C O n F
. . . .
I N p T
. . .
FunC
tyPE
LO-d
Set1
Set2
Set2
IrES
HI-d
Hys1
Hys2
S C A L
. . . .
A L 1
. . .
A L 2
. . .
E X I T
. . .
Modify
FUNC
Modify
type
Modify
LO-d
Modify
SeT1
Modify
SeT2
Modify
LO-t
Modify
Addr
Modify
CONT
Modify
UALI
Modify
dp I
Modify
BURN
Modify
DFLT
Modify
PAR
Modify
dEL
Modify
bAUD
Modify
HI-t
Modify
type
Modify
HYS2
Modify
tyP2
Modify
RLY2
Modify
HYS1
Modify
tyP1
Modify
rLy1
Modify
HI-d
Modify
dp
Modify
FAHR
Modify
FILt
Modify
LO-E
Modify
HI-E
Modify
IrES
Modify
PASS
PASS
LO-E
dp
FAHr
FAHR
FAHR
FAHR
FILt
Typ1
Typ2
FAHR
FAHR
RLy1
RLy2
O u t
. . . .
LO-t
HI-t
type
B U S
. . . .
ADDR
PAR
DEL
BAUD
S Y S
. . . .
COnt
Burn
DFLT
I N T
. . . .
UaLI
Exit from the
programming menu and
return in view mode
Return to
. . . .
I N P T
Go
to
. . . .
E X I T
Enables the reset of the
integral by buttons and
digital input
HI e
-
Input Type
Electrical Start Scale
Value
Electrical Full Scale
Value
Start scale of
instantaneous view
Full scale of
instantaneous view
Decimal point position
on instantaneous
view
Temperature
measurement in ° C
or ° F
Filter level
Indicator Functioning
Type
Enables the Password
for the access to menu
Alarm 1 threshold
Alarm 2 threshold
MODBUS Address.
Alarm 1 Hysteresys
Alarm 2 Hysteresys
Type of Parity control
Alarm 1 Type
Alarm 2 Type
Response delay time
Retransmitted output
type
Relay 1:
N.O. or N.C.
Relay 2:
N.O. or N.C.
Communication
Speed
Instantaneous display
value associated to
the minimum value of
the output.
Instantaneous display
value associated to the
maximum value of the
output.
dP I
Display Contrast
Behaviour in case of
Burn Out
(PT100 or TC)
Default Settings
Constant to assign to
obtain the desidered
integration.
Decimal point position
on the integrator view.
PARAMETERS MODIFICATION
ACCESS TO THE PROGRAMMING MENU :
PROGRAMMING MENU SCHEME
7. SETTABLE VALUES FOR MULTIPLE CHOICE PARAMETERS
The various options for the multiple choice parameters are listed below. Default values are indicated with the * symbol.
7.2
(ELECTRICAL INPUT)
I N P T
. . . .
Type
Selects the input type among the following:
1 = Voltage
2* = Current
3 = Potentiometer
4 = TC J
RLy1 RLy2
/
Sets the functioning of the correspondent relay (if optional card):
0* = relay normally opened
1 = relay normally closed.
9 = TC B
10 = TC E
11 = TC N
12 = PT100 (2 wires)
5 = TC K
6 = TC R
7 = TC S
8 = TC T
13 = PT100 (3 wires)
14 = PT100 (4 wires)
7.5
(RETRANSMITTED OUTPUT SETTING)
7.6
(RS485 SETTINGS)
7.7
O U T
B U S
S Y S
. . . .
. . . .
. . . .
Type
ADDR
PAR
DEL
BAUD
COnT
buRN
Sets the type of the retransmitted output:
1 = 0..10 V output
2* = 4..20 mA output
3 = 0..20 mA output
4 = integrator digital output.
Selects the slave Modbus address. Values from da 1 to 255. Default: 1.
Selects the parity control of the serial communication:
0* = None
1 = Even
2 = Odd.
Sets the response delay time. Values: 0 .. 255. 0* = no delay, 1 = 1 pause, etc.
Sets the Baudrate :
Sets the display contrast:
Values from 1 (minimum contrast) to 20 (maximum contrast). Default: 10.
Behaviour in case of Burn Out of PT100 or Thermocouple:
0* = Full scale indication
1 = Start scale indication.
(SYSTEM)
7.3
(SETTING DISPLAYED VALUE)
. . . .
. . . . / . . . .
S C A L
A L 1
A L 2
FAHR
FILt
Type1 Type2
Selects if the temperature will be displayed in:
0* = Celsius degrees
1 = Fahrenheit degrees.
Sets the alarm type :
0* = Inactive Alarm
1 = Alarm on the minimum threshold
2 = Alarm on the maximum threshold
3 = Retained alarm on the minimum threshold (reset is not automatic)
4 = Retained alarm on the maximum threshold (reset is not automatic).
/
Sets the level filter. Admitted Value:
0* = no filter
1 ... 20.
7.4
(ALARM 1 AND ALARM 2 SETTING)
3* = 38400
4 = 57600
5 = 115200
0 = 4800
1 = 9600
2 = 19200
6 = 1200
7 = 2400
8 = 14400
7.8
D F L T
. . . .
(DEFAULT SETTING)
1 = Sets the default values for all the parameters.
The modification is performed digit by digit. The digit to modify
: on the figure this digit is bordered. The below scheme
refers to 4 digits indicator; for the other models it differs only for the number of displayed digits.
flashes
0994
0996
0996
0996
-996
0995
0986
ò1 996
0996
0996
-996
-
QUICK ALARM MENU SCHEME
Set1
Set2
Exit and return to view
mode.
ACCESS TO THE QUICK ALARM MENU :
Alarm 1 Threshold.
Alarm 2 Threshold.
Modify
Set1
Modify
Set2
: Increments the digit value of a unit.
: Decreases the digit value of a unit.
Confirms the value of the digit and go to the next one.
If last digit: confirms the value of the digit and an other pressure carries back to the just set parameter.
Value confirm and
return to the set
parameter.
Negative Values
-
-1
The Inserted Values are out of the parameter range
: the last digit allows to insert also the ' ' sign or ‘' ' value.
: the value is carried within the range.
:
Notes on Values Setting
7.1
(FUNCTIONING CONFIGURATION)
C O N F
FUNC
IRES
. . . .
Selects the functioning type :
0* = function of instantaneous value and integrator value view.
1 = only function of instantaneous value view.
2 = only function of integrator view.
Enables the reset of the integral by panel and digital input:
0 * = enabled.
1 = disabled.
Once the parameter to modify has been selected, the set value is for example:
The pressure of the
button entails:
DOWN
0 0 0 9 0 0
0 0 0 9 0 9
that is the digit has been increased of a unit.
To set a negative value, place on the most significant digit by subsequent pressures of
OK/MENÙ
button :
By pressing the
button:
DOWN
0 0 0 9 1 9
0 0 0 9 1 9
1 0 0 9 1 9
-
The last digit is brought to the most negative value: -1.
By pressing the
button :
DOWN
0 0 - 91 9
0 0 - 9 1 9
Now the minus sign is obtained replacing the first non-useful zero of the set value.
By pressing the
button the set value is confirmed:
OK/MENÙ
A further pressure of the
button, entails the return to the voice correspondent to the just modified parameter:
OK/MENÙ
H I - d
0 0 0 9 0 9
DOWN
OK/MEN
has brought the digit to the maximum value.
Now the pressure of
buttons entails the position shift of the digit to modify:
Ù
The pressure of the
button entails:
UP
8.1 Modification parameters examples
We are going to illustrate an example of
parameter modification for a 6 digits model. In this example the digit to modify, that in
the real case flashes, is bordered:
HI-d
MI001273-E
ENGLISH - 11/20
MI001273-E
ENGLISH -12/20
MI001273-E
ENGLISH -9/20
MI001273-E
ENGLISH - 10/20
8. SETTING EXAMPLES
: Press the button for some seconds.
: Press the two buttons simultaneously for some seconds.
8.2 Integrator Setting examples
8.2.1 Example 1
8.2.2 Example 2: Integrator Setting for flow-rate meter
To configure the integrator, access to
submenu and set opportunely the
parameter, fundamental for the correct
integration.
Let’s suppose that we want to obtain in one hour an integral value equal to 5000 (Imp/h) and that the mean value displayed in one
hour is equal to 6,000 (correspondent to
parameter value), then the value to set is:
5000*9999/6000=8332.5
Where 6000 is the value of
without decimal point.
So we set:
In this example we want to set the integrator for:
.
Let’s suppose that the mean instantaneous value (correspondent to
parameter value) displayed in one hour is:
.
If 5,000 liters/sec pass,
:
= 5 liters/sec * 3600 sec = 18000 liters =
If 5,000 liters/sec meanly pass, then the mean value displayed in 1 hour without decimal point is:
(
parameter value without decimal point)
By inserting the calculated values on the generic formula on page 8:
I n t
UALI
HI-d
HI-d
UALI
HI-d
HI-d
HI-d
UALI
UALI
. . . .
= 08333
Display the thousands of accumulated liters
5
liters/seconds
Calculation of the integral value in one hour
in 1 hour the instrument accumulates
Imp/h
18 thousands of liters.
Valuation of the mean value displayed in one hour (
value without decimal point)
5000
Calculation of
= 18*9999/5000=360
