InoTec CPS 220 Series - Page 14

14
CPS 220/48.1/SV Montage- und Betriebsanleitung
CPS 220/48.1/SV Mounting and Operating Instructions
14
Netz Netz
LLN
St.-Kreis1
L+N–
St.-Kreis2
L+N–
St.-Kreis3
L+N–
St.-Kreis4
L+N–
St.-Kreis5
L+N–
St.-Kreis6
L+N–
IBBatt. Batt.
BBN
0
1
2
3
4
5
6
7
8
9
SKE - 2 x 3A
5 AT
FF
5 AT
21
= BL / NM
= DL / M
1000 1000
SKE - 2 x 3A
5 AT
FF
5 AT
21
= BL / NM
= DL / M
1000 1000
SKE - 2 x 3A
5 AT
FF
5 AT
21
= BL / NM
= DL / M
1000 1000
N- N-
L+ L+
Geeignet für Anlagen gem. DIN VDE 0108 / 10.89
ta:
EMC:
INOTEC
ET 9/24
Eingang
+
-
U:
N
gem. EN 55015
AC 230V 50 / 60Hz DC 176 - 260 V
-15 ... 45°C
tc
tc=75°C max
Temp.-Test
860 012
Ausgang
24V/320mA
CPUSB 220 / 48.1 / 6
Stromkreismodule
Circuit modules
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
Stromkreismodule
Circuit modules
CPUSB 220 / 48.1 / 16 CPUSB 220 / 48.1 / 32
Klemmen /Anschlußraum
Terminals
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
SKE 2x3A
1
1000
5 AT
F
2
1000
5 AT
= BL/NM
= DL/NM
F
CPUSB 220 / 48.1 / 48
Klemmen Anschlußraum
Terminals
Stromkreismodule
Circuit modules
Klemmen Anschlußraum
Terminals