
40
ADP200 • Quick installation guide - Specifications and connection
7.3.2 Typical connection diagram
Figure 7.3.2.1: Typical connection diagram (ADP200-4300 ...5550 sizes)
+ 24V IO
L1
M1
K1M
5
L1
L2
L3
N
PE
0 V IO
C
D
1
2
3
4
6
SMPS
DIO CM
12
11
10
4
9
DI 5X
EN HW (Enable)
57 56
55 54
43
42
Analog input 1X
Analog input 2X
-
40
41
-
+
+
E
L2
L3
U
V
W
DI 3X
DI 2X
DI 1X
27
DO
1
M
3
~
8
7
6
5
EXP-RES
-I1-ADP
RO 2O
RO 2C
(Relay 2)
DI 4X
29
26
DO PS
DO
2
BR1
BR2
Braking resistor (optional)
L1
(1)
F1
K1M
81
80
Mot
-
Mot
+
Analog
output
1
46
45
71
70
72
24V
IN+
0
V
99 (T2)
RO 1O
RO 1C
(Relay 1)
3
DI 6X
RS485
PC
CAN
GND H
L
KEYPAD / DCP
KB-ADV100
(optional)
Prg
Enter
FWD
n=0
ILIM
EN
CNT
AL
CAN
Internal Keypad
Analog input 1 (Sensor)
Motor
protection
input
CAN to PLC
(Optional)
Drive Ready (to PLC)
+ 24V (from PLC)
Fault State (to PLC)
+
24V (from PLC)
Fault Reset
(from PLC)
Start
(from PLC)
Enable
(from PLC)
Pressure
Sensor
PRESSURE
SENSOR
Speed feedback
PLC
Pressure command
Flow rate
command
Motor
protection
8 (EXC -) 9 (EXC +)
10 (COS -) 11
(COS +)
12 (SIN -) 13 (SIN +)
(2)
(2)
(3)
(3)
(3)
(3)
(1) ADP2075 ... 4300: Integrated choke on DC link.
(2) Connect resolver shield directly to chassis as shown on fig. 7.2.4.
(3) Connect the shields of Motor protection, Analog Input 1/2X and Analog Output signals directly to chassis (or to terminal 99 of T3 strip) as shown on figure 7.2.4.