ICS Schneider Messtechnik IAKV-2VR4C User manual

User manual IAKV-2VR4C
Standard signal metering in wall-mounting case
Technical features:
•Digit height: 20 mm
•Colour: red
•Range of display: -999…9999
•Wall-mounting case: black, made of ABS-plastic
•Protection class: IP65
•Sizes: 160 x 130 mm, Depth 60 mm
•Supply: 230 VAC
•Sensor supply: 24 V / 50 mA
•Measuring input: 0 -10 VDC, 0/4 – 20 mA
•2 relay output
•10 point linearisation
•Offset presetting
•Tara- / Hold-function

Contents
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1. Brief description........................................................................................................................3
2. Safety advices ..........................................................................................................................3
2.1. Proper use................................................................................................................................3
2.2. Control of the device.................................................................................................................3
2.3. Installation.................................................................................................................................3
2.4. Notes on installation .................................................................................................................3
3. Assembly..................................................................................................................................4
3.1. Dimensions...............................................................................................................................4
3.2. Assembly of the wall-type housing ...........................................................................................4
3.3. Mounting holes .........................................................................................................................5
4. Electrical connection.................................................................................................................5
4.1. Position of the connecting terminals.........................................................................................5
4.2. 9-pole connector strip...............................................................................................................6
4.3. 5- pole connector strip..............................................................................................................6
4.3.1. Input for standard signals .........................................................................................................6
4.3.2. Sensor supply...........................................................................................................................6
4.4. Connection examples...............................................................................................................7
5. Operation..................................................................................................................................8
5.1. Operating and display elements...............................................................................................8
5.1.1. Keys 8
5.1.2. Displays....................................................................................................................................8
5.2. Switching on.............................................................................................................................9
5.3. Starting sequence.....................................................................................................................9
5.4. MIN/MAX-memory....................................................................................................................9
5.5. Overflow and Underflow ...........................................................................................................9
5.6. Relay.......................................................................................................................................10
5.6.1. Optical response display flashing...........................................................................................11
6. Programming..........................................................................................................................12
6.1. Programming procedure.........................................................................................................12
6.1.1. Change to the operating mode...............................................................................................13
6.2. Measuring input......................................................................................................................13
6.2.1. Factory calibration ..................................................................................................................13
6.2.2. Sensor calibration...................................................................................................................14
6.2.3. Sensor linearisation................................................................................................................14
7. Device parameter ...................................................................................................................15
7.1.1. Measuring input PN0..............................................................................................................15
7.1.2. Skaling PN1 and PN2.............................................................................................................15
7.1.3. Decimal point PN3..................................................................................................................15
7.1.4. Offset shift PN5.......................................................................................................................15
7.1.5. Zero point suppression PN10.................................................................................................15
7.1.6. Indication time PN13...............................................................................................................15
7.1.7. Measuring time PN14.............................................................................................................16
7.1.8. Security setting, user level PN50 to PN52..............................................................................16
7.1.9. Allocation of functions of the zero key PN54..........................................................................17
7.1.10. Display flashing PN59.............................................................................................................17
7.1.11. Switching points PN60 to PN75..............................................................................................17
7.1.12. Linearisation PN100 to PN110 ...............................................................................................17
7.1.13. Serial number PN200 .............................................................................................................17
8. Program number table............................................................................................................18
9. Technical data ........................................................................................................................20
10. Trouble shooting.....................................................................................................................22
10.1. Questions and answers..........................................................................................................22
10.2. Reset on default values..........................................................................................................22

Brief description
3/24
1. Brief description
With the digital indicator IAKV-2VR4C standard signals DC 0/4 … 20 mA or DC 0 … 5/10
V can be measured. The 4-digit display shows the measurements or the scaled value of
the measurement. During programming the display is used to indicate the set values and
the user prompts. Two relays are available to monitor threshold values the status of
which is displayed via two separate LED on the front. The integrated 24 VDC voltage
output is used to supply possible sensors.
2. Safety advices
Please read the users guide before installation and keep it for future reference.
2.1. Proper use
The IAKV-2VR4C is designed for the evaluation and display measuring transmitter
signals. With the alarm outputs, it is possible to perform simple control tasks.
Danger! Careless use or improper operation can result in personal injury and/or
damage to the equipment.
2.2. Control of the device
The indicators are checked before dispatch and sent out in perfect condition. Should there
be any visible damage, we recommend close examination of the packaging. Please inform
the supplier immediately of any damage.
2.3. Installation
The IAKV-2VR4C must be installed by a suitably qualified specialist (e.g. with a
qualification in industrial electronics).
2.4. Notes on installation
There must be no magnetic or electric fields in the vicinity of the device, e.g. due to
transformers, mobile phones or electrostatic discharge.
The fuse rating of the supply voltage should not exceed a value of 1A N.B. fuse.
Do not install inductive consumers (relays, solenoid valves etc.) near the device and
suppress any interference with the aid of RC spark extinguishing combinations or free-
wheeling diodes.
Keep input, output and supply lines separate from one another and do not lay them
parallel with each other. Position go and return lines next to one another. Where
possible use twisted pair.
Screen off and twist sensor lines. Do not lay current-carrying lines in the vicinity.
Connect the screening on one side on a suitable potential equaliser.
The device is not suitable for installation in areas where there is a risk of explosion
(hazardous areas).
Any electrical connection deviating from the connection diagram can endanger human
life and/or can destroy the equipment.
Do not install the device nearby a heat source (ambient temperature).

Electrical connection
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3. Assembly
The wall-type housing consists of an upper part and a lower part. A suitable seal has been
inserted in the lower part to achieve protection IP66. In the upper part is the
IAKV-2VR4C with its operating and display elements. On the back are the terminals for
all the electrical connections. The IAKV-2VR4C is intended for wall mounting.
3.1. Dimensions
3.2. Assembly of the wall-type housing
I. Before mounting the unit, the side flaps covering the area, where the screws are
located, must be flapped open to the left and right.
II. With a suitable screw driver loosen the 4 fixing screws, joining the upper to the lower
section. Now the upper part can be removed from the lower part. The upper section
is connected to the lower section via a catch support, facilitating subsequent cable
assembly on the IAKV-2VR4C unit, which is hanging downwards.
III. In the next step, in accordance with the above diagram, 4 holes should be drilled for
the screws. After this you can mount the housing on the wall with the PG screws
aligned upwards.
IV. Now the connecting cables can be fed via the PG screws to the unit and connected
to the screw clamp terminal in line with the connection diagram.
V. After successfully mounting the lower section, lift up the upper section with the
IAKV-2VR4C and place it on the lower section. Using the 4 fixing screws, screw the
upper part to the lower part. Take care that the screws are completely tightened in
order to attain protection IP66. Finally, fold the cover flaps inwards again.
160 mm
130 mm
Housing depth = 60 mm

Electrical connection
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3.3. Mounting holes
160,0
74,0
139,0
130,0
ø5,2
ø5,2
ø5,2
ø5,2
Maßbild der Befestigungslöcher
4. Electrical connection
Connect all the signals needed for operation to the back terminal strips. The connecting
terminals are provided with a reference grid of 5.08 mm as clamp terminals. These enable
the connection of wires up to 2.5 mm².
4.1. Position of the connecting terminals

Electrical connection
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4.2. 9-pole connector strip
Via the connector strip with the terminal numbers 6 to 14 the voltage supply/auxiliary power
of the device and the two relay outputs are connected.
Relay 1 (S1) Auxiliary power Relay 2 (S2)
6 7 8 9 10 11 12 13 14
Normally
open Normally closed Com L PE N Normally open Normally closed Com
4.3. 5- pole connector strip
Via the connector strip with the terminal numbers 1 to 5 the signal input for the standard
signals and the sensor supply are connected.
4.3.1. Input for standard signals
The input signal is connected to terminals 3 to 5. The AK-M2-VVR4C has a voltage input
and a current input to which most conventional sensors with a standard signal output can
be connected. The input is galvanic isolated from the power supply (auxiliary voltage) and
the sensor supply.
Sensor Measuring range 12 11 10
0...10 V
0...5 V -12 V…+12 V U+ U-
0...20 mA
4…20 mA -24 mA…+24 mA I+ I-
Examples for connecting different transmitters can be found in the section on connecting
examples.
4.3.2. Sensor supply
The 24 VDC sensor supply is available at terminals 1 and 2. The sensor supply is galvanic
insulated from the measuring input. Current loop sensors (2-wire) and 3-wire and 4-wire
sensors can be operated via the sensor supply as long as their current consumption is not
higher than 50 mA (Power consumption < 1.2 VA).
1 2
Sensor supply + Sensor supply -

Operation
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4.4. Connection examples
This section gives a few examples of practical connections. Other connection options can
be combined from the various examples.
Measuring a current signal (4-20 mA) from a 2-wire transmitter, using the sensor
supply.
Measurement of a voltage signal (0-5 V or 0-10 V) from a 3-wire transmitter using the
sensor supply 24 VDC. The ground is bridged via the sensor, which eliminates the
measuring error through the drop in voltage on the sensor supply wires
Measuring a current signal (0 … 20 mA) from a 3-wire transmitter using the sensor
supply 24 VDC. The voltage drop on the sensor supply wire is irrelevant, which is why
this can also be bridged directly on the indicator.

Operation
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5. Operation
This unit is operated via the [P], [S] and [T] keys.
5.1. Operating and display elements
6
Program key [P]
Minus key [DOWN]
Plus key [UP]
Option key
Set point display 1-2
Dimension gap
1
3
5
2
4
Front view
1 2 3
5
6
P
S1 S2
4
7
7-segment display7
1/min
5.1.1. Keys
The IAKV-2VR4C has 3 keys, with which you can parameterise and call up
various functions during operation.
1 Program key
[P] With the program key, you can call up the programming mode or perform various functions in the programming mode.
2 Minus key
[▼]With the minus key, you can call up the MIN memory or alter parameters in the programming mode
3 Plus key
[▲]With the plus key, you can call up the MAX memory or alter parameters in the programming mode.
5.1.2. Displays
The IAKV-2VR4C has a 4-digit 7-segment display and two
LED.
4 7-segment
display In the 7-segment display measuring values are displayed, respectively. during programming the program numbers or parameter are displayed.
5 Setpoint display In the setpoint display the state of the relay outputs is displayed. If a relay
is switched, the LED lights up.

Operation
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5.2. Switching on
Before switching on you have to check all the electrical connections to make sure they are
correct. On completion of the installation, the device can be switched on by applying the
power supply.
5.3. Starting sequence
During the switching-on process a segment test is performed for approx. 1 second,
whereby all LEDs on the front (including alarm LEDs) are triggered. After this, the type of
software is indicated for approx. 1 second and then, also for 1 second, the software version.
After the starting procedure, the unit changes to operation/display mode.
5.4. MIN/MAX-memory
The measured minimum and maximum values are saved in a volatile memory in the unit
and get lost when the unit is switched off.
You can call up the contents of the memory by pushing (less than 1 second) the [S] or [T]
key. The relevant value is indicated for approx. 7 seconds. By briefly pressing the same key
again, you will return immediately to the display mode.
[▲] ⇒Display of the MAX value
[▼] ⇒Display of the MIN value
You can erase the value shown in the display by simultaneously operating the [▲] & [▼]
keys. The erasure is acknowledged by horizontal bars.
The content of the memory is lost when the unit is switched off.
5.5. Overflow and Underflow
An overflow of the display is indicated by horizontal bars at the top of the 7-segment
display „ ¯ ¯ ¯ ¯ “.
An underflow of the display is indicated by horizontal bars at the bottom of the 7-segment
display „ _ _ _ _ “.

Operation
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5.6. Relay
With the aid of the LED below the 7-segment display, you can view the switching state of
the relay. An active relay is indicated by the relevant LED lighting up.
The relays have the following properties with regard to their switching properties:
Setpoint output Deactivated, activated
Threshold Threshold value for switchover
Hysteresis Width of the window between the switch thresholds
Operating principle active above SP value / active below SP value
Switch-on delay Time between reaching the threshold and the
resultant switching on of the relay
Switch-off delay Time between reaching the threshold and the
resultant switching off of the relay
Active above SP value
The setpoint is off below the
threshold and switched on on
reaching the threshold.
Active below SP value
The setpoint is on below the
threshold and switched off on
reaching the threshold.
Switch-on delay
The relay is on e.g. 10 seconds
after reaching the threshold;
briefly exceeding the
threshold does not lead to
the relay being switched on.
The switch-off delay
functions in a similar manner,
in other words it keeps the
alarm output switched on
until the parameterised time
has elapsed.
setpoint
display
fallen
raised
hysteresis
ON
OFF
treshold
input
time [s]
10
0
relay switch on delay 10 s
ON
OFF time [s]
treshold
5
5
setpoint
display
raised
fallen
hysteresis
ON
OFF
treshold

Operation
11/24
5.6.1. Optical response display flashing
The switching on of one or more alarm outputs can also be set to trigger a flashing of the
display to enhance the optical response.

Programming
12/24
P
P
P
6. Programming
The display shows the program numbers (PN) right-aligned, as a 3-digit number with a
“P” at the front.
Display of e.g. program number 0
6.1. Programming procedure
The entire programming of the IAKV-2VR4C is done by the steps described below.
Change to the programming mode
Pushing the [P] key changes to programming mode. The unit goes to the lowest available
program number. When the programming lock is activated, the key must be pressed for at
least 1 seconds.
Example:
Change to programming mode by pushing key [P]. The
first released program number (PN) appears, in this
case PN0.
Changing to other program numbers
To change between individual program numbers, hold the [P] key down and press the
[S] key for changing to a higher program number or the [T] key for changing to a lower
number. By keeping the keys pushed, e.g. [P] & [S], the display will begin, after approx.
1 second, to automatically run through the program numbers.
Example:
A 1 is parameterised under PN0
Hold the [P] key down and press the [S] key once.
PN1 appears in the display. Under this parameter, the
final value of input can be changed.
Change to the parameter
Once the program number appears in the display, you can press the [T] or [S] key to get
to the parameters set for this program number. The currently stored parameters are
displayed.
Example:
By pressing the [T] or [S] key, the currently stored
value for PN1 appears in the display.
In this case, it is 75.64.
Changing a parameter
After changing to the parameter, the lowest digit of the respective parameter flashes on the
display. The value can be changed with the [S] or [T] key. To move to the next digit, the

Programming
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P
P
P
[P] key must be briefly pressed. Once the highest digit has been set and confirmed with [P],
the lowest digit will begin to flash again.
Example:
The 4 is flashing; this is the lowest value digit and, by
flashing, it is asking for a figure to be entered. In our
example, the value is to be changed from 75.64 to
75.00. You can change the value by changing the figure
from 4 to 0 using the [S] or [T] key. To move to the
next digit, the [P] key must be briefly pressed. The 6 begins flashing. Change the value
from 6 to 0 using the [S] or [T] key. The 5 and the 7 need no change.
Saving parameters
All parameters must be acknowledged by the user by pressing the [P] key for one second.
The changed parameters are then taken over as the current operating parameters and
saved in the EEPROM. This is confirmed by horizontal bars lighting up in the display.
Example:
Save the parameters by pressing [P] for one
second.
All the newly entered data are confirmed by the unit.
If no confirmation is received, the relevant parameters have not been saved.
Example:
You receive confirmation from the unit that the
changes have been saved through the appearance
of horizontal bars in the middle segments.
6.1.1. Change to the operating mode
If no key is pressed in programming mode for approx. 7 seconds, the unit automatically
returns to operating mode.
6.2. Measuring input
The IAKV-2VR4C is equipped with a measuring input for standard signals that
enables standardised signals (e.g. 4 … 20 mA) from all kinds of different measuring
transmitters on the market to be measured directly.
6.2.1. Factory calibration
For this, various sensor values for 0 … 10 V, 0 … 5 V, 0 … 20 mA and 4 … 20 mA are
stored in the unit and can be called up via the parameter PN0. They are called factory
calibrations because the data were established during production and are saved

Programming
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permanently in the unit. It means that a pre-adjusted transmitter can be operated directly
with the indicator without any need to previously connect the signal to be measured to the
indicator.
The indicator can be scaled freely according to the physical dimension to be measured.
6.2.2. Sensor calibration
If, on the other hand, the sensor has not been pre-calibrated, the indicator can be adjusted
and calibrated direct via the measurement together with the sensor path. This can be
selected via the parameter PN0 = 0 and is consequently called sensor calibration.
6.2.3. Sensor linearisation
In addition, non-linear sensors can be linearised with the aid of a characteristic line that can
be saved in the indicator. This is described with the following example: The sensor signal
must be parameterised in a strictly monotonously manner, i.e. every new calibration
point (e.g. PN104) must have a higher input signal than the previous one (e.g. PN103) so
that it is taken over by the indicator. Otherwise, no confirmation will be shown. On the other
hand, the relevant indication values do not need to increase constantly. They can also fall
or alternate between rising and falling.
Example:
To program e.g. 5 additional calibration points, 5 must be entered under PN100.
Subsequently, for each of the calibration points, the voltage/current must be applied to
the unit and the respective indication value programmed under the following program
numbers PN101 – PN105.
Linearisation of a pressure transmitter (0 ... 100 mbar) with output 0 … 20 mA.
The indicated value before correction can be either calculated from the known
characteristic line of the transmitter or determined empirically. The non-linear range is
between 0 ... 75 mbar. For calibration point 101, this means:
A pressure of 15 mbar, the transmitter delivers 3.3 mbar instead of the ideal value of
3.0 mbar. Since 20 mA in the display corresponds to 100.0 mbar, 3.3 mA in the
display corresponds to 16.5 mA before the correction.
Setpoint
(PN) Pressure [mbar] Output transmitter [mA] Indication before
correction
(IN)
Desired
indication
(OUT)
2 0 0.5 2.5 0.0
101 15 3.3 16.5 15.0
102 30 6.2 31.0 30.0
103 40 9.2 46.0 40.0
104 60 11.4 57.0 60.0
105 75 14.7 73.5 75.0
1 100 20.0 100.0 100.0

Programming
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7. Device parameter
The IAKV-2VR4C has a number of unit parameters with which the function of the
indicator can be adjusted to the relevant measuring tasks. Because of the large number
of these settings and the limited possibility of displaying them on the 7-segment
display, the parameters have been given consecutive numbers.
7.1.1. Measuring input PN0
One of the aspects in the basic configuration is the desired measuring input, which consists
of the terminal selection and the relevant factory or sensor calibration.
7.1.2. Skaling PN1 and PN2
The two program numbers 1 and 2 are used to scale the indication. With these two
parameters the end value and start value are parameterised. If sensor calibration has been
selected via PN0 = 0, then the current for the relevant sensor signal must be applied during
programming. Otherwise, a simple allocation of the selected input configuration will be
made. For example, at PN0 = 3, which corresponds to a standard signal input 0…10 V, the
value saved under PN1 will be indicated at 10 V, and the value saved under PN2 will be
indicated at 0 V.
7.1.3. Decimal point PN3
By changing this parameter the number of places shown after the decimal point in the
display is changed. This parameter has no influence on the scaling of the indication value,
only on the position of the decimal point in the display.
7.1.4. Offset shift PN5
With this parameter it is possible to carry out a parallel shift of the parameterised
characteristic line. This may be necessary, if for example a pressure transmitter ages over
the course of time, giving rise to a shift in the zero point. With the parallel shift the
transmitter can be adjusted back to the zero point. Another application is to parameterise a
certain tank level to zero and have any deviation from this level displayed.
7.1.5. Zero point suppression PN10
Via the zero point suppression, an indication value window can be defined as zero. This
means, for example, that at PN10 = 10, all indication values between –10 … 10 are shown
in the display as zero. This function is intended to produce a reliable zero indication at high
display resolution and low sensor accuracy around zero. This could be, for example, the
rpm of an engine for which a zero would be expected in the display when standing still.
7.1.6. Indication time PN13
The indication time is the interval at which the display is updated. The longer the time
between two indication cycles, the calmer the display. As a rule, the eye perceives the
indication time of 1 s as very pleasant. If the adjusted indication time is longer than the
adjusted measuring time, no averaging of the detected measuring values during the
indication time takes place. The display will be always refreshed with the newest detected
measuring value.

Programming
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7.1.7. Measuring time PN14
The measuring time corresponds to the conversion time of the A/D conversion, which
determines the response time of the alarm outputs. The longer the conversion time, the
smaller the influence of disturbances and the higher the resolution of the measured signal.
7.1.8. Security setting, user level PN50 to PN52
With the parameters in the security settings, access to the program numbers is regulated
through the setting of various user levels. The user levels divide the access into various
levels. The user is only given access to the settings authorised by the system operator,
such as the setting of thresholds. The lower the figure for the user level given under PN52,
the lower the level of security of the unit parameters against user intervention.
Userlevel (PN 52 =)
Access to:: PN: 0 1 2 3 4 5 6 7 8
Locking code / user level 51, 52 X
Measuring input parameters 0 ... 18 X X X
Tara / Hold 54 X X X
Linearisation parameters for measuring
input 100 ... 110 X X X
Parameters of the alarm outputs 59, 60, 63 … 65,
70, 73 … 75 X X X X X
Hysteresis of the alarm outputs 62, 72 X X X X X X
Thresholds of the alarm outputs 61, 71 X X X X X X X
Access code 50 X X X X X X X X X
Serial number 200 X X X X X X X X X
The user levels 1 and 3 are reserved user levels at which access to the higher numbered
user level is active.
The parameterised user level PN52 is active as long as the locking code PN51 and the
access code PN50 are different. On delivery of the IAKV-2VR4C both parameters are set
to 0000, so that the programming lock is deactivated.
On changing to programming mode, the unit jumps to the first authorised program number.
If user level PN52 =3, then, for example, the parameters of the alarm outputs can be
changed, but changing the parameter of the measuring input (PN0) is not possible at this
user level.
In order to obtain access to all program numbers later (equivalent to user level 0), you have
to enter under PN50 the same code you entered before under PN51. You must then
acknowledge this by pressing the [P] key for approx. 1 s. After this you have access to all
program numbers.
Caution! If the locking code becomes lost, the unit can be set to the default value 0000 at
the manufacturer's without any data loss.

Programming
17/24
7.1.9. Allocation of functions of the zero key PN54
By pushing of the zero key functions like e.g. TARA and HOLD can be actuated or a offset
shift can be preset. By allocation of TARA the key needs to be pushed for at least 1 second.
The device confirms the function by showing „0000“ in the display. With activated offset
shift, the value in PN5 will be added to the initial value directly by pushing the key. A
display hold can only be actuated for approx. 20 seconds. By pushing the zero key again
one turns back into the current measurement directly.
During HOLD phase the display flashes.
7.1.10. Display flashing PN59
By activating the display flashing, various alarm states can be optically reinforced. The
trigger for the display flashing can be freely assigned to the setpoint outputs.
7.1.11. Switching points PN60 to PN75
The behaviour of the switching points can be influenced via various program numbers. The
data refer to the scaled measurement and are updated with the set measuring time.
A description of the various parameters is given in Section 5.6 Relay.
7.1.12. Linearisation PN100 to PN110
Through linearisation, the user has the possibility to linearise a non-linear sensor signal.
A detailed description can be found in the chapter on Sensor linearisation. Under PN100,
the desired number of additional set points can be released. Only after changing the
number are they accessible via the configuration PN101 to max. PN110. If PN100 = 0, then
no PN101 will be displayed. To monitor the desired linearisation, all the set points should
first be parameterised, otherwise there may be deviations from the desired value in the
display!
7.1.13. Serial number PN200
Under PN200 the 4-digit serial number can be called up that allows allocation to the
production process and the manufacturing procedure. This parameter can only be viewed.

Program number table
18/24
8. Program number table
The program table lists all the program numbers (PN) with their function, range of values,
default values and user level.
PN Function Range of value Def-
ault User level
Channel 1
0 Measuring input
Parameters 1 to 4 make use of the
factory calibration.
Current, Voltage
0 = Sensor calibration
1 = 0...20 mA
2 = 4...20 mA
3 = 0...10 V
4 = 0....5 V
2 2
1 Final value respectively fullscale -999...9999 1000 2
2 Zero point respectively offset -999...9999 0 2
3 Number of decimal places 0 = 0
1 = 0.0
2 = 0.00
3 = 0.000
0 2
5 Offset shift on display value -999…9999 0 2
10 Zero point suppression 0…999 0 2
General settings
13 Display time 0.1 ... 10.0 1.0 2
14 Measuring time 0.01 ... 10.0 1.0 2
Security settings
50 Programming lock 0000...9999 0000 8
51 Access code 0000...9999 0000 0
52 User level 1...8 8 0
Threshold behaviour of LED display
54 Actuator via zero key 0 = deactivated
1 = TARA
2 = Offset shift
3 = HOLD
0 2
59 Display flashing (approx. 0.5 seconds)
No flashing
Flashes at setpoint 1
Flashes at setpoint 2
Flashes at setpoint 1 and 2
0 no flashing
1 flashes at 1
2 flashes at 2
3 flashes at 1 and 2
Setpoint 1
60 Setpoint 1 0 = deactivated
1 = activated 1 4
61 Threshold -999...9999 1000 6
62 Hysterisis 1...9999 1 5
63 Active below / above threshold value 0 = active below
1 = active above 1 4
64 Switch delay in seconds 0…1000 seconds 1 4

Program number table
19/24
PN Function Range of value Def-
ault User level
65 Delay type 0 = none
1 = switch-on delay
2 = switch-off delay
3 = switch-on/-off delay
0 4
Setpoint 2
70 Setpoint 2 0 = deactivated
1 = activated 1 4
71 Threshold -999...9999 1000 6
72 Hysterisis 1...9999 1 5
73 Active below / above threshold value 0 = active below
1 = active above 1 4
74 Switch delay in seconds 0…1000 seconds 1 4
75 Delay type 0 = none
1 = switch-on delay
2 = switch-off delay
3 = switch-on/-off delay
0 4
Linearisation
100 Number of additional setpoints 0...10 0 2
101
...
130
Setpoints 1...30 -999...9999 2
Information
200 Serial number 0...9999 0 8

Technical data
20/24
9. Technical data
Housing
Dimensions 160 x 130 x 60 mm (B x H x T)
Weight max. 430 g
Fixing 4 fixing holes in the lower section of the housing
Material ABS (UL94V-0)
Colour Black, RAL7035
Protection class Standard IP65
Connection abatable screw terminals;
line cross section up to 2.5 mm2
wire feed via PG9 screws
Display
Digit height 20 mm
Segment colour red
Range of display -999...9999
Setpoints one LED per switching point
Overflow horizontal bars at top
Underflow horizontal bars at the bottom
Display time 0.1 to 10.0 seconds
Input Measuring
range RI approx. Measuring error [%] MR Digit
Measuring range / 0...10 V 150 kΩ0,1 ±1
Input resistance/ 0...5 V 150 kΩ0,1 ±1
Measuring error 0...20 mA 100 Ω0,1 ±1
(at measuring time
=1 second) 4…20 mA 100 Ω0,1 ±1
Temperature drift all measuring inputs 50 ppm/K
Measuring time = Display
time 0.1 to 10.0 seconds
Measuring principle Voltage-/Frequency converter
Resolution approx. 20 bit
(at 1 sec measuring time)
Output
Relay Switch-over contact
230 VAC 5 A respectively 30 VDC 2 A (cos ϕ= 1); with ohm
resistive load
Switching cycles 0,5 * 105at max. contact rating
5 * 106mechanically
Separation as per DIN EN 50178
Characteristics as per DIN EN 60255
Sensor supply 24 VDC; 50 mA
(galvanic insulated)
Power pack
Supply voltage 230 VAC / 50/60 Hz / ±10 %
(galvanic insulated)