA-0V_SSV E 12.0 =03+GYRA-A7
n o i t c e n n o C
e p y T
Page/ path
.19.20.21 .25.26.27 E12.0
X X X
E 12.1 =03+GYRA-A7
E12.1
X
E 12.2 =03+GYRA-A7
E12.2
X
E 12.3 =03+GYRA-A7 PE PE =03+GYRA-38K2 =03+GYRA-0V_SSV =03+GYRA-38K3
E12.3
X
24 .34.35.36 24
X X X
=03/36.1 =03/36.1 =03/36.1 =03/36.2 =03/36.3 =03/36.3 =03/36.5 =03/36.5 =03/36.7 =03/36.8 =03/36.8 =03/39.2 =03/39.3 =03/39.4 =03/39.3
8
10 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 1 W D Y H _ 2 X A R Y G + 3 0 =
O Y C 0 1 1 X E L F L Ö
Function text temperature hydraulic oil = = pressure hydraulic circuit =
1 2 3 4 X
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X2_HYD
e p y T
Target design. =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 Sc
n o i t c e n n o C
3 4 37 38
l r a e n b i m r m e u T n
1 2 3 4 PE
s r e p m u J
n o i t c e n n o C
Target design.
n o i t c e n n o C
e p y T
Page/ path
=03+GYRA-X1_HYD EW284+ =03+GYRA-A3
1 EW284+
X X
EW286+ =03+GYRA-A3 PE PE
EW286+
X X
=03/37.1 =03/37.1 =03/37.3 =03/37.3 =03/37.3
9
11 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 2 W E R G _ 1 X A R Y G + 3 0 =
Function text
level grease vessel > min grease divider OK 031-FSL-0018 spare grease divider OK
1 W E R G _ 1 X A R Y G + 3 0 =
J J 0 0 1 1 1 1 X X E E L L F F L L Ö Ö
1 2 3 1 2
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X1_GRE
e p y T
Target design. =03+05-L01 =03+05-L01 =03+05-L01 =03+GYRA-27X1 =03+GYRA-27X1
n o i t c e n n o C
BU BN BK 2 1
l r a e n b i m r m e u T n
1 2 3 4 5 6 PE
s r e p m u J
n o i t c e n n o C
Target design.
=03+GYRA-L_SSV E 9.4 =03+GYRA-A6 E 9.5 =03+GYRA-A6 =03+GYRA-X1_OIL PE
n o i t c e n n o C
.13.14.15 E9.4 E9.5 1
e p y T
Page/ path X X X X
=03/27.1 =03/27.1 =03/27.1 =03/27.3 =03/27.3 =03/27.4 =03/27.4
10
12 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 1 W E R G _ 2 X A R Y G + 3 0 =
Function text valve grease pump 031-GV-1051 =
J 0 1 1 X E L F L Ö
1 2 PE
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X2_GRE
e p y T
Target design. =03+05-V01 =03+05-V01 =03+05-V01
n o i t c e n n o C
A1 A2 PE
l r a e n b i m r m e u T n
1 2 PE
s r e p m u J
n o i t c e n n o C
Target design. =03+GYRA-28K1 =03+GYRA-0V_SSV
PE
n o i t c e n n o C
14 .34.35.36
e p y T
Page/ path X X
=03/29.2 =03/29.3 =03/29.3
11
13 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
Strip designation =03+GYRA-X1_ESP
e p y T
Function text Feeding L = Feeding N = Feeding PE
e m a n e l b a C
Target design. X
=03+GYRA-L1
X
=03+GYRA-N
X
=03+GYRA-PE
X
=03+GYRA-PE002/Cubicle
n o i t c e n n o C
l r a e n b i m r m e u T n
1 1 2 2 PE PE PE PE
s r e p m u J
n o i t c e n n o C
Target design.
n o i t c e n n o C
e p y T
Page/ path
=03+GYRA-8Q1
2
X
=03+GYRA-8Q1
4
X
=03+GYRA-PE001/door =03+GYRA-PE
X X
=03/8.1 =03/8.1 =03/8.1 =03/8.2 =03/8.2 =03/8.2 =03/8.2 =03/8.2
12
14 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
Strip designation =03+GYRA-X1_SSV
e p y T
Function text emergency stop Gyramatic = = = supply of the digital exits with emergency stop =
Target design. X X X X X X
e m a n e l b a C
=03+MCC1-X2_EXT =03+MCC1-X2_EXT =03+MCC1-X2_EXT =03+MCC1-X2_EXT =03+MCC1-X2_EXT =03+MCC1-X2_EXT
n o i t c e n n o C
1 2 3 4 5 6
l r a e n b i m r m e u T n
1 2 3 4 5 6
s r e p m u J
n o i t c e n n o C
Target design. =03+GYRA-10S1 =03+GYRA-10S1 =03+GYRA-10S1 =03+GYRA-10S1 =03+GYRA-10S1 =03+GYRA-DAMNAL_SSV
n o i t c e n n o C
e p y T
11 12 31 32 22 1
Page/ path X X X X X X
=03/10.1 =03/10.1 =03/10.2 =03/10.2 =03/10.3 =03/10.3
13
15 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 2 W L L A _ 1 X A R Y G + 3 0 =
Function text automatic external start = = spare = = oil lubrication and hydraulic unit fan 1 = oil lubrication and hydraulic unit fan 2 = oil lubrication and hydraulic unit fan 3 = oil lubrication and hydraulic unit fan 4 = PE oil lubrication and hydraulic unit fan 4
1 W L L A _ 1 X A R Y G + 3 0 =
J J 0 0 1 1 1 1 X X E E L L F F L L Ö Ö
1 2
1 2
e m a n e l b a C
Strip designation =03+GYRA-X1_ALL
e p y T
Target design. =03+MV_XX-X2-K1 =03+MV_XX-X2-K1
=03+AX-X1 =03+AX-X1
PE PE
e m a n e l b a C
=03+MV_XX-X2-K1 =03+AX-X1
n o i t c e n n o C
14 13
3 0VDC
PE PE
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 9 10 11 12 13 14 PE PE
s r e p m u J
n o i t c e n n o C
Target design.
n o i t c e n n o C
e p y T
Page/ path
E 8.2 =03+GYRA-A6 =03+GYRA-21F1 =03+GYRA-0V_SSV E 8.3 =03+GYRA-A6 =03+GYRA-21.1K1
E8.2 13 .10.11.12 E8.3 13
X X X X X
=03+GYRA-21.1K1 =03+GYRA-0V_SSV
2 .28.29.30
X X
PE PE PE
X
=03/18.3 =03/18.3 =03/18.3 =03/18.4 =03/18.4 =03/18.4 =03/21.1.4 =03/21.1.4 =03/21.1.5 =03/21.1.5 =03/21.1.6 =03/21.1.7 =03/21.1.8 =03/21.1.8 =03/18.4 =03/21.1.8
14
16 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
Strip designation =03+GYRA-X2_ALL
e p y T
Function text ref. value feeding1 0-10V * = ref. value feeding2 0-10V * = ref. value feeding1 0-10V * ref. value feeding2 0-10V *
e m a n e l b a C
Target design.
n o i t c e n n o C
l r a e n b i m r m e u T n
1 2 3 4 PE PE
s r e p m u J
n o i t c e n n o C
AW304+ AW304AW306+ AW306-
Target design. =03+GYRA-A5 =03+GYRA-A5 =03+GYRA-A5 =03+GYRA-A5 Sc Sc
n o i t c e n n o C
e p y T
3 6 7 10
1 W
J 0 1 1 X E L F L Ö
Page/ path
1 2 3 4 X X
=03/20.1 =03/20.1 =03/20.2 =03/20.2 =03/20.1 =03/20.3
15
17 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
Strip designation =03+GYRA-X3_ALL
e p y T
Function text starting alert = external default = starting alert = external default = starting alert external default starting alert external default
hooter
hooter
hooter hooter
e m a n e l b a C
Target design.
n o i t c e n n o C
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 PE PE PE PE
s r e p m u J
n o i t c e n n o C
Target design. =03+GYRA-19K2 =03+GYRA-N_SSV =03+GYRA-19K3 =03+GYRA-N_SSV =03+GYRA-19K2 =03+GYRA-19K2 =03+GYRA-19K3 =03+GYRA-19K3
PE PE PE PE
n o i t c e n n o C
e p y T
14 2 14 3 24 21 24 21
Page/ path X X X X X X X X
=03/21.1 =03/21.1 =03/21.2 =03/21.2 =03/21.4 =03/21.4 =03/21.5 =03/21.5 =03/21.1 =03/21.3 =03/21.4 =03/21.5
16
18 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 2 W T X E _ 1 X A R Y G + 3 0 =
Function text
J J Y Y C C 0 0 1 1 1 1 X X E E L L F F L L Ö Ö
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
MCC main switch ON crusher main drive ON air seal fan ON oil pump circulation 1 ON oil pump circulation 2 ON oil pump lubrication 1 ON oil pump lubrication 2 ON heater lubrication ON hydraulic pump ON heater hydraulic tank ON cooler 1 ON cooler 2 ON main drive space heater ON Spare main drive space heater ON Spare = material discharge ON feeding ON main drive space heater ON = PE =
1 W T X E _ 1 X A R Y G + 3 0 =
1 2 3 PE Sc PE Sc
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X1_EXT
e p y T
Target design.
n o i t c e n n o C
=03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
=03+???-??? =03+???-??? =03+???-??? =03+MCC1-U01 =03+GYRA-X1_EXT-W1 =03+???-??? =03+GYRA-X1_EXT-W2
1 3 15 PE Sc PE Sc
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 PE PE PE PE
s r e p m u J
n o i t c e n n o C
Target design.
n o i t c e n n o C
e p y T
Page/ path
=03+GYRA-L_SSV =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7
.22.23.24 E13.0 E13.2 E13.3 E13.4 E13.5 E13.6 E13.7 E14.0 E14.1 E14.2 E14.3 E14.4 E14.6
X X X X X X X X X X X X X X
=03+GYRA-L_SSV E 13.1 =03+GYRA-A7 E 14.5 =03+GYRA-A7
.25.26.27 E13.1 E14.5
X X X
E 13.0 E 13.2 E 13.3 E 13.4 E 13.5 E 13.6 E 13.7 E 14.0 E 14.1 E 14.2 E 14.3 E 14.4 E 14.6
=03/41.0 =03/41.1 =03/41.2 =03/41.3 =03/41.5 =03/41.6 =03/41.7 =03/42.1 =03/42.2 =03/42.3 =03/42.4 =03/42.5 =03/42.6 =03/42.7 =03/42.8 =03/42.8 =03/42.8 =03/42.8 =03/43.0 =03/43.1 =03/43.2 =03/42.8 =03/42.9 =03/43.2 =03/43.3
17
19 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 1 W T X E _ 3 X A R Y G + 3 0 =
Function text Common air seal fan start oil pump circulation 1 start oil pump circulation 2 start oil pump lubrication 1 start oil pump lubrication 2 start heater lubrication hydraulic pump start heater hydraulic tank cooler 1 start cooler 2 start main drive space heater start = = crusher main drive start = Spare crusher main drive start = common feeding start Spare feeding start =
J Y C 0 1 1 X E L F L Ö
1 2 3 4 5 6 7 8 9 10 11 12 PE Sc 13 14 15
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X3_EXT
e p y T
Target design.
n o i t c e n n o C
Sc 16 17
=03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+MCC1-U01 =03+GYRA-X3_EXT-W1 =03+MV_XX-X2 =03+MV_XX-X2 =03+MV_XX-X2 =03+MV_XX-X2 =03+GYRA-X3_EXT-W1 =03+???-??? =03+???-???
1 2 3 4 5 6 7 8 9 10 11 12 PE Sc 1 2 3 PE Sc 1 2
Sc
=03+???-??? =03+GYRA-X3_EXT-W1
PE Sc
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 9 10 11 12 PE PE 13 14 15 PE PE 16 17 18 PE PE
s r e p m u J
n o i t c e n n o C
Target design.
n o i t c e n n o C
e p y T
Page/ path
=03+GYRA-25K2 =03+GYRA-25K2 =03+GYRA-35K1 =03+GYRA-35K2 =03+GYRA-35K3 =03+GYRA-35K4 =03+GYRA-35K5 =03+GYRA-38K1 =03+GYRA-38K4 =03+GYRA-40K1 =03+GYRA-40K2 =03+GYRA-25K1
11 14 14 14 14 14 14 14 14 14 14 22
X X X X X X X X X X X X
=03+GYRA-25K1 =03+GYRA-25K1 =03+GYRA-25K4
14 11 12
X X X
=03+GYRA-19K1 =03+GYRA-19K1
11 14
X X
PE PE
PE PE
PE PE
=03/46.1 =03/46.2 =03/46.3 =03/46.4 =03/46.5 =03/46.6 =03/46.7 =03/46.8 =03/47.1 =03/47.2 =03/47.3 =03/47.4 =03/47.4 =03/47.4 =03/47.7 =03/47.8 =03/47.9 =03/47.9 =03/47.9 =03/48.1 =03/48.1 =03/48.2 =03/48.2 =03/48.2
18
20 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 1 W T X E _ 4 X A R Y G + 3 0 =
Function text power consumption from MV = =
J Y C 0 1 1 X E L F L Ö
1 2 PE Sc
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X4_EXT
e p y T
Target design. =03+MV_XX-X2 =03+MV_XX-X2 =03+MV_XX-X2 =03+GYRA-X4_EXT-W1
n o i t c e n n o C
21+ PE Sc
l r a e n b i m r m e u T n
1 2 PE PE
s r e p m u J
n o i t c e n n o C
Target design.
EW272- =03+GYRA-A3 EW272+ =03+GYRA-A3 PE
n o i t c e n n o C
EW272EW272+
e p y T
4 W
J 0 1 1 X E L F L Ö
1 2
Page/ path =03/45.4 =03/45.4 =03/45.4 =03/45.5
19
21 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 1 . 1 W L I O _ 1 X A R Y G + 3 0 =
Function text
Y Y C C 0 0 1 1 1 1 X X E E L L F F L L Ö Ö
L+ Llevel lubrication oil vessel > max = level lubrication oil vessel > min = level lubrication oil vessel > minmin = lubrication oil filter default 031-GS-0019 valve 1 open 031-GS-0020 valve 2 open 031-GS-0021 valve 3 open 031-GS-0022 valve 4 open 031-GS-0023 valve 5 open 031-FS-0026 lubrication oil flow return 031-FI-0024 lubrication oil flow outside bearing = lubrication oil flow inside bearing lubrication temperature oil tank = lubricatiion oil pressure outside bearing = lubrication oil pressure inside bearing =
1 W L I O _ 1 X A R Y G + 3 0 =
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 1
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X1_OIL
e p y T
Target design. =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2 =03+AX-X2
n o i t c e n n o C
24VDC 0VDC 5 6 7 8 9 10 19 24VDC 21 22 23 24 25 26 27 28 29 30 24VDC 48 40 41 42 43 1 2 31 32 34 35
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
s r e p m u J
n o i t c e n n o C
Target design.
=03+GYRA-X1_GRE =03+GYRA-0V_SSV E 10.0 =03+GYRA-A6
n o i t c e n n o C
e p y T
Page/ path
5 .13.14.15 E10.0
X X X
E 10.1 =03+GYRA-A6
E10.1
X
E 10.2 =03+GYRA-A6
E10.2
X
E 10.3 =03+GYRA-A6
E10.3
X
E 10.4 =03+GYRA-A6
E10.4
X
E 10.5 =03+GYRA-A6
E10.5
X
E 10.6 =03+GYRA-A6
E10.6
X
E 10.7 =03+GYRA-A6
E10.7
X
E 11.0 =03+GYRA-A6
E11.0
X
E 11.1 =03+GYRA-A6
E11.1
X
EW274+ =03+GYRA-A3
EW274+
X
EW276+ =03+GYRA-A3
EW276+
X
EW278+ =03+GYRA-A3
EW278+
X
EW280+ =03+GYRA-A3
EW280+
X
EW282+ =03+GYRA-A3
EW282+
X
20
=03/30.1 =03/30.1 =03/30.1 =03/30.2 =03/30.3 =03/30.3 =03/30.5 =03/30.5 =03/30.7 =03/31.1 =03/31.1 =03/31.1 =03/31.3 =03/31.3 =03/31.4 =03/31.5 =03/31.6 =03/31.6 =03/31.8 =03/31.8 =03/32.1 =03/32.1 =03/33.1 =03/33.1 =03/33.3 =03/33.3 =03/33.5 =03/33.5 =03/34.1 =03/34.1 =03/34.3 =03/34.3 21.1
Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 1 W L I O _ 1 X A R Y G + 3 0 =
Function text lubrication oil pressure inside bearing =
Y C 0 1 1 X E L F L Ö
PE Sc
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X1_OIL
e p y T
Target design. =03+AX-X2 =03+GYRA-X1_OIL-W1
n o i t c e n n o C
PE Sc
l r a e n b i m r m e u T n
PE PE
s r e p m u J
n o i t c e n n o C
Target design.
PE PE
n o i t c e n n o C
e p y T
Page/ path =03/34.3 =03/34.4
21
22 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E
e m a n e l b a C
Strip designation =03+GYRA-X1_DRS
e p y T
Function text
e m a n e l b a C
Target design.
n o i t c e n n o C
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8 9 10 PE
s r e p m u J
n o i t c e n n o C
E 15.0 E 15.1 E 15.2 E 15.3 E 15.4 E 15.5 E 15.6 E 15.7
Target design. =03+GYRA-L_SSV =03+GYRA-0V_SSV =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7 =03+GYRA-A7
n o i t c e n n o C
.19.20.21 .28.29.30 E15.0 E15.1 E15.2 E15.3 E15.4 E15.5 E15.6 E15.7
e p y T
Page/ path X X X X X X X X X X
=03/44.0 =03/44.1 =03/44.1 =03/44.2 =03/44.3 =03/44.4 =03/44.5 =03/44.6 =03/44.7 =03/44.8 =03/44.8
21.1
23 Kommission/com.-No.:
KLP
0
1
2
3
4
5
6
7
8
9
Terminal diagram
VTK_034E 1 W P E R _ 1 X A R Y G + 3 0 =
Function text lubrication oil flow return = local control online lift cone lower cone pump ON seal air fan ON main drive ON
J 0 1 1 X E L F L Ö
1 2 3 4 5 6 7 8
e m a n e l b a C
e m a n e l b a C
Strip designation =03+GYRA-X1_REP
e p y T
Target design. =03+REP-A1-X1_REP_LOC =03+REP-A1-X1_REP_LOC =03+REP-A1-X1_REP_LOC =03+REP-A1-X1_REP_LOC =03+REP-A1-X1_REP_LOC =03+REP-A1-X1_REP_LOC =03+REP-A1-X1_REP_LOC =03+REP-A1-X1_REP_LOC
n o i t c e n n o C
1 2 3 4 5 6 7 8
l r a e n b i m r m e u T n
1 2 3 4 5 6 7 8
s r e p m u J
n o i t c e n n o C
E 11.2 E 11.3 E 11.4 E 11.5 E 11.6
Target design. =03+GYRA-25K6 =03+GYRA-25K6 =03+GYRA-X2_CRU =03+GYRA-A6 =03+GYRA-A6 =03+GYRA-A6 =03+GYRA-A6 =03+GYRA-A6
n o i t c e n n o C
11 14 29 E11.2 E11.3 E11.4 E11.5 E11.6
e p y T
Page/ path X X X X X X X X
=03/32.3 =03/32.3 =03/32.4 =03/32.4 =03/32.5 =03/32.6 =03/32.7 =03/32.8
22
24 Kommission/com.-No.:
KLP
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