LU-VE URT Instrucciones página 20

ENGLISH
Display
Code Value UM
GP off
c0
r1 off
r2 off
oFF off
c1
Lo off
hi off
020 mA
420 mA
c2
05 V
010 V
ntc °C
oFF off
015 bar
c3
025 bar
030 bar
045 bar
030 bar
oFF off
c4
Lo off
hi off
c5
0-15 off
0 off
c6
1 off
2 off
0 off
c7
1 off
PROCEDURE:
1 - Put SW1 switch 1 in the ON position.
2 - Press the"ENTER"+"ESCAPE" keys at the same time: "ProGrA" appears on the display, followed by "conF".
3 - Choose the required Menu using the "+" key - conF or ParA - and press "ENTER". ProGrA appears on the display followed by S1 (if in rtE – rPr mode)
or Lh (if in rS mode) choosing ParA, or c0 choosing conF.
4 - Move to the code to be modified using the (+) and (–) keys
5 - Press "ENTER" : the display begins to flash.
6 - Use keys (+) e (–) to select the required value (pressing ENTER at the same time speeds up the procedure)
7 - Press "ENTER" to confirm the modification: the display stops flashing.
To modify another parameter, start again at point 4. To change Menu, start again at point 2.
8 - • To confirm the choice, press "ENTER" + "ESCAPE" at the same time: "Update" appears on the display.
• To exit, press "ESCAPE": "ESCAPE" appears on the display.
The regulator starts regulating again using the new parameters and the display goes back to showing the value "in" of the active input.
SETTING Sequence
1) REGULATOR: proportional control, direct characteristic, Set Point at maximum, Humidification
control output active ( see page 39).
2) POWER UNIT - DIRECT Characteristics (see page 40).
3) ILLUSTRATION of inside cover panel of the control board (see page 41).
4) ILLUSTRATION of the inside Connection label, Supply and Operation Signal and Auxiliary Contacts
( see page 41).
1
) TABLE of modifiable parameters with SW1 switch 1 in the ON position.
2) Menù "ParA."
( see page 37 - 38)
Default Configuration
GP, r2 Operation
GP, r2
Operation
GP, r2 Operation
hi
Input selection
hi
Input selection
hi
Input selection
... Input type
... Input type
... Input type
... Input type
... Input type
... Linear conversion
... Linear conversion
... Linear conversion
... Linear conversion
... Linear conversion
... Linear conversion
... Set-Point position
... Set-Point position
... Set-Point position
8 Operating regulation
0 RL1 relay management
0
RL1 relay management
0 RL1 relay management
"Analog Out"
1
1
"Analog Output"
Menù "ConF."
Slave Regulator uses input IN1
Master Regulator: uses only input IN1
Master Regulator uses inputs IN1 e IN2
Always uses the sensor connected to IN1
Uses the sensor with the lowesr value
Uses the sensor with the higher value
Signal in current 0-20mA for SLAVE mode
Signal in current 4-20mA for MASTER mode
Signal in voltage 0-5Vdc for MASTER mode
Signal in voltage 0-10Vdc for MASTER or SLAVE mode
Signal in kohm 10K @25°C for MASTER mode
No conversion
Conversion 4mA > 0 bar / 20 mA A 15 bar for transducer 0-15 bar
Conversion 4mA > 0 bar / 20 mA A 25 bar per transducer 0-25 bar
Conversion 4mA > 0 bar / 20 mA A 30 bar for transducer 0-30 bar
Conversion 4mA > 0 bar / 20 mA A 45 bar for transducer 0-45 bar
Conversion 0,5 V > 0 bar / 4,5 V > 30 bar for transducer 0-30 bar
Power Unit mode, no Set Point
Set Point at MINIMUM of the regulation characteristics
Set Point at MAXIMUM of the regulation characteristics
Cos-fi compensation of the motor in regulation
RL1 = OFF > RGF = KO
RL1 = OFF as value "0" + S2=ON
RL1 = OFF cas value "0" + S2=ON + U/V/W = 0Vac
Output 0-10V to operating other SLAVE 0-10 Vdc units
Output 0-10V to operating external humidification unit
20
Description