Emco ET242T CNC Lathe
ELEKTRISCHE DOKUMENTATION ELECTRICAL DOCUMENTATION EMCOTRONIC TM02 AUSGABE 93.10 EDITION 93.10 EMCO AUSTRIA ELECTRICA
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ELEKTRISCHE DOKUMENTATION ELECTRICAL DOCUMENTATION
EMCOTRONIC TM02
AUSGABE 93.10 EDITION 93.10 EMCO AUSTRIA
ELECTRICAL DOKU ET242T INDONESIEN 93.10
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
L1
=1DA0.C1/1.2
L2
=1DA0.C1/1.2
L3
=1DA0.C1/1.2
N
=1DA0.C1/1.2
PE
=1DA0.C1/1.2
=1DB1.H1-F4
=1DB1.H1/2.2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
=Anlage+Ort-BMK:Anschl
=1DB1.U1-X112:16z,18d
=1DB1.H1/2.3
=1DB1.U1-X112:20z,22d
=1DB1.H1/2.3
=1DB1.U1-X110:26d
=1DB1.H1/2.3
=1DB1.U1-X110:24z
=1DB1.H1/2.4
=1DC0.M1-K1:2
=1DC1.H1/1.3
=1DC1.U1-X100:22d
=1DC1.H1/1.3
=1DC1.H1-R1
=1DC1.H1/1.3
=1DC0.C1-K1:34
=1DC1.H1/1.5
=1DA0.M1-X371:19
=1DC1.H1/1.5
=1DC0.M1-K1:4
=1DC2.H1/1.3
=1DC2.U1-X100:22d
=1DC2.H1/1.3
=1DC2.U1-R1
=1DC2.H1/1.3
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
Nr.
Klemme 12,18 neu belegt
89.09.19
Glanzer
Ønderung
Datum
Name
6
+1DL1-X1
von
=1DB1.H1/2.2
1
5
937238 Mittlg.Nr.
=Anlage+Ort-BMK:Anschl
zeichnung
Nr. Typ Querschn. Kabel
1
8
Bemerkung
Signal
=1DA0.C1-Q1:1 =1DA0.C1-Q1:3 power supply 400V 3/PE~50/60Hz
=1DA0.C1-Q1:5
=1DB1.H1+1DU1-M1:1B1 armature main drive
=1DB1.H1+1DU1-M1:2B2 =1DB1.H1+1DU1-M1:F1
field main drive
=1DB1.H1+1DU1-M1:F2 =1DC1.H1+1DU1-M1:A1 =1DC1.H1+1DU1-M1:A2
servo drive X-axis
=1DC1.H1+1DU1-Y1
brake X-axis +
=1DC1.H1+1DU1-Y1
brake X-axis -
=1DC2.H1+1DU1-M1:A1 =1DC2.H1+1DU1-M1:A2
servo drive Z-axis
Benennung:
05.04.01
KLEMMLEISTE
Bearb. SchÎrghofer
TERMINAL STRIP
ANTRIEBE
Gepr.
SERVO DRIVES
alle Rechte vor
Norm
7
Gesellschaft m. b. H.
+1DL1-X1
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DB1.U1-X112:24z,26d
=1DB1.H1/2.2
=1DB1.U1-X112:28z,30d
=1DB1.H1/2.2
1 2
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal
Benennung:
05.04.01
HILFSKLEMMLEISTE
Bearb. SchÎrghofer
TERMINAL STRIP
Gepr.
HAUPTANTRIEB MAIN DRIVE
Norm
7
=1DB1.H1-F4
alle Rechte vor
Ønderung
6
+1DL1-X1a
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
+1DL1-X1a
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DB1.D1-Q1:2
=1DB1.H1/2.5
=1DB1.D1-Q1:4
=1DB1.H1/2.5
=1DB1.D1-Q1:6
=1DB1.H1/2.5
=1DD1.D1-K1:2
=1DD1.D1/1.2
=1DD1.D1-K1:4
=1DD1.D1/1.3
=1DD1.D1-K1:6
=1DD1.D1/1.3
=1DG1.D1-K1:2
=1DG1.D1/1.2
=1DG1.D1-K1:4
=1DG1.D1/1.3
=1DG1.D1-K1:6
=1DG1.D1/1.3
=1DA0.E1-F1
=1DA0.E1/1.2
=1DA0.E2-L1:U2
=1DA0.E1/1.4
=1DH1.E1-K1:11
=1DH1.E1/1.2
=1DA0.M1-F100
=1DA0.M1/2.3
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 25 25 25 25 25 25 25
=Anlage+Ort-BMK:Anschl
=1DA0.C1-T1:MP =1DB1.H1-K1:A2 =1DB1.H1-K2:A2 =1DA0.E2-X10 =1DA0.M1-A0
4
Datum FÏr diese Zeichnung
3 2
Korr.: Belegung Kl.21,22,24
89.11.21
Glanzer
1
Kl.22,25 neu belegt(Monitor)
89.09.05
Glanzer
Ønderung
Datum
Name
6
+1DL1-X2
von
=1DB1.U1-X120:4z
Nr.
5
behalten wir uns 925257 Mittlg.Nr.
=Anlage+Ort-BMK:Anschl
zeichnung
8
Bemerkung
Signal
=1DB1.D1+1DU1-M1:V1
br
=1DB1.D1+1DU1-M1:U1
sw
=1DB1.D1+1DU1-M1:W1
bl
=1DD1.D1+1DU1-M1:V
br
=1DD1.D1+1DU1-M1:U
sw
=1DD1.D1+1DU1-M1:W
bl
=1DG1.D1+1DU1-M1:V
br
=1DG1.D1+1DU1-M1:U
sw
=1DG1.D1+1DU1-M1:W
bl
=1DA0.E1-M1
fan electrical cabinet
=1DA0.E2+1DU1-E1:U1
machine lamp
=1DH1.E1+1DU1-M1
lubricant pump
=1DA0.M1+1DP1-X10
power supply monitor
=1DA0.E1+1DL1-M1
N
=1DA0.E2+1DU1-E1
N
fan main drive
tool turret motor
coolant pump
N N =1DA0.M1+1DP1-X10
N
=1DH1.E1+1DU1-M1
N N N
Benennung:
05.04.01
KLEMMLEISTE
Bearb. SchÎrghofer
TERMINAL STRIP
AC-VERBRAUCHER
Gepr.
AC-USERS
alle Rechte vor
Norm
7
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
+1DL1-X2
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
3
Blatt v.
38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DB1.U1-X120:28z
=1DB1.U1/1.1
=1DB1.D1-Q1:13
=1DB1.U1/1.1
=1DA0.M1-X265:1
1DC0.M1/1.3
=1DA0.M1-X266:1
1DC1.M1/1.7
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
=Anlage+Ort-BMK:Anschl
=1DA0.M1-X361:19
=1DA0.M2/1.2
=1DA0.M1-X361:16
=1DA0.M2/1.2
=1DD1.M1-K1:21
=1DD1.M1/2.6
=1DD1.M1-K1:A1
=1DD1.M1/2.7
=1DA0.M1-X260:30z
=1DC0.M1/1.3
=1DA0.R4-X3:2
=1DC0.M1/1.3
=1DC1.U1-X93:2
=1DC0.M1/1.3
=1DC2.U1-X93:2
=1DC0.M1/1.3
4
Datum FÏr diese Zeichnung
3 2
Fehlerkorr.: Belegg.Kl.28,29
89.11.23
Glanzer
1
Kl.4-20 geÌndert
89.09.19
Glanzer
Ønderung
Datum
Name
6
+1DL1-X3
von
1DC2.M1/1.7
Nr.
5
behalten wir uns 937238 Mittlg.Nr.
=Anlage+Ort-BMK:Anschl
zeichnung
Nr. Typ Querschn. Kabel
1
8
Bemerkung
Signal
=1DB1.H1-M1-F1 =1DB1.H1-M1-F1 =1DC0.C1-K1:A2
=1DC0.C1-K1:13 =1DC0.C1-K1:43 =1DA0.M2+1DP1-S0:21 =1DA0.M2+1DP1-S0:22
=1DD1.M1+1DU1-X1:2 =1DD1.M1+1DU1-X1:1
=1DA0.R4-X3:1 =1DC1.U1-X93:1 =1DC2.U1-X93:1 =1DC0.C1-K1:A1
Benennung:
05.04.01
KLEMMLEISTE
Bearb. SchÎrghofer
TERMINAL STRIP
VERSORGUNG +24VDC
Gepr.
SUPPLY +24VDC
alle Rechte vor
Norm
7
Gesellschaft m. b. H.
+1DL1-X3
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
4
Blatt v.
38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
=Anlage+Ort-BMK:Anschl
Querverweis
=1DD1.D1-F1 =1DA0.C1-F4:4 =1DC0.C1-F2 =1DD1.D1-F2 =1DA0.C1-F4:6 =1DC0.C1-F3 =1DD1.D1-F3
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
KlemmenNr.
1 1 1 1 2 2 2 2 3 3 3 3
=1DC0.C1-F1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal 2L1
=1DG1.D1-Q1:1 =1DA0.C1-T1:S
2L2
=1DG1.D1-Q1:3 =1DA0.C1-T1:T
2L3
=1DG1.D1-Q1:5
Benennung:
05.04.01
KLEMMLEISTE
Bearb. SchÎrghofer
TERMINAL STRIP
VERTEILER 380VAC
Gepr.
DISTRIBUTION 380VAC Norm
7
=1DA0.C1-T1:R
alle Rechte vor
Ønderung
6
+1DL1-X4
von
=1DA0.C1-F4:2
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
+1DL1-X4
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
6
Blatt v.
38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
5
=1DA0.M1-X16b
von
nach
Aderbe-
Aderbe-
zeichnung
=Anlage+Ort-BMK:Anschl
Querverweis
KlemmenNr.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal OS 17
=1DA0.M1-X370:17
OS 16
=1DA0.M1-X370:16
OS 15
=1DA0.M1-X370:15
OS 14
=1DA0.M1-X370:14
OS 13
=1DA0.M1-X370:13
OS 12
=1DA0.M1-X370:12
OS 11
=1DA0.M1-X370:11
OS 10
=1DA0.M1-X370:10
OS 9
=1DA0.M1-X370:9
OS 8
=1DA0.M1-X370:8
IS 31
=1DA0.M1-X370:7
IS 30
=1DA0.M1-X370:6
IS 29
=1DA0.M1-X370:5
IS 28
=1DA0.M1-X370:4
IS 27
=1DA0.M1-X370:3
IS 26
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
MASCHINEN-INTERFACE INP/OUT
Gepr.
MACHINEINTERFACE INP/OUTP Norm
7
=1DA0.M1-X370:18
alle Rechte vor
Ønderung
6 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X16b
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
7
Blatt v.
38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
=Anlage+Ort-BMK:Anschl
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
KlemmenNr.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal IS 25
=1DA0.M1-X350:1
IS 24
=1DA0.M1-X350:16
IS 23
=1DA0.M1-X350:15
IS 22
=1DA0.M1-X350:14
IS 21
=1DA0.M1-X350:13
IS 20
=1DA0.M1-X350:12
IS 19
=1DA0.M1-X350:11
IS 18
=1DA0.M1-X350:10
IS 17
=1DA0.M1-X350:9
IS 16
=1DA0.M1-X340:8
IS 15
=1DA0.M1-X340:7
IS 14
=1DA0.M1-X340:6
IS 13
=1DA0.M1-X340:5
IS 12
=1DA0.M1-X340:4
IS 11
=1DA0.M1-X340:3
IS 10
=1DA0.M1-X340:2
IS 9
=1DA0.M1-X340:1
IS 8
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
MASCHINENINTERFACE INPUT
Gepr.
MACHINE INTERFACE INPUT Norm
7
=1DA0.M1-X350:2
alle Rechte vor
Ønderung
6
=1DA0.M1-X16c
von
=1DH1.M1/1.3
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X16c
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
8
Blatt v.
38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DB1.M1/2.4
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
=Anlage+Ort-BMK:Anschl
=1DB1.M1/2.6
=1DA0.M1-X21:31ac
=1DB1.M1/2.4
=1DA0.M1-X21:31ac
=1DB1.M1/2.5
=1DA0.M1-X21:31ac
=1DB1.M1/2.5
=1DA0.M1-X21:31ac
=1DB1.M1/2.5
=1DA0.M1-X21:31ac
=1DB1.M1/2.6
=1DA0.M1-X21:31ac
=1DB1.M1/2.6
=1DA0.M1-X21:31ac
=1DB1.M1/2.7
=1DA0.M1-X21:31ac
=1DB1.M1/2.7 =1DB1.M1/2.7
=1DA0.M1-X21:29a
=1DB1.M1/1.6
=1DA0.M1-X21:28a
=1DB1.M1/1.6
=1DA0.M1-X21:27a
=1DB1.M1/1.6
=1DA0.M1-X21:20a
=1DB1.M1/1.7
=1DA0.M1-X21:20c
=1DB1.M1/1.7
=1DA0.M1-X21:16c
=1DB1.M1/1.6 =1DB1.M1/1.5
=1DA0.M1-X21:28c
=1DB1.M1/1.5
=1DA0.M1-X21:29c
=1DB1.M1/1.6
=1DA0.M1-X21:30a
=1DB1.M1/1.5
=1DA0.M1-X21:30c
=1DB1.M1/1.5 =1DB1.M1/2.6 =1DB1.M1/2.5 =1DB1.M1/2.5
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal UA 0
=1DB1.U1-X114:2
UA 1
=1DB1.U1-X114:3
UA 2
=1DB1.U1-X114:4
GND
=1DB1.U1-X114:5
GND
=1DB1.U1-X114:6
GND
=1DB1.U1-X114:7
GND
=1DB1.U1-X114:8
GND
=1DB1.U1-X114:9
GND
=1DB1.U1-X114:10
GND
=1DB1.U1-X114:11
GND
=1DB1.U1-X114:12
RESET
=1DB1.U1-X114:13
M-ON/OFF
=1DB1.U1-X114:14
IA
=1DB1.U1-X114:15
E-OFF
=1DB1.U1-X114:16
INT
=1DB1.U1-X114:17
SCL
=1DB1.U1-X114:18
SDA
=1DB1.U1-X114:19
DIR I
=1DB1.U1-X114:20
NistdIG
=1DB1.U1-X114:21
SYNC M
=1DB1.U1-X114:22
CK M
=1DB1.U1-X114:23
DIR M
=1DB1.U1-X114:24
UA 2
=1DB1.U1-X114:25
UA 1
=1DB1.U1-X114:26
UA 0
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERBINDUNG RECHNER-HAUPTANTR.
Gepr.
CONNECTION PROCCESSOR MAIN DR. Norm
7
=1DB1.U1-X114:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X30
von
=1DB1.M1/2.5
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X30
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
9
Blatt v.
38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DC1.M1/2.4
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
=Anlage+Ort-BMK:Anschl
=1DC1.M1/2.6
=1DA0.M1-X21:31ac
=1DC1.M1/2.4
=1DA0.M1-X21:31ac
=1DC1.M1/2.5
=1DA0.M1-X21:31ac
=1DC1.M1/2.5
=1DA0.M1-X21:31ac
=1DC1.M1/2.5
=1DA0.M1-X21:31ac
=1DC1.M1/2.6
=1DA0.M1-X21:31ac
=1DC1.M1/2.6
=1DA0.M1-X21:31ac
=1DC1.M1/2.7
=1DA0.M1-X21:31ac
=1DC1.M1/2.7 =1DC1.M1/2.7
=1DA0.M1-X21:10c
=1DC1.M1/1.6 =1DC1.M1/1.6
=1DA0.M1-X21:27a
=1DC1.M1/1.6
=1DA0.M1-X21:20a
=1DC1.M1/1.7
=1DA0.M1-X21:20c
=1DC1.M1/1.7
=1DA0.M1-X21:16c
=1DC1.M1/1.6 =1DC1.M1/1.5 =1DC1.M1/1.5 =1DC1.M1/1.6
=1DA0.M1-X21:15a
=1DC1.M1/1.5
=1DA0.M1-X21:15c
=1DC1.M1/1.5 =1DC1.M1/2.6 =1DC1.M1/2.5 =1DC1.M1/2.5
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal UA 0
=1DC1.U1-X104:2
UA 1
=1DC1.U1-X104:3
UA 2
=1DC1.U1-X104:4
GND
=1DC1.U1-X104:5
GND
=1DC1.U1-X104:6
GND
=1DC1.U1-X104:7
GND
=1DC1.U1-X104:8
GND
=1DC1.U1-X104:9
GND
=1DC1.U1-X104:10
GND
=1DC1.U1-X104:11
GND
=1DC1.U1-X104:12
RESET
=1DC1.U1-X104:13
X-axis ON/OFF
=1DC1.U1-X104:14
IA
=1DC1.U1-X104:15
E-OFF
=1DC1.U1-X104:16
INT
=1DC1.U1-X104:17
SCL
=1DC1.U1-X104:18
SDA
=1DC1.U1-X104:19
DIR I
=1DC1.U1-X104:20
NistDIG
=1DC1.U1-X104:21
SYNC X-axis
=1DC1.U1-X104:22
CK X-axis
=1DC1.U1-X104:23
DIR X-axis
=1DC1.U1-X104:24
UA 2
=1DC1.U1-X104:25
UA 1
=1DC1.U1-X104:26
UA 0
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERBINDUNG RECHNER-X-ACHSE
Gepr.
CONNECTION PROCCESSOR X-AXIS Norm
7
=1DC1.U1-X104:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X31
von
=1DC1.M1/2.5
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X31
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
10 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DC2.M1/2.4
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
=Anlage+Ort-BMK:Anschl
=1DC2.M1/2.6
=1DA0.M1-X21:31ac
=1DC2.M1/2.4
=1DA0.M1-X21:31ac
=1DC2.M1/2.5
=1DA0.M1-X21:31ac
=1DC2.M1/2.5
=1DA0.M1-X21:31ac
=1DC2.M1/2.5
=1DA0.M1-X21:31ac
=1DC2.M1/2.6
=1DA0.M1-X21:31ac
=1DC2.M1/2.6
=1DA0.M1-X21:31ac
=1DC2.M1/2.7
=1DA0.M1-X21:31ac
=1DC2.M1/2.7 =1DC2.M1/2.7
=1DA0.M1-X21:12c
=1DC2.M1/1.6 =1DC2.M1/1.6
=1DA0.M1-X21:27a
=1DC2.M1/1.6
=1DA0.M1-X21:24a
=1DC2.M1/1.7
=1DA0.M1-X21:20c
=1DC2.M1/1.7
=1DA0.M1-X21:16c
=1DC2.M1/1.6 =1DC2.M1/1.5 =1DC2.M1/1.5 =1DC2.M1/1.6
=1DA0.M1-X21:23a
=1DC2.M1/1.5
=1DA0.M1-X21:23c
=1DC2.M1/1.5 =1DC2.M1/2.6 =1DC2.M1/2.5 =1DC2.M1/2.5
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal UA 0
=1DC2.U1-X104:2
UA 1
=1DC2.U1-X104:3
UA 2
=1DC2.U1-X104:4
GND
=1DC2.U1-X104:5
GND
=1DC2.U1-X104:6
GND
=1DC2.U1-X104:7
GND
=1DC2.U1-X104:8
GND
=1DC2.U1-X104:9
GND
=1DC2.U1-X104:10
GND
=1DC2.U1-X104:11
GND
=1DC2.U1-X104:12
RESET
=1DC2.U1-X104:13
Z-axis ON/OFF
=1DC2.U1-X104:14
IA
=1DC2.U1-X104:15
E-OFF
=1DC2.U1-X104:16
INT
=1DC2.U1-X104:17
SCL
=1DC2.U1-X104:18
SDA
=1DC2.U1-X104:19
DIR I
=1DC2.U1-X104:20
NistDIG
=1DC2.U1-X104:21
SYNC Z-axis
=1DC2.U1-X104:22
CK Z-axis
=1DC2.U1-X104:23
DIR Z-axis
=1DC2.U1-X104:24
UA 2
=1DC2.U1-X104:25
UA 1
=1DC2.U1-X104:26
UA 0
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG TERMINAL
VERBINDUNG RECHNER-Z-ACHSE
Gepr.
CONNECTION PROCCESSOR Z-AXIS Norm
7
=1DC2.U1-X104:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X33
von
=1DC2.M1/2.5
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X33
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
11
Blatt v.
38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X21:4a
=1DA0.M3/1.5
=1DA0.M1-X21:5a
=1DH1.M1/1.4
=1DA0.M1-X21:6a
=1DG1.M1/1.3
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
=Anlage+Ort-BMK:Anschl
=1DA0.M1-X21:8a =1DA0.M1-X21:3ac
=1DA0.M1/11.3
=1DA0.M1-X21:4c
=1DG1.M1/1.3
=1DA0.M1-X21:5c
=1DH1.M1/1.3
=1DA0.M1-X21:6c =1DA0.M1-X21:7c =1DA0.M1-X21:8c =1DA0.M1-X21:9ac
=1DA0.M1/11.6
=1DA0.M1-X44:2
=1DA0.M2/1.2 =1DA0.M2/1.2
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal ID 0
=1DA0.M1-X360:2
ID 1
=1DA0.M1-X360:3
ID 2
=1DA0.M1-X360:4
ID 3
=1DA0.M1-X360:5
ID 4
=1DA0.M1-X360:6
+24VDC
=1DA0.M1-X360:7
OD 0
=1DA0.M1-X360:8
OD 1
=1DA0.M1-X360:9
OD 2
=1DA0.M1-X360:10
OD 3
=1DA0.M1-X360:11
OD 4
=1DA0.M1-X360:12
GND
=1DA0.M1-X360:13
E-OFF
=1DA0.M1-X360:14
E-OFF
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG TERMINAL
DATACONTROLLER INP/OUTP
Gepr.
DATACONTROLLER INP/OUTP Norm
7
=1DA0.M1-X360:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X40
von
=1DA0.M1-X21:7a
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X40
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
12 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X26:10a
=1DD1.M1/2.2
=1DA0.M1-X26:10c
=1DD1.M1/2.2
=1DA0.M1-X26:12a
=1DD1.M1/2.3
=1DA0.M1-X26:12c
=1DD1.M1/2.3
=1DA0.M1-X26:30a
=1DD1.M1/2.3
=1DA0.M1-X26:30c
=1DD1.M1/2.4
=1DA0.M1-X26:32a
=1DD1.M1/2.5
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
=Anlage+Ort-BMK:Anschl
=1DA0.M1-X26:4a,6a =1DA0.M1-X26:8a =1DA0.M1-X26:14a
=1DD1.M1/1.2
=1DA0.M1-X26:16a
=1DD1.M1/1.3
=1DA0.M1-X26:18a
=1DD1.M1/1.5
=1DA0.M1-X26:20a
=1DD1.M1/1.6
=1DA0.M1-X26:22a =1DA0.M1-X26:24a =1DA0.M1-X26:26a =1DA0.M1-X26:28a
=1DA0.M2/1.6
=1DA0.M1-X26:2ac =1DA0.M1-X26:4c,6c
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal IS 0
=1DA0.M1-X340:10
IS 1
=1DA0.M1-X340:11
IS 2
=1DA0.M1-X340:12
IS 3
=1DA0.M1-X340:13
IS 4
=1DA0.M1-X340:14
IS 5
=1DA0.M1-X340:15
IS 6
=1DA0.M1-X340:16
IS 7 +24VDC +24VDC
=1DA0.M1-X370:1
OS 0
=1DA0.M1-X370:2
OS 1
=1DA0.M1-X370:3
OS 2
=1DA0.M1-X370:4
OS 3
=1DA0.M1-X370:5
OS 4
=1DA0.M1-X370:6
OS 5
=1DA0.M1-X370:7
OS 6
=1DA0.M1-X370:8
OS 7 GND GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
MASCHINEN-INTERFACE INP/OUTP
Gepr.
MACHINE INTERFACE INP/OUTP Norm
7
=1DA0.M1-X340:9
alle Rechte vor
Ønderung
6
=1DA0.M1-X42
von
=1DA0.M1-X26:32c
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X42
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
13 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X22:32a
=1DA0.M1/10.1
=1DA0.M1-X22:18a
=1DA0.M1/10.2
=1DA0.M1-X22:22a
=1DA0.M1/10.2
=1DA0.M1-X22:26a
=1DA0.M1/10.3
=1DA0.M1-X22:31ac
=1DA0.M1/10.3
=1DA0.M1-X22:3ac
=1DA0.M1/10.3
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21
=Anlage+Ort-BMK:Anschl
=1DA0.M1-X22:18c
=1DC1.M1/1.3
=1DA0.M1-X22:22c
=1DA0.M1/10.4
=1DA0.M1-X22:26c
=1DC2.M1/1.3
=1DA0.M1-X22:10a
=1DC1.M1/1.4
=1DA0.M1-X22:11a
=1DA0.M1/10.5
=1DA0.M1-X22:12a
=1DC2.M1/1.4
=1DA0.M1-X22:13a
=1DA0.M1/10.6
=1DA0.M1-X22:14a
=1DA0.M1/10.6
=1DA0.M1-X22:9ac
=1DA0.M1/10.6
=1DA0.M1-X22:13c
=1DB1.M1/1.4
=1DA0.M1-X22:31ac
4
=1DB1.M1/1.4 =1DA0.M1/10.7
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal +12VDC
=1DA0.M1-X320:2
SYNC X-ACHSE
=1DA0.M1-X320:3
SYNC Y-ACHSE
=1DA0.M1-X320:4
SYNC Z-ACHSE
=1DA0.M1-X320:5
GND
=1DA0.M1-X320:6
+24VDC
=1DA0.M1-X320:7
REF X
=1DA0.M1-X320:8
REF Y
=1DA0.M1-X320:9
REF Z
=1DA0.M1-X320:10
IA 0
=1DA0.M1-X320:11
IA 1
=1DA0.M1-X320:12
IA 2
=1DA0.M1-X320:13
IA 3
=1DA0.M1-X320:14
IA 4
=1DA0.M1-X320:15
GND
=1DA0.M1-X320:16
OA 3
=1DA0.M1-X320:17
OA 4
=1DA0.M1-X320:18
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
AXISCONTROLLER INP/OUTP
Gepr.
AXISCONTROLLER INP/OUTP Norm
7
=1DA0.M1-X320:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X43
von
=1DA0.M1-X22:14c
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X43
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
14 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M2/1.4
1 2 3
=Anlage+Ort-BMK:Anschl
=1DA0.M2/1.4 =1DA0.M2/1.4
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal E-OFF
=1DA0.M1-X280:2
GND
=1DA0.M1-X280:3
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
NOT-AUS
Gepr.
EMERGENCY OFF Norm
7
=1DA0.M1-X280:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X45
von
=1DA0.M1-X21:27a
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X45
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
15 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X272:1
=1DA0.M1/3.6
=1DA0.M1-X272:2
=1DA0.M1/3.6
=1DA0.M1-X272:3
=1DA0.M1/3.6
=1DA0.M1-X272:4
=1DA0.M1/3.7
=1DA0.M1-X272:5
=1DA0.M1/3.7
=1DA0.M1-X272:6
=1DA0.M1/3.7
1 2 3 4 5 6
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal +5VDC
=1DA0.M1-X21:1c
+5VDC
=1DA0.M1-X21:2a
GND
=1DA0.M1-X21:2c
GND
=1DA0.M1-X21:32c
-12VDC
=1DA0.M1-X21:32a
+12VDC
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERSORGUNG RECHNER (ACHSBUS)
Gepr.
SUPPLY PROCCESSOR (AXIS BUS) Norm
7
=1DA0.M1-X21:1a
alle Rechte vor
Ønderung
6
=1DA0.M1-X46
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X46
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
16 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X261:1
=1DA0.M1/3.5
=1DA0.M1-X261:2
=1DA0.M1/3.5
=1DA0.M1-X261:3
=1DA0.M1/3.5
=1DA0.M1-X261:4
=1DA0.M1/3.6
1 2 3 4
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal +24VDC
13L+
=1DA0.M1-X21:3c
+24VDC
13L+
=1DA0.M1-X21:9a
GND
=1DA0.M1-X21:9c
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERSORGUNG MASCHINENINTERFACE
Gepr.
SUPPLY MACHINE INTERFACE Norm
7
=1DA0.M1-X21:3a
alle Rechte vor
Ønderung
6
=1DA0.M1-X48
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X48
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
17 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X271:1
=1DA0.M1/3.5
=1DA0.M1-X271:2
=1DA0.M1/3.5
=1DA0.M1-X271:3
=1DA0.M1/3.6
=1DA0.M1-X271:4
=1DA0.M1/3.6
=1DA0.M1-X271:5
=1DA0.M1/3.6
=1DA0.M1-X271:6
=1DA0.M1/3.6
=1DA0.M1-X271:7
=1DA0.M1/3.7
=1DA0.M1-X271:8
=1DA0.M1/3.7
1 2 3 4 5 6 7 8
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal +5VDC
=1DA0.M1-X11:1ac,2ac
+5VDC
=1DA0.M1-X11:30ac,31ac
GND
=1DA0.M1-X11:30ac,31ac
GND
=1DA0.M1-X11:32a
+12VDC
=1DA0.M1-X11:32c
-12VDC
=1DA0.M1-X11:1ac,2ac
+SENSE
=1DA0.M1-X11:30ac,31ac
-SENSE
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERSORGUNG RECHNER(RECHNERBUS)
Gepr.
SUPPLY PROCCESSOR (PROC. BUS) Norm
7
=1DA0.M1-X11:1ac,2ac
alle Rechte vor
Ønderung
6
=1DA0.M1-X56
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X56
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
18 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1/7.2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
=Anlage+Ort-BMK:Anschl
=1DA0.M1/7.2 =1DA0.M1/7.2 =1DA0.M1/7.2 =1DA0.M1/7.2 =1DA0.M1/7.2 =1DA0.M1/7.2 =1DA0.M1/7.2 =1DA0.M1/7.2 =1DA0.M1/7.3 =1DA0.M1/7.3 =1DA0.M1/7.3 =1DA0.M1/7.3 =1DA0.M1/7.3 =1DA0.M1/7.3 =1DA0.M1/7.3 =1DA0.M1/7.3 =1DA0.M1/7.3 =1DA0.M1/7.3
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal -12VDC
=1DA0.M1+1DP1-X5:3
GND TXD
=1DA0.M1+1DP1-X5:7
BET
=1DA0.M1+1DP1-X5:9
REV
=1DA0.M1+1DP1-X5:11
RDC
=1DA0.M1+1DP1-X5:13
CIP
=1DA0.M1+1DP1-X5:14
WEN
=1DA0.M1+1DP1-X5:12
RDA
=1DA0.M1+1DP1-X5:10
FWD
=1DA0.M1+1DP1-X5:8
WCD
=1DA0.M1+1DP1-X5:6
WDA GND
=1DA0.M1+1DP1-X5:2
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
INTERFACECONTR.-CASSETTENDECK
Gepr.
INTERFACECONTR.-CASSETTENDECK Norm
7
=1DA0.M1+1DP1-X5:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X62
von
=1DA0.M1/7.2
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X62
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
19 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
=Anlage+Ort-BMK:Anschl
=1DA0.M1/7.4 =1DA0.M1/7.4 =1DA0.M1/7.5 =1DA0.M1/7.5 =1DA0.M1/7.5 =1DA0.M1/7.5 =1DA0.M1/7.5
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
KlemmenNr.
1 2 3 4 5 6 7 8 9 10
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal
+1DP1-X71:2
GND
+1DP1-X71:3
RXD
+1DP1-X71:4
RST
+1DP1-X71:5
+12VDC
+1DP1-X71:6
-12VDC
+1DP1-X71:7
+12VDC
+1DP1-X71:8
TXD
+1DP1-X71:9
GND
+1DP1-X71:10
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
INTERFACECONTR.-TASTATUR
Gepr.
INTERFACECONTR.-KEYBOARD Norm
7
+1DP1-X71:1
alle Rechte vor
Ønderung
6
=1DA0.M1+1DL1-X63
von
=1DA0.M1/7.4
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X63
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
20 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1/6.2
1 2 3 4 5 6 7 8 9 10 11 12 13 14
=Anlage+Ort-BMK:Anschl
=1DA0.M1/6.2 =1DA0.M1/6.2 =1DA0.M1/6.2 =1DA0.M1/6.2 =1DA0.M1/6.2 =1DA0.M1/6.2 =1DA0.M1/6.2 =1DA0.M1/6.3 =1DA0.M1/6.3 =1DA0.M1/6.3 =1DA0.M1/6.3 =1DA0.M1/6.3
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal GND
=1DA0.M1+1DP1-X1:2
GND
=1DA0.M1+1DP1-X1:3
GND
=1DA0.M1+1DP1-X1:4
GND
=1DA0.M1+1DP1-X1:5
GND
=1DA0.M1+1DP1-X1:6
BLUE
=1DA0.M1+1DP1-X1:7
+12VDC
=1DA0.M1+1DP1-X1:8
INTENSITY
=1DA0.M1+1DP1-X1:9
+12VDC
=1DA0.M1+1DP1-X1:10
V-SYNC
=1DA0.M1+1DP1-X1:11
B/W
=1DA0.M1+1DP1-X1:12
H-SYNC
=1DA0.M1+1DP1-X1:13
GREEN
=1DA0.M1+1DP1-X1:14
RED
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
INTERFACECONTROLLER-MONITOR
Gepr.
INTERFACECONTROLLER-MONITOR Norm
7
=1DA0.M1+1DP1-X1:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X66
von
=1DA0.M1/6.2
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X66
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
21 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X260:2dbz
=1DA0.M1/1.5
=1DA0.M1-X260:2dbz
=1DA0.M1/1.6
=1DA0.M1-X260:12dbz
=1DA0.M1/1.6
=1DA0.M1-X260:12dbz
=1DA0.M1/1.6
1 2 3 4
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal +24VDC
13L+
=1DA0.M1-X48:1,2
+24VDC
13L+
=1DA0.M1-X48:3,4
GND
=1DA0.M1-X48:3,4
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERSORGUNG RECHNER +24VDC
Gepr.
SUPPLY PROCCESSOR +24VDC Norm
7
=1DA0.M1-X48:1,2
alle Rechte vor
Ønderung
6
=1DA0.M1-X261
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X261
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
22 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X260:6dbz
=1DA0.M1/1.4
=1DA0.M1-X260:6dbz
=1DA0.M1/1.4
=1DA0.M1-X260:6dbz
=1DA0.M1/1.5
=1DA0.M1-X260:6dbz
=1DA0.M1/1.5
=1DA0.M1-X260:12dbz
=1DA0.M1/1.5
=1DA0.M1-X260:12dbz
=1DA0.M1/1.5
=1DA0.M1-X260:12dbz
=1DA0.M1/1.5
=1DA0.M1-X260:12dbz
=1DA0.M1/1.5
1 2 3 4 5 6 7 8
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal +24VDC
12L+
=1DC1.U1-X100:28z
+24VDC
12L+
=1DC2.U1-X100:28z
+24VDC
12L+
=1DB1.U1-X110:30d
GND
=1DC1.U1-X100:30d
GND
=1DC2.U1-X100:30d
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERSORGUNG ANTRIEBE +24VDC
Gepr.
SUPPLY SERVO DRIVES +24VDC Norm
7
=1DB1.U1-X110:28z
alle Rechte vor
Ønderung
6
=1DA0.M1-X263
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X263
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
23 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X270:2bz,4b
=1DA0.M1/2.2
=1DA0.M1-X270:2bz,4b
=1DA0.M1/2.3
=1DA0.M1-X270:4z,6bz
=1DA0.M1/2.3
=1DA0.M1-X270:4z,6bz
=1DA0.M1/2.3
=1DA0.M1-X270:8bz,10b
=1DA0.M1/2.4
=1DA0.M1-X270:16z
=1DA0.M1/2.5
=1DA0.M1-X270:18z
=1DA0.M1/2.6
=1DA0.M1-X270:18b
=1DA0.M1/2.6
1 2 3 4 5 6 7 8
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal +5VDC
=1DA0.M1-X56:2
+5VDC
=1DA0.M1-X56:3
GND
=1DA0.M1-X56:4
GND
=1DA0.M1-X56:5
+12VDC
=1DA0.M1-X56:6
-12VDC
=1DA0.M1-X56:7
+SENSE
=1DA0.M1-X56:8
-SENSE
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERSORGUNG RECHNER
Gepr.
SUPPLY PROCCESSOR Norm
7
=1DA0.M1-X56:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X271
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X271
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
24 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X270:2bz,4b
=1DA0.M1/2.6
=1DA0.M1-X270:2bz,4b
=1DA0.M1/2.6
=1DA0.M1-X270:4b,6bz
=1DA0.M1/2.6
=1DA0.M1-X270:4b,6bz
=1DA0.M1/2.7
=1DA0.M1-X270:16z
=1DA0.M1/2.7
=1DA0.M1-X270:8bz,10b
=1DA0.M1/2.7
1 2 3 4 5 6
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal +5VDC
=1DA0.M1-X46:2
+5VDC
=1DA0.M1-X46:3
GND
=1DA0.M1-X46:4
GND
=1DA0.M1-X46:5
-12VDC
=1DA0.M1-X46:6
+12VDC
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERSORGUNG RECHNER
Gepr.
SUPPLY PROCCESSOR Norm
7
=1DA0.M1-X46:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X272
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X272
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
25 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1/2.3
1 2 3 4 5
=Anlage+Ort-BMK:Anschl
=1DA0.M1/2.3
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal PE
=1DA0.M1-X270:30b
N
=1DA0.M1-X270:28z
3L1
220VAC
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERSORGUNG RECHNER NETZTEIL
Gepr.
SUPPLY PROCCESSOR SUPPLY UNIT Norm
7
=1DA0.M1-X270:32z
alle Rechte vor
Ønderung
6
=1DA0.M1-X273
von
=1DA0.M1/2.3
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X273
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
26 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1/1.4
1 2 3
=Anlage+Ort-BMK:Anschl
=1DA0.M1/1.5 =1DA0.M1/1.5
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal E-OFF
=1DA0.M1-X45:2
GND
=1DA0.M1-X45:3
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
EINGANG NOT-AUS PERIPHERIERACK
Gepr.
INPUT E-OFF PERIPHERAL RACK Norm
7
=1DA0.M1-X45:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X280
von
=1DA0.M1-X260:10z
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X280
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
27 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X43:1
=1DA0.M1/10.1
=1DA0.M1-X43:2
=1DA0.M1/10.2
=1DA0.M1-X43:3
=1DA0.M1/10.2
=1DA0.M1-X43:4
=1DA0.M1/10.3
=1DA0.M1-X43:5
=1DA0.M1/10.3
=1DA0.M1-X43:6
=1DA0.M1/10.3
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
=Anlage+Ort-BMK:Anschl
=1DA0.M1-X43:7
=1DC1.M1/1.3
=1DA0.M1-X43:8
=1DA0.M1/10.4
=1DA0.M1-X43:9
=1DC2.M1/1.3
=1DA0.M1-X43:10
=1DC1.M1/1.4
=1DA0.M1-X43:11
=1DA0.M1/10.5
=1DA0.M1-X43:12
=1DC2.M1/1.4
=1DA0.M1-X43:13
=1DA0.M1/10.6
=1DA0.M1-X43:14
=1DA0.M1/10.6
=1DA0.M1-X43:15
=1DA0.M1/10.6
=1DA0.M1-X43:19
=1DB1.M1/1.4
=1DA0.M1-X43:20
=1DB1.M1/1.4
=1DA0.M1-X43:21
=1DA0.M1/10.7
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal +12VDC
=1DA0.M1-X321:3
SYNC X-AXIS
=1DA0.M1-X323:3
SYNC Y-AXIS
=1DA0.M1-X325:3
SYNC Z-AXIS
=1DA0.M1-X321:1
GND
=1DA0.M1-X322:2
+24VDC
=1DA0.M1-X322:3
REF X-ACHSE
=1DA0.M1-X324:3
REF Y-ACHSE
=1DA0.M1-X325:6
REF Z-ACHSE
=1DA0.M1-X330:1
IA 0
LIMIT SWITCH X-AXIS
=1DA0.M1-X330:4
IA 1
LIMIT SWITCH Y-AXIS
=1DA0.M1-X330:7
IA 2
LIMIT SWITCH Z-AXIS
=1DA0.M1-X330:10
IA 3
=1DA0.M1-X330:13
IA 4
=1DA0.M1-X330:3
GND
=1DA0.M1-X331:1
OA 3 POS. CONTR. OFF
=1DA0.M1-X331:4
OA 4 MD SYNCHRINISATION
=1DA0.M1-X331:3
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
AXISCONTROLLER INP/OUTP
Gepr.
AXISCONTROLLER INP/OUTP Norm
7
=1DA0.M1-X321:2
alle Rechte vor
Ønderung
6
=1DA0.M1-X320
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X320
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
28 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
=Anlage+Ort-BMK:Anschl
=1DA.M1-X16c:17 =1DA.M1-X16c:16 =1DA.M1-X16c:15 =1DA.M1-X16c:14 =1DA.M1-X16c:13
=1DH1.M1/1.3
=1DA.M1-X16c:12 =1DA.M1-X16c:11 =1DA0.M1-X42:1
=1DD1.M1/2.2
=1DA0.M1-X42:2
=1DD1.M1/2.2
=1DA0.M1-X42:3
=1DD1.M1/2.3
=1DA0.M1-X42:4
=1DD1.M1/2.3
=1DA0.M1-X42:5
=1DD1.M1/2.3
=1DA0.M1-X42:6
=1DD1.M1/2.4
=1DA0.M1-X42:7
=1DD1.M1/2.5
=1DA0.M1-X42:8
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
KlemmenNr.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal IS8
=1DA0.M1-X341:4
IS9
=1DA0.M1-X341:7
IS10
=1DA0.M1-X341:10
IS11
=1DA0.M1-X341:13
IS12
=1DA0.M1-X341:16
IS13 THERM. OVERLOAD LUBRICANT
=1DA0.M1-X341:19
IS14
=1DA0.M1-X341:22
IS15
=1DA0.M1-X342:1
IS0 TT POSITION ENCODER BIT0
=1DA0.M1-X342:4
IS1 TT POSITION ENCODER BIT1
=1DA0.M1-X342:7
IS2 TT POSITION ENCODER BIT2
=1DA0.M1-X342:10
IS3 TT POSITION ENC.STROBE
=1DA0.M1-X342:13
IS4 TT CONTROL PREINDEX
=1DA0.M1-X342:16
IS5 TT CONTROL LOCK
=1DA0.M1-X342:19
IS6 TT KLIXON
=1DA0.M1-X342:22
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
MASCHINEN-INTERFACE EINGØNGE
Gepr.
MACHINE INTERFACE INPUT Norm
7
=1DA0.M1-X341:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X340
von
=1DA.M1-X16c:18
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X340
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
29 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
=Anlage+Ort-BMK:Anschl
=1DA0.M1-X16c:1 =1DA0.M1-X16b:18 =1DA0.M1-X16b:17 =1DA0.M1-X16b:16 =1DA0.M1-X16b:15 =1DA0.M1-X16b:14 =1DA0.M1-X16b:13 =1DA0.M1-X16c:10 =1DA0.M1-X16c:9 =1DA0.M1-X16c:8 =1DA0.M1-X16c:7 =1DA0.M1-X16c:6 =1DA0.M1-X16c:5 =1DA0.M1-X16c:4 =1DA0.M1-X16c:3 =1DA0.M1/14.6 =1DA0.M1/14.6
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
KlemmenNr.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal IS24
=1DA0.M1-X351:4
IS25
=1DA0.M1-X351:7
IS26
=1DA0.M1-X351:10
IS27
=1DA0.M1-X351:13
IS28
=1DA0.M1-X351:16
IS29
=1DA0.M1-X351:19
IS30
=1DA0.M1-X351:22
IS31
=1DA0.M1-X352:1
IS16
=1DA0.M1-X352:4
IS17
=1DA0.M1-X352:7
IS18
=1DA0.M1-X352:10
IS19
=1DA0.M1-X352:13
IS20
=1DA0.M1-X352:16
IS21
=1DA0.M1-X352:19
IS22
=1DA0.M1-X352:22
IS23
=1DA0.M1-X351:23
+24VDC
=1DA0.M1-X351:24
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
MASCHINEN-INTERFACE EINGØNGE
Gepr.
MACHINE INTERFACE INPUT Norm
7
=1DA0.M1-X351:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X350
von
=1DA0.M1-X16c:2
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X350
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
30 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X40:1
=1DA0.M3/1.5
=1DA0.M1-X40:2
=1DH1.M1/1.4
=1DA0.M1-X40:3
=1DG1.M1/1.3
1 2 3 4 5 6 7 8 9 10 11 12 13 14
=Anlage+Ort-BMK:Anschl
=1DA0.M1-X40:5 =1DA0.M1-X40:6
=1DA0.M1/11.3
=1DA0.M1-X40:7
=1DG1.M1/1.3
=1DA0.M1-X40:8
=1DH1.M1/1.3
=1DA0.M1-X40:9 =1DA0.M1-X40:10 =1DA0.M1-X40:11 =1DA0.M1-X40:12
=1DA0.M1/11.6
=1DA0.M1-X40:13
=1DA0.M2/1.2
=1DA0.M1-X40:14
=1DA0.M2/1.2
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal ID0 DOOR LIMIT SWITCH
=1DA0.M1-X361:4
ID1 PRESSURE SWITCH LUBRICANT
=1DA0.M1-X361:7
ID2 THERM. OVERLOAD COOLANT
=1DA0.M1-X361:10
ID3
=1DA0.M1-X361:13
ID4
=1DA0.M1-X361:2
+24VDC
=1DA0.M1-X362:1
OD0 COOLANT ON
=1DA0.M1-X362:4
OD1 LUBRICANT ON
=1DA0.M1-X362:7
OD2
=1DA0.M1-X362:10
OD3
=1DA0.M1-X362:13
OD4
=1DA0.M1-X361:3
GND
=1DA0.M1-X361:16
E-OFF
=1DA0.M1-X361:19
E-OFF
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
DATACONTROLLER AUS-/EINGØNGE
Gepr.
DATACONTROLLER INP-/OUTP Norm
7
=1DA0.M1-X361:1
alle Rechte vor
Ønderung
6
=1DA0.M1-X360
von
=1DA0.M1-X40:4
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X360
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
31 38
Bl.
Nr. Typ Querschn. Kabel
2
3
4
AnschluÞleiste
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X42:11
=1DD1.M1/1.2
=1DA0.M1-X42:12
=1DD1.M1/1.3
=1DA0.M1-X42:13
=1DD1.M1/1.5
=1DA0.M1-X42:14
=1DD1.M1/1.6
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
=Anlage+Ort-BMK:Anschl
=1DA0.M1-X42:16 =1DA0.M1-X42:17 =1DA0.M1-X42:18
=1DA0.M2/6
=1DA0.M1-X16b:10 =1DA0.M1-X16b:9 =1DA0.M1-X16b:8 =1DA0.M1-X16b:7 =1DA0.M1-X16b:6 =1DA0.M1-X16b:5 =1DA0.M1-X16b:4 =1DA0.M1-X16b:3 =1DA0.M1-X16b:2 =1DA0.M1-X16b:1 =1DA0.M1/12.6 =1DA0.M1/12.6
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal OS0 TOOL TURRET RIGHT
=1DA0.M1-X371:31
OS1 TOOL TURRET LEFT
=1DA0.M1-X371:34
OS2 TOOL TURRET PREINDEX
=1DA0.M1-X371:37
OS3 TOOL TURRET BREAK
=1DA0.M1-X371:40
OS4
=1DA0.M1-X371:43
OS5
=1DA0.M1-X371:46
OS6
=1DA0.M1-X371:49
OS7 AUXILIARY ON
=1DA0.M1-X371:52
OS8
=1DA0.M1-X371:3
OS9
=1DA0.M1-X371:6
OS10
=1DA0.M1-X371:9
OS11
=1DA0.M1-X371:12
OS12
=1DA0.M1-X371:15
OS13
=1DA0.M1-X371:18
OS14
=1DA0.M1-X371:21
OS15
=1DA0.M1-X371:24
OS16
=1DA0.M1-X371:27
OS17
=1DA0.M1-X371:2
+24VDC
=1DA0.M1-X371:4
GND
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
MASCHINEN-INTERFACE AUSGØNGE
Gepr.
MACHINE INTERFACE OUTPUT Norm
7
=1DA0.M1-X371:28
alle Rechte vor
Ønderung
6
=1DA0.M1-X370
von
=1DA0.M1-X42:15
Nr.
5 Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DA0.M1-X370
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
32 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1+1DL1-X65:1
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:2
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:3
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:4
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:5
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:6
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:7
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:8
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:9
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:10
=1DA0.M1/6.2
=1DA0.M1+1DL1-X65:11
=1DA0.M1/6.3
=1DA0.M1+1DL1-X65:12
=1DA0.M1/6.3
=1DA0.M1+1DL1-X65:13
=1DA0.M1/6.3
=1DA0.M1+1DL1-X65:14
=1DA0.M1/6.3
=1DA0.M1+1DL1-X65:15
=1DA0.M1/6.3
=1DA0.M1+1DL1-X65:16
=1DA0.M1/6.3
=1DA0.M1+1DL1-X65:17
=1DA0.M1/6.3
=1DA0.M1+1DL1-X65:18
=1DA0.M1/6.3
=1DA0.M1+1DL1-X65:19
=1DA0.M1/6.3
=1DA0.M1+1DL1-X65:20
=1DA0.M1/6.4
=1DA0.M1+1DL1-X65:21
=1DA0.M1/6.4
=1DA0.M1+1DL1-X65:22
=1DA0.M1/6.4
=1DA0.M1+1DL1-X65:23
=1DA0.M1/6.4
=1DA0.M1+1DL1-X65:24
=1DA0.M1/6.4
=1DA0.M1+1DL1-X65:25
=1DA0.M1/6.4
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
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
RTS GND
STECKER RS232-INTERFACE Gesellschaft m. b. H.
Signal
CTS
PLUG RS232-INTERFACE Norm
Bemerkung
TXD
PLUG STRIP
Gepr.
8
RXD
STECKERLEISTE
Bearb. SchÎrghofer
7
GND
Benennung:
05.04.01
alle Rechte vor
Ønderung
6
=1DA0.M1+1DP1-X165
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
=1DA0.M1+1DP1 = KLEMME -X165 + 1DL1 Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
33 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
nach Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DB1.U1-X122:4c
=1DB1.U1/2.2
=1DB1.U1-X122:1,2ac
=1DB1.U1/2.2
=1DB1.U1-X122:5a
=1DB1.U1/2.2
=1DB1.U1-X122:3c
=1DB1.U1/2.2
=1DB1.U1-X122:6ac
=1DB1.U1/2.2
=1DB1.U1-X122:4a
=1DB1.U1/2.2
=1DB1.U1-X122:5c
=1DB1.U1/2.2
=1DB1.U1-X122:1,2ac
=1DB1.U1/2.2
=1DB1.U1-X122:3a
=1DB1.U1/2.2
=1DB1.U1-X122:6ac
=1DB1.U1/2.2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
=Anlage+Ort-BMK:Anschl
Datum
3 2
behalten wir uns Steckerbelegung geÌndert
90.03.29
Glanzer
Ønderung
Datum
Name
6
=1DB1.U1-X113
Aderbe-
FÏr diese Zeichnung
Nr.
5
von
4
1
4
=Anlage+Ort-BMK:Anschl
Bemerkung
Signal UA1 GND UA2 UA0 +5VDC
UA1 UA2 GND UA0 +5VDC
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
DREHGEBER HAUPTANTRIEB
Gepr.
ROTARY ENCODER MAIN DRIVE Norm
8
Benennung:
05.04.01
alle Rechte vor Mittlg.Nr.
zeichnung
7
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DB1.U1-X113
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
34 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X30:1
=1DB1.M1/2.4
=1DA0.M1-X30:2
=1DB1.M1/2.5
=1DA0.M1-X30:3
=1DB1.M1/2.6
=1DA0.M1-X30:4
=1DB1.M1/2.4
=1DA0.M1-X30:5
=1DB1.M1/2.4
=1DA0.M1-X30:6
=1DB1.M1/2.5
=1DA0.M1-X30:7
=1DB1.M1/2.5
=1DA0.M1-X30:8
=1DB1.M1/2.6
=1DA0.M1-X30:9
=1DB1.M1/2.6
=1DA0.M1-X30:10
=1DB1.M1/2.7
=1DA0.M1-X30:11
=1DB1.M1/2.7
=1DA0.M1-X30:12
=1DB1.M1/2.7
=1DA0.M1-X30:13
=1DB1.M1/1.6
=1DA0.M1-X30:14
=1DB1.M1/1.6
=1DA0.M1-X30:15
=1DB1.M1/1.6
=1DA0.M1-X30:16
=1DB1.M1/1.7
=1DA0.M1-X30:17
=1DB1.M1/1.7
=1DA0.M1-X30:18
=1DB1.M1/1.6
=1DA0.M1-X30:19
=1DB1.M1/1.5
=1DA0.M1-X30:20
=1DB1.M1/1.5
=1DA0.M1-X30:21
=1DB1.M1/1.6
=1DA0.M1-X30:22
=1DB1.M1/1.5
=1DA0.M1-X30:23
=1DB1.M1/1.5
=1DA0.M1-X30:24
=1DB1.M1/2.6
=1DA0.M1-X30:25
=1DB1.M1/2.5
=1DA0.M1-X30:26
=1DB1.M1/2.4
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
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal UA0
=1DB1.U1-X122:4c
UA1
=1DB1.U1-X122:5c
UA2
=1DB1.U1-X122:1ac,2ac
GND
=1DB1.U1-X122:1ac,2ac
GND
=1DB1.U1-X122:1ac,2ac
GND
=1DB1.U1-X122:1ac,2ac
GND
=1DB1.U1-X122:1ac,2ac
GND
=1DB1.U1-X122:1ac,2ac
GND
=1DB1.U1-X122:1ac,2ac
GND
=1DB1.U1-X122:1ac,2ac
GND GND
=1DB1.U1-X122:25c
MAIN DRIVE ON/OFF
=1DB1.U1-X122:13a
IA
=1DB1.U1-X122:25a
E-OFF
=1DB1.U1-X122:7a
INT
=1DB1.U1-X122:7c
SCL
=1DB1.U1-X122:8a
SDA
=1DB1.U1-X122:11a
DIRist
=1DB1.U1-X122:11c
Nist
=1DB1.U1-X122:10a
SYNC MAIN DRIVE
=1DB1.U1-X122:9c
TAKT AC
=1DB1.U1-X122:9a
DIR AC
=1DB1.U1-X122:5a
UA2
=1DB1.U1-X122:4a
UA1
=1DB1.U1-X122:3a
UA0
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERBINDUNG RECHNER-HAUPTANTR.
Gepr.
CONNECTION PROCCES.-MAIN DRIVE Norm
7
=1DB1.U1-X122:3c
alle Rechte vor
Ønderung
6
=1DB1.U1-X114
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DB1.U1-X114
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
35 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
nach Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DC1.U1-X102:22ac
=1DC1.U1/2.2
=1DC1.U1-X102:1,2ac
=1DC1.U1/2.2
=1DC1.U1-X102:25ac
=1DC1.U1/2.2
=1DC1.U1-X102:20ac
=1DC1.U1/2.2
=1DC1.U1-X102:19ac
=1DC1.U1/2.2
=1DC1.U1-X102:23ac
=1DC1.U1/2.2
=1DC1.U1-X102:24ac
=1DC1.U1/2.2
=1DC1.U1-X102:1,2ac
=1DC1.U1/2.2
=1DC1.U1-X102:21ac
=1DC1.U1/2.2
=1DC1.U1-X102:19ac
=1DC1.U1/2.2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
=Anlage+Ort-BMK:Anschl
Datum
3 2
behalten wir uns Steckerbelegung geÌndert
90.03.29
Glanzer
Ønderung
Datum
Name
6
=1DC1.U1-X103
Aderbe-
FÏr diese Zeichnung
Nr.
5
von
4
1
4
=Anlage+Ort-BMK:Anschl
Bemerkung
Signal UA1 GND UA2 UA0 +5VDC
UA1 UA2 GND UA0 +5VDC
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
DREHGEBER X-ACHSE
Gepr.
ROTARY ENCODER X-AXIS Norm
8
Benennung:
05.04.01
alle Rechte vor Mittlg.Nr.
zeichnung
7
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DC1.U1-X103
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
36 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X31:1
=1DC1.M1/2.4
=1DA0.M1-X31:2
=1DC1.M1/2.5
=1DA0.M1-X31:3
=1DC1.M1/2.6
=1DA0.M1-X31:4
=1DC1.M1/2.4
=1DA0.M1-X31:5
=1DC1.M1/2.4
=1DA0.M1-X31:6
=1DC1.M1/2.5
=1DA0.M1-X31:7
=1DC1.M1/2.5
=1DA0.M1-X31:8
=1DC1.M1/2.6
=1DA0.M1-X31:9
=1DC1.M1/2.6
=1DA0.M1-X31:10
=1DC1.M1/2.7
=1DA0.M1-X31:11
=1DC1.M1/2.7
=1DA0.M1-X31:12
=1DC1.M1/2.7
=1DA0.M1-X31:13
=1DC1.M1/1.6
=1DA0.M1-X31:14
=1DC1.M1/1.6
=1DA0.M1-X31:15
=1DC1.M1/1.6
=1DA0.M1-X31:16
=1DC1.M1/1.7
=1DA0.M1-X31:17
=1DC1.M1/1.7
=1DA0.M1-X31:18
=1DC1.M1/1.6
=1DA0.M1-X31:19
=1DC1.M1/1.5
=1DA0.M1-X31:20
=1DC1.M1/1.5
=1DA0.M1-X31:21
=1DC1.M1/1.6
=1DA0.M1-X31:22
=1DC1.M1/1.5
=1DA0.M1-X31:23
=1DC1.M1/1.5
=1DA0.M1-X31:24
=1DC1.M1/2.6
=1DA0.M1-X31:25
=1DC1.M1/2.5
=1DA0.M1-X31:26
=1DC1.M1/2.4
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
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal UA0
=1DC1.U1-X102:22ac
UA1
=1DC1.U1-X102:24ac
UA2
=1DC1.U1-X102:1ac,2ac
GND
=1DC1.U1-X102:1ac,2ac
GND
=1DC1.U1-X102:1ac,2ac
GND
=1DC1.U1-X102:1ac,2ac
GND
=1DC1.U1-X102:1ac,2ac
GND
=1DC1.U1-X102:1ac,2ac
GND
=1DC1.U1-X102:1ac,2ac
GND
=1DC1.U1-X102:1ac,2ac
GND RESET
=1DC1.U1-X102:29a
X-AXIS ON/OFF
=1DC1.U1-X102:28a
IA
=1DC1.U1-X102:27a
E-OFF
=1DC1.U1-X102:27c
INT
=1DC1.U1-X102:7c
SCL
=1DC1.U1-X102:8c
SDA
=1DC1.U1-X102:9c
DIRist
=1DC1.U1-X102:28c
Nist
=1DC1.U1-X102:29c
SYNC X-AXIS
=1DC1.U1-X102:30a
TAKT AC
=1DC1.U1-X102:30c
DIR AC
=1DC1.U1-X102:25ac
UA2
=1DC1.U1-X102:23ac
UA1
=1DC1.U1-X102:21ac
UA0
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERBINDUNG RECHNER-X-ACHSE
Gepr.
CONNECTION PROCCES.-X-AXIS Norm
7
=1DC1.U1-X102:20ac
alle Rechte vor
Ønderung
6
=1DC1.U1-X114
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DC1.U1-X104
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
37 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
nach Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DC2.U1-X102:22ac
=1DC2.U1/2.2
=1DC2.U1-X102:1,2ac
=1DC2.U1/2.2
=1DC2.U1-X102:25ac
=1DC2.U1/2.2
=1DC2.U1-X102:20ac
=1DC2.U1/2.2
=1DC2.U1-X102:19ac
=1DC2.U1/2.2
=1DC2.U1-X102:23ac
=1DC2.U1/2.2
=1DC2.U1-X102:24ac
=1DC2.U1/2.2
=1DC2.U1-X102:1,2ac
=1DC2.U1/2.2
=1DC2.U1-X102:21ac
=1DC2.U1/2.2
=1DC2.U1-X102:19ac
=1DC2.U1/2.2
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
=Anlage+Ort-BMK:Anschl
Datum
3 2
behalten wir uns Steckerbelegung geÌndert
90.03.29
Glanze
Ønderung
Datum
Name
6
=1DC2.U1-X103
Aderbe-
FÏr diese Zeichnung
Nr.
5
von
4
1
4
=Anlage+Ort-BMK:Anschl
Bemerkung
Signal UA1 GND UA2 UA0 +5VDC
UA1 UA2 GND UA0 +5VDC
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
DREHGEBER Z-ACHSE
Gepr.
ROTARY ENCODER Z-AXIS Norm
8
Benennung:
05.04.01
alle Rechte vor Mittlg.Nr.
zeichnung
7
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DC2.U1-X103
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
38 38
Bl.
Nr. Typ Querschn. Kabel
2
3
AnschluÞleiste
5
nach
Aderbe-
Aderbe-
zeichnung
Querverweis
KlemmenNr.
=1DA0.M1-X33:1
=1DC2.M1/2.4
=1DA0.M1-X33:2
=1DC2.M1/2.5
=1DA0.M1-X33:3
=1DC2.M1/2.6
=1DA0.M1-X33:4
=1DC2.M1/2.4
=1DA0.M1-X33:5
=1DC2.M1/2.4
=1DA0.M1-X33:6
=1DC2.M1/2.5
=1DA0.M1-X33:7
=1DC2.M1/2.5
=1DA0.M1-X33:8
=1DC2.M1/2.6
=1DA0.M1-X33:9
=1DC2.M1/2.6
=1DA0.M1-X33:10
=1DC2.M1/2.7
=1DA0.M1-X33:11
=1DC2.M1/2.7
=1DA0.M1-X33:12
=1DC2.M1/2.7
=1DA0.M1-X33:13
=1DC2.M1/1.6
=1DA0.M1-X33:14
=1DC2.M1/1.6
=1DA0.M1-X33:15
=1DC2.M1/1.6
=1DA0.M1-X33:16
=1DC2.M1/1.7
=1DA0.M1-X33:17
=1DC2.M1/1.7
=1DA0.M1-X33:18
=1DC2.M1/1.6
=1DA0.M1-X33:19
=1DC2.M1/1.5
=1DA0.M1-X33:20
=1DC2.M1/1.5
=1DA0.M1-X33:21
=1DC2.M1/1.6
=1DA0.M1-X33:22
=1DC2.M1/1.5
=1DA0.M1-X33:23
=1DC2.M1/1.5
=1DA0.M1-X33:24
=1DC2.M1/2.6
=1DA0.M1-X33:25
=1DC2.M1/2.5
=1DA0.M1-X33:26
=1DC2.M1/2.4
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
=Anlage+Ort-BMK:Anschl
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1
=Anlage+Ort-BMK:Anschl
Datum
Name
Mittlg.Nr.
zeichnung
8
Bemerkung
Signal UA0
=1DC2.U1-X102:22ac
UA1
=1DC2.U1-X102:24ac
UA2
=1DC2.U1-X102:1ac,2ac
GND
=1DC2.U1-X102:1ac,2ac
GND
=1DC2.U1-X102:1ac,2ac
GND
=1DC2.U1-X102:1ac,2ac
GND
=1DC2.U1-X102:1ac,2ac
GND
=1DC2.U1-X102:1ac,2ac
GND
=1DC2.U1-X102:1ac,2ac
GND
=1DC2.U1-X102:1ac,2ac
GND RESET
=1DC2.U1-X102:29a
Z-AXIS ON/OFF
=1DC2.U1-X102:28a
IA
=1DC2.U1-X102:27a
E-OFF
=1DC2.U1-X102:27c
INT
=1DC2.U1-X102:7c
SCL
=1DC2.U1-X102:8c
SDA
=1DC2.U1-X102:9c
DIRist
=1DC2.U1-X102:28c
Nist
=1DC2.U1-X102:29c
SYNC Z-AXIS
=1DC2.U1-X102:30a
TAKT AC
=1DC2.U1-X102:30c
DIR AC
=1DC2.U1-X102:25ac
UA2
=1DC2.U1-X102:23ac
UA1
=1DC2.U1-X102:21ac
UA0
Benennung:
05.04.01
STECKERLEISTE
Bearb. SchÎrghofer
PLUG STRIP
VERBINDUNG RECHNER-Z-ACHSE
Gepr.
CONNECTION PROCCES.-Z-AXIS Norm
7
=1DC2.U1-X102:20ac
alle Rechte vor
Ønderung
6
=1DC2.U1-X114
von
4
Nr.
4
Nr. Typ Querschn. Kabel
1
Gesellschaft m. b. H.
=1DC2.U1-X104
= KLEMME + 1DL1
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
39 38
Bl.
1
2
3
4
5
6
7
8
=1DA0.R2-Y1
=1DA0.E2-E1
Verriegelungsmagnet electromagnetic locking
Maschinenleuchte machine lamp
=1DA0.M3-S2
=1DA0.M3-S1
TÏrendschalter door limitswitch
TÏrendschalter door limit switch
=1DC1.U1-B1 Drehgeber X-Achse rotary encoder X-axis
=1DC1.H1-M1 Achsantrieb X-Achse servo drive X-axis
=1DC1.M1-S1 Ref.Pkt.Endschalter X-Achse limit switch ref.point X-axis
=1DD1.D1-M1 Werkzeugwendermotor motor tool turret
=1DC2.M1-S1 Ref.Pkt.Endschalter Z-Achse limit switch ref.point Z-axis
=1DB1.U1-B1
=1DC2.U1-B1
Drehgeber Hauptantrieb rotary encoder main drive
Drehgeber Z-Achse rotary encoder Z-axis
=1DB1.D1-M1
=1DC2.H1-M1
LÏfter Hauptantrieb fan main drive
Achsantrieb Z-Achse servo drive Z-axis
=1DB1.H1-M1
=1DH1.M1-B1
Motor Hauptantrieb motor main drive
Druckschalter Schmierung pressure switch lubricant
=1DH1.E1-M1 Schmiermittelpumpe lubricant pump
=1DG1.D1-M1 Motor KÏhlmittelpumpe motor coolant pump
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Endschalter X,Z entfallen
89.09.19
Glanzer
Ønderung
Datum
Name
914112 Mittlg.Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
MASTER PLAN
ET 242 T
Gepr.
ET 242 T
alle Rechte vor
Norm
= 1DA0.A0 + 1DU1
GESAMTÛBERSICHT
Gesellschaft m. b. H.
Anordnungsplan / physical layout
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
=1DC1.U1-B1 Drehgeber X-Achse rotary encoder X-axis
=1DC1.H1-M1 Achsantrieb X-Achse servo drive X-axis
=1DA0.M3-S1/S2 TÏrendschalter door limit switch
=1DA0.E2-E1 Maschinenleuchte machine lamp
=1DC1.M1-S1 Ref.Pkt.Endschalter X-Achse limit switch ref. point X-axis
=1DC2.M1-S1 Ref.Pkt.Endschalter Z-Achse limit switch ref. point Z-axis
=1DB1.D1-M1 LÏfter Hauptantrieb fan main drive
=1DB1.H1-M1 Motor Hauptantrieb motor main drive
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
MASTER PLAN
ET 242 T
Gepr.
ET 242 T
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.A0 + 1DU1
GESAMTÛBERSICHT
Gesellschaft m. b. H.
Anordnungsplan / physical layout
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
=1DA0.M1-A50 Diskettenlaufwerk diskdrive
=1DA0.M1-A44
=1DA0.M1-A42
Bildschirm monitor
Bedienfeld Mode-Tasten keyboard mode keys
=1DA0.M1-A45
=1DA0.M1-X11
=1DA0.M1-X10
VideoverstÌrker video amplifier
Erdungsklemme PE terminal
Steckdose Monitor socket monitor
=1DA0.M1-A41 Bedienfeld keyboard
=1DA0.M1-S40 Override-Schalter override switch
=1DA0.M1-X165 RS232-Schnittstellenstecker RS232 interface
=1DA0.M2-S0 NOT AUS-Taster EMERGENCY STOP button
=1DA0.R3-S1
=1DA0.R3-S2
Zustimmtaste agreement button
SchlÏsselschalter key operating switch
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Ønderg. Monitor -X10,-X11neu
89.09.15
Glanzer
Ønderung
Datum
Name
925257 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
CONTROL CONSOL Zeichnungs-Nr.
Gepr.
alle Rechte vor
Norm
= 1DA0.A1 + 1FP1
BEDIENPULT
Gesellschaft m. b. H.
Anordnungsplan / physical layout
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
=1DA0.C1-Q1 Hauptschalter main switch
=1DA0.E1-M1 LÏfter Schaltschrank fan electrical cabinet
=1DA0.C1-T1
=1DC0.C1-T1
Transformator Steuerung transformer control
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Ønderg.AchsschÏtz/Varistoren
89.09.19
Glanzer
Ønderung
Datum
Name
937238 Mittlg.Nr.
Transformato Achsen transformer servo drives
Benennung:
05.04.01
Bearb. SchÎrghofer
ELECTRICAL CABINET
ET 242 T
Gepr.
ET 242 T
alle Rechte vor
Norm
= 1DA0.A2 + 1DL1
SCHALTSCHRANK
Gesellschaft m. b. H.
Anordnungsplan / physical layout
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
4
Bl.
1
2
3
4
5
6
7
8
=1DA0.M1-A200 Motherboard Peripherie motherboard periphery
=1DA0.M1-A260
=1DC0.C1-A201
Netzteil +5V/+24V power supply +5V/+24V
Netzteil Achsantriebe power supply axis
=1DA0.M1-A0
=1DC0.C1-C4
FunkentstÎrfilter interference supression filter
Kondensator Netzteil Achsen capacitor power supply axis
=1DA0.M1-A270 =1DB1.U1-A1
Netzteil +5V Rechner power supply +5V processor
Leistungsteil Thyristorsteller power control thyristor converter
=1DA0.M1-A2
=1DB1.U1-A4
Motherboard Rechnerbus motherboard processor bus
Regler Thyristorsteller control unit thyristor converter
=1DA0.M1-A1
=1DC1.U1-A2
Motherboard Achsbus motherboard axis bus
Leistungsteil Transistorsteller X-Achse power control servo amplifier X-axis
=1DA0.M1-A60
=1DC1.U1-A1
Maschinen Interface Platine machine interface board
Regler Transistorsteller X-Achse control unit servo amplifier X-axis
=1DA0.M1-A40
=1DB1.U1-A100
Interface Controller Platine interface controller board
Motherboard Thyristorsteller motherboard thyristor converter
=1DA0.M1-A30 =1DC1.U1-A100
Grafikcontrollerplatine graphic controller board
Motherboard Transistorsteller motherboard servo amplifier
=1DA0.M1-A20
=1DA0.E1-M2
Axiscontrollerplatine axis controller boad
LÏfter 1 Transistorsteller fan 1 servo amplifier
=1DA0.M1-A10
=1DA0.E1-M3
Datacontrollerplatine data controller board
LÏfter 2 Transistorsteller fan 2 servo amplifier
=1DC2.U1-A1
=1DC2.U1-A100
Regler Transistorsteller Z-Achse control unit servo amplifier Z-axis
Motherboard Transistorsteller motherboard servo amplifier
=1DC2.U1-A2 Leistungsteil Transistorsteller Z-Achse power control servo amplifier Z-axis
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
=1DA0.E1-M1,=1DA0.E1-M2 neu
90.05.16
Glanzer
Ønderung
Datum
Name
020203 Mittlg.Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
MOUNTING PANEL - RACK
ET 242 T
Gepr.
ET 242 T
alle Rechte vor
Norm
= 1DA0.A2 + 1DL1
MONTAGEPLATTE - RACK
Gesellschaft m. b. H.
Anordnungsplan / physical layout
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
4
Bl.
1
2
3
4
5
6
7
8
=1DA0.M2-K1 Relais Hilfsantriebe Ein relay AUX ON
+1DL1-X4 Klemmleiste 380VAC terminal strip 380VAC
=1DA0.E1-F1
=1DC0.C1-F1..F3
Sicherung LÏfter fuse fan
Sicherungen Versorgung Achsen fuses power supply axis
=1DA0.E2-F1 +1DL1-X1a
Sicherung Masch.leuchte/Steckdose fuse machine lamp/ socket
Hilfsklemmleiste terminal strip
=1DA0.M1-F100
=1DB1.H1-L1
Sicherung Rechner fuse processor
Drossel Versorgung Hauptantrieb inductance power supply main drive
=1DD1.D1-F1..-F3
=1DA0.E2-L1
Sicherungen Versorgung WZW-Motor fuses power supply tool turret motor
VorschaltgerÌt Maschinenleuchte series reactor machine lamp
=1DA0.C1-F4
=1DA0.M1-P1
Sicherungsautomat Hilfsantriebe aut. circuit breaker aux. drives
BetriebsstundenzÌhler hour meter
=1DH1.E1-Q1
=1DA0.E2-X10
Motorschutzsch. Schmiermittelpumpe motor prot. switch lubricant pump
Steckdose 230VAC socket 230VAC
=1DG1.D1-Q1
=1DD1.D1-K1
Motorschutzsch. KÏhlmittelpumpe motor prot. switch coolant pump
SchÏtz WZW rechts contactor tool turret right
=1DH1.E1-K1
=1DD1.D1-K2
Relais Schmiermittelpumpe relay lubricant pump
SchÏtz WZW links contactor tool turret left
=1DD1.M1-K1
=1DG1.D1-K1
Relais WZW Steuerung relay tool turret control
SchÏtz KÏhlmittelpumpe contactor coolant pump
=1DB1.H1-K1
=1DC0.M1-A1
SchÏtz HA-Ankerkreis contactor armature circuit
Varistorplatine varistor board
=1DB1.H1-K2
=1DC0.C1-K1
SchÏtz HA-Feldkreis contactor exitation circuit
SchÏtz Versorgung Achsantriebe contactor power supply axis drives
=1DB1.D1-Q1 Motorschutzsch. LÏfter HA motor prot. switch fan main drive
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
MOUNTING PANEL
ET 242 T
Gepr.
ET 242 T
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.A2 + 1DL1
MONTAGEPLATTE
Gesellschaft m. b. H.
Anordnungsplan / physical layout
Zeichnungs-Nr.
ET242T/ST/D
3
Blatt v.
4
Bl.
1
2
3
4
5
6
7
8
=1DA0.R2-X580
=1DA0.C1-F1,-F2,-F3
TÏrsicherheitsmodul saftey door module
Sicherung Einspeisung 400V fuse power supply 400V
=1DB1.H1-F1,-F2,-F3
=1DA0.R3-X581
Sicherung 400V Vers. Thyristorsteller fuse power supply thyristor converter
Bedienmodul operating module
=1DB1.H1-F4
=1DA0.R4-X582
Ankersicherung Hauptmotor armature fuse main motor
Ausgabemodul output mdule
+1DL1-X3 Klemmleiste 24V terminal strip 24V
PE-Schiene earth terminal
=1DA0.M1-X300
=1DA0.M1-X301
=1DA0.M1-X302
+1DL1-X2
+1DL1-X1
Klemmleistenumsetzer AC terminal strip director AC
Klemmleistenumsetzer DC I/O terminal strip director DC I/O
Klemmleistenumsetzer MI terminal strip director MI
Klemmleiste AC Verbraucher terminal strip AC-users
Klemmleiste Antriebe terminal strip servo drives
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
MOUNTING PANEL
ET 242 T
Gepr.
ET 242 T
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.A2 + 1DL1
MONTAGEPLATTE
Gesellschaft m. b. H.
Anordnungsplan / physical layout
Zeichnungs-Nr.
ET242T/ST/D
4
Blatt v.
4
Bl.
1
2
3
4
5
6
7
8
No.
400V 3/N/PE~50/60Hz
1
NetzanschluÞ
2
Hauptantrieb
3
Hauptantrieb LÏfter
1
main power supply
2
main drive
3
main drive fan
0L1...0L3/N/PE
=1DA0.C1-Q1
3
=1DA0.C1-F1...F3 35Atr
1L1...1L3 400V 3/N/PE~50/60Hz 3
=1DB1.H1-F1...F3 50Aff
=1DA0.C1-F4 20Atr
=1DB1.H1-K1
=1DB1.H1-K2 2L1...2L3 400V 3/N/PE~50/60Hz
=1DB1.H1-L1
2L/2.1
3x1mH 30A
-X120
-X110
=1DB1.U1-A2
=1DB1.U1-A2
-F11... -F13 6Af
-X110
-V1..V6
-X120
-X110
=1DB1.D1-Q1 0,25-0,4A I>>
=1DB1.H1-F4 50Aff
=1DB1.H1-M1
M
=1DB1.D1-M1
10KW 400V
220V/380V 0,35A/0,2A
100W 2700min/-1 7,9m3/h
=1DB1.U1-B1 n
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
Nr.
1L1../2L1.. war 4-Leiternetz
89.07.20
Glanzer
Ønderung
Datum
Name
100
1
M 3~
< 100 >
Benennung:
05.04.01
Bearb. Glanzer
POWER SUPPLY 400V/230V Zeichnungs-Nr.
Gepr.
alle Rechte vor Mittlg.Nr.
Norm
= 1DA0.B1 +
ENERGIEVERSORGUNG 400V/230V
Gesellschaft m. b. H.
Ûbersichtsschaltplan / summary circuit diagram
ET242T/ST/D
1
Blatt v.
7
Bl.
1
2
3
4
5
6
7
8
No.
2L1...2L3 400V 3/N/PE~50/60Hz
2L/1.7
2L/3.1
3
=1DC0.C1-F1...F3
1
Versorgung Achsantriebe
2
X-Achse
3
Z-Achse
1
power supply axis drives
2
X-axis
3
Z-axis
6,3Am
=1DC0.C1-T1 1.5kVA 3x380V 2,28A 3x120V 7,2A
=1DC0.C1-K1 -X200
=1DC0.C1-A201 3~
-F11,F12 30Aff
-F21,F22 30Aff
-F31,F32 30Aff
Y
X
-X200
Z
-X200
-X200
-X100
-X100
=1DC1.U1-A2
=1DC2.U1-A2
-X100
=1DC1.H1-M1 0,52KW 180V
-X100
M
=1DC2.H1-M1 0,52KW 180V
M
100
=1DC1.U1-B1 n
=1DC2.U1-B1 n
4
Datum FÏr diese Zeichnung
3 2
Ønderung SchÏtz-Achsantriebe
89.09.20
Glanzer
1
2L1..2L3 war 4-Leiternetz
89.07.20
Glanzer
Ønderung
Datum
Name
Nr.
937238
behalten wir uns
< 100 >
Benennung:
05.04.01
Bearb. Glanzer
POWER SUPPLY AXIS DRIVES Zeichnungs-Nr.
Gepr.
alle Rechte vor Mittlg.Nr.
Norm
= 1DA0.B1 +
VERSORGUNG ACHSANTRIEBE
Gesellschaft m. b. H.
Ûbersichtsschaltplan / summary circuit diagram
ET242T/ST/D
2
Blatt v.
7
Bl.
1
2
3
4
5
6
7
8
No.
1
KÏhlmittelpumpe
2
Werkzeugwender
1
coolant pump
2
tool turret
2L1...2L3 400V 3/N/PE~50/60Hz 2L/2.3
2L/4.2
=1DD1.D1-F1...F3 6,3A/M
=1DG1.D1-Q1 1-1,6A I>>
=1DG1.D1-K1
=1DD1.D1-K1
=1DG1.D1-M1 220V/380V 370W 1,7/1,0A 2800min-1
-K2
=1DD1.D1-M1 M 3~
220V/380V 0,8A 1500min-1
M 3~
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
2L1..2L3 war 4-Leitenetz
89.07.20
Glanzer
Ønderung
Datum
Name
Benennung:
05.04.01
Bearb. SchÎrghofer
AUXILIARY DRIVES 380V Zeichnungs-Nr.
Gepr.
alle Rechte vor Mittlg.Nr.
Norm
= 1DA0.B1 +
HILFSANTRIEBE 3X380V
Gesellschaft m. b. H.
Ûbersichtsschaltplan / summary circuit diagram
ET242T/ST/D
3
Blatt v.
7
Bl.
1
2
3
4
5
6
7
8
No.
2L/3.3
1
Schmiermittelpumpe
2L1...2L3 400V 3/N/PE~50/60Hz
2
SchaltschranklÏfter
3
LÏfter 1 Transistorsteller
4
LÏfter 2 Transistorsteller
5
Steckdose 220V
6
Maschinenlampe
1
lubrication pump
2
fan electrical cabinet
3
fan 1 servo amplifier
4
fan 2 servo amplifier
5
socket 220V
6
machine lamp
=1DA0.C1-T1 1.5kVA 3x380V 2.28A
20L1...20L3 18V 3/PE~50/60Hz
3x380V 1.52A
20L/6.3
3x18V 16.1A
3L1...3L3 400V/230V 3/N/PE~50/60Hz
3L/5.2
=1DA0.E1-F1
=1DA0.E2-F1
2,5Atr
6,3Am
=1DH1.E1-Q1 0,25-0,4A I>>
=1DA0.E2-L1 =1DH1.E1-K1
=1DH1.E1-M1 220V 150W 0,65A
M 1~
=1DA0.E1-M1 220V 70W 0,32A
M 1~
=1DA0.E1-M2 220V 12W 50/60Hz
M 1~
=1DA0.E1-M3 220V 12W 50/60Hz
M 1~
=1DA0.E2-X10
=1DA0.E2-E1
220V 0...2,5A
220V 14W 0,6A
100
< 100 >
4
Datum FÏr diese Zeichnung
3 2
=1DA0.E1-M2, =1DA0.E1-M3 neu
90.05.17
Glanzer
1
2L1..2L3 war 4-Leiternetz
89.07.20
Glanzer
Ønderung
Datum
Name
Nr.
020203
behalten wir uns
Benennung:
05.04.01
Bearb. SchÎrghofer
CUSTOMER 220V Zeichnungs-Nr.
Gepr.
alle Rechte vor Mittlg.Nr.
Norm
= 1DA0.B1 +
VERBRAUCHER 220V
Gesellschaft m. b. H.
Ûbersichtsschaltplan / summary circuit diagram
ET242T/ST/D
4
Blatt v.
7
Bl.
1
3
4
5
6
7
8
No.
3L/4.6
2
1
Versorgung
2
Rechnerbusprint
3
Achsbusprint
4
BetriebsstundenzÌhler
5
Data-Controller
6
Axis-Controller
7
Grafik-Controller
8
Interface-Controller
9
Maschinen-Interface
10
Monitor
1
supply
2
controller bus print
3
axis bus print
4
hour meter
5
axis-controller
6
data-controller
7
graphic controller
8
interface controller
9
machine interface
10
monitor
L1 230V 1/N/PE~50Hz
=1DA0.M1-F100
=1DA0.M1 +1FP1 -X10
2,5Atr
=1DA0.M1 +1FP1 -A44
=1DA0.M1-A2 =1DA0.M1 -A270
=1DA0.M1-A10
=1DA0.M1-A20
=1DA0.M1-A30
=1DA0.M1-A40
=1DA0.M1-A60
=1DA0.M1-A200
+5VDC/+12VDC/-12VDC +5VDC/+12VDC/-12VDC +24VDC
=1DA0.M1-A1
=1DA0.M1-P1
=1DA0.M1-A10
h
=1DA0.M1-A20
=1DA0.M1-A30
=1DA0.M1-A40
=1DA0.M1-A60 100
< 100 >
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Ønderung Anschluss Monitor
89.09.20
Glanzer
Ønderung
Datum
Name
925257 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
POWER SUPPLY CONTROL UNIT Zeichnungs-Nr.
Gepr.
alle Rechte vor
Norm
= 1DA0.B1 +
SPANNUNGSVERSORGUNG RECHNER
Gesellschaft m. b. H.
Ûbersichtsschaltplan / summary circuit diagram
ET242T/ST/D
5
Blatt v.
7
Bl.
1
2
3
4
5
6
7
8
No.
1
Spannungsversorgung 24VDC
20L/4.6
2
Versorgung Hauptantrieb
20L1...20L3 18V 3/PE~50/60Hz
3
Versorg. Achsantrieb X
4
Versorg. Achsantrieb Z
1
voltage supply 24VDC
2
supply main drive
3
supply axis drive X-axis
4
supply axis drive Z-axis
=1DA0.M1-A260
=1DA0.M1-A200
-F4... -F6 10Atr 24VDC
3~ -F2 10Atr
-F1 10Atr
24VDC
-F3 10Atr
11L+
13L+
12L+
=1DC1.U1-A100
=1DB1.U1-A100
=1DC2.U1-A100
100
< 100 >
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
POWER SUPPLY +24VDC Zeichnungs-Nr.
Gepr.
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.B1 +
SPANNUNGSVERSORGUNG +24VDC
Gesellschaft m. b. H.
Ûbersichtsschaltplan / summary circuit diagram
ET242T/ST/D
6
Blatt v.
7
Bl.
Nr.
Ønderung Datum Name
1
Mittlg.Nr.
4
3 FÏr diese Zeichnung
Datum
2 behalten wir uns
Norm
=1DA0.E1-M3
05.04.01
Bearb. SchÎrghofer
Gesellschaft m. b. H.
=1DB1.D1-M1
=1DG1.D1-M1
=1DD1.D1-M1
M 3~ M 3~ Werkzeugwendermotor motor tool turret
M 1~
KÏhlmittelpumpe coolant pump
=1DC3.U1-A2
Maschinenleuchte machine lamp
=1DA0.E2-E1
Steckdose Monitor socket monitor
=1DA0.M1-X10
Schaltschranksteckdose socket
=1DA0.E2-X10
Netzteil Achsantriebe power pack feed drives
=1DC0.C1-A201
Netzteil Rechner power pack control unit
=1DA0.M1-A270
Netzteil +24VDC power pack +24VDC
=1DA0.M1-A260
Transistorsteller Z-Achse servo amplifier Z-axis
4
LÏfter Hauptantrieb fan main drive
M 1~
Schmiermittelpumpe lubricant pump
=1DH1.E1-M1
M 1~
LÏfter 2 Transistorsteller fan 2 servo amplifier
=1DC1.U1-A2 Transistorsteller X-Achse servo amplifier X-axis
3
LÏfter 1 Transistorsteller fan 1 servo amplifier
M 1~
=1DA0.E1-M2
SchranklÏfter fan electrical cabinet
M
=1DA0.E1-M1
M
Motor Z-Achse motor Z-axis
=1DB1.U1-A100 Thyristor-Steller Hauptantrieb power board main drive
2
=1DC3.H1-M1
Motor X-Achse motor X-axis
M
=1DC1.H1-M1
Motor Hauptantrieb motor main drive
=1DB1.H1-M1
Transformator Achsen transformer axis drives
=1DC0.C1-T1
Transformator Steuerung transformer control
=1DA0.C1-T1
EINSPEISUNG supply
1 5 6
Gepr.
alle Rechte vor Ûbersichtsschaltplan / summary circuit diagram
7 No.
Benennung:
SCHUTZLEITERSYSTEM
PROTECTIVE GROUND SYSTEM
8
1
1
M 3~
100
< 100 >
= 1DA0.B1 +
Zeichnungs-Nr.
ET242T/ST/D
Blatt
v.
7
7 Bl.
1
2
3
4
5
6
7
8
No.
+1DL1-X1
PE
N
0L3
0L1
0L2
400V/230V 3/N/PE~50/60Hz
1 2 3 4 5
1
Einspeisung
2
Abgang Hauptantrieb
3
Abgang Hilfsantriebe
1
power supply
2
supply main drive
3
supply auxiliary drives
1 3 5 PE-Schiene
-Q1 KG 41 3X380V/40A
2 4 6
-F1 -F2 -F3 35Atr
+1DL1-X2
1 3 5
-F4 20Atr
2 4 6
+1DL1-X4
1 2 3
-T1
R
S
T
3X380V +/-5% 1,5KVA/2,28A
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
Nr.
1L../2L..war 4-Leiternetz
89.07.20
Glanzer
Ønderung
Datum
Name
3PE/=.E1/1.2
20L3/=.M1/1.3
100
Benennung:
05.04.01
= 1DA0.C1 + 1DL1
EINSPEISUNG
Bearb. Glanzer
POWER SUPPLY Zeichnungs-Nr.
Gepr. Norm
3X18V 16,1A 18V
< 100 >
alle Rechte vor Mittlg.Nr.
18V
20L2/=.M1/1.3
20L1/=.M1/1.3
3L3/=.E1/1.2
25 3L2/=.E1/1.2
+1DL1-X2
380V 380V 380V 18V
3L1/=.E1/1.2
MP
3N/=.E1/1.2
2N/=1DC0.C1/1.2
2PE/=1DC0.C1/1.2
2L3/=1DC0.C1/1.2
115V
4
1
2L2/=1DC0.C1/1.2
2L1/=1DC0.C1/1.2
N/=1DB1.U1/3.3
1PE/=1DB1.H1/1.2
1N/=1DB1.H1/1.2
1L3/=1DB1.H1/1.2
1L2/=1DB1.H1/1.2
1L1/=1DB1.H1/1.2
3X380V 1,52A
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
1
SchaltschranklÏfter
2
LÏfter 1 Transistorsteller
3
LÏfter 2 Transistorsteller
4
Maschinenlampe
=.E2 -F1
5
Steckdose 220V
6,3Am
6
BetriebsstundenzÌhler
1
fan electrical cabinet
2
fan 1 servo amplifier
3
fan 2 servo amplifier
4
machine lamp
5
socket 220V
6
hour meter
400V/230V 3/N/PE~50/60Hz
3L1/=.C1/1.5
3L1/=.M1/2.2
3L2/=.C1/1.5
3L2/=.M1/2.2
3L3/=.C1/1.6
3L3/=.M1/2.2
3N/=.C1/1.5
3N/=.M1/2.2
3PE/=.C1/1.6
3PE/=.M1/2.2
-F1 2,5Atr
31L2/=1DH1.E1/1.2
+1DL1-X2
31N
32L3/=1DB1.M1/1.2 N./=1DB1.M1/1.2
25
31PE
=.E2 -L1
U1
U2
=1DA0M1/12.7
220V0,395A
+1DL1-X2
25
20
25
-M1 230V 0,25A 35W 105m3/h
U1 U2
PE
M
-M2 230V 12W 50/60Hz
1~
U1 U2 M 1~
PE
-M3 230V 12W 50/60Hz
U1 U2 M 1~
PE
=.E2 +1DU1 -E1 220V 14W 0,06A
U1
2
=.M1 -P1
=.E2 -X10
GND
19
+24V
+1DL1-X2
1
h
24V
N
100
< 100 >
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
-M2, -M3 neu
90.05.16
Glanzer
Ønderung
Datum
Name
020203 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
CUSTOMER 230V Zeichnungs-Nr.
Gepr.
alle Rechte vor
Norm
= 1DA0.E1 + 1DL1
VERBRAUCHER 230VAC
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
18V 3/PE~50/60Hz
1
Netzteil +24VDC
1
power pack +24VDC
20L1/=.C1/1.6 20L2/=.C1/1.6 E-OFF/=.M2/1.4
20L3/=.C1/1.6
20PE
-X280 -X260
20z
22d
24z
1 2 3 GND
32z
10z
.6
E-OFF
-X260
-F4...-F6 10Atr
+5VDC 0
3
30d
t
A1
14
=1DA0.M1-A260-K1
~
=1DC0.M1/1.3
A2
11
28z +24V GND
-A200
-A260
-F1
-F2
-F3
-F7
10Atr
10Atr
10Atr
10Atr
H4
-X260
16b
H3
gn
11L+
16d
16z
12L+
14b
14d
14z
6b
H2
gn
6d
6z
12b
12d
12z
2b
H1
gn
13L+
2d
gn
2z
10d L
GND
GND 11L+
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
GND1 entfallen
89.09.20
Glanzer
Ønderung
Datum
Name
1 2 3
-X263
1 2 3 4 5 6 7 8
-X261 1
2 3 4
1 2 3 4
GND5/3.6
13L+/3.5
GND4/=1DC2.U1/1.3
GND3/=1DC1.U1/1.3
GND2/=1DB1.U1/4.1
12L+2/=1DC2.U1/1.3
12L+1/=1DC1.U1/1.3
12L+0/=1DB1.U1/4.1
Benennung:
05.04.01
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG +24VDC
Bearb. Glanzer
VOLTAGE SUPPLY +24VDC Zeichnungs-Nr.
Gepr. Norm
-X262
100
alle Rechte vor Mittlg.Nr.
.5
13L+
GND
-X264
12L+
1 2 3 4 5 6
11L+1/=1DC1.M1/1.6
-X266
11L+0/=1DC0.M1/1.2
1 2 3 4 5 6
GND0/=1DC0.M1/1.2
-X265
12L+
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
ET242T/ST/D
1
Blatt v.
14
Bl.
1
2
3
4
5
6
7
400V/230V 3/N/PE~50/60Hz 3L1/=.E1/1.6 3L2/=.E1/1.6 3L3/=.E1/1.6
+1DL1-X2
3N/=.E1/1.6
8
No.
1
Netzteil Rechner
2
Spannungsversorgg.Monitor
1
power supply unit control u
2
power supply monitor
25
3PE/=.E1/1.6
+1DP1 -X10
-F100 2,5Atr
+1DL1-X2 6L/6.3
24
6N/6.3
25 bl
-A0
-A200
-R1
bl
+1DP1 -X11
tr
LC-Filter
-X273
6PE/6.3
sw
sw
5
3
PE
1
U
8z
10b
10z
12b
12z
16z
18z
18b
2 3 4 5 6 7 8
-X272
1 2 3 4 5 6
100
U2/3.7
U1/3.6
+5V
+5V
-X271 1
16b
+12V
8b
-12V
6z
GND
6b
GND
4z
+5V
4b
-12VDC GND
-12V
2z
GND
+12V
2b
+12VDC
GND
-X270
GND
GND
+5VDC
+5V
PE
-A270
SENSE-
N
32z
sense-
220V
30b
SENSE+
28z
sense+
-X270
< 100 > 4
Datum FÏr diese Zeichnung
3 2
Fehlerkorr.: -X2:24 war 22
89.11.22
Glanzer
1
Ønderung Monitor (Steckdose)
89.09.05
Glanzer
Ønderung
Datum
Name
Nr.
behalten wir uns 925257 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
VOLTAGE SUPPLY CONTROL UNIT Zeichnungs-Nr.
Gepr.
alle Rechte vor
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG RECHNER
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
ET242T/ST/D
2
Blatt v.
14
Bl.
1
2
3
4
5
6
7
8
No.
1
2
3
-X46
4
1
Achsbusprint
2
Rechnerbusprint
3
Data-Controller
+12V
-12V
GND
GND
5V
5V
GND5/1.6
13L+/1.5
-X48
U2/2.6
1 2 3 4 5 6
DATACONTROLLER I/O Pin Nr.
Signal
-X20..-X25
I
4a
ID0
Schaltplanabschnitt / circuit diagram section
+24VDC GND
=1DA0.M3/1.5
TÏrendschalter
+5VDC
door limit switch
+12VDC 5a
ID1
=1DH1.M1/1.4
Druckschalter Schmierung
pressure switch lubrication
-A1
-12VDC
6a
ID2
=1DG1.M1/1.3
Therm. StÎrung KÏhlmittel
therm. overload coolant pump
7a
ID3
=1DR1.M1/2.2
Spannzylinder Endlage hinten
end pos. chuck OD-clamping
8a
ID4
=1DR1.M1/1.4
Druckschalter Futter
pressure switch chuck
-X21 3a -X6
-X20..-X25 4c
3a
3c
9a
9c
1a
1c
2a
2c
32a
32c
1
axis bus print
3c
9a
9c
1a
1c
2a
2c
32a
32c
2
controller bus print
3
data-controller
-A10
O OD0
1
GND
=1DG1.M1/1.3
KÏhlmittelpumpe EIN
coolant pump ON
5c
OD1
=1DH1.M1/1.3
Schmiermittelpumpe EIN
lubricant pump ON
6c
OD2
=1DR1.M1/2.3
Spannmittel zu
clamping device close
-X1 1a
1c
2a
2c
30a
30c
31a
31c
32a
32c
-X11 1a
1c
2a
2c
30a
30c
31a
31c
32a
32c
GND
+12VDC +5VDC
sense-
1 2 3 4 5 6 7 8
100
U1/2.5
+5V
-X56
sense+
alarm output
-12V
Alarm Ausgang
clamping device open
+12V
=1DN1.M1/1.2
Spannmittel auf
GND
OD4
=1DR1.M1/2.2
GND
8c
OD3
-12VDC
+5V
7c
-A2
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
VOLTAGE SUPPLY
DATACONTROLLER
Gepr.
DATA CONTROLLER
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.M1 + 1DL1
SPANUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
3
Blatt v.
14
Bl.
1
2
3
4
5
6
7
8
No.
1
Achsbusprint
2
Rechnerbusprint
3
Axis-Controller
1
axis bus print
2
controller bus print
3
axis-controller
AXIS-CONTROLLER I/O Pin Nr.
Signal
-X20..X25
I
10a
IA 0
11a
IA 1
12a
IA 2
13a
IA 3
14a
IA 4
18c
RX
22c
RY
26c 18a
Schaltplanabschnitt / circuit diagram section
-X47 =1DC1.M1/1.3
Referenzpunktendschalter X
reference point switch X
RZ
=1DC2.M1/1.3
Referenzpunktendschalter Z
reference point switch Z
SYNC X
=1DC1.M1/1.6
Sync.Impuls X-Achse
sync. impulse X-axis
Sync.Impuls Z-Achse Sync.Impuls Hauptantrieb
sync. impulse Z-axis X-axis sync. impulse main drive
22a
SYNC Y
26a
SYNC Z
=1DC2.M1/1.6
29c
SYNC M
=1DB1.M1/1.6
27c
SRM
1
2
3
4
+24VDC GND +5VDC +12VDC
-A1
-12VDC GND
16a
SRX
=1DC_.M1/1.7
20a
SRY
=1DC_.M1/1.7
I2-C Bus INT I2-C Bus SDA
I2-C Bus INT I2-C Bus SDA
24a
SRZ
=1DC_.M1/1.7
I2-C Bus SCL
I2-C Bus SCL
28c
NistM
=1DB1.M1/1.5
Nist Hauptantrieb
Nist main drive
28a
IA M
=1DB1.M1/1.5
Ankerstrom Hauptantrieb
armature current main drive
-X20..X25
O
10c
OA 0
=1DC1.M1/1.6
X-Achse EIN/AUS
X-axis ON/OFF
11c
OA 1
12c
OA 2
=1DC2.M1/1.6
Z-Achse EIN/AUS
Z-axis ON/OFF
13c
OA 3
=1DB1.M1/1.4
Pos. Control. off
pos. control. off
14c
OA 4
=1DB1.M1/1.4
MD-Synchronisation
md-syncronisation
16c
C1 X
I2-C Bus SCL
I2-C Bus SCL
20c
C1 Y
I2-C Bus SDA
I2-C Bus SDA
24c
C1 Z
15a
CK X
=1DC1.M1/1.5
Takt X-Achse
clock X-axis
15c
DIR X
=1DC1.M1/1.5
Richtung X-Achse
dirction X-axis
-X22
3a
3c
9a
9c
1a
1c
2a
2c
32a
-X6
3a
3c
9a
9c
1a
1c
2a
2c
32a
-A20 -X1 1a
1c
2a
2c
30a
30c
31a
31c
32a
-X12 1a
1c
2a
2c
30a
30c
31a
31c
32a
GND
-A2
-12VDC +12VDC
19a
CK Y
19c
DIR Y
23a
CK Z
=1DC2.M1/1.5
Takt Z-Achse
clock Z-axis
23c
DIR Z
=1DC2.M1/1.5
Richtung Z-Achse
dirction Z-axis
30a
CK M
=1DB1.M1/1.5
Takt Hauptantrieb
clock main drive
30c
DIR M
=1DB1.M1/1.5
Richtung Hauptantrieb
direction main drive
29a
M ON/OFF
=1DB1.M1/1.5
Hauptantrieb EIN/AUS
main drive ON/OFF
+5VDC
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
IA0,IA2 nicht mehr belegt
89.09.20
Glanzer
Ønderung
Datum
Name
914112 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
VOLTAGE SUPPLY
AXISCONTROLLER
Gepr.
AXIS CONTROLLER
alle Rechte vor
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
4
Blatt v.
14
Bl.
1
2
3
4
5
6
7
8
No.
1
Rechnerbusprint
2
Grafik-Controller
1
controller bus print
2
graphic controller
+24VDC
+12VDC
-A1
GND
GND
GND
GND
GND
GND
GND
GND
n.c.
INT
-12VDC
CH01
CH02
CH0S
+5V
CH1S
+12V
CH12
+12V
CH11
GND
GND
GND
GND
ERROR
+5VDC
GND
GND
n.c.
SELECT
BUSY
PE GREEN
BLUE
D 8
ACK H-SYNC
B/W VIDEO
D 6
D 7 V-SYNC
+12V
D 4
D 5 INTEN
RED
GND
GND
GND
GND
GND
-A30
+12V
D 3
D 1
Strobe
GND
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
D 2
-X342a
-A30 -X340a
1 2 3 4 5 6 7 8 9 10 11 12 13 14-X341a 1 2 3 4 5 6 7 8 9 10 11 12 13 14
-X1
1a
1c
2a
2c
30a
31c
31a
31c
-X13
1a
1c
2a
2c
30a
30c
31a
31c
GND -12VDC
-A2
+12VDC +5VDC
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
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VOLTAGE SUPPLY
GRAFIKCONTROLLER
Gepr.
GRAPHIC CONTROLLER
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
5
Blatt v.
14
Bl.
1
2
3
4
5
6
7
8
No.
Interface-Controller
3
RS232-Interface
4
Terminal Interface
5
Netzteil Monitor
6
Monitor
1
controller bus print
2
interface controller
3
RS232 interface
4
terminal interface
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
n.c.
CTS
RTS
n.c.
GND
n.c.
TXD
RXD
n.c.
ROT
GND GRÛN
H-SYNC
B/W
V-SYNC
n.c. INTENSITY
BLAU
GND
GND
+24VDC +12VDC
GND +12VDC
n.c.
RTS
CTS
TXD GND
GND
GND
-A40
+5VDC +12VDC
-A1
-12VDC GND
-X66
2
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
GND
-X65
Rechnerbusprint
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
RXD
+1DP1 -X165
1
1 2 3 4 5 6 7 8 9 10 11 12 13 14-X64 1 2 3 4 5 6 7 8 9
+1DP1 -X1 1
2 3 4 5 6 7 8 9 10 11 12 13 14
-A40 +1DP1 -A45
+1DP1 1 -X2 +1DP1 -X4 1
-X1 1a
1c
2a
2c
30a
30c
31a
31c
5
power supply unit monitor
-X14 1a
1c
2a
2c
30a
30c
31a
31c
6
Monitor
2 3 4 5 6 7 8 9 10 11 12 13 14
GND -12VDC
-A2
+12VDC +5VDC
2 3 4 5 6 7 8 9 10 11 12 13 14
+1DP1 -A44
6L/2.5 6N/2.5 6PE/2.5
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Ønderung Anschluss Monitor
89.09.20
Glanzer
Ønderung
Datum
Name
925257 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
VOLTAGE SUPPLY
INTERFACECONTROLLER
Gepr.
INTERFACE CONTROLLER
alle Rechte vor
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
6
Blatt v.
14
Bl.
1
2
3
4
5
6
7
8
No.
1
-X62
2
3
4
5
6
7
8
9
n.c.
GND
TXD
+12VDC
-12VDC
+12VDC
RST
RXD
GND
n.c.
GND
GND
WDA
WCD
FWD
RDA
WEN
n.c.
n.c.
CIP
RDC
REV
BET
TXD
-A40
GND
-12VDC
1
Interface-Controller
2
Diskettenlaufwerk
3
Bedienfeld
4
Bedienfeld Mode Tasten
5
Feed Override Schalter
1
interface controller
2
diskdrive
3
keyboard
4
keyboard mode buttons
5
feed override switch
10 11 12 13 14 15 16
-X63
10 1 2 3 4 5 6 7 8 9 12 13 14 15 16 17 18 19 20 11
1 2 3 4 5 6 7 8 9 10
Schalterstellungen von S40: switch positions of S40:
+1DP1 -X71
14 12 10 8 6 4 2
+1DP1 -A50
1 2 3 4 5 6 7 8 9 10
+1DP1 -A41 +1DP1 -X70
+1DP1 -X70a
1 2 3 4 5 6
+1DP1 -X72
+1DP1 -S1
1 4 6 5 3 2
+1DP1 -X72a
1 2 3 4 5 6
+1DP1 -A42
16....90% 17....95% 18...100% 19...105% 20...110% 21...115% 22...120%
ge
1
gr
2
bl
8
br
16
rs
4
gn
C
23
1 3 5 7 9 11 13
8.....30% 9.....40% 10....50% 11....60% 12....70% 13....75% 14....80% 15....85%
0
+1DP1 -X5
0......0% 1......1% 2......2% 3......4% 4......6% 5......8% 6.....10% 7.....20%
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
VOLTAGE SUPPLY
INTERFACECONTROLLER
Gepr.
INTERFACE CONTROLLER
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
7
Blatt v.
14
Bl.
1
2
3
4
5
6
7
8
No.
MASCHINEN-INTERFACE INPUTS Pin Nr.
Signal
IS0
=1DD1.M1/2.2
WZW-Psition bit 0
tool turret position bit 0
-X26:10c
IS1
=1DD1.M1/2.3
WZW-Psition bit 1
tool turret position bit 1
-X26:12a
IS2
=1DD1.M1/2.3
WZW-Psition bit 2
tool turret position bit 2
-X26:12c
IS3
=1DD1.M1/2.3
WZW strobe
tool turret strobe
-X26:30a
IS4
=1DD1.M1/2.4
Kontrolle Vorindexierung
indexing control switc
-X26:30c
IS5
=1DD1.M1/2.4
Kontrolle Verriegelung
locking control switch
-X26:32a
IS6
=1DD1.M1/2.5
StÎrung WZW
fault tool turret
-X26:32c
IS7
-X16c:18
IS8
-X26
4a
6a
8a
2a
2c
4c
6c
8c
-X16c:17
IS9
-X16. 4a
6a
8a
2a
2c
4c
6c
8c
-X16c:16
IS10 IS11 IS12
-X16c:13
IS13
-X16c:12
IS14
=1DH1.M1/1.3
Thermo Schmiermittel Pumpe
thermo lubrication pump
-A60 2a
2c
30a
30c
31a
31c
1c
2a
2c
30a
30c
31a
31c
-X16c:9
IS17
-X16 1a
-X16c:8
IS18
-X16c:7
IS19
-X16c:3
IS23
-X16c:2
IS24
-X16c:1
IS25
-X16b:18
IS26
-X16b:17
IS27
-X16b:16
IS28
-X16b:15
IS29
-X16b:14
IS30
-X16b:13
IS31
2
controller bus print
3
machine interface
GND
1c
IS22
axis bus print
-12VDC
-A1
-X1 1a
-X16c:4
1
+12VDC
IS16
IS21
Maschinen-Interface
+5VDC
IS15
IS20
3
GND
-X16c:11
-X16c:5
Rechnerbusprint
+24VDC
-X16c:10
-X16c:6
2
IS
-X26:10a
-X16c:14
Achsbusprint
Schaltplanabschnitt / circuit diagram section
I
-X16c:15
1
GND -12VDC
-A2
+12VDC +5VDC
=1DAO.R4/1.3
Sonderbetrieb
special operation mode
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
VOLTAGE SUPPLY
MASCHINENINTERFACE
Gepr.
MACHINE INTERFACE
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
8
Blatt v.
14
Bl.
1
2
3
4
5
6
7
8
No.
1
MASCHINEN-INTERFACE OUTPUTS Pin Nr.
Signal
Schaltplanabschnitt / circuit diagram section
O -X26:14a
OS0
=1DD1.M1/1.2
Werkzeugwender Rechtslauf
tool turret right
-X26:16a
OS1
=1DD1.M1/1.4
Werkzeugwender Linkslauf
tool turret left
-X26:18a
OS2
=1DD1.M1/1.5
WZW Vorindexierung
TT preindexing magnet
-X26:20a
OS3
=1DD1.M1/1.6
Werkzeugwender Bremse
tool turret brake
-X26:22a
OS4
-X26:24a
OS5
-X26:26a
OS6
-X26:28a
OS7
=1DA0.M2/1.6
Hilfsantriebe EIN
auxiliary drives ON
-X16b:10
OS8
-X16b:9
OS9
-X16b:8
OS10
-X16b:7
OS11
-X16b:6
OS12
-X16b:5
OS13
-X16b:4
OS14
-X16b:3
OS15
-X16b:2
OS16
-X16b:1
OS17
1
=1DA0.R3/1.2
Hauptantrieb steht n=0
maindrive stop n=0
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
VOLTAGE SUPPLY
MASCHINENINTERFACE
Gepr.
MACHINE INTERFACE
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
9
Blatt v.
14
Bl.
1
2
3
4
5
6
7
8
No.
1
Achsbusprint
2
Klemmleistenumsetzer Axis-Controller Peripherie
-X43
-X320
1 2
3
1 2
4 5
3
4 5
6 7
8
6 7
9
8
9
10
10
11
12
11
13
12
14
13
14
15
19
15
20
GND
OA 4
OA 3
GND
IA 4
IA 3
IA 2
IA 1
IA 0
REF Z
REF Y
REF X
+24VDC
GND
SYNC Z
SYNC Y
-A1
SYNC X
+12VDC
21
16
17
1 2 3
4 5 6
1
axis bus print
2
terminal strip director axis-controller peripherie
18
-X300 +24VDC
GND
GND
GND
-X322
1 2 3
-X324
1 2 3
-X326
1 2 3
-X330
4 5 6
7 8 9
10 11 12
13 14 15
-X331
=1DC2.M1/1.3
=1DC1.M1/1.3
1 2 3
OA 4
1 2 3
=1DB1.M1/1.4
-X325
OA 3
1 2 3
=1DB1.M1/1.4
-X323
Ref. Z
2 3
+24VDC
1
+24VDC
+24VDC
-X321
+12VDC
Ref. X
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
IA0,IA2 nicht mehr belegt
89.09.20
Glanzer
Ønderung
Datum
Name
927238 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
VOLTAGE SUPPLY
KLEMMLEISTENUMSETZER AC
Gepr.
TERMINAL STRIP DIRECTOR AC
alle Rechte vor
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
10 14
Bl.
1
2
3
4
5
6
7
8
No.
1
Achsbusprint
2
Klemmleistenumsetzer Data-Controller I/O
-X40
1
2
3
4
5 6
13
7
14
8
9
11
10
GND
OD4
OD3
OD2
OD1
OD0
E-OFF
E-OFF
+24VDC
ID4
ID3
ID2
ID1
ID0
-A1
12 1
axis bus print
2
terminal strip director data controller I/O
-X360
1
2
3
4
5 6
13
7
14
8
9
11
10
12
-X302 +24VDC
+24VDC
GND
7 8 9
10 11 12
13 14 15
GND
OD 1
4 5 6
=1DH1.M1/1.3
GND
OD 0 =1DG1.M1/1.3
=1DA0.M1/14.7
=1DA0.M2/1.2
GND
19 20 21 -X362 1 2 3 +24VDC
16 17 18
E-OFF
13 14 15
E-OFF
ID 2
10 11 12
+24VDC
7 8 9
=1DG1.M1/1.3
+24VDC
ID 1
4 5 6
=1DH1.M1/1.4
GND
=1DA0.R2/1.2 +24VDC
1 2 3 ID 0
-X361
GND
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
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VOLTAGE SUPPLY
KLEMMLEISTENUMSETZER DC I/O
Gepr.
TERMINAL STRIP DIRECTOR DC I/O
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
11
Blatt v.
14
Bl.
1
2
3
4
5
6
7
8
No.
-X42 -X370
12
13
14
15
16
17
18
1
2
3
4
5
6
7
8
-X16b
OS17
OS16
OS15
OS14
OS13
OS12
OS10
OS 9
OS 8
OS 7
OS 6
OS 5
11
OS11
-A60
OS 4
OS 3
OS 2
OS 1
-A1
OS 0
10
9
8 7 6 5 4 3 2 1
9
10
11 12 13 14 15 16 17 18
1
Achsbusprint
2
Maschinen-Interface
3
Klemmleistenumsetzer Maschinen-Interf. Output
19 20
-X371 25 26 27 GND
22 23
+24V
DC1_=1DA0.E1/1.7
24
-X302
GND
19
20 21
+24V OS15
1
axis bus print
2
machine interface
3
terminal strip director
DC2_=1DC1.H1/1.5 1DA0.R3/1.2
16
machine interface output
17 18 13 14 15
+24VDC
+24VDC
GND
43 44 45
46 47 48
49 50 51
3 2 1
6 5 4
9 8 7
12 11 10
GND
52 53 54
=1DA0.M2/1.6
=1DD1.M1/1.6
GND
40 41 42
OS 7
37 38 39 OS 3
GND =1DD1.M1/1.4
34 35 36 =1DD1.M1/1.5 OS 2
31 32 33 OS 1
28 29 30 =1DD1.M1/1.2 OS 0
-X371
GND
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
VOLTAGE SUPPLY
KLEMMLEISTENUMSETZER MI OUTPUT
Gepr.
TERMINAL STRIP DIRECTOR MI OUT
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
12 14
Bl.
1
2
3
4
5
6
7
8
No.
1
Achsbusprint
2
Maschinen-Interface
3
Klemmleistenumsetzer
-A60
-X42
1
2
3
4
5
6
7
8
-X340
9
10
11
12
13
14
15
16
-X16c
IS15
IS14
IS13
IS12
IS11
IS10
IS 9
IS 8
IS 7
IS 6
IS 5
IS 4
IS 3
IS 2
IS 1
-A1
IS 0
Maschinen-Interface Inputs
18
17
16 15 14 13 12 11
1
2
3 4 5 6 7 8
-X341 24 23 22 1
axis bus print
2
machine interface
3
terminal strip director
21 20 19
-X301
18 17
16
+24VDC IS 13
machine interface inputs =1DH1.M1/1.3
15 14 13 +24VDC
GND
GND
IS 5 =1DD1.M1/2.4
22 23 24
-X341
1 2 3
4 5 6
7 8 9
10 11 12
+24VDC
IS 4 =1DD1.M1/2.3
19 20 21 IS 6
IS 3 =1DD1.M1/2.3
16 17 18
IS 2
13 14 15
=1DD1.M1/2.5
10 11 12
=1DD1.M1/2.3
7 8 9
IS 1
4 5 6
=1DD1.M1/2.3
=1DD1.M1/2.2
+24VDC
1 2 3 IS 0
-X342
+24VDC
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
VOLTAGE SUPPLY
KLEMMLEISTENUMSETZER MI INPUT
Gepr.
TERMINAL STRIP DIRECTOR MI INP
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
13 14
Bl.
1
2
3
4
5
6
7
8
No.
1
Maschinen-Interface
2
Klemmleistenumsetzer
-X16c
10
9
8
7
6
5
4
3
2
1
-X350
9
10
11
12
13
14
15
16
1
2
-X16b
IS31
IS30
IS29
IS28
IS27
IS26
IS25
IS24
IS23
IS21
IS20
IS19
IS18
IS17
IS16
-A60
IS22
Maschinen-Interface Inputs
18 17 16 15 14 13
3 4 5 6 7 8
17 18
-X351 24 23
GND +24VDC
=1DA0.M1/11.4 1
machine interface
2
terminal strip director
22 21
machine interface inputs
20
-X301
19
18 17 16
+24VDC
+24VDC
GND
1 2 3
4 5 6
7 8 9
10 11 12
13 14 15
16 17 18
19 20 21
22 23 24
-X351
1 2 3
4 5 6
7 8 9
10 11 12
13 14 15
1DA0.R4/1.2
IS28
-X352
GND
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
VOLTAGE SUPPLY
KLEMMLEISTENUMSETZER MI INPUT
Gepr.
TERMINAL STRIP DIRECTOR MI INP
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan /circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
Blatt v.
14 14
Bl.
1
2
3
4
5
6
7
8
No.
.M1 -A10 .M1-A1
=.M1 -X6 =.M1 -X21
+24VDC
1
NOT-AUS Taste
2
AUX ON Relais
1
EMERGENCY OFF switch
2
AUX ON relais
27a 27a
E-OFF 24V
5V
-S14
.M1-A1
GND
=.M1 -X45
=.M1 -X42
1 2 3
E-OFF/=.M1/1.5
=.M1 -X360
14
18
GND
=.M1 -X44
2 1
GND
13
E-OFF
=.M1 -X40
14
OS 7
=.M1 -X370
13
8
.M1 -X302
.M1 -X302 =.M1 -X361
+1DL1-X3
19
GND
=.M1 -X371
16
49
51
A1
NA/=.R2/1.2
-K1
12
A2 21
+1DP1 -S1
14
22
11 12 24
+1DL1-X3
=1DB1.M1/1.3
21
13
22 34 31 32 44 41 42
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Fehlerkorr.: -X3:29 war 28
89.11.23
Glanzer
Ønderung
Datum
Name
Benennung:
05.04.01
Bearb. SchÎrghofer
CONTROL E-OFF CIRCUIT
HILFSANTRIEBE EIN
Gepr.
AUXILIARY ON
alle Rechte vor Mittlg.Nr.
Norm
= 1DA0.M2 + 1DL1
NOT-AUS KREIS STEUERUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
NA/=.M2/1.3
+1DU1 +1DU1 +1DU1 -S1 -S2 -S3
-X580
+1DU1 -Y1
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
saftey door module
SICHERHEITSSCHALTUNG
Gepr.
saftey circuit
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.R2 + 1DL1
TÛRSICHERHEITSMODUL
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
+1DP1 -S1
+1DP1 -S2
-X581
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
operating module
SICHERHEITSSCHALTUNG
Gepr.
saftey circuit
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.R3 + 1DL1
BEDIENMODUL
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
-X582
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
output module
SICHERHEITSSCHALTUNG
Gepr.
saftey circuit
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DA0.R4 + 1DL1
AUSGABEMODUL
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
400V 3/N/PE~50/60Hz
1L1/=1DA0.C1/1.2
4
5
6
7
8
No.
1L2/=1DA0.C1/1.2 1L3/=1DA0.C1/1.2 1N/=1DA0.C1/1.2 1PE/=1DA0.C1/1.2
-F1-F2-F3
1
Ankerkreis
2
Feldkreis
3
Versorgung LÏfter HA
1
armature circuit
2
extitation circuit
3
power supply fan MD
50Aff
1
3
5
2
4
6
-K1
1
3
5
2
4
6
-K2
=.M1/1.2
=.M1/1.3
V2
W2
-A1 4z
8z
12z
6d
10d
14d
32z
=.U1 -X110
4z
=.U1 -X21
3
6d
2
8z
1
32z
10d
8
12z
6
14d
4
=.U1 -X20
-F11...-F13 =.U1 -A100
L2
L3
20z
22d
Datum FÏr diese Zeichnung
2
Fehlerkorr.:-K2 1L1/1L3 vert
89.11.22
Glanzer
1
1L1..1L3 war 4-Leiternetz
89.07.20
Glanzer
Ønderung
Datum
Name
Nr.
7
behalten wir uns
=.U1 -X110
18d
16z
2
14
12
10
22d
20z
L+
24z
26d
= 1DB1.H1 + 1DL1
HAUPTANTRIEB VERSORGUNG ANKER
Bearb. Glanzer
MAIN DRIVE SUPPLY ARMATURE
+ FELDKREIS
Gepr.
+ EXITATION CIRCUIT Norm
100
Benennung:
05.04.01
alle Rechte vor Mittlg.Nr.
15
5
=1DB1.U1/4.4
4 3
=.U1 -X21
L-
GND
18d
4 5 6
IA
16z
8
9
+15V
30d
A_A2/2.3
28z
A_A1/2.2
26d
~ L- L+
13
=.U1 -X20 24z
16
=1DB1.U1 -A3
A2
1.3 IA
=.U1 -X112
6
.U1-B190 X
1.2 IA
A1
17
.U1-T220
6Af
=1DB1.U1 -A2
3
F_F2/2.3
L1
1
=.U1 -X21 -V220 4 ~
F_F1/2.4
=.U1 -X112
IF/=.U1/4.1
U2
GND
3x1mH 30A
IF
W1
-L1
6L3/=.U1/3.4
V1
6L1/=.U1/3.4
U1
6L2/=.U1/3.4
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
+1DL1-X1a
3
2
LÏfter Hauptmotor
1
main motor
2
fan main motor
13 21
0,25-0,4A (0,35A)
50Aff
6 7
11
8 9
10
PE F2
I>> 2
+1DL1-X2
=.D1 +1DU1 -M1
1B1 M -F1
14 22
F1
310V 1,1A
I>> 6
1
2
3
br
sw
bl
V
U
W
=.D1 -A1 PE
M 3 ~
220V/380V 0,35/0,2A
2B2
I>> 4
=.U1/1.1
-F4
+1DU1 -M1
Hauptmotor
PE
5
=.D1 -Q1
+1DL1-X1
1
1 2 1
5,4/6,6/6,6/3,6KW 1450/1900/4000/7000U/MIN 210/400/400/400V
6L3./=.U1/3.5
6L2./=.U1/3.4
6L1./=.U1/3.4
PE
F_F1/1.6
F_F2/1.6
A_A1/1.2
A_A2/1.2
LÛFTER HAUPTMOTOR
=.U1 +1DU1 -B1
100W 2700U/MIN 79m3/h
n =1DB1.U1/1.1
ROD420/500Imp. 100
< 100 >
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Fehlerkorr.:-X1:10,11 vert.
89.11.22
Glanzer
Ønderung
Datum
Name
Benennung:
05.04.01
Bearb. Glanzer
MAIN DRIVE
MOTOR + LÛFTER
Gepr.
MOTOR + FAN
alle Rechte vor Mittlg.Nr.
Norm
= 1DB1.H1 + 1DL1
HAUPTANTRIEB
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
230V 1/N/PE ~50/60Hz
=1DB1.U1 -A100
=.U1 -X120
18d
12
14
=1DB1.U1 -A4-K1
32L3
=1DA0.M2 -K1
13
14
=.H1 -K1
11
Feldkreis,LÏfter und
3
steller
=.U1 -X114
14
20
19
14
21
18
17
16
14
20z
=.H1 -K2
13
.3
=1DA0.M1 -X30
=1DA0.M1 -A1
20
19
NistDIG OA 4
=1DA0.M1 -X43 =1DA0.M1 -X320
20
OA 3
CK M
=1DA0.M1 -X30
19
22
14
21
18
IA
SYNC.M
SDA
DIR M
M-ON/OFF
E-OFF
23
13
17
16
SCL
INT 1
armature circuit ON/OFF
2
field circuit, fan and
15 electronic ON/OFF
17
16 3
-A1 A1
1 3
4
5
6
13
14
23
24
=.U1 -X120 26d
A2
=.H1/1.2 =.H1/1.2 =.H1/1.2
1
2
3
4
5
6
13
14
.3
22
13
23
15
=.U1 -X116
11
5
=1DB1.U1 -A100
=.H1/1.4 .3
SERVO ENABLE
24V
MD-Synchronisation
B9
3 2
behalten wir uns
1
100
< 100 > Datum
FÏr diese Zeichnung
Benennung:
05.04.01
Mittlg.Nr.
Bearb. Glanzer
MAIN DRIVE
STEUERUNG
Gepr.
CONTROL Norm
= 1DB1.M1 + 1DL1
HAUPTANTRIEB
alle Rechte vor
Name
=.U1 -X114
=.H1/1.4
.7
B25
Datum
24
=.H1/1.4
4
Ønderung
=.H1 -K1 .2
25 25 2
23
1
A1
=.H1 -K2
A2
N./=1DA0.E1/1.6
Nr.
=1DA0.M1 4 -X331
-A2
motherboard thyristorcontroller
=1DA0.M1 -X300
=.H1 -K1
Motherboard Thyristor-
.2
=1DA0.M2/1.6
=.U1 -X120
2
12
11
Ankerkreis EIN/AUS
Elektronik EIN/AUS
DIR I
32L3/=1DA0.E1/1.6
1
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
1
Motherboard Thyristorsteller
=1DB1.U1 -A100
UA0
UA0
UA1
UA1
UA2
UA2
GND
=.U1 -X114
=1DA0.M1 -X30
1
1
26
26
2
2
25
25
3
24
3
24
12
12 1
=1DA0.M1 -A1
motherboard thyristorcontroller
=1DA0.M1 -X30
=.U1 -X114 =1DB1.U1 -A100
4
5
6
7
8
9
4
5
6
7
8
9
GND
GND
GND
GND
GND
GND
10
10
GND
11
11
GND
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
MAIN DRIVE
STEUERUNG
Gepr.
CONTROL
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DB1.M1 + 1DL1
HAUPTANTRIEB
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
1
VF
-X121 4.1 4.3 4.6
14a 12a 23a
-X121
IF
VF
UA
Freig.Endstufe
Unterspannung/
22a 22c
Serv.Ready
-X120 +1DL1-X3
TC/
1
17
7a
16
1 11
2
CK5
=1DB1.H1/2.3
-X116 2.7
3 4
2.4
8
2.7 2.4
12
MDS
2
=1DB1.M1/1.6
14
Pos Contr. Off
13
- Nist
13
2.7
3
-X120
14
18d
30d Thermo HA
=.H1/2.5 =1DB1.M1/1.4
7c
5
ENCO/ Pos Off
-X116
18
4
Pos Off
=1DB1.H1 -M1-F1
=.D1 -Q1
8a
-X21 Thermo HA
+5V
+1DL1-X3
-X114
24a
SDA SCL
28z
4.1
-X121
12
12c
1
-X121 Pos Contr. Off
GNDA
32c
GNDA
32a
23c
25c
26a
26c
1a
1c
2a
2c
30a
30c
28a
28c
29a
29c
27a
6
7
8
9
10
11
31a -15V
-15V
+15V
+15V
+15V
+15V
+5V
+5V
GNDD
GNDD
GNDD
GNDD
+24V
+24V
HA on
25a
4.4
31c
GNDA E-Off
N=0
-X121 14c
Serv.Enable
GNDA
-A4
=1DB1.M1/1.1
20z
27c
4.4
-A100
-X114
13 15
-X116
11 6
-X114 4
5
12
=1DB1.M1/2.5
10
=1DB1.M1/1.7
7
=1DB1.M1/1.6
5
=1DB1.M1/1.7
-X116 9
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
MAIN DRIVE - MONITORING
FELDREGELUNG,EINSCHALTLOGIK
Gepr.
FIELD CONTROL,POWER ON LOGIC
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DB1.U1 + 1DL1
HAUPTANTRIEB - ÛBERWACHUNGEN
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
4
Bl.
1
2
3
4
5
6
7
8
No.
=1DB1.M1/1.5
1
-X114 23
-X117 3
22
4
-X114 24
3 =1DB1.M1/2.5
1.6
25
2 26
-X22
1
14
2
-X122 9a
8a
9c
1
br/gn 5 rs 3
CKAC
SDA
UA2/
5a
gr 10
DirAC
+5V
6c
PosOff
bl 14
+5V CK5
n
-X122 S2 6a
-X113
ENCO/
+1DU1-B1
UA2
5c
-X22
Nsoll
6
PosOff gn 9
4a
bn 1
4c
UA1/
TC/
UA1
Pos
5
UA0/
3a
7
rt 4
3c
12
MDS
ws/gn 2 ws 11
1a 1c
S1 S3
2a
10
Nist
GNDD
- Nist
GNDD
- Nist
1.6
1
13
DIRist GNDD
2.3
11
Pos.Contr.Off
UA0
1.6
4
+5V sw 12
2.3
2.3
8 9 3
3.4 1.2
GNDD
2c
+24V
+24V
+5V
+5V
+15V
+15V
+15V
+15V
-15V
-15V
GNDA
GNDA
GNDA
GNDA
NistDIG
UA
Pos.Contr.Off
Exp.Sync
10c
DIRist
2
Sync
-X116
Serv.Ready
RACK GND
-A5 -X122
12a
11a
7a
10a
12c
11c
32c
32a
31c
31a
27c
27a
29c
29a
28c
28a
30c
30a
26c
26a
4.4
-A100
-X114
19
21
20
-X117
2
6
100
5
=1DB1.M1/1.5 < 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
-X113 geÌndert
90.03.12
Glanzer
Ønderung
Datum
Name
Benennung:
05.04.01
Bearb. Glanzer
MAIN DRIVE POSITION CONTROLLER
TACHO-F/U , SOLLWERT-F/U
Gepr.
TACH-F/U,REFERENCE VALUE-F/U
alle Rechte vor Mittlg.Nr.
Norm
= 1DB1.U1 + 1DL1
HAUPTANTRIEB - LAGEREGLER,
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
4
Bl.
1
2
3
4
5
6
7
8
No.
1
-X117 1
2.7
-X114 14
4.5
-X21 9
-X121 13a -X121 SYSI
7 8 10
Nsoll Pos - Nist
UA
6 2.7
- Nist
-X21
SYSII V1 V1
DIRist
V2 V2 V3
-X120
V3
24z
V4 V4
26d
V5 V5 V6
-A4
V6
-X120
4z
6d
10d
14d
8z
12z
15a
4.5
15c 16a 16c 17a 17c 18a 18c
1 4.7
19a 19c 20a 20c 21a 21c
16z
6L3./=.H1/2.5
6L2./=.H1/2.5
6L1./=.H1/2.5
6L3/=.H1/1.5
6L2/=.H1/1.5
6L1/=.H1/1.5
N/=1DA0.C1/1.3
-A100
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
MAIN DRIVE SPEED CONTROLLER
ANKERSTROMREG.,NETZSYNCHRON.
Gepr.
ARMATURE CONTROL. SYNCHRONIS.
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DB1.U1 + 1DL1
HAUPTANTRIEB - DREHZAHLREGELG,
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
3
Blatt v.
4
Bl.
1
2
3
4
5
6
7
8
No.
1
1.2
-X111 12a
-X16 6
+15V
GND
IA
=1DB1.H1/1.4
3.4
-X111
5 4
3.6
13a
15a
15c
-X17 2 3
SYSII
IA
SYSI
V1
1
V1 V2 V2
4
V3
5
V3
6
V4 V4
-X16 IF/=.H1/1.6
IF GND
V5
1
V5
3
V6 V6
-X111 1.2
14a 24a
1.6
22a 22c
IF
-X111 16a 16c 17a 17c 18a 18c
3.6
19a 19c 20a 20c 21a 21c
1
-X14
Freig.Endstufe
1
VF
2
VF
3
-X13 -X15
1
1
2
2
3
-X12
3
1 12L+0/=1DA0.M1/1.4 GND2/=1DA0.M1/1.5
-X18
28z
1
30d
2 +15V
+15V
+15V
+15V
-15V
-15V
+5V
+5V
+24V
+24V
GNDA
GNDA
GNDA
GNDA
GNDD
GNDD
GNDD
-A1
GNDD
3
2
Unterspannung/
-X110
3
-X11 1 2 3 4
-X111 1a
1c
2a
2c
31a
31c
32a
32c
26a
26c
30a
30c
27a
27c
28a
28c
29a
29c
23a
-X10 1
2 3 4
-A100 1.5 2.5
1.2 100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
MAIN DRIVE AC-COUPLING
SPGS.VERSORGUNG,ISTWERTERFASSG
Gepr.
VOLTAGE SUPPLY,ACTUAL VAL.MEAS
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DB1.U1 + 1DL1
HAUPTANTRIEB - ZÛNDÛBERTRAGER
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
4
Blatt v.
4
Bl.
1
2
3
+1DL1-X4
2L1/=1DA0.C1/1.3
4
6
7
400V 3/N/PE~50/60Hz
2L1/=1DD1.D1/1.2 2L2/=1DD1.D1/1.2
2
2L3/=1DA0.C1/1.4
2L3/=1DD1.D1/1.2
3
2N/=1DA0.C1/1.4
8
No.
1
2L2/=1DA0.C1/1.4
5
2N/=1DD1.D1/1.2
2PE/=1DA0.C1/1.4
1
Versorgung X-Achse
2
Versorgung Z-Achse
1
power supply X-axis
2
power supply Z-axis
2PE/=1DD1.D1/1.2
-F1 6,3Atr
-T1
-F2
-F3
R
S
T
+5% 380V
+5% 380V
+5% 380V
-5%
-5%
-5%
PE
3X380V +/-5% 1,5KVA/1,28A
21 3X120V 10A
120V 120V 120V 18V
1
3
5
2
4
6
18V
-C4
-K1
3X18V 16,1A
=.M1/1.3
22
-X200
16z
2200uF 380V
18V
-K1 =.M1/1.3
32z
-X200
4z
3
6d
8z
18d
12z
14d
-R10
~
68R 25W
+
-X201
11 12
1 2
-A201 +VDC
-A11 -F12
-F11
-F22
-F21
-F32
-F31
30Aff
30Aff
30Aff
30Aff
30Aff
30Aff
Y
-X201 -X200
10
X 3
8
Z 5
9
20z
22d
4
24z
26d
28z
30d
2L/=1DC1.H1/1.2 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
2L1..2L3 war 4-Leiternetz
89.07.20
Glanzer
Ønderung
Datum
Name
32L+
32L-
11L+
22L+
12L-
22L-
100
3L/=1DC2.H1/1.2 Benennung:
05.04.01
Bearb. Glanzer
VOLTAGE SUPPLY
Gepr.
ACHSANTRIEBE AXIS DRIVES
Norm
= 1DC0.C1 + 1DL1
SPANNUNGSVERSORGUNG
alle Rechte vor Mittlg.Nr.
< 100 >
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
1
+24VDC
11L+0/=1DA0.M1/1.3
=1DA0.M1 -X260
28z
11
12
=1DA0.M1 -X260-K1
14
=1DA0.M1 -X260
30d
-X3
21
-X3
22
-X3
23
FG1/=1DA0.R4/1.6 1
RF/=1DC1.U1/2.7
RF/=1DC2.U1/2.7
-A1
-X3
3
5
7
9
11
13
15
U F2
U F3
U F4
U F5
U F6
U F7
U F8
U
2
4
6
8
10
12
14
16
2
3
GND0/=1DA0.M1/1.2
=1DC1.H1/1.6
.5
=1DH1.M1/1.4
A2
=1DG1.M1/1.4
U
-A1
=1DD1.M1/1.4
.3
1
=1DD1.M1/1.3
24 A1
=.C1 -K1
F1
1
-X3 1
2
3
4
5
6
21
22
13
14
33
34
43
44
51
52
=.C1/1.2 =.C1/1.2 =.C1/1.2 =.C1/1.4 =1DC1.M1/1.6 =1DC2.M1/1.7 =1DA0.R4/1.7
4
Datum FÏr diese Zeichnung
3 2
SchÏtz -K1 neu
89.09.20
Glanzer
937238
1
Varistorplatine -A1 neu
89.09.20
Glanzer
937238
Ønderung
Datum
Name
Nr.
Mittlg.Nr.
100
=1DC1.H1/1.5
behalten wir uns
< 100 > Benennung:
05.04.01
Bearb. Glanzer
VOLTAGE SUPPLY
ACHS-ANTRIEBE
Gepr.
AXIS DRIVES
alle Rechte vor
Norm
= 1DC0.M1 + 1DL1
SPANNUNGSVERSORGUNG
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
2L/=1DC0.C1/1.3
1
Motor X-Achse
2
Bremse
1
motor x-axis
2
brake
140VDC
22L+ 22LPE
=.U1 -X100
4z
6d
10d
-V47.1
=.U1 -A2
12z
32z
-V52.1
-B2
-V47.2
-V52.2
=.U1 -X100
16z
18d
22d
GND
+24V
DC2/=1DA0.M1/2.7
24z
=1DC0.C1 -K1 =1DC0.M1/1.3
33
11 34
=1DC0.M1 -A1
U
12 15
+1DL1-X1
12
0,52KW 4000U/MIN 180V 8,3A
=.U1 +1DU1 -B1
M
-Y1 + -
n
A2
ROD420/500Imp.
4 3 2
Freilaufdiode -V1 neu
89.11.22
Glanzer
1
-K1 entf./ =1FC0.M1-K1 neu
89.09.20
Glanzer
Ønderung
Datum
Name
Nr.
behalten wir uns 937238 Mittlg.Nr.
100
BREMSE MOTOR X-ACHSE
Datum
FÏr diese Zeichnung
=1DC0.M1/1.5
13
A1
+1DU1 -M1
16
< 100 >
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE
X-ACHSE MIT BREMSE
Gepr.
X-AXIS WITH BRAKE
alle Rechte vor
Norm
= 1DC1.H1 + 1DL1
ACHSANTRIEB
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
1
Referenzpunkt-Endschalter
1
ref. point limit switch
NC
+1DU1 -S1
C
=1DA0.M1 -X322 2
=1DA0.M1 -X320
=.U1 -X104
7
=1DA0.M1 -X43
=1DA0.M1 -X31
7
20
20
IA
DIR I
=1DC1.U1 -A100
+24VDC
=1DA0.M1 -A1
NistDIG
=1DA0.M1 -X300
3
19
14
19
14
RX
21
21
SYNC.M CK M
=1DA0.M1 -X31
=.U1 -X104 =.U1 -A100
22
DIR X
OA 0
23
13
18
17
18
SDA
17
13
23
16
SCL
INT
E-OFF
15 11L+1/=1DA0.M1/1.3
22
16
+24VDC
+1DL1-X3
7
=1DC0.C1 -K1
13
=1DC0.M1/1.3
14
=.U1 -X106
15
M-ON/OFF
11L+1/=1DC2.M1/1.6
3
SERVO ENABLE
100
< 100 > 4
Datum FÏr diese Zeichnung
3
-X106:3 war -X106:5
90.03.12
Glanzer
2
SchÏtz =1FC1.H1-K1 entfallen
89.09.20
Glanzer
937238
1
EndschalterX entfallen
89.09.20
Glanzer
937238
Ønderung
Datum
Name
Nr.
Mittlg.Nr.
behalten wir uns
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE X-AXIS
STEUERUNG
Gepr.
CONTROL
alle Rechte vor
Norm
= 1DC1.M1 + 1DL1
ACHSANTRIEB X-ACHSE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
1
=1DC1.U1 -A100
UA0
=.U1 -X104
=1DA0.M1 -X31
1
1
UA0
26
26
UA1
2
2
UA1
25
25
UA2
UA2
3
24
3
24
RESET
12
12 1
=1DA0.M1 -A1 =1DA0.M1 -X31
=.U1 -X104 =1DC1.U1 -A100
4
5
6
7
8
9
4
5
6
7
8
9
GND
GND
GND
GND
GND
GND
10
10
GND
11
11
GND
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE X-AXIS
STEUERUNG
Gepr.
CONTROL
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DC1.M1 + 1DL1
ACHSANTRIEB X-ACHSE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
2
Bl.
12L+1/=1DA0.M1/1.4
2
-X100
-X93
GND3/=1DA0.M1/1.5
1
3
4
5
6
7
8
No.
1
=1DC1.H1/1.3
28z
30d
32z
1
2
3
16z
18d
22d
24z
4z
6d
10d
12z
-X101 TR2
9a
TR4
11a
Ûbertemp
12c
Iist
11c
+5V
13a
-X101 1a
-A100
1c
2a
2c
3c
17a
17c
31a
31c
32a
32c
15a
15c
16a
16c
18a
18c
4a
4c
5a
5c
6a
-15V
-15V
+15V
+15V
+15V
+15V
+5V
+5V
GNDA
GNDA
GNDA
GNDA
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
-A2
GNDD
IA
28a
GNDD
2.2
1
Ûberstrom
10c
6c
2.4
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE X-AXIS
TRANSISTORSTELLER LEISTUNGST.
Gepr.
SERVO AMPLIFIER POWER BOARD
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DC1.U1 + 1DL1
ACHSANTRIEB X-ACHSE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
+1DU1-B1 -X103
n
rt
1
-X102
4
UA0
20a
UA0
20c sw 12
UA0/
21a
UA0/
21c bn
1
UA1
22a
UA1
22c gn
9
UA1/
23a
UA1/
23c gr 10
UA2
24a
UA2
24c rs
3
UA2/
25a
UA2/
25c br/gn 5
+5V
19a
+5V
19c bl 14
GNDD
1a
GNDD
1c
GNDD
2a
2
31a
25
31c
3
32a
24
32c
GNDD GNDD GNDD GNDD GNDD
Serv.Ready/
-X104
7
=1DC1.M1/2.5
DIRist
SCL
6
SDA
5
E-OFF/
4
Reglerfreigabe
17c
Servo On
26
GNDD
Servo On
17a
DirAC
1
CkAC
=1DC1.M1/2.5
GNDD
3c
Sync Impuls
-X104
1
GNDD
2c
X-Axis on
11
NistDIG
ws
IA
ws/gn 2
K1
8 9 10
-X102
7c
8c
9c
27a
27c
28a
28c
29a
29c
30a
30c
-X104
17
18
19
15
16
14
20
13
21
22
23
8a
7a
26c
1
2
3
-X93
1
2
11
-A100 -X106
100 =1DC1.M1/1.5
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
-X103, -X106 geÌndert
90.03.12
Glanzer
Ønderung
Datum
Name
RF/=1DC0.M1/1.3
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE X-AXIS
TRANSISTORSTELLER REGLERKARTE
Gepr.
SERVO AMPLIFIER CONTROL BOARD Norm
= 1DC1.U1 + 1DL1
ACHSANTRIEB X-ACHSE
alle Rechte vor Mittlg.Nr.
=1DC1.M1/1.7
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
3L/=1DC0.C1/1.4
1
Motor Z-Achse
1
motor Z-axis
140VDC
32L+ 32LPE
=.U1 -X100
4z
6d
10d
-V47.1
=.U1 -A2
12z
32z
-V52.1
-B2
-V47.2
=.U1 -X100
-V52.2
16z
18d
+1DL1-X1
18
22d
24z
19
=.U1 +1DU1 -B1
A1
+1DU1 -M1 0,52KW 4000U/MIN 180V 8,3A
M
n
A2
100
ROD420/500Imp.
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
-K1 entf. / =1FC0.M1-K1 neu
89.09.20
Glanzer
Ønderung
Datum
Name
937238 Mittlg.Nr.
< 100 >
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE
Z-ACHSE
Gepr.
Z-AXIS
alle Rechte vor
Norm
= 1DC2.H1 + 1DL1
ACHSANTRIEB
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
1
Referenzpunkt-Endschalter
1
ref. point limit switch Z
NC
+1DU1 -S1
C
=1DA0.M1 -X326 3
=1DA0.M1 -X320
=.U1 -X104
9
=1DA0.M1 -X43
=1DA0.M1 -X33
9
20
20
IA
DIR I
=1DC2.U1 -A100
+24VDC
=1DA0.M1 -A1
NistDIG
=1DA0.M1 -X300
2
19
19
14
14
RZ
21
18
21
SYNC.M CK M
=1DA0.M1 -X33
22
DIR Z
23
OA 2
13
17
18
16
17
SDA
16
SCL
INT
E-OFF
15 11L+1/=1DC1.M1/1.7
+24VDC
+1DL1-X3
9
=1DC0.C1 -K1
43
=1DC0.M1/1.3
=.U1 -X104
22
23
=.U1 -A100
13
=.U1 -X106
15
M-ON/OFF
44
3
SERVO ENABLE
100
< 100 > 4
Datum FÏr diese Zeichnung
3
-X106:3 war -X106:5
90.03.12
Glanzer
2
SchÏtz =1FC3.H1-K1 entfallen
89.09.20
Glanzer
937238
1
Endschalter Z entfallen
89.09.20
Glanzer
937238
Ønderung
Datum
Name
Nr.
Mittlg.Nr.
behalten wir uns
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE Z-ACHSE
STEUERUNG
Gepr.
CONTROL
alle Rechte vor
Norm
= 1DC2.M1 + 1DL1
ACHSANTRIEB Z-ACHSE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
1
=1DC2.U1 -A100
UA0
=.U1 -X104
=1DA0.M1 -X33
1
1
UA0
26
26
UA1
2
2
UA1
25
25
UA2
UA2
3
24
3
24
RESET
12
12 1
=1DA0.M1 -A1 =1DA0.M1 -X33
=.U1 -X104 =1DC2.U1 -A100
4
5
6
7
8
9
4
5
6
7
8
9
GND
GND
GND
GND
GND
GND
10
10
GND
11
11
GND
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE Z-AXIS
STEUERUNG
Gepr.
CONTROL
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DC2.M1 + 1DL1
ACHSANTRIEB Z-ACHSE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
2
Bl.
12L+2/=1DA0.M1/1.5
2
-X100
-X93
GND4/=1DA0.M1/1.5
1
3
4
5
6
7
8
No.
1
=1DC2.H1/1.3
28z
30d
32z
1
2
3
16z
18d
22d
24z
4z
6d
10d
12z
-X101 TR2
9a
TR4
11a
Ûbertemp
12c
Iist
11c
+5V
13a
-X101 1a
-A100
1c
2a
2c
3c
17a
17c
31a
31c
32a
32c
15a
15c
16a
16c
18a
18c
4a
4c
5a
5c
6a
-15V
-15V
+15V
+15V
+15V
+15V
+5V
+5V
GNDA
GNDA
GNDA
GNDA
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
GNDD
-A2
GNDD
IA
28a
GNDD
2.2
1
Ûberstrom
10c
6c
2.4
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE Z-AXIS
TRANSISTORSTELLER LEISTUNGST.
Gepr.
SERVO AMPLIFIER POWER BOARD
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DC2.U1 + 1DL1
ACHSANTRIEB Z-ACHSE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
+1DU1-B1 -X103 rt
n
1
-X102
4
UA0
20a
UA0
20c sw 12
UA0/
21a
UA0/
21c bn
1
UA1
22a
UA1
22c gn
9
UA1/
23a
UA1/
23c gr 10
UA2
24a
UA2
24c rs
3
UA2/
25a
UA2/
25c br/gn 5
+5V
19a
+5V
19c bl 14
GNDD
1a
GNDD
1c
GNDD
2a
2
31a
25
31c
3
32a
24
32c
GNDD GNDD GNDD GNDD GNDD
Serv.Ready/
-X104
7
=1DC2.M1/2.5
DIRist
SCL
6
SDA
5
E-OFF/
4
Reglerfreigabe
17c
Servo On
26
GNDD
Servo On
17a
DirAC
1
CkAC
=1DC2.M1/2.5
GNDD
3c
Sync Impuls
-X104
1
GNDD
2c
Z-Axis on
11
NistDIG
ws
IA
ws/gn 2
K1
8 9 10
-X102
7c
8c
9c
27a
27c
28a
28c
29a
29c
30a
30c
-X104
17
18
19
15
16
14
20
13
21
22
23
8a
7a
26c
1
2
3
-X93
1
2
11
-A100 -X106
100 =1DC2.M1/1.5
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
-X103,-X106 geÌndert
90.03.12
Glanzer
Ønderung
Datum
Name
RF/=1DC0.M1/1.3
Benennung:
05.04.01
Bearb. Glanzer
SERVO DRIVE Z-AXIS
TRANSISTORSTELLER REGLERKARTE
Gepr.
SERVO AMPLIFIER CONTROL BOARD Norm
= 1DC2.U1 + 1DL1
ACHSANTRIEB Z-ACHSE
alle Rechte vor Mittlg.Nr.
=1DC2.M1/1.7
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
+1DL1-X4 2L1/=1DC0.C1/1.4
2L1/=1DG1.D1/1.2
1
2L2/=1DC0.C1/1.4
2L2/=1DG1.D1/1.2
2
2L3/=1DC0.C1/1.4
1
WZW-Motor Rechtslauf
2
WZW-Motor Linkslauf
3
Entstoerfilter WZW
1
TT motor turn right
2
TT motor turn left
3
interference suppresion
400V 3/N/PE~50/60Hz
2L3/=1DG1.D1/1.2
3
2N/=1DC0.C1/1.4
2N/=1DG1.D1/1.2
2PE/=1DC0.C1/1.4
2PE/=1DG1.D1/1.2
-F1-F2-F3 6,3Atr
bl
1
3
1
5
-K1
-K2
=.M1/1.2
=.M1/1.3
2
4
6
3
4
5
6
br
sw
bl
V
+1DU1 -M1
U
W
rt
5
-A0 2
4
6 bl
+1DL1-X2
sw
sw
rt
PE
M 3~ -F1
=1DD1.M1/2.6
100
< 100 >
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
-A0 neu -A1 entfÌllt
89.09.05
Glanzer
Ønderung
Datum
Name
934207 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
TOOL TURRET Zeichnungs-Nr.
Gepr.
alle Rechte vor
Norm
= 1DD1.D1 + 1DL1
WERKZEUGWENDER
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
=1DA0.M1-A1
OS 0
=1DA0.M1 -X42
OS 1
11
OS 2
12
=1DA0.M1 -X370 1
13
2
3
=1DA0.M1 -X302
GND
=1DA0.M1 28 -X371
31
FG2
FG3
21
=.D1 -K2
=.D1 -K1
22
=1DC0.M1 -A1
.3
-K1 22
=.D1 -K1
=1DC0.M1/1.5
3
2
3
4
5
6
21
22
3
Vorindexierung
4
Bremse
1
tool turret right
2
tool turret left
3
preindexing
4
break
14
4
34
37
39
39
6
5
4
sw
5
3
4
6
14
+1DU1 -X1
11
=1DD1.D1 -M1
U
A2
4 1
Werkzeugwender links
5
A1
=.D1 -K2
U
A2
/2.7
=1DC0.M1 -A1
.2
=1DC0.M1/1.5
A1
12
2
OS 3
=DA0.R4/1.6
21
Werkzeugwender rechts
GND
33
=DA0.R4/1.6
1
6
=.D1/1.2 =.D1/1.2 =.D1/1.2 .3
BC 6
1
2
3
4
5
6
21
22
=.D1/1.4 =.D1/1.4 =.D1/1.4 .2
100
BC 6 < 100 >
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Varistoren geÌndert
89.09.20
Glanzer
Ønderung
Datum
Name
937238 Mittlg.Nr.
Benennung:
05.04.01
Bearb. SchÎrghofer
TOOL TURRET
Gepr.
STEUERUNG CONTROL
alle Rechte vor
Norm
= 1DD1.M1 + 1DL1
WERKZEUGWENDER
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
1
Positionsgeber bit0
2
Positionsgeber bit1
3
Positionsgeber bit2
4
Positionsgeber Strobe
5
Kontrolle Vorindexierung
6
Kontrolle Verriegelung
7
Klixon Werkzeugwender
8
Werkzeugwender
1
position encoder bit0
2
position encoder bit1
3
position encoder bit2
4
position encoder strobe
5
control preindexing
6
control lock
A1
7
klixon tool turret
A2
8
tool turret
=1DD1.D1 -M1
1DD1.D1/1.2 -F1
11
12
13
15
8
10
7
9
2
1
9
10
11
12
7
8
3
13
2
1
16
17
+1DU1 -X1
22
-K1 .7
=1DA0.M1 -X342 1
4
7
10
13
16
2
3
+1DL1-X3
21
20
+24VDC
=1DA0.M1 -X301
GND
=1DA0.M1 9 -X340
=1DA0.M1 -X42 =1DA0.M1-A1
19
24
10
11
12
13
14
15
1
2
3
4
5
6
7
IS 0
IS 1
IS 2
IS 3
IS 4
IS 5
IS 6
=1DA0.M1 21 -X342 -K1
14 11 12 24 21 22 34
/1.4 .5
31 32 44
42 < 100 >
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Datum
Name
Mittlg.Nr.
= 1DD1.M1 + 1DL1
WERKZEUGWENDER
Bearb. Glanzer
TOOL TURRET
Gepr.
STEUERUNG CONTROL
Norm
5534
Benennung:
05.04.01
alle Rechte vor
Ønderung
100 41
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
2
Blatt v.
2
Bl.
1
2
3
4
5
6
7
8
No.
+1DL1-X4
400V 3/N/PE~50/60Hz
2L1/=1DD1.D1/1.4
1
2L2/=1DD1.D1/1.4
1
Motor KÏhlmittelpumpe
1
motor coolant pump
2L1 2L2
2
2L3/=1DD1.D1/1.4
2L3
3
2N/=1DD1.D1/1.4
2N 2PE
2PE/=1DD1.D1/1.4
1
3
5
13 21
-Q1 I>> 2
I>> 4
I>> 6
1
3
5
2
4
6
=.M1/1.3
14 22 =.M1/1.3
2,4A...4A (2,4A)
-K1 =.M1/1.3
+1DL1-X2
7
8
9
br
sw
bl
V
+1DU1 -M1 220/380V 4/2,3A 2800U/MIN 0,9KW
W
U
-A1 PE
M 3 ~
100
< 100 > 4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Benennung:
05.04.01
Bearb. Glanzer
COOLANT PUMP Zeichnungs-Nr.
Gepr.
alle Rechte vor
Ønderung
Datum
Name
Mittlg.Nr.
Norm
= 1DG1.D1 + 1DL1
KÛHLMITTELPUMPE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
=.D1 -Q1 =.D1/1.2
=1DA0.M1 -X361
8
No.
21
1
KÏhlmittel EIN
2
Therm. StÎrung KÏhlmittel
1
coolant ON
2
therm. overload coolant
22
7
8
=1DA0.M1 -X302
+24VDC
=1DA0.M1 3 -X360 =1DA0.M1 3 -X40 =1DA0.M1 -A1
ID 2 OD 0
=1DA0.M1 -X40 =1DA0.M1 -X360
7
7
=1DA0.M1 -X302
GND
=1DA0.M1 -X362 =.D1 -Q1
3
1 13 14
=.D1/1.2
A1
=.D1 -K1
A2
1
2
3
4
5
6
21
22
=1DC0.M1 -A1 =1DC0.M1/1.5
7 U
8
=.D1/1.2 =.D1/1.2 =.D1/1.2
100
BC 6
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
< 100 >
Varistor geÌndert
89.09.20
Glanzer
Ønderung
Datum
Name
937238 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
COOLANT PUMP
STEUERUNG
Gepr.
CONTROL
alle Rechte vor
Norm
= 1DG1.M1 + 1DL1
KÛHLMITTELPUMPE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
5
6
7
8
No.
230V 1/N/PE~50/60Hz
31L2 31L2/=1DA0.E1/1.3
N
Motor Schmiermittelpumpe
1
motor lubricant pump
31L2 N
PE
1
31L2
PE
1
3
5
13 21
-Q1 I>> 2
I>> 4
I>> 6
12
-K1 =.M1/1.3
+1DL1-X2
+1DU1 -M1
=.M1/1.3
14 22 =.M1/1.3
0,25...0,4A (0,4A)
14
11
22
25
U V
PE
M 1~
220V 75W
100
< 100 >
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
Fehlerkorr.: -X2:22 war 21
89.11.22
Glanzer
Ønderung
Datum
Name
Benennung:
05.04.01
Bearb. Glanzer
LUBRICANT PUMP Zeichnungs-Nr.
Gepr.
alle Rechte vor Mittlg.Nr.
Norm
= 1DH1.E1 + 1DL1
SCHMIERMITTELPUMPE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
ET242T/ST/D
1
Blatt v.
1
Bl.
1
2
3
4
=.E1 -Q1 =.E1/1.2
=1DA0.M1 -X341
6
7
+1DU1 P -B1
22
16
=1DA0.M1 -X361
17
+24VDC
4
=1DA0.M1 -X302
=1DA0.M1 6 -X340 =1DA0.M1 13 -X16c
8
No.
21
=1DA0.M1 -X301
1
Schmiermittel EIN
2
Therm. StÎrung Schmierung
3
Druckschalter Schmierung
1
lubricant ON
2
therm.overload lubrication
3
pressure switch lubricant
5
+24VDC
=1DA0.M1 2 -X360 =1DA0.M1 2 -X40
IS 13
=1DA0.M1-A1
5
ID 1
OD 1
=1DA0.M1 -X40
8
=1DA0.M1 -X360 8 =1DA0.M1 -X302
GND
=1DA0.M1 -X362 =.E1 -Q1
6
4 13 14
=.E1/1.2
A1
=.E1 -K1
A2
=1DC0.M1 -A1 =1DC0.M1/1.5
9 U
10
14 11 12 24
=.E1/1.2
21 22 34
100 31
32 TEC 1010
4
Datum
3
FÏr diese Zeichnung
2
behalten wir uns
1 Nr.
< 100 >
Varistor geÌndert
89.09.20
Glanzer
Ønderung
Datum
Name
937238 Mittlg.Nr.
Benennung:
05.04.01
Bearb. Glanzer
LUBRICANT PUMP
STEUERUNG
Gepr.
CONTROL
alle Rechte vor
Norm
= 1DH1.M1 + 1DL1
SCHMIERMITTELPUMPE
Gesellschaft m. b. H.
Stromlaufplan / circuit diagram
Zeichnungs-Nr.
ET242T/ST/D
1
Blatt v.
1
Bl.
(s12H ********************************************************************************************* * G E R Ø T E S T Û C K L I S T E ET242T Datum: 05.04.01 * * appliance list date * ********************************************************************************************* *EMCO Maier GMBH * * Seite * *Salzachtal Bundesstr.Nord 58 * Projektbez: Dokumentation ET242T * page * *A-5400 HALLEIN-TAXACH * Zeichn.Nr.: ET242T/ST/D * 1 * *Tel.: 06245/891-0 * * * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DA0.C1+1DL1-F1 |1.2 |ZEE754935|PATRONE GRÚSSE III 35A GL ABB | | | | |catridge-fuse size III 35A GL | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F1 |1.2 |ZEE510011|SICHERUNGSSOCKL D ISC 63 F1 ABB | | | | | 71919/18 | | | | |fuse socket D ISC 63 F1 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F1 |1.2 |ZEE452031|RINGPLATTE RP63/1 FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | | 46052/18 | | | | |ringplat RP63/1 for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F1 |1.2 |ZEE745317|PASZSCHRAUBE GRÚSSE III 35A ABB | | | | |screwed-adaptor size III 35A | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F1 |1.2 |ZEE455113|SCHRAUBKAPPE KIII 63A MS FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | |screwed-cap KIII 63A MS for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F2 |1.2 |ZEE754935|PATRONE GRÚSSE III 35A GL ABB | | | | |catridge-fuse size III 35A GL | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F2 |1.2 |ZEE510011|SICHERUNGSSOCKL D ISC 63 F1 ABB | | | | | 71919/18 | | | | |fuse socket D ISC 63 F1 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F2 |1.2 |ZEE452031|RINGPLATTE RP63/1 FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | | 46052/18 | | | | |ringplat RP63/1 for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F2 |1.2 |ZEE745317|PASZSCHRAUBE GRÚSSE III 35A ABB | | | | |screwed-adaptor size III 35A | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F2 |1.2 |ZEE455113|SCHRAUBKAPPE KIII 63A MS FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | |screwed-cap KIII 63A MS for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F3 |1.2 |ZEE754935|PATRONE GRÚSSE III 35A GL ABB | | | | |catridge-fuse size III 35A GL | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F3 |1.2 |ZEE510011|SICHERUNGSSOCKL D ISC 63 F1 ABB | | | | | 71919/18 | | | | |fuse socket D ISC 63 F1 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F3 |1.2 |ZEE452031|RINGPLATTE RP63/1 FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | | 46052/18 | | | | |ringplat RP63/1 for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F3 |1.2 |ZEE745317|PASZSCHRAUBE GRÚSSE III 35A ABB | | | | |screwed-adaptor size III 35A | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-F3 |1.2 |ZEE455113|SCHRAUBKAPPE KIII 63A MS FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | |screwed-cap KIII 63A MS for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| Fortsetzung auf Seite 2
(s12H ********************************************************************************************* *G E R Ø T E S T Û C K L I S T E 1 * Seite 2 * * appliance list * page * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DA0.C1+1DL1-F4 |1.3 |ZEL683200|SICHERUNGSAUTOMAT S273 K20 3POLIG ABB | | | | | 20A KAR.K GHS2730001R0487 | | | | |automatic circuit breaker S273 K20 tri-polar | | | | | 20A characteristic K | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-Q1 |1.2 |ZES040010|HAUPTSCHALTER KG41 VDE0113 AUSTRO SOLENOID | | | | | KG41-C51840E | | | | |main switch KG41 VDE0113 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.C1+1DL1-T1 |1.5 |ZET040150|TRENNTRANSFORMATOR DYY IP00 1,5KVA ULMER | | | | | PRIMØR.: 3x400 þ5% | | | | | SEKUNDØR.: 3x400V/N / 3x18V / 115V | | | | |isolating transformer DYY IP00 1,5KVA | | | | | primary.: 3x400 þ5% | | | | | secondary.: 3x400V/N / 3x18V / 115V | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E1+1DL1-F1 |1.2 |ZEE750080|GLASROHRSICHERUNG 2,5A M 5x20 WICKMANN | | | | |glass tube fuse 2,5A average time-delay 5x20 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E1+1DL1-F1 |1.2 |ZEK222001|SICHERUNGSKLEMME UK5 HESI PHÚNIX | | | | |fuse clip UK5 HESI | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E1+1DL1-M1 |1.2 |ZEQ983152|SCHRANKLÛFTER SK3325 RITTAL | | | | | SK3325 | | | | |cabinet fan SK3325 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E1+1DL1-M1 |1.2 |ZEF983162|AUSTRITTSFILTER SK3162 FÛR LÛFTER RITTAL | | | | | SK3325/200 | | | | |exit filter SK3162 for fan | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E1+1DL1-M2 |1.3 |ZMO789220|AXIALVENTILATOR 220V TYPE 4580N PAPST | | | | |axial ventilator 220V type 4580N | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E1+1DL1-M3 |1.4 |ZMO789220|AXIALVENTILATOR 220V TYPE 4580N PAPST | | | | |axial ventilator 220V type 4580N | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E2+1DL1-F1 |1.5 |ZEE750081|GLASROHRSICHERUNG 6,3A M 5x20 WICKMANN | | | | |glass tube fuse 6,3A average time-delay 5x20 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E2+1DL1-F1 |1.5 |ZEK222001|SICHERUNGSKLEMME UK5 HESI PHÚNIX | | | | |fuse clip UK5 HESI | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E2+1DL1-L1 |1.5 |ZEG200114|VORSCHALTGERØT FÛR LAMPE SRL114 ABB | | | | | 50268 | | | | |series reactor for lamp SRL114 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E2+1DL1-X10 |1.6 |ZEE710801|SCHUKOSTECKDOSE E1175 ABB | | | | | Art.Nr.:07BBC88500 07BBC88500 | | | | |protective contact socket E1175 | | | | | Art.Nr.:07BBC88500 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.E2+1DU1-E1 |1.5 |ZEE531140|WALDMANNLEUCHTE OHNE DROSSEL SRL 114 WALDMANN | | | | | Mit LeuchtstoffrÎhre 14W SRL114 | | | | |WALDMANN lamp without choke SRL 114 | | | | | with tubular fluorescent lamp 14W | |-----------------------------------------------------------------------------------------------------------| Fortsetzung auf Seite 3
(s12H ********************************************************************************************* *G E R Ø T E S T Û C K L I S T E 1 * Seite 3 * * appliance list * page * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DA0.M1+1DL1-A0 |2.2 |ZEF951764|INDUKTIV-KAPAZITIV FUNKENTSTÚRFILTER RÚDERSTEIN | | | | | 1764-0404-020 | | | | |LC-interference supression filter | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A1 |3.5 |Y1A602001|MOTHERBOARD ACHSBUS EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A2 |3.5 |Y1A601000|MOTHERBOARD RECHNERBUS EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A10 |3.5 |R3D415001|G.DATACONTROLLERPLATINE EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A20 |4.5 |R3D414001|G.AXISCONTROLLERPLATINE EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A30 |5.5 |Y1A619000|G.GRAFIKCONTROLLERPLATINE EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A40 |6.5 |Y1A610000|G.INTERFACECONTROLLERPLATINE EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A60 |8.5 |R3D425001|G.MASCHINENINTERFACEPLATINE EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A200|1.2 |Y1A701000|G.MOTHERBOARD PERIPHERIE EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A260|1.2 |Y1A715000|G.NETZTEIL +5VDC/+24VDC EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-A270|2.2 |Y1A710000|G.NETZTEIL PHILIPS EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-F100|2.2 |ZEE750080|GLASROHRSICHERUNG 2,5A M 5x20 WICKMANN | | | | |glass tube fuse 2,5A average time-delay 5x20 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-F100|2.2 |ZEK222001|SICHERUNGSKLEMME UK5 HESI PHÚNIX | | | | |fuse clip UK5 HESI | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-P1 |1.7 |ZEB000622|BETRIEBSSTUNDENZØHLER TYPE BG 70.18 MUELLER | | | | | AUFSCHNAPPBAR AUF TS35 24VDC BG 70.18 | | | | |hour meter type BG 70.18 24VDC | | | | | snapped on TS35 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-X300|10.1 |Y1A801000|G.KLEMMLEISTENUMSETZER AXISCONTROLLERPERIPHERIE EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-X301|13.1 |Y1A802000|G.KLEMMLEISTENUMSETZER DATACONTROLLER I/O EMCO | | | | | MASCHINENINTERFACE INPUTS | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DL1-X302|11.2 |Y1A803000|G.KLEMMLEISTENUMSETZER MASCHINENINTERFACE I/O EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DP1-A44 |6.2 |ZEM101125|MONITOR 12" FLATSQUARE EINGANGSSIGNAL TTL PHILIPS | | | | | BM7949 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M1+1DP1-X10 |2.4 |ZEE710801|SCHUKOSTECKDOSE E1175 ABB | | | | | Art.Nr.:07BBC88500 07BBC88500 | | | | |protective contact socket E1175 | | | | | Art.Nr.:07BBC88500 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M2+1DL1-K1 |1.6 |ZER702026|MINIATURRELAIS 5534 9/24V 4W PRÛFTASTE 250V/5A FINDER | | | | |relais 5534 9/24V 4W test key 250V/5A | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M2+1DL1-K1 |1.6 |ZER880201|RELAISSOCKEL FÛR RELAIS 5534 | | | | | 94.64 | | | | |relay socket for relay 5534 | |-----------------------------------------------------------------------------------------------------------| Fortsetzung auf Seite 4
(s12H ********************************************************************************************* *G E R Ø T E S T Û C K L I S T E 1 * Seite 4 * * appliance list * page * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DA0.M2+1DL1-K1 |1.6 |ZXM011020|HALTEBÛGEL FÛR RELAIS 94.64 | | | | |retaining clip for relay 94.64 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M2+1DP1-S1 |1.2 |ZEL401020|NOT-AUS-TASTE TELEMECHANIQUE | | | | | ZA2 BS 54 | | | | |emergency-off-button | |-----------------------------------------------------------------------------------------------------------| |=1DA0.M2+1DP1-S1 |1.2 |ZEL490020|KONTAKTBLOCK TELEMECHANIQUE | | | | | ZA2-BZ105 | | | | |contact block | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R2+1DL1-X580|1.4 |Y1A910000|GRUPPE SCHUTZTÛRMODUL BG EMCO | | | | |groupe protective-door-modul BG | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R2+1DU1-S1 |1.4 |ZEL212040|TÛRENDSCHALTER MIT ROLLENSCHWENKHEBEL SIEMENS | | | | | Kontakte zwangsgefÏhrt lt. VDE 660 Teil 206 3SE 3200-1E | | | | |door limit switch with roller-joystick | | | | | contacts positive-operated for VDE 660 part 206 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R2+1DU1-S2 |1.4 |ZEL212040|TÛRENDSCHALTER MIT ROLLENSCHWENKHEBEL SIEMENS | | | | | Kontakte zwangsgefÏhrt lt. VDE 660 Teil 206 3SE 3200-1E | | | | |door limit switch with roller-joystick | | | | | contacts positive-operated for VDE 660 part 206 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R2+1DU1-S3 |1.5 |ZEL212040|TÛRENDSCHALTER MIT ROLLENSCHWENKHEBEL SIEMENS | | | | | Kontakte zwangsgefÏhrt lt. VDE 660 Teil 206 3SE 3200-1E | | | | |door limit switch with roller-joystick | | | | | contacts positive-operated for VDE 660 part 206 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R2+1DU1-Y1 |1.4 |ZEL211801|GLEICHSTROM-EINFACHHUBMAGNET TYPE 43902-03AE03 BINDER | | | | | MIT DIN-WÛRFELSTECKER; ANSCHL.SPG. 24V; | | | | | HUB 10mm; 100% ED; HUBKRAFT 3+0,5N | | | | | INKL. GERAETESTECKER BEST.NR.:430 006 | | | | |direct-current-single-lifting-magnet type 43902-03AE03 | | | | | with DIN-cubical-contactor; connecting voltage 24V; | | | | | stroke 10mm; 100% ED; lifting power 3+0,5N | | | | | incl. plug Nr.:430 006 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R3+1DL1-X581|1.3 |Y1A930000|GRUPPE BEDIENMODUL BG EMCO | | | | |groupe operating module BG | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R3+1DP1-S1 |1.3 |ZEL420010|DRUCKTASTER 45218/0 ABB | | | | | GHV 8710200R5 | | | | |push button 45218/0 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R3+1DP1-S1 |1.3 |ZEE710701|KUPPLUNG 45294/0 ABB | | | | | GHV 8706602P2 | | | | |coupling 452940 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R3+1DP1-S1 |1.3 |ZEE710701|KUPPLUNG 45294/0 ABB | | | | | GHV 8706602P2 | | | | |coupling 452940 | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R3+1DP1-S1 |1.3 |ZES790020|ABDECKSCHEIBE FARBLOS RAFI | | | | | 5.72032.021 | | | | |coverdisk colourless | |-----------------------------------------------------------------------------------------------------------| Fortsetzung auf Seite 5
(s12H ********************************************************************************************* *G E R Ø T E S T Û C K L I S T E 1 * Seite 5 * * appliance list * page * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DA0.R3+1DP1-S1 |1.3 |ZES094701|KONTAKTELEMENT 45295/0;1 SCHLIESSER ABB | | | | | GHV 8706606P3 | | | | |contact element 45295/0;1 NC | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R3+1DP1-S1 |1.3 |R1A115040|TASTENSYMBOL ZUSTIMMTASTE B.K.GMBH | | | | |button symbol agreement-button | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R3+1DP1-S2 |1.4 |ZEL440022|SCHLOSSTASTE ZB2 BG2 TELEMECANIQUE | | | | | 2 Stellungen rastend, links abziehbar ZB2 BG2 | | | | |key-switched-button ZB2 BG2 | | | | | two positions grided, strippable left | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R3+1DP1-S2 |1.4 |ZEL491103|KONTAKTELEMENT ZB2 BZ103 2 SchlieÞer TELEMECANIQUE | | | | | ZB2 BZ103 | | | | |contact element ZB2 BZ103 two NO contacts | |-----------------------------------------------------------------------------------------------------------| |=1DA0.R4+1DL1-X582|1.3 |Y1A920000|GRUPPE AUSGABEMODUL BG EMCO | | | | |groupe output-module BG | |-----------------------------------------------------------------------------------------------------------| |=1DB1.D1+1DL1-A1 |2.6 |ZEF940300|RC-ENTSTÚRGLIED BALLUFF | | | | | 3ph. RC 3/20-400 BIS 4kW RC3/20-400 BU | | | | |RC-interference supression filter | | | | | 3ph. RC 3/20-400 until 4kW | |-----------------------------------------------------------------------------------------------------------| |=1DB1.D1+1DL1-A1 |2.6 |ZEF940301|Sockel f. EntstÎrglied MURR-ELEKTRONIK | | | | | 20900 | | | | |socket with suppressor | |-----------------------------------------------------------------------------------------------------------| |=1DB1.D1+1DL1-Q1 |2.5 |ZES010130|MOTORSCHUTZSCHALTER TYP M25-TM-0.4 (S/Ú) ABB | | | | | (0,24-0,4A) mit 1S + 1Ú GJM2550001R0013 | | | | |motor protection switch typ M25-TM-0,4 | | | | | (0,24-0,4A) with 1NO + 1NC contactors | |-----------------------------------------------------------------------------------------------------------| |=1DB1.D1+1DU1-M1 |2.5 | | | | | | | LÛFTER HAUPTMOTOR | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-A1 |1.1 |ZEF940300|RC-ENTSTÚRGLIED BALLUFF | | | | | 3ph. RC 3/20-400 BIS 4kW RC3/20-400 BU | | | | |RC-interference supression filter | | | | | 3ph. RC 3/20-400 until 4kW | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-A1 |1.1 |ZEF940301|Sockel f. EntstÎrglied MURR-ELEKTRONIK | | | | | 20900 | | | | |socket with suppressor | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F1 |1.2 |ZEE754951|PATRONE GRÚSSE III 50A SILIZED ABB | | | | |catridge-fuse size III 50A SILIZED | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F1 |1.2 |ZEE510011|SICHERUNGSSOCKL D ISC 63 F1 ABB | | | | | 71919/18 | | | | |fuse socket D ISC 63 F1 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F1 |1.2 |ZEE452031|RINGPLATTE RP63/1 FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | | 46052/18 | | | | |ringplat RP63/1 for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| Fortsetzung auf Seite 6
(s12H ********************************************************************************************* *G E R Ø T E S T Û C K L I S T E 1 * Seite 6 * * appliance list * page * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DB1.H1+1DL1-F1 |1.2 |ZEE745350|PASZSCHRAUBE GRÚSSE III 50A ABB | | | | |screwed-adapter size III 50A | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F1 |1.2 |ZEE455113|SCHRAUBKAPPE KIII 63A MS FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | |screwed-cap KIII 63A MS for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F2 |1.2 |ZEE754951|PATRONE GRÚSSE III 50A SILIZED ABB | | | | |catridge-fuse size III 50A SILIZED | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F2 |1.2 |ZEE510011|SICHERUNGSSOCKL D ISC 63 F1 ABB | | | | | 71919/18 | | | | |fuse socket D ISC 63 F1 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F2 |1.2 |ZEE452031|RINGPLATTE RP63/1 FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | | 46052/18 | | | | |ringplat RP63/1 for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F2 |1.2 |ZEE745350|PASZSCHRAUBE GRÚSSE III 50A ABB | | | | |screwed-adapter size III 50A | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F2 |1.2 |ZEE455113|SCHRAUBKAPPE KIII 63A MS FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | |screwed-cap KIII 63A MS for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F3 |1.3 |ZEE754951|PATRONE GRÚSSE III 50A SILIZED ABB | | | | |catridge-fuse size III 50A SILIZED | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F3 |1.3 |ZEE510011|SICHERUNGSSOCKL D ISC 63 F1 ABB | | | | | 71919/18 | | | | |fuse socket D ISC 63 F1 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F3 |1.3 |ZEE452031|RINGPLATTE RP63/1 FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | | 46052/18 | | | | |ringplat RP63/1 for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F3 |1.3 |ZEE745350|PASZSCHRAUBE GRÚSSE III 50A ABB | | | | |screwed-adapter size III 50A | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F3 |1.3 |ZEE455113|SCHRAUBKAPPE KIII 63A MS FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | |screwed-cap KIII 63A MS for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F4 |2.2 |ZEE754951|PATRONE GRÚSSE III 50A SILIZED ABB | | | | |catridge-fuse size III 50A SILIZED | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F4 |2.2 |ZEE510011|SICHERUNGSSOCKL D ISC 63 F1 ABB | | | | | 71919/18 | | | | |fuse socket D ISC 63 F1 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F4 |2.2 |ZEE452031|RINGPLATTE RP63/1 FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | | 46052/18 | | | | |ringplat RP63/1 for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F4 |2.2 |ZEE745350|PASZSCHRAUBE GRÚSSE III 50A ABB | | | | |screwed-adapter size III 50A | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-F4 |2.2 |ZEE455113|SCHRAUBKAPPE KIII 63A MS FÛR SICHERUNGSSOCKEL ISC63 ABB | | | | |screwed-cap KIII 63A MS for fuse socket ISC63 | |-----------------------------------------------------------------------------------------------------------| Fortsetzung auf Seite 7
(s12H ********************************************************************************************* *G E R Ø T E S T Û C K L I S T E 1 * Seite 7 * * appliance list * page * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DB1.H1+1DL1-K1 |1.2 |ZEL531035|SCHÛTZ B25-30-106 SPULE:220V WECHSEL 25A 11KW ABB | | | | | GJL2411001R106 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-K1 |1.2 |ZEL490910|HILFSKONTAKT CA7-10 1SCHLIESSER ABB | | | | | CA7-10 | | | | |auxiliary contact CA7-10 1closer | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-K2 |1.3 |ZEL531031|SCHÛTZ B9-30-106 SPULE:220V WECHSEL 9A 4KW ABB | | | | | FPL1411001R106 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DL1-L1 |1.2 |ZED043010|DREIPHASENDROSSEL 3X1MH 30A | |-----------------------------------------------------------------------------------------------------------| |=1DB1.H1+1DU1-M1 |2.2 |ZMO902401|GLEICHSTROMNEBENSCHLUSSMOTOR MIT FUSS-FLANSCHBEFEST. BAUMÛLLER | | | | | GNAFF 100LV | |-----------------------------------------------------------------------------------------------------------| |=1DB1.M1+1DL1-A1 |1.2 |ZEF940310|RC-ENTSTÚRGLIED 1PHASIG RC-B30/220 MURRELEKTRONIK | | | | | 21011 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.M1+1DL1-A2 |1.3 |ZEF940310|RC-ENTSTÚRGLIED 1PHASIG RC-B30/220 MURRELEKTRONIK | | | | | 21011 | |-----------------------------------------------------------------------------------------------------------| |=1DB1.U1+1DL1-A1 |4.2 |Y1A450000|LEISTUNGSTEIL THYRISTORSTELLER EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DB1.U1+1DL1-A4 |1.2 |Y1A460000|REGLER THYRISTORSTELLER EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DB1.U1+1DL1-A100|1.2 |Y1A402001|MOTHERBOARD THYRISTORSTELLER EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DB1.U1+1DU1-B1 |2.2 |ZEG150011|DREHGEBER ROD420D/500IMP. Axial 5m Kabel HAIDENHAIN | | | | | ohne Stecker | | | | |encoder ROD420D/500Imp. axial 5m cable | | | | | without plug | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-A201|1.2 |Y1A720000|G.NETZTEIL ACHSANTRIEBE EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-C4 |1.5 |ZKO065228|ELEKTROLYTKONDENSATOR 2200UF 385V PHILIPS | | | | | 222211558222 | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-F1 |1.2 |ZEE750081|GLASROHRSICHERUNG 6,3A M 5x20 WICKMANN | | | | |glass tube fuse 6,3A average time-delay 5x20 | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-F1 |1.2 |ZEK222001|SICHERUNGSKLEMME UK5 HESI PHÚNIX | | | | |fuse clip UK5 HESI | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-F2 |1.3 |ZEE750081|GLASROHRSICHERUNG 6,3A M 5x20 WICKMANN | | | | |glass tube fuse 6,3A average time-delay 5x20 | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-F2 |1.3 |ZEK222001|SICHERUNGSKLEMME UK5 HESI PHÚNIX | | | | |fuse clip UK5 HESI | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-F3 |1.3 |ZEE750081|GLASROHRSICHERUNG 6,3A M 5x20 WICKMANN | | | | |glass tube fuse 6,3A average time-delay 5x20 | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-F3 |1.3 |ZEK222001|SICHERUNGSKLEMME UK5 HESI PHÚNIX | | | | |fuse clip UK5 HESI | |-----------------------------------------------------------------------------------------------------------| Fortsetzung auf Seite 8
(s12H ********************************************************************************************* *G E R Ø T E S T Û C K L I S T E 1 * Seite 8 * * appliance list * page * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DC0.C1+1DL1-K1 |1.3 |ZEL531019|WECHSELSTROMSCHÛTZ BC9-30-01 1ÚFFNER ABB | | | | |+24V GLEICHSTROMBETØTIGT BC9-01 | | | | |AC contactor BC9-30-01 1opening contact | | | | |+24V DC-powered | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-K1 |1.3 |ZEL490910|HILFSKONTAKT CA7-10 1SCHLIESSER ABB | | | | | CA7-10 | | | | |auxiliary contact CA7-10 1closer | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-K1 |1.3 |ZEL490910|HILFSKONTAKT CA7-10 1SCHLIESSER ABB | | | | | CA7-10 | | | | |auxiliary contact CA7-10 1closer | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-K1 |1.3 |ZEL490910|HILFSKONTAKT CA7-10 1SCHLIESSER ABB | | | | | CA7-10 | | | | |auxiliary contact CA7-10 1closer | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-K1 |1.3 |ZEL490901|HILFSKONTAKT CA7-01 1ÚFFNER ABB | | | | | CA7-01 | | | | |auxiliary contact CA7-01 1opening contact | |-----------------------------------------------------------------------------------------------------------| |=1DC0.C1+1DL1-T1 |1.2 |ZET040155|TRENNTRANSFORMATOR DYY IP00 1,5KVA ULMER | | | | | PRIMØR.: 3X380 þ5% | | | | | SEKUNDØR.: 3x120V / +18V / 0V / -18V | | | | |tranformer DYY IP00 1,5kVA | | | | | primary.: 3x380V þ5% | | | | | secondary.:3x120V / +18V / 0V / -18V | |-----------------------------------------------------------------------------------------------------------| |=1DC0.M1+1DL1-A1 |1.5 |Y1A740000|G.VARISTORPLATINE EMCO | | | | |g.varistor-board | |-----------------------------------------------------------------------------------------------------------| |=1DC1.H1+1DL1-Y1 |1.5 | | | | | | | BREMSE MOTOR X-ACHSE | |-----------------------------------------------------------------------------------------------------------| |=1DC1.H1+1DU1-M1 |1.3 |ZMO910445|GLEICHSTROMSERVOMOTOR GSFG45LB 180V 0,52KW BEI BAUMÛLLER | | | | |S1=4000U/MIN MIT 24V-FESTHALTEBREMSE | |-----------------------------------------------------------------------------------------------------------| |=1DC1.M1+1DU1-S1 |1.3 |ZEL450070|GRENZTASTER SL1-A MIT ROLLENSTÚSSEL 1XEPU/IP67 HONEYWELL | | | | | SL1-A | | | | |limit switch SL1-A with rolling plunger 1XEPU/IP67 | |-----------------------------------------------------------------------------------------------------------| |=1DC1.U1+1DL1-A2 |1.2 |Y1A410001|LEISTUNGSTEIL TRANSISTORSTELLER EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DC1.U1+1DL1-A100|1.4 |Y1A401001|MOTHERBOARD TRANSISTORSTELLER EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DC1.U1+1DU1-B1 |1.4 |ZEG150011|DREHGEBER ROD420D/500IMP. Axial 5m Kabel HAIDENHAIN | | | | | ohne Stecker | | | | |encoder ROD420D/500Imp. axial 5m cable | | | | | without plug | |-----------------------------------------------------------------------------------------------------------| |=1DC2.H1+1DU1-M1 |1.3 |ZMO781310|GLEICHSTROMSERVOMOTOR 180V 1,15KW 4000U/MIN BAUMÛLLER | | | | | GSF 45 LB | |-----------------------------------------------------------------------------------------------------------| |=1DC2.M1+1DU1-S1 |1.3 |ZEL450070|GRENZTASTER SL1-A MIT ROLLENSTÚSSEL 1XEPU/IP67 HONEYWELL | | | | | SL1-A | | | | |limit switch SL1-A with rolling plunger 1XEPU/IP67 | |-----------------------------------------------------------------------------------------------------------| Fortsetzung auf Seite 9
(s12H ********************************************************************************************* *G E R Ø T E S T Û C K L I S T E 1 * Seite 9 * * appliance list * page * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DC2.U1+1DL1-A2 |1.2 |Y1A410001|LEISTUNGSTEIL TRANSISTORSTELLER EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DC2.U1+1DL1-A100|1.4 |Y1A401001|MOTHERBOARD TRANSISTORSTELLER EMCO | |-----------------------------------------------------------------------------------------------------------| |=1DC2.U1+1DU1-B1 |1.4 |ZEG150011|DREHGEBER ROD420D/500IMP. Axial 5m Kabel HAIDENHAIN | | | | | ohne Stecker | | | | |encoder ROD420D/500Imp. axial 5m cable | | | | | without plug | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DL1-A0 |1.4 |Y1B750000|PLATINE ENTSTOERFILTER EMCO | | | | |board interference supression filter | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DL1-F1 |1.2 |ZEE750081|GLASROHRSICHERUNG 6,3A M 5x20 WICKMANN | | | | |glass tube fuse 6,3A average time-delay 5x20 | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DL1-F1 |1.2 |ZEK222001|SICHERUNGSKLEMME UK5 HESI PHÚNIX | | | | |fuse clip UK5 HESI | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DL1-F2 |1.3 |ZEE750081|GLASROHRSICHERUNG 6,3A M 5x20 WICKMANN | | | | |glass tube fuse 6,3A average time-delay 5x20 | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DL1-F2 |1.3 |ZEK222001|SICHERUNGSKLEMME UK5 HESI PHÚNIX | | | | |fuse clip UK5 HESI | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DL1-F3 |1.3 |ZEE750081|GLASROHRSICHERUNG 6,3A M 5x20 WICKMANN | | | | |glass tube fuse 6,3A average time-delay 5x20 | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DL1-F3 |1.3 |ZEK222001|SICHERUNGSKLEMME UK5 HESI PHÚNIX | | | | |fuse clip UK5 HESI | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DL1-K1 |1.2 |ZEL531020|WECHSELSTROMSCHÛTZ BC6-30-01 1ÚFFNER ABB | | | | | +24V GLEICHSTROMBETØTIGT GJL1213001R0011 | | | | |AC contactor BC6-30-01 1opening contact | | | | | +24V DC-powered | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DL1-K2 |1.3 |ZEL531020|WECHSELSTROMSCHÛTZ BC6-30-01 1ÚFFNER ABB | | | | | +24V GLEICHSTROMBETØTIGT GJL1213001R0011 | | | | |AC contactor BC6-30-01 1opening contact | | | | | +24V DC-powered | |-----------------------------------------------------------------------------------------------------------| |=1DD1.D1+1DU1-M1 |1.2 |ZVE200065|SCHEIBENREVOLVER DUPLOMATIC | | | | | BSVN-160 | | | | |disk-revolver | |-----------------------------------------------------------------------------------------------------------| |=1DD1.M1+1DL1-K1 |2.7 |ZER702026|MINIATURRELAIS 5534 9/24V 4W PRÛFTASTE 250V/5A FINDER | | | | |relais 5534 9/24V 4W test key 250V/5A | |-----------------------------------------------------------------------------------------------------------| |=1DD1.M1+1DL1-K1 |2.7 |ZER880201|RELAISSOCKEL FÛR RELAIS 5534 | | | | | 94.64 | | | | |relay socket for relay 5534 | |-----------------------------------------------------------------------------------------------------------| |=1DD1.M1+1DL1-K1 |2.7 |ZXM011020|HALTEBÛGEL FÛR RELAIS 94.64 | | | | |retaining clip for relay 94.64 | |-----------------------------------------------------------------------------------------------------------| Fortsetzung auf Seite 10
(s12H ********************************************************************************************* *G E R Ø T E S T Û C K L I S T E 1 * Seite 10 * * appliance list * page * ********************************************************************************************* (s14H |===========================================================================================================| | Anlage Ort BMK |Pfad | SachNr.| Technische Beschreibung Hersteller/manufact | | install loc equ.|path | parts no| technical description Bestellnr./ordernumber| | | | | Funktionstext/description | |===========================================================================================================| |=1DG1.D1+1DL1-A1 |1.3 |ZEF940300|RC-ENTSTÚRGLIED BALLUFF | | | | | 3ph. RC 3/20-400 BIS 4kW RC3/20-400 BU | | | | |RC-interference supression filter | | | | | 3ph. RC 3/20-400 until 4kW | |-----------------------------------------------------------------------------------------------------------| |=1DG1.D1+1DL1-A1 |1.3 |ZEF940301|Sockel f. EntstÎrglied MURR-ELEKTRONIK | | | | | 20900 | | | | |socket with suppressor | |-----------------------------------------------------------------------------------------------------------| |=1DG1.D1+1DL1-K1 |1.3 |ZEL531020|WECHSELSTROMSCHÛTZ BC6-30-01 1ÚFFNER ABB | | | | | +24V GLEICHSTROMBETØTIGT GJL1213001R0011 | | | | |AC contactor BC6-30-01 1opening contact | | | | | +24V DC-powered | |-----------------------------------------------------------------------------------------------------------| |=1DG1.D1+1DL1-Q1 |1.2 |ZES010330|MOTORSCHUTZSCHALTER TYP M25-TM-4.0 (S/Ú) ABB | | | | | (2,4-4,0A) mit 1S + 1Ú GJM2550001R0033 | | | | |motor protection switch type M25-TM-4.0 | | | | | (2,4-4,0A) with 1NO + 1NC contactors | |-----------------------------------------------------------------------------------------------------------| |=1DG1.D1+1DU1-M1 |1.2 |ZVE210044|TAUCHPUMPE PV40-150 50/60Hz SPANDAU | | | | | 060289 | | | | |pump PV40-150 50/60Hz | |-----------------------------------------------------------------------------------------------------------| |=1DH1.E1+1DL1-K1 |1.3 |ZER813921|INDUSTRIERELAIS ZETTLER | | | | | SPULE 24V 3 WECHSLER TEC1010-3921 | | | | |relay | | | | | coil 24V three change-over contacts | |-----------------------------------------------------------------------------------------------------------| |=1DH1.E1+1DL1-K1 |1.3 |ZER880111|RELAISFASSUNG Type 90.21 ZETTLER | | | | | 10A/250V | | | | |relay socket type 90.21 | | | | | 10A/250V | |-----------------------------------------------------------------------------------------------------------| |=1DH1.E1+1DL1-Q1 |1.2 |ZES010130|MOTORSCHUTZSCHALTER TYP M25-TM-0.4 (S/Ú) ABB | | | | | (0,24-0,4A) mit 1S + 1Ú GJM2550001R0013 | | | | |motor protection switch typ M25-TM-0,4 | | | | | (0,24-0,4A) with 1NO + 1NC contactors | |-----------------------------------------------------------------------------------------------------------| |=1DH1.E1+1DU1-M1 |1.2 |ZVE200018|SCHMIERMITTELPUMPE VOGEL | | | | | 122 024 510 | | | | |lubrication pump | |-----------------------------------------------------------------------------------------------------------| |=1DH1.M1+1DU1-B1 |1.4 |ZVE200007|DRUCKSCHALTER VOGEL | | | | | 176 111 201 | | | | |pressure switch | |-----------------------------------------------------------------------------------------------------------| |=1DH1.M1+1DU1-B1 |1.4 |ZVE200008|GUMMISCHUTZKAPPE VOGEL | | | | | 898 420 001 | | | | |rubber protecting covering | |-----------------------------------------------------------------------------------------------------------| Ende der Liste