Vacon 100 FLOW Manual De Aplicación página 58

VACON · 58
AUTO
1S1
Imag. 24: Diagrama de cableado eléctrico del sistema MultiMaster, ejemplo 3A
1
CONVERTIDOR 1 CONVERTIDOR 2
VACON 100 FLOW VACON 100 FLOW
P1.2 Application = Multipump(MultiDrive) P1.2
2-WIRE 2-WIRE
P3.15.3 Pump ID Number
TRANSMITTER P3.15.3 Pump ID Number = 1 TRANSMITTER
P3.15.4 Start & Feedback = Signals Connected P3.15.4 Start & Feedback
P P
PRESSURE PRESSURE
SENSOR 1 SENSOR 2
1
I 1 +10V ref Reference voltage I
+ - 2 AI1 + + - 2
NOT USED
(0...10V)
3 AI1 - 3
4 AI2 + 4
PID FEEDBACK
(4...20mA)
5 AI2 - 5
6 +24V out 24V auxilary voltage out 6
7 GND I/O ground 7
8 DIN1 START FORWARD 8
FLUSHING
9
9 DIN2
(Start Forward + Flushing Freq.)
PID SETPOINT SELECT.
10 DIN3 10
(Open=Keypad SP1, Closed=Keypad SP2)
11 CM Common for DI1-DI6 11
3 3
0 1 0 1
MAN AUTO MAN
12 +24V out 24V auxilary voltage out 12
2S1
2 4 13 GND I/O ground 2 4 13
14 DIN4 FAULT RESET 14
PUMP INTERLOCK
15 DIN5 15
(Not in use by default)
16 DIN6 EXTERNAL FAULT 16
17
17 CM Common for DI1-DI6
18
18 AO1 +
OUTPUT FREQUENCY
(0...20mA)
19 AO1 - 19
30 +24V in 24V auxilary voltage in 30
A RS485 Drive-To-Drive A
Communication
B RS485 (Modbus RTU) B
21 RO1 21
Relay Output 1
22 RO1 22
(RUN)
23
23 RO1
24 RO2 24
Relay Output 2
25 RO2 25
(FAULT)
26 RO2 26
32 RO3 Relay Output 3 32
(READY)
33 RO3 33
DIO´S AI1 AO DIO´S
FLOAT U U
FLOAT
GND I I GND
RS485
AI2 termination
U OFF
I ON
TRANSMISOR
DE 2 CABLES
P
SENSOR DE
I PRESIÓN 1
+ -
1 3
0
AUTO MAN
1S1
2 4
CONVERTIDOR 3
VACON 100 FLOW
Application = Multipump(MultiDrive) P1.2 Application = Multipump(MultiDrive)
= 2 P3.15.3 Pump ID Number = 3
= Signals Connected P3.15.4 Start & Feedback = Start Signal Only
+10V ref Reference voltage
1 +10V ref Reference voltage
AI1 + 2 AI1 +
NOT USED
NOT USED
(0...10V) (0...10V)
AI1 - 3 AI1 -
AI2 + 4 AI2 +
PID FEEDBACK PID FEEDBACK
(4...20mA) (4...20mA)
AI2 - 5 AI2 -
+24V out 24V auxilary voltage out 6 +24V out 24V auxilary voltage out
GND I/O ground 7 GND I/O ground
DIN1 START FORWARD 8 DIN1 START FORWARD
FLUSHING FLUSHING
DIN2
9 DIN2
(Start Forward + Flushing Freq.) (Start Forward + Flushing Freq.)
PID SETPOINT SELECT. PID SETPOINT SELECT.
DIN3
10 DIN3
(Open=Keypad SP1, Closed=Keypad SP2) (Open=Keypad SP1, Closed=Keypad SP2)
CM Common for DI1-DI6 11 CM Common for DI1-DI6
3
0 1
AUTO MAN
+24V out 24V auxilary voltage out 12 +24V out 24V auxilary voltage out
3S1
GND I/O ground 2 4 13 GND I/O ground
DIN4 FAULT RESET 14 DIN4 FAULT RESET
PUMP INTERLOCK
PUMP INTERLOCK
DIN5 15 DIN5
(Not in use by default) (Not in use by default)
DIN6 EXTERNAL FAULT 16 DIN6 EXTERNAL FAULT
CM Common for DI1-DI6
17 CM Common for DI1-DI6
AO1 +
18 AO1 +
OUTPUT FREQUENCY OUTPUT FREQUENCY
(0...20mA) (0...20mA)
AO1 - 19 AO1 -
+24V in 24V auxilary voltage in 30 +24V in 24V auxilary voltage in
RS485 Drive-To-Drive A RS485 Drive-To-Drive
Communication
Communication
RS485 (Modbus RTU) B RS485 (Modbus RTU)
RO1 21 RO1
Relay Output 1
Relay Output 1
RO1 22 RO1
(RUN) (RUN)
RO1
23 RO1
RO2
24 RO2
Relay Output 2 Relay Output 2
RO2 25 RO2
(FAULT)
(FAULT)
RO2 26 RO2
RO3 Relay Output 3 32 RO3 Relay Output 3
(READY) (READY)
RO3 33 RO3
AI1 AO DIO´S AI1 AO
FLOAT U U
U U
I I GND I I
RS485 RS485
AI2 termination AI2 termination
U OFF U OFF
I ON I ON
CONVERTIDOR 1
VACON 100 FLOW
P1.2 Aplicación = MultiMaster
P3.15.3 Número ID Bomba = 1
P3.15.4 Marcha y Valor Actual = Señales conectadas
1 +10V
Tensión de referencia
ref
2 AI2+
NO USADO (0...10 V)
3 AI1-
4 AI2+
VALOR ACTUAL PID (4...20 mA)
5 AI2-
6
+24 V Salida de tensión auxiliar 24 V
salida
7 GND
GND de I/O
8 DIN1
MARCHA DIRECTA
9 DIN2 FLUSHING
(Marcha directa + Referencia Flushing)
10 DIN3 SELECCIÓN DE REFERENCIA DE PID
(Abierto = Panel SP1, Cerrado = Panel SP2)
11 CM
Común para DIN1-DIN6
12
+24 V Salida de tensión auxiliar 24 V
salida
13 GND
GND de I/O
14 DIN4
RESET DE FALLO
15 DIN5 ENCLAVAMIENTO DE BOMBA
(No usado por defecto)
16 DIN6
FALLO EXTERNO
17 CM
Común para DIN1-DIN6
18 AO1+
FRECUENCIA DE SALIDA
19 AO1- (0...20 mA)
30 +24 V
Entrada de tensión auxiliar 24 V
in
A RS485
Comunicación entre unidades
(Modbus RTU)
B RS485
21 RO1
Salida relé 1
22 RO1
(MARCHA)
23 RO1
24 RO2
Salida relé 2
25 RO2
(FALLO)
26 RO2
Salida relé 3
32 RO3
(PREPARADO)
33 RO3
DIO´S AnIN1 AO
FLOT U U
I I
GND
Terminación
AnIN2
RS485
U OFF
I ON
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