MICRO-EPSILON thicknessCONTROL RTP 8301.EO Betriebsanleitung Seite 84

0 1
-21A1
Buskoppler
+UEB/3.0
Buscoupler
EK1100
-X1
IN
ECAT_2
11.1 /
-X2
OUT
24V 0V +
1 5
24V_BUS2
20.0
20
Date 21.04.2021
Ed. by 11000108
Appr
Modification Date Name Original
2 3
+UEB/3.1
00 01
+ - - PE PE
2 6 3 7 4 8
PE_B
22.2
Umax 12V
ME 0325166
PE_BUS2
20.9
ME 2901028
0V_BUS2
20.2
-21E1
/21.4
/21.8
DT113-T-EU15-A-C1,25
ME 4307174.01
Diese Zeichnung ist Eigentum der Firma This drawing is the property of MICRO-
MICRO-EPSILON und darf ohne unsere EPSILON and must not be copied or
Genehmigung weder kopiert noch brought to the knowledge of a third
dritten Personen mitgeteilt werden. party without our authorization.
Replacement for Replaced by
4 5
-21A2
2 x Analog Eingang -10.....+10V
2 x Analog Input -10.....+10V
EL3702
02 03
+I1 +I2 -I1 -I2 GND GND S S
1 5 2 6 3 7 4 8
SH
21.8
verdrillt
-21E3
1 2
Umax:
12VDC
1 2
-21W1
GN(IN) BU+SH(IN) GN(OUT) WH SHIELD(OUT)
3 7 6 1
-10V...+10V SIG GND 24V 0V
Sensor B Sensor A
24V Option
(ME 2980044)
-21E1
/21.3
EU15
EL3702 (2 x Analog)
E1: EU15 diff +-2mm = -10V...10V
E2: ODC2600-40
6 7
-21A3
4 x Digital Eingang 24V
+UEB/3.2
4 x Digital Input 24V
EL1104
04 05
I1 I2 + +
1 5 2
I31 I32 24V32
20.1 20.5 22.4
20.1
ODC_ER
-21W2
ME 0150025
GN WH
-21E2
/21.7
/21.8
ODC2600-40(206)
13 25
ME 4321004.206
GND SIG
SIG
0V...+10V Error
-21E2
/21.6
EL1104
I1: ODC error = 0
I2: Limit switch z-axis above reached = 0
I3: Limit switch z-axis below reached =0
I4: Reserve
Buscoupler traversing unit, sensoric, digital input
K211035
thicknessCONTROL
RTP 8301.CT
8 9
- - I3 I4
6 3 7 4 8
0V32 I33
22.4 20.8
21.5
SH
20.2 20.1
0V_ER 24V_ODC
20.3
0V_ODC
RD BU SH
-21W3
ME 2901123
WH BN
1 3
1 14
GND
24V 0V
Error
LED Receiver
-21E1 -21E2
/21.3 /21.6
EU15
= ANL
+ ET1
4350039.85
22
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Pg 20