Lumel N32U User manual

DIGITAL PANEL METER
N32U
USER’S MANUAL

N32U User's manual 2
Contents
1 Application.......................................................................................................................................3
2 Meter set...........................................................................................................................................5
3 Basic requirements, operational safety.............................................................................................5
4 nstallation........................................................................................................................................5
4.1 nstallation method...................................................................................................................5
4.2 External connection diagram....................................................................................................7
4.3 Examples of connecting the external transducers ..................................................................10
5 Service............................................................................................................................................11
5.1 Description of the frontal plate...............................................................................................11
5.2 Buttons' functions...................................................................................................................13
5.3 Programming meter parameters..............................................................................................14
5.3.1 How to change quantity of a selected parameter............................................................16
5.3.2 Programmable meter parameters, default parameters.....................................................17
5.4 Meter functions.......................................................................................................................21
5.4.1 Measurement...................................................................................................................21
5.4.1.1 Averaging the measuring quantity...........................................................................22
5.4.1.2 Minimum and maximum measuring values............................................................23
5.4.1.3 Mathematical functions...........................................................................................23
5.4.1.4 ndividual characteristic..........................................................................................23
5.4.2 Analog output..................................................................................................................25
5.4.3 Alarm outputs..................................................................................................................26
5.5 RS-485 interface.....................................................................................................................27
5.5.1 Connection......................................................................................................................27
5.5.2 Description of the MODBUS protocol implementation.................................................28
5.5.3 mplemented functions of MODBUS protocol...............................................................28
5.5.4 Map of the registers.........................................................................................................29
5.5.4.1 Registers 4000 – 4054.............................................................................................29
5.5.4.2 Registers 4200 – 4233.............................................................................................34
5.5.4.3 Registers 7500 – 7515 and 7000 – 7031.................................................................35
5.5.4.4 Registers 7600 – 7677 and 7200 – 7355.................................................................35
6 Error codes......................................................................................................................................38
7 Technical data.................................................................................................................................39
8 Ordering code.................................................................................................................................42

N32U User's manual 3
1 Application
The N32U meter is a digital panel meter adapted to be fixed to the panel. The N32U
meters are designed to measure standard analog signals used in automation and enable
the measurement of standardized voltage and current signals, the signals from RTD and
thermocouple sensors. The measuring value can be freely converted into the required
value using the mathematical functions or an individual characteristic.
Additionally, the meter supports the programmable alarms with the delay activation and
deactivation function as well as a memory of the alarm event. The functionality of the
meter is complemented by a programmable analog output - RS-485 interface.
The user interface consists four buttons and the high contrast L D display with backlight.
Thanks to the two-line display, it is possible to set the selected unit, display simultaneously
the measuring value and the current time, as well as a clear and user friendly menu with
simultaneously visible the parameter name and its value.
Features of the N32 meter:
•Universal measuring input including the standard signals used in automation.
•Measuring sensor failure indication.
•High contrast L D display with built-in backlight.
•Two-line display.
•Programmable unit of measuring value.
•Possibility to simultaneously display a measuring value and time or not converted
quantity.
•Programmable displayed precision with automatic setting of a decimal point.
•Possibility to program the measuring range (narrowing).
•Additional measurement of minimum and maximum values during the moving
window, with the possibility of programming one of these values to be displayed as
the basic one.
•Programmable alarms with the functions of programmable delays of alarm
activation and deactivation, triggered by a specific controlling value. Up to 4 relays
including up to 3 relays with a switching contact. Possibility to configure each of the
alarms to work in a selected mode and to react to any measuring quantity including
the current time.
•Possibility to control the alarm outputs (relay) via the RS-485 interface.
•Programmable standard analog outputs enabling the retransmission of a measuring
quantity or a selected parameter. Freely programmable output type and conversion

N32U User's manual 4
range.
•Built-in by default RS-485 interface with MODBUS RTU protocol support.
•Built-in real-time clock with a built-in automatic change of DST and inversely. The
clock can be a parameter which controls the alarms and the value of the analog
output signal.
•Possibility to password protect the settings against unauthorized modification.
•Monitoring of set parameters.
•Measuring quantity conversion using the mathematical functions.
•Measuring quantity conversion using the 32 points individual characteristic.
•Programmed averaging time - averaging algorithm in a specified time using
standard averaging (determining the number of measurements to be averaged) and
averaging based on the moving window algorithm with a given averaging time.
•Signaling of alarm operation by highlighting the number of the active alarm.
•Registration of minimum and maximum measuring value.
•Galvanic separation of the connections: alarm, measurement, analog outputs,
auxiliary supply outputs, RS-485 interface and supplying input.
•Protection degree from the front IP65.
•Meter overall dimensions 96 x 48 x 100 (with the terminals).
•The casing is made of a self-extinguishing plastics.
•Wide range of supply voltages.
The view of the N32U meter is shown in Fig. 1.
Fig. 1: View of the N32U meter.

N32U User's manual 5
2 Meter set
The meter set includes:
•Meter N32U – 1 pc
•User's manual – 1 pc
•lamps to fix in the panel – 4 pcs
•Seal – 1 pc
3 Basic requirements, operational safety
In terms of a user safety, the N32U meter meets the requirements of the EN61010-1
standard for the devices intended for use in facilities compliant with the third category of
installations.
Comments concerning safety
•Assembly and installation of the electrical connections should conducted only by a
person authorised and certificated to perform assembly of electric devices.
•Always check the connections before turning the meter on.
•The meter is designed to installation and usage in the industrial electromagnetic
environment.
•A switch or a circuit-breaker should be installed in the building or facility. It should
be located near the device, easily accessible by the operator, and suitably marked.
•Removal of the meter electronics during the warranty period voids the warranty.
4 Installation
4.1 Installation method
The N32U meters are designed to be mounted in a panel. Prior to installation a 92 +0.6 x
45+0.6 mm slot must be made in the panel. The maximum thickness of the panel material
cannot exceed 6 mm. The meter should be mounted from the front of the panel with
disconnected meter connection strips.
Before inserting the meter into the panel check the correct position of the meter seal and
make sure that the edges of the panel are not sharp what could damage the seal. After
inserting the meter into the slot, mount it with the mounting brackets provided in the meter
set (Fig. 2).

N32U User's manual 6
Electrical connections of the meter should be made with the wires with the cross-section
up to 2.5 mm2. Detachable sockets with the plugs of 5.08 mm pitch can be used for the
connections.
The external dimensions of the meter are shown in Fig. 3.
Fig. 2: Meter fixing.
Fig. 3: Meter overall dimensions.

N32U User's manual 7
4.2 E ternal connection diagram
The N32U meter has two detachable terminal strips to connect the wires of a cross-section
up to 2.5 mm2. The view of the meter from the connectors' side is shown in Fig. 5. The
upper terminal strip is optional and depends on the accessories of the meter.
The circuits of successive groups of the terminals are separated from each other, as
shown in Fig. 4.
Note: Unused terminals of the terminal strips (NC) must not be connected to any signals.

N32U User's manual 8
Detailed description of the signals is shown in the table below, and the connection of the
measuring signals is shown in Fig. 6.
Terminal Function Description
1, 2, 3, 4,
5
Measuring inputs Measuring inputs for connecting sensors, transducers or
output signals from the other devices. Examples of the
connections are shown in Fig. 6.
6, 7 Supply output Auxiliary supplying output (24 V) for supplying the
transducers, e.g. head-mount transducers supplied by a
current loop. Maximum current carrying capacity of the
output is 30 mA.
9, 10, 11 RS-485 RS-485 interface signals
12, 13 Alarm 1 Alarm output 1, which is NO relay contact.
15, 16 Power supply Meter power supply connection. Range of supply voltages
Fig. 5: ignals on the terminal strips.

N32U User's manual 9
supported by the meter depends on the ordering code. It
is required to check if the rated range of the meter
corresponds to the installation to which the meter will be
connected before installing the meter.
20...28 Alarms 2, 3, 4
(optional)
The alarm outputs 2, 3 and 4 use a relay with a switching
contact.
30...34 Analog output Analog output. The output must be properly connected
according to the type of output selected in the
configuration (voltage or current): the terminals 30 and 31
for the current output or the terminals 32 and 33 for the
voltage output. It is not possible to use the voltage and
current outputs at the same time - the correct value in
accordance with the configuration, will be available only
for the selected output type.
35, 36 Binary output Open collector binary output for future applications. The
output should be left unconnected.
8, 14, 29 N Unused terminals. Should be left unconnected.
The connection of the basic measured signals is shown below. The inputs not used in the
configuration should be left unconnected.

N32U User's manual 10
Standard signals 0...10 V
(Range -13…13 V)
Standard signals 0/4...20 mA
(Range -24…24 mA).
Thermocouples, thermocouple sensors
(thermocouple)
Standard shunts: 60 mV, 150 mV,
300 mV
(Measuring range respectively:
-75...75 mV, -155...155 mV,
-310...310 mV).
RTD sensors or resistor in 3-wire
system.
RTD sensors or resistor in 2-wire
system.
4.3 E amples of connecting the e ternal transducers
onnections of the head-mount transducers when the transducers are supplied directly
from the N32 meter are shown below. In the case of the transducers with a voltage output,
the maximum current carrying capacity of the auxiliary supply output is 30 mA.

N32U User's manual 11
onnecting the transducer supplied by a
current loop (2-wire system 4...20 mA).
onnecting the transducer with a voltage
output in 3-wire system.
5 Service
The N32 meter user interface includes an L D display and the buttons which enable to
display the measuring value, a full configuration and setting of the meter or modification of
the parameters.
After turning the meter on the display shows the name of the meter and the software
version. If there is no error during meter initialization process, the meter will switch to
displaying the measuring value. If during the initialization any irregularities or deviations
are detected, than a message with information about a detected error will be displayed
(see point 6 - Error codes).
5.1 Description of the frontal plate
View of the front panel of the meter is shown in Fig. 6. The L D display with backlight and
4 buttons are on the front panel. The description of the display fields is shown below. The
button functions are shown in the section 5.2.

N32U User's manual 12
Designation Description
L1 The upper (main) line of the display has 6 characters used to display a
measuring value or a parameter value during the meter configuration.
L2 The lower (auxiliary) line of the display has 5 characters used to display a
measuring value, not converted by the individual characteristic or,
according to configuration, a unit or current time.
Z1 Measuring value averaging indicator. Illuminated averaging indicator
informs that the set measuring value averaging period has not elapsed yet.
ALI Alarm status field. This field contains the indicator informing about the
alarm status. Illuminated alarm indicator means that an alarm event is in
progress and the relay corresponding to the alarm is activated. Flashing
symbol means that the alarm state is saved (if the alarm memory is
activated).
B1...B4 Meter operation buttons. The description of the button functions and their
various combinations are shown in section 5.2.
The lower line of the display can be configured to display the unit. The available units with
the corresponding value in the register 4007 of the MODBUS protocol are shown below.
Value in the
register 4007
(setting)
Unit
Value in the
register 4007
(setting)
Unit
Value in the
register 4007
(setting)
Unit
0 ----- 20 kvarh 40 h
1 mV 21 Mvarh 41 m3
2 V 22 VAh 42 rpm
3 kV 23 kVAh 43 pcs
4 mA 24 MVAh 44 pulses
5 A 25 Hz 45 rps
6 kA 26 kHz 46 m/s
Fig. 6: Front panel of the meter.

N32U User's manual 13
7 W 27 W47 l/s
8 kW 28 kW48 rpm
9 MW 29 º 49 m/min
10 var 30 ºF 50 l/min
11 kvar 31 K 51 pcs/h
12 Mvar 32 % 52 m/h
13 VA 33 %rh 53 km/h
14 kVA 34 pH 54 m3/h
15 MVA 35 kg 55 kg/h
16 Wh 36 bar 56 l/h
17 kWh 37 m
18 MWh 38 l
19 varh 39 s
5.2 Buttons' functions
Cancel button:
•Exiting the menu and exit to the main screen.
•Exiting a lower level of the menu and return to a higher level.
•anceling changing the set value (when editing the parameter value)
Digit change button:
•Navigating the menu - decreasing the items of the menu.
•Decreasing the controlled quantity while editing a parameter and
setting selection from the list of settings, e.g. alarm type.
•hanging the controlled digit when setting numerical parameters.
•Pressing the button during a normal operation displays a minimum
value for 2 seconds, then the display returns to displaying a measuring
value.
Increase value button:
•Navigating the menu - increasing the items of the menu.
•Increasing the value of the selected parameter or increasing the value
of a digit when changing the numerical value.
•Pressing the button during a normal operation displays a maximum
value for 2 seconds, then the display returns to displaying a measuring
value.

N32U User's manual 14
Confirm button:
•Entering the programming mode (holding down the button for at least 3
seconds).
•Navigating the menu - entering the parameter value editing mode or
entering the selected lower level of the menu.
•Accepting the changed parameter value.
Deleting minimum value. DELMIN message is displayed after deleting.
Deleting maximum value. DELMAX message is displayed after deleting.
Deleting alarm memory - hold down the buttons for 3 seconds. lrAL message
will be displayed after deleting alarm memory.
All the events of deleting of saved minimum, maximum values and alarm activation
memory are indicated by the meter by displaying an appropriate message.
5.3 Programming meter parameters
Programming meter parameters is possible via the RS485 interface and by direct edition of
the parameters using the buttons and the meter display.
Direct programming process is easy thanks to meter menu, which includes the settings
grouped into sections with all parameters related to a given functionality, e.g. all
parameters of the serial interface are grouped in the menu .
Switching from a normal operation to meter menu is possible by pressing and holding for
at least 3 seconds the confirm button . If access to change the parameters is
password protected, the user will be requested to enter the access password before
entering the menu. Entering an incorrect password will allow to enter the menu but it will
be not possible to change the parameters - parameters monitoring mode. Entering a
correct password will allow to move to a programming matrix, the menu after entering the
programming mode is shown below.
While navigating the meter main menu with the groups of the parameters, the upper line of
the display shows the name of the group and the lower line continuously displays the word
Fig. 7: View of meter menu.

N32U User's manual 15
MENU. After entering the group of the parameters (after pressing the confirm button), the
upper line displays the value of a given setting and the lower line shows the name of the
parameter which value is displayed in the upper line. Sample view of the selection of the
measured input signal type is shown in Fig. 8.
The buttons allow to navigate the menu of the meter. After selecting the group of
the parameters which configuration is to be changed, press the confirm button to move to
the parameters of the group. The parameter which value is to be modified is selected the
same way as the selection of the group. To cancel the parameter change, press the cancel
button to exit the parameter changing mode or the parameter group. The transducer will
automatically exit the programming mode and return to displaying the measuring value if no button
is pressed for 30 seconds during programming. The programming matrix is shown below.
Input type selection
(measuring signal or
sensor).
Standard averaging -
number of the
measurements to be
averaged.
Moving window
method averaging -
number of the
measurements to be
averaged (window
width).
ompensation
method selection -
important parameter
for temperature
measurement
sensors
(thermoresistors and
thermocouple
sensors).
ompensation value
for manual
compensation
method of wires
resistance or
terminals
temperature.
Mathematical
function selection
based on which the
measuring value
should be converted
Enabling or disabling
the individual
characteristic.
Number of points of
the individual
characteristic.
Measuring value -
point no. 1.
Expected value for
the measuring value
X1.
Measuring value -
point no. 2.
Expected value for
the measuring value
X2.
... ... Measuring value -
point no. 32.
Expected value for
the measuring value
X32.
Fig. 8: View of menu when setting a parameter.
Parameter
which can be configured
Current value
of a setting

N32U User's manual 16
Selection of main
displayed value.
Minimum value on
the display. For
values lower than
this value, a lower
overrun message is
displayed.
Maximum value on
the display. For
values higher than
this value, an upper
overrun message is
displayed.
Resolution - position
of the decimal point.
The unit which can
be displayed in the
lower line (when
displaying the
measuring value).
Function of a lower
line of the display -
selection of a
quantity displayed in
the lower line.
Selection of quantity
controlling the alarm
state.
Selection of alarm
type.
Alarm state change
lower threshold.
Alarm state change
upper threshold.
Alarm activation
delay.
Alarm deactivation
delay.
Active alarm
memory.
Meter network
address.
Transmission frame
type - data format.
Baud rate.
Selection of the type
of analog output
used.
Selection of value
controlling the
analog output.
Value of the
controlling quantity
for which the output
will have a minimum
value, in accordance
with the selected
output type.
Value of the
controlling quantity
for which the output
will have a rated
value, in accordance
with the selected
output type.
Value on the analog
output in case of
manual control or an
error on the
measuring input.
urrent time
according to the
internal clock.
urrent date
according to the
internal clock.
Automatic change of
DST and inversely
Password to protect
against settings
modification.
Restore default
settings
5.3.1 How to change quantity of a selected parameter
To increase the value of the selected parameter, press the button . Pressing the
button will increases the currently set digit by 1 and after reaching the value 9, pressing
the button will set the value 0. After setting the required value of a digit, move to the next
digit by pressing the button . After setting the required parameter value, press the
confirm button to accept the entered value or the cancel button to cancel
the parameter change and return to the previous value of the parameter. It is possible to
change a sign of the entered value during setting the last digit (most significant).
There are two steps to change the floating point values. The first step is to set the digits
and a sign in accordance with the algorithm described above. The second step is set the
position of the decimal point after pressing the confirm button. The buttons
are used to set the position of the decimal point. Press the confirm button after setting the

N32U User's manual 17
decimal point on the desired position.
Entering an incorrect value of a given parameter causes that the new value is not
accepted and the parameter will automatically have the previous value.
To change the parameters other than numerical select the appropriate setting from the
parameter list using the buttons . After selecting the appropriate setting,
press the confirm button to use the setting or the cancel button to return to
the previous value and exit the parameter change mode.
5.3.2 Programmable meter parameters, default parameters
The N32U meters have a number of programmable parameters, which enable the meter to
be adapted to the requirements of application. The parameters grouped according to the
menu are shown in the tables below.
able 1
Parameter
symbol Description Range of changes
Type of connected input signal - measuring
input type selection.
Default: 10V
Pt100 – PT100
Pt1000 – PT1000
REZ–L – resistance measurement, range of 400 
REZ–H – resistance measurement, range of 4,000 
tC–E – thermocouple type E (Ni r- uNi)
tC–J – thermocouple type J (Fe- uNi)
tC–K – thermocouple type K (Ni r-NiAl)
tC–N – thermocouple type N (Ni rSi-NiSi)
tC–R – thermocouple type R (PtRh13-Pt)
tC–S – thermocouple type S (PtRh10-Pt)
60MV – voltage measurement, range 60 mV
150MV – voltage measurement, range 150 mV
300MV – voltage measurement, range 300 mV
10V – voltage measurement, range 10 V
20MA – current measurement, range 20 mA
4_20MA – current measurement, range 4...20 mA
Time of a single measurement as a multiple of
100 ms (200 ms for enabled automatic
compensation for RTD sensors or resistance
measurement).
Default: 10
1...600
Number of the item for moving window method
averaging. Each item is a measurement taken
in SAVG time.
Default: 1
1...3600
Selection of resistance compensation method
of the connection cables during resistance or
temperature measurements using RTD
sensors or terminals temperature
compensation for temperature measurement
with thermocouple sensors.
Default: AUTO
AUTO – automatic compensation of the terminals
temperature is enabled (for measurements using the
thermocouples) or cables resistance compensation for
resistance measurements (a 3-wire system is required).
MANUAL – manual compensation of the measuring value.
The temperature value of the terminals is determined by
M OMP setting for measurements using the thermocouples.
The resistance value of connecting cables is determined by
M OMP setting for resistance measurements.

N32U User's manual 18
The resistance of the connecting cables or
terminals temperature during manual
compensation (MANUAL).
Default: 0
-30... 0 – for the input set to measure using the
thermocouples.
0...20 – for resistance measurement or temperature
measurement using the RTD sensors.
Mathematical function selection which should
be applied for the measuring value. The
mathematical function is applied before the
value is converted by the individual
characteristic.
Default: NONE
NONE – no additional mathematical operations.
Sqr – measuring value is squared.
Sqrt – square root of the measuring value.
Inv – reciprocal of the measuring value.
InvSq – reciprocal of the measuring value is squared.
InvSt – square root of reciprocal of the measuring value.
able 2
Parameter
symbol Description Range of changes
Enable or disable the individual characteristics.
The OFF setting makes possible to disable the
individual characteristic function.
Default: OFF
OFF – individual characteristic disabled.
ON – individual characteristic enabled.
Number of points of the individual
characteristic.
Default: 2
2...32
The first point of the individual characteristic -
the value measured directly or the value
converted by the mathematical function.
Default: 0
-99999...999999
The first point of the individual characteristic -
expected value for the value X1.
Default: 0
-99999...999999
...
Last possible point of the individual
characteristic.
Default: 31
-99999...999999
Last possible point of the individual
characteristic – expected value for X32.
Default: 31
-99999...999999
able 3
Parameter
symbol Description Range of changes
Selection of the main value displayed on the
top line of the display.
Default: VALIND
VALIND – averaged value of the measuring quantity,
converted by the mathematical functions and converted by
the individual characteristic.
MIN_MW – minimum value registered during the averaging
period of the moving window method (during the window)
MAX_MW – maximum value registered during the averaging
period of the moving window method (during the window)
Note: The window length can be programed (MAVG
parameter).
Display narrowing lower threshold. If the value
to be displayed is below the threshold, the
lower limit symbol is displayed
.
Default: -99999
-99999...999999

N32U User's manual 19
Display narrowing upper threshold. If the value
to be displayed is above the threshold, the
upper limit symbol is displayed
.
Default: -99999
-99999...999999
Resolution, display format as the position of
the decimal point.
Default: 0000.00
000000
00000.0
0000.00
000.000
00.0000
0.00000
AUTO – automatic position of the decimal point for maximum
possible resolution.
Value selection which should be displayed in
the lower line of the display if the displaying a
unit is selected as a function .
Default: "-----"
The list of available units is provided in Section 5.1.
Selection of the parameter displayed in the
lower line of the display.
Default: UNIt
UNIt – unit
noInd – measuring value not converted by the individual
characteristic (averaged based on the settings)
clock – current time.
able 4
, , ,
Parameter
symbol Description Range of changes
Input value controlling the alarm. Default: VALIND
VALIND – measuring value, averaged, converted by the
mathematical functions and the individual characteristic.
VALAVG – measuring value, averaged, not converted by the
mathematical functions or the individual characteristic.
VAL – measuring value. As above but not averaged.
Alarm type (see section 5.4.3)
Default: H-oFF
n-on – normally enabled
n-oFF – normally disabled
on – enabled
oFF – disabled
H-on – permanently enabled (manually)
H-oFF – permanently disabled (manually)
REG – the state controlled by the MODBUS protocol register.
Alarm state change lower threshold. Default: 10
-99999...999999
Alarm state change upper threshold. Default: 20
-99999...999999
Alarm activation delay - the duration in
seconds of the alarm state before activating
the alarm relay.
Default: 0
0...900
Alarm deactivation delay - the duration in
seconds the state without the alarm before
deactivating the alarm relay.
Default: 10
0...900
Alarm signalization latch. When the function is
enabled, after the alarm event ends, the
display indicator informing about the alarm
status will be flashing signaling the alarm until
it is canceled by a combination of buttons
or via the RS-485 interface.
Default: OFF
ON – alarm memory is activated.
OFF – alarm memory is deactivated.

N32U User's manual 20
able 5
Parameter
symbol Description Range of changes
MODBUS network meter address
Default: 1
1...247
The transmission frame type of RS-485
interface. Setting the parity bits and the
number of stop bits.
Default: F8N1
F8N1
F8N2
F8O1
F8E1
RS-485 interface baud rate.
Default: 9.6k
2.4k – 2400 b/s
4.8k – 4800 b/s
9.6k – 9600 b/s
14.4k – 14400 b/s
19.2k – 19200 b/s
28.8k – 28800 b/s
38.4k – 38400 b/s
5 .6k – 57600 b/s
115.2k – 115200 b/s
able 6
Parameter
symbol Description Range of changes
Selection of the operating mode and the type
of analog output used with the option of
switching off the output and manual setting the
output value.
Default: OFF
OFF – Output support is disabled.
4 20MA – current output 4...20 mA.
0 20MA – current output 0...20 mA.
0 10V – voltage output 0...10 V.
MAN I – current output. The output value corresponds to the
AnMAN setting.
MAN U – voltage output. The output value corresponds to the
AnMAN setting.
Input quantity controlling the analog output
Default: VALIND
VALIND – measuring value, averaged, converted by the
mathematical functions and the individual characteristic.
VALAVG – measuring value, averaged, not converted by the
mathematical functions or the individual characteristic.
VAL – measuring value. As above but not averaged.
Displayed (measured) value for which the
analog output will have a rated minimum value,
in accordance with the programmed output
type.
Default: 0
-99999...999999
Displayed (measured) value for which the
analog output will have a rated maximum
value, in accordance with the programmed
output type.
Default: 100
-99999...999999
Value of the signal on the analog output for
output value manual control.
Note: The value is set on the analog output
after detecting an error on the measuring input.
The maximum possible signal will be
generated if the value exceeds the maximum
value for a given output type.
Default: 0
0...22