VACON · 64
Fig. 30: Electric wiring diagramme of the Multi-pump (multidrive) system, example 5A
1
DRIVE 1
2-WIRE
TRANSMITTER
P
PRESSURE
SENSOR 1
I
+
-
SYSTEM START
COMMAND
1
STOP
1S1
START
2
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DRIVE 2
DRIVE 3
DRIVE 1
VACON 100 FLOW
P1.2
Application
= Multipump(MultiDrive)
P3.15.3
Pump ID Number
= 1
P3.15.4
Start & Feedback
= Signals Connected
1
+10V
Reference voltage
ref
2
AI2+
NOT USED (0...10V)
3
AI1-
4
AI2+
PID FEEDBACK (4...20mA)
5
AI2-
24V auxilary voltage out
6
+24V
out
7
GND
I/O ground
8
DIN1
START FORWARD
FLUSHING
9
DIN2
(Start Forward + Flushing Freq.)
PID SETPOINT SELECT.
10
DIN3
(Open=Keypad SP1, Closed=Keypad SP2)
11
CM
Common for DI1-DI6
12
+24V
24V auxilary voltage out
out
13
GND
I/O ground
14
DIN4
FAULT RESET
PUMP INTERLOCK
15
DIN5
(Not in use by default)
16
DIN6
EXTERNAL FAULT
17
CM
Common for DI1-DI6
18
AO1+
OUTPUT FREQUENCY
19
AO1-
(0...20mA)
30
+24V
24V auxilary voltage in
in
A
RS485
Drive-To-Drive
Communication
B
RS485
(Modbus RTU)
21
RO1
Relay Output 1
22
RO1
(RUN)
23
RO1
24
RO2
Relay Output 2
25
RO2
(FAULT)
26
RO2
Relay Output 3
32
RO3
(READY)
33
RO3
DIO´S
AI1
AO
FLOAT
U
U
GND
I
I
RS485
AI2
termination
OFF
U
ON
I
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