IFM Ecomat 100 CR0303, Device Manual

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C
ABINET
C
ONTROLLER
CR0303
13
UK
ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen 28.01.2015 We reserve the right to make technical alterations without prior notice! CR0303 / page 5
pin connection
(view from the top on the pin side)
18 IN07 B
L
17 VBB
S OUT
16 IN06 B
L
15 VBB
S OUT
14 IN 05 B
L
13 VBB
S OUT
12 IN04 B
L
11 GND
10 GND
09 GND
08 IN03 B
L
07 GND
06 IN02 B
L
05 VBB
S OUT
04 IN01 B
L
03 VBB
S OUT
02 IN00 B
L
01 VBB
S OUT
18 IN15 B
L
/B
H
17 VBB
S OUT
16 IN14 B
L
/B
H
15 VBB
S OUT
14 IN 13 B
L
/B
H
13 VBB
S OUT
12 IN12 B
L
/B
H
11 GND
10 GND
09 GND
08 IN11/FRQ03 B
L
/I
L
07 GND
06 IN10/FRQ02 B
L
/I
L
05 VBB
S OUT
04 IN09/FRQ01 B
L
/I
L
03 VBB
S OUT
02 IN08/FRQ00 B
L
/I
L
01 VBB
S OUT
X12
Inputs
X10
Inputs
6
4
2
5
3
1
X11
Inputs
10 A_IN23
09 A_IN22
08 A_IN21
07 A_IN20
06 GND
05 VBB
S OUT
04 A_IN19 A
03 A_IN18
02 A_IN17 A
01 A_IN16
A
A
A
A
A
A
06
05
04
03
02
01 CAN2_H
CAN2_L
CAN1_H
CAN1_L
GND
VBB
S
P/N1
Power supply
CAN Bus
06
05
04
03
02
01 n.c.
TEST
RS-232 TxD
RS-232 RxD
GND
VBB
TEST
N2
RS-232
Test
X21
Outputs
14
13
12
11
10
09
08
07
06
05
04
03
02
01 VBB
STAB (5/10 V)
VBB
O 03
OUT17
(10 A)
VBB
O17
OUT16
(10 A)
VBB
O16
OUT15
(10 A)
VBB
O15
OUT14
(10 A)
VBB
O14
OUT13
(10 A)
VBB
O13
OUT12
(10 A)
VBB
O12
B
H
B
H
B
H
B
H
B
H
B
H
15 OUT08 B
H
16 OUT09 B
H
17 OUT10 B
H
18 OUT11 B
H
10
09
08
07
06
05
04
03
02
01 VBB
O 02
OUT07/PWM07
OUT06/PWM06
OUT05/PWM05
OUT04/PWM04
VBB
O 01
OUT03/PWM03
OUT02/PWM02
OUT01/PWM01
OUT00/PWM00
B
H
/P
H
B
H
/P
H
B
H
/P
H
B
H
/P
H
B
H
/P
H
B
H
/P
H
B
H
/P
H
B
H
/P
H
X20
Outputs
10-32 V
5/10 V
CR0303 Wiring
Explanation of the abbreviations:
A
= analogue
BH = binary (high side)
BL = binary (low side)
FRQ/CYL = frequency inputs
IL
= pulse (low side)
PH = PWM (high side)
PWM = pulse-width modulated signals
RxD = RS-232 data received
TxD = RS-232 data transmitted
VBB
S
= supply controller/sensors
VBB
O
= supply outputs
VBB
STAB
= supply sensors stabilised 5/10 V DC