Alfa Network LU-VE ICM, Руководство пользователя

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6
ENG
+0800010EN rel. 1.5 - 24.03.2020
2. INSTALLATION
2.1 Alfa LU-VE ICM control terminal block
J7 J10 J9 J8 J5
J1
G G0 +5Vref +VDC ID1 GND
J3
C1 NC1 NO1
J2
SYNC B1 B2 B3 B4 B5 B6 GND
serial card 1
J4
J6
TLAN
GND
C2
NO2 GND
Y2 Y1
GNX
ISOLATED
Tx/Rx
PWM 0/10V
GND Tx/Rx
24 V (+10/-15%); 50/60 Hz
48 V (36Vmin…72 Vmax)
input voltage: max. power:
8 VA / 6 W
GND
ID2
Y3 Y4
0/10V 0/10V
J13
NO3
C3
NO4
J11
NO6
C5
NO5
J12
Fig. 2.a
I/O selection tables
Analogue inputs
B1 4-20mA/ratiometric/NTC probe or 0-10V signal for fans
B2 panel internal temperature NTC
B3 outside temperature NTC/PT1000
B4 PT1000 probe for fan control
Digital inputs
ID1 generic fan alarm (shutdown)
ID2 generic external alarm with possibility to override fans
B5/ID3 day/night - summer/winter status
B6/ID4 multifunction input: remote ON/OFF, spray water system activation,
spray water system alarm
Digital outputs
DO1 enable fan
DO2 alarm output
DO3 spray water system output
DO4 –
DO5 panel heating output
DO6 panel cooling output
Analogue outputs
Y1 --
Y2 emergency fan analogue output
Y3 --
Y4 --
Serial connections
BMS1 Carel-Modbus RS485 serial. pCOweb optional
FB1 (J8) EC fans (max 18) Ziehl or EBM. Modbus communication
2.2 Alfa LU-VE ICM connection diagram
The following figure shows the system configuration, with the list of
connectable inputs and outputs.
1 2 3
1 2 ...up to 18
1 2 3 4
Electrical panel fan Alarm Electrical panel heater
4 Digital inputs:
Fan alarms
Generic external alarm
Day/night
ON/OFF, spray water system
3 Analogue inputs:
Control Probe:
- Pressure
- Temperature
- External signal
External temperature
Electrical cabinet temperature
5 Digital ouputs:
Fans
Alarm
Spray water system
Electtrical panel cooling
Electtrical panel heaters
RS 485 Modbus®
BMS system
1 Analogue output
Fans
Spray water system
Fig. 2.b