Operating Manual
motrona GmbH, Zeppelinstraße 16, DE - 78244 Gottmadingen, Tel. +49 (0) 7731 9332-0, Fax +49 (0) 7731 9332-30, info@motrona.com, www.motrona.com
touchMATRIX® Indicator AX350
Process indicator with two 16 bit analog inputs, touch screen and graphic display
Product Features:
Operating modes for visualization of input 1, input 2 or combinations of inputs (1+2, 1-2, 1x2, 1:2)
Two universal 16 bit analog inputs for -10 … +10 V / 0 … 10 V / 0 … 20 mA / 4 … 20 mA
High accuracy reference output 10 V for potentiometers > 1 kOhm
Bright and high-contrast display with event-dependent color variations
Emulation of a 7-segment display inclusively icons and units
Intuitive and easy parameterization by plain text and touchscreen
24 V auxiliary output for encoder supply
Totalization for each input
Linearization with 24 control points for each input
Numerous features, e. g. tara, averaging filter, sampling time for each input
3.78 x 1.89 inch norm panel housing and IP65 protection
Available Options:
AX350: Basic unit with 2 analog inputs (16 Bit), 3 control inputs
Option AC: Power supply 115…230 VAC
Option AO: 16 bit analog output, 4 control outputs, serial RS232 interface
Option AR: 16 bit analog output, 4 control outputs, serial RS485 interface
Option CO: 4 control outputs, serial RS232 interface
Option CR: 4 control outputs, serial RS485 interface
Option RL: 2 relay outputs
Option IO: IO-Link Device V1.1
Options can be combined
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Version:
Description
AX350_01a_oi/cn/Jan-17
First Version
AX350_02a_oi/cn/Feb-17
Second Version
AX350_02b_oi/cn/March-17
minor changes and fixes
AX350_02c_oi/cn/Jul-17
minor changes and fixes
AX350_3a_oi/cn/Okt-17
Expansion of the scale units
AX350_4a_oi/sn/April-18
Extension with IO-link
Legal notices:
All contents included in this manual are protected by the terms of use and copyrights of motrona
GmbH. Any reproduction, modification, usage or publication in other electronic and printed media as
well as in the internet requires prior written authorization by motrona GmbH.
Ax350_04a_oi_e.doc / May-18 Seite 3 / 54
Table of Contents
1. Safety Instructions and Responsibility................................................................................ 4
1.1 General Safety Instructions .......................................................................................................... 4
1.2 Use according to the intended purpose ....................................................................................... 4
1.3 Installation .................................................................................................................................... 5
1.4 Cleaning, Maintenance and Service Notes ................................................................................. 5
2 Introduction ........................................................................................................................ 6
2.1 Operation mode ............................................................................................................................ 6
2.2 Function diagram .......................................................................................................................... 7
3 Electrical Connections ........................................................................................................ 8
3.1 DC Power Supply .......................................................................................................................... 8
3.2 Auxiliary Voltage Output .............................................................................................................. 8
3.3 Analog Input ................................................................................................................................. 9
3.4 Reference-output .......................................................................................................................... 9
3.5 Control Inputs ............................................................................................................................. 10
3.6 Analog Output (Option AO/AR) .................................................................................................. 10
3.7 Serial interface (Option AO/AR/CO/CR) .................................................................................... 11
3.8 Control-Output (Option AO/AR/CO/CR) ..................................................................................... 11
3.9 AC Power supply (Option AC) ..................................................................................................... 12
3.10 Relay-Output (Option RL) ............................................................................................................ 12
3.11 IO-Link (Option IO) ...................................................................................................................... 13
4 Display and touch screen .................................................................................................. 14
4.1 Screen structure for parametrization ......................................................................................... 14
4.2 Screen structure in operation ..................................................................................................... 15
5 Parameter / Overview-Menu Structure .............................................................................. 16
5.1 General Menu ............................................................................................................................. 18
5.2 IN 1 Properties ............................................................................................................................ 19
5.3 IN 1 Linearization ....................................................................................................................... 21
5.4 IN 1 Totalization ......................................................................................................................... 22
5.5 IN 2 Properties ............................................................................................................................ 23
5.6 IN 2 Linearization ....................................................................................................................... 24
5.7 IN 2 Totalization ......................................................................................................................... 24
5.8 Linkage Properties ...................................................................................................................... 25
5.9 IO-Link Properties ....................................................................................................................... 26
5.10 Preselection Values .................................................................................................................... 27
5.11 Preselection 1 Menu .................................................................................................................. 27
5.12 Preselection 2 Menu .................................................................................................................. 30
5.13 Preselection 3 Menu .................................................................................................................. 31
5.14 Preselection 4 Menu .................................................................................................................. 32
5.15 Serial Menu ................................................................................................................................ 33
5.16 Analog Out Menu ....................................................................................................................... 35
5.17 Command Menu ......................................................................................................................... 37
5.18 Display Menu.............................................................................................................................. 38
6. Appendix ........................................................................................................................... 41
6.1. Data readout via serial interface ............................................................................................... 41
6.2 Display of scale units ................................................................................................................. 42
6.3 Parameter / serial codes ............................................................................................................ 43
6.4 Linearization ............................................................................................................................... 50
6.5 Dimensions ................................................................................................................................. 52
6.6 Technical specifications ............................................................................................................. 53
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1. Safety Instructions and Responsibility
1.1 General Safety Instructions
This operation manual is a significant component of the unit and includes important rules and hints
about the installation, function and usage. Non-observance can result in damage and/or impairment of
the functions to the unit or the machine or even in injury to persons using the equipment!
Please read the following instructions carefully before operating the device and observe all safety and
warning instructions! Keep the manual for later use.
A pertinent qualification of the respective staff is a fundamental requirement in order to use these
manual. The unit must be installed, connected and put into operation by a qualified electrician.
Liability exclusion: The manufacturer is not liable for personal injury and/or damage to property and for
consequential damage, due to incorrect handling, installation and operation. Further claims, due to
errors in the operation manual as well as misinterpretations are excluded from liability.
In addition the manufacturer reserves the right to modify the hardware, software or operation manual
at any time and without prior notice. Therefore, there might be minor differences between the unit and
the descriptions in operation manual.
The raiser respectively positioner is exclusively responsible for the safety of the system and equipment
where the unit will be integrated.
During installation or maintenance all general and also all country- and application-specific safety rules
and standards must be observed.
If the device is used in processes, where a failure or faulty operation could damage the system or
injure persons, appropriate precautions to avoid such consequences must be taken.
1.2 Use according to the intended purpose
The unit is intended exclusively for use in industrial machines, constructions and systems. Nonconforming usage does not correspond to the provisions and lies within the sole responsibility of the
user. The manufacturer is not liable for damages which have arisen through unsuitable and improper
use.
Please note that device may only be installed in proper form and used in a technically perfect condition
(in accordance to the Technical Specifications). The device is not suitable for operation in explosionproof areas or areas which are excluded by the EN 61010-1 standard.
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1.3 Installation
The device is only allowed to be installed and operated within the permissible temperature range.
Please ensure an adequate ventilation and avoid all direct contact between the device and hot or
aggressive gases and liquids.
Before installation or maintenance, the unit must be disconnected from all voltage-sources. Further it
must be ensured that no danger can arise by touching the disconnected voltage-sources.
Devices which are supplied by AC-voltages must be connected exclusively by switches, respectively
circuit-breakers with the low voltage network. The switch or circuit-breaker must be placed as near as
possible to the device and further indicated as separator.
Incoming as well as outgoing wires and wires for extra low voltages (ELV) must be separated from
dangerous electrical cables (SELV circuits) by using a double resp. increased isolation.
All selected wires and isolations must be conform to the provided voltage- and temperature-ranges.
Further all country- and application-specific standards, which are relevant for structure, form and
quality of the wires, must be ensured. Indications about the permissible wire cross-sections for wiring
are described in the Technical Specifications.
Before first start-up it must be ensured that all connections and wires are firmly seated and secured in
the screw terminals. All (inclusively unused) terminals must be fastened by turning the relevant screws
clockwise up to the stop.
Overvoltages at the connections must be limited to values in accordance to the overvoltage category II.
For placement, wiring, environmental conditions as well as shielding and earthing/grounding of the
supply lines the general standards of industrial automation industry and the specific shielding
instructions of the manufacturer are valid. Please find all respective hints and rules on
www.motrona.com/download.html --> “[General EMC Rules for Wiring, Screening and Earthing]”.
1.4 Cleaning, Maintenance and Service Notes
To clean the front of the unit please use only a slightly damp (not wet!), soft cloth. For the rear no
cleaning is necessary. For an unscheduled, individual cleaning of the rear the maintenance staff or
assembler is self-responsible.
During normal operation no maintenance is necessary. In case of unexpected problems, failures or
malfunctions the device must be shipped for back to the manufacturer for checking, adjustment and
reparation (if necessary). Unauthorized opening and repairing can have negative effects or failures to
the protection-measures of the unit.
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2 Introduction
This series of display unit is suitable for analog signals (-10 … 10V or 0/4 … 20 mA). It is very
versatile in use, due to the intuitive handling and the extensive range of functions and options.
2.1 Operation mode
All functions are can be configured in the parameter menu.
The device can be set to one of the following operation modes:
SINGLE:
single-channel operation of input 1
DUAL:
two-channel operation of input 1 and 2
IN 1 + IN 2:
two-channel operation of input 1 and 2 in combination with sum
IN1 – IN 2:
two-channel operation of input 1 and 2 in combination with difference.
IN 1 x IN 2:
two-channel operation of input 1 and 2 in combination with multiplication
IN 1 / IN 2:
two-channel operation of input 1 and 2 in combination with division .
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2.2 Function diagram
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3 Electrical Connections
The terminal screws should be tightened with a slotted screwdriver (blade width 2mm).
3.1 DC Power Supply
The unit accepts DC supply from 18 to 30 V at the terminals 1 and 2. The power consumption depends
on the level of the supply voltage with aprox. 100 mA and the additional current required at the
auxiliary voltage output.
All GND terminals are internally interconnected.
3.2 Auxiliary Voltage Output
Terminal 3 and 4 provide an auxiliary output for supply of sensors and encoders.
The output voltage depends on the power supply.
DC version
AC version
The encoder voltage is approx. 1 V lower than
the power supply voltage at terminal 1 and 2
and should be loaded with max. 250 mA.
The encoder voltage is 24 VDC (± 15%) and
should be loaded with max. 150 mA up to 45
degrees Celsius. At higher temperature the
maximum output current is reduced to 80 mA.
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3.3 Analog Input
The reference potential (AGND) for the analog inputs is connected at terminal 5.
The unit provides two 16 bit analog inputs at terminal 6 and 7. The characteristics of the analog inputs
(voltage input or current input ) can be set in the Menu IN 1/IN 2 PROPERTIES.
Important:
Before connecting the sensor the configuration (voltage or current input) must be set!
Wiring of the intrecmental inputs:
Voltage input
Current input
3.4 Reference-output
The unit provides a 10 V reference-output at terminal 8. This output should be loaded with 10 mA
maximum. This reference-output can be used for connecting a potentiometer.
Referenz output with potentiometer:
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3.5 Control Inputs
The three control inputs at terminal 10, 11 and 12 have HTL PNP characteristics.
In the COMMAND MENU the programmable functions for the control inputs can be assigned. Available
functions are: reset the display value, display switching, locking the touch screen or release the lock
function of the control or relay outputs.
Wiring of the control inputs:
Unconnected control inputs are always “LOW”.
All inputs are designed to receive impulses from an electronic impulse source.
Notice for mechanical switching contacts:
When exceptionally mechanical contacts are used, please connect an external capacitor between GND
(-) and the corresponding input (+). A capacity of 10 µF will reduce the input frequency to
20 Hz and miscounting due to contact bouncing will be eliminated.
3.6 Analog Output (Option AO/AR)
A 16 bit analog output is available at terminal 13 and 14 / 15.
This output can be configured and scaled in the ANALOG MENU.
The following configuration is possible:
• Voltage output: -10 … +10 V
• Current output: 0 … 20 mA
• Current output: 4 … 20 mA
The analog output is proportional to the the reference source and is referenced to potential AGND.
AGND and GND are internally interconnected.
Important:
A parallel operation with voltage and current output at the analog output is not allowed.
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3.7 Serial interface (Option AO/AR/CO/CR)
A serial interface (RS232 or RS485) is available at terminal 16, 17 und 18.
This interface can be configured in the SERIAL MENU.
The serial interface RS232 or RS485 can be used:
for easy setup and commissioning of the units
to modify settings and parameters during operation
to read out internal states and actual measuring values by PC or PLC
The following drawing shows the connection to a PC by using a standard Sub-D-9 connector:
Connection of the RS232 interface:
Connection of the RS485 interface:
3.8 Control-Output (Option AO/AR/CO/CR)
Four control outputs are available at terminal 20, 21, 22 and 23.
Switching conditions can be set in the PRESELECTION MENU. The output Ctrl. Out1 – 4 are fast PNP
outputs with a switching capability of 5 – 30 Volt / 200 mA per channel. The switching states is
displayed (display with unit and status bar) as C1 … C4.
The switching voltage of the outputs must be applied to input terminal 19 (COM+).
In case of switching inductive loads it is advisable to use external filtering of the coils. The switching
states is displayed (display with unit and status bar) as C1 and C4.
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Wiring of the control-outputs:
3.9 AC Power supply (Option AC)
The unit accepts AC supply from 115 to 230 V at the terminals 24 and 25. The power consumption
depends on the level of the supply voltage with aprox. 3VA and the additional current required at the
auxiliary voltage output.
Devices with option AC can also be supplied with a DC voltage between 18 and 30 VDC at terminals 1
and 2.
3.10 Relay-Output (Option RL)
Two relay outputs with potential-free changeover contacts are available at terminal 27, 28, 29 and 30,
31, 32. Switching conditions can be set in the PRESELECTION MENU. The switching states are
displayed (display with unit and status bar) as K1 and K2.
AC-switching capacity max 250 VAC/max. 3 A / max 750 VA
DC-switching capacity max 150 VDC /max. 2 A / max 50 W
Wiring of the relay outputs:
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3.11 IO-Link (Option IO)
An interface for connecting to an IO-Link master is available at terminal 34, 35 and 36. The display
device (IO-link device) must always be connected to a separate power supply (AC or DC).
The display device (IO-link device) can be operated in two ways.
Display of 2 output process data (8 bytes):
2 output process data are sent by the IO-Link master cyclically. The two values can be parameterized or
scaled in the Menu IO-LINK PROPERTIES.
Display for analog sensors and data transmission of 6 input process data (32 Byte):
6 input process data are sent to the IO-link master cyclically. The following values are submitted:
- Value 1: Result of input 1
- Value 2: Result of input 2
- Value 3: Result of the link from input 1 to input 2
- Value 4: Result of totalization of input 1
- Value 5: Result of totalization of input 2
- Value 6: Result of totalization of the link from input 1 to input 2
These functions/data are defined in the IO-link master.
For more information, see the graph in Chapter 2.2 of the function diagram and in our manual
IOL_AX350 which is available for download from our homepage www.motrona.com.
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4 Display and touch screen
4.1 Screen structure for parametrization
The parameter menus and the parameters are described in chapter 5.
Start setup procedure:
To edit the parameters,
press the touchscreen for 3 seconds.
Menu selection:
Select the parameter menu via arrow
buttons and confirm with “OK”.
The menu selection can be terminated
with „C“.
Parameter selection:
Select the parameter via arrow buttons
and confirm with „OK“.
The parameter selection can be terminated
with „C“.
Parameter editing:
Edit the parameter via arrow button up and
down, shift cursor via left and right and
save with „OK“.
The parameter editing can be terminated
with „C“.
Parameter changes becomes active only after closing the menu selection
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4.2 Screen structure in operation
The following screens are available during operation. Depending on the device version and the
selected operation mode, not all displays will be shown.
The source (IN1, IN2, …) for the single channel display and the two channel display are defined in the
DISPLAY MENU.
Single line display with unit and status bar
To switch to the next display,
press the touch screen.
Control - or Relay status are only shown
with Option AO, CO, RL.
Two-line display
To switch to the next display, press the
top of the screen.
Display for quick start for enter
preselection values (PRESELECT VALUES)
To switch to the next display, press the
top of the screen or the “skip” button.
This is only possible with Option AO, CO,
RL
Display with actual / minimum / maximum
values of input 1 and input 2
To switch to the next display, type on the
touch screen.
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5 Parameter / Overview-Menu Structure
This section provides an overview of the menus and their parameters. The menu names are printed
bold and the associated parameters are listed under the menu name. Depending on the device version
and the selected operation mode, only the necessary menus / parameters are shown.
Menu / Parameter
GENERAL MENU
OPERATIONAL MODE
PIN PRESELECTION
PIN PARAMETER
BACK UP MEMORY
FACTORY SETTINGS
IN 1 PROPERTIES
CONFIGURATION
START VALUE
END VALUE
DECIMAL POINT
SCALE UNITS
SAMPLING TIME
AVERAGE FILTER
OFFSET
LINEARIZATION
TOTALIZATION
IN 1 LINEARIZATION
P1(X)
P1(Y)
P2(X)
P2(Y)
… … P23(X)
P23(Y)
P24(X)
P24(Y)
IN 1 TOTALIZATION
TIME BASE
DIVIDER
DECIMAL POINT
SCALE UNITS
Menu / Parameter
IN 2 PROPERTIES
CONFIGURATION
START VALUE
END VALUE
DECIMAL POINT
SCALE UNITS
SAMPLING TIME
AVERAGE FILTER
OFFSET
LINEARIZATION
TOTALIZATION
IN 2 LINEARIZATION
P1(X)
P1(Y)
P2(X)
P2(Y)
…
…
P23(X)
P23(Y)
P24(X)
P24(Y)
IN 2 TOTALIZATION
TIME BASE
DIVIDER
DECIMAL POINT
SCALE UNITS
LINKAGE PROPERTIES
FACTOR
DIVIDER
ADDITIVE VALUE
DECIMAL POINT
SCALE UNITS
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Menu / Parameter
IO LINK PROPERTIES
IN1 FACTOR
IN1 DIVIDER
IN1 ADDITIVE VALUE
IN1 DECIMAL POINT
IN1 SCALE UNITS
IN2 FACTOR
IN2 DIVIDER
IN2 ADDITIVE VALUE
IN2 DECIMAL POINT
IN2 SCALE UNITS
PRESELECTION VALUES
PRESELECTION 1
PRESELECTION 2
PRESELECTION 3
PRESELECTION 4
PRESELECTION 1 MENU
SOURCE 1
MODE 1
HYSTERESIS 1
PULSE TIME 1
OUTPUT TARGET 1
OUTPUT POLARITY 1
OUTPUT LOCK 1
START UP DELAY 1
EVENT COLOR 1
PRESELECTION 2 MENU
SOURCE 2
MODE 2
HYSTERESIS 2
PULSE TIME 2
OUTPUT TARGET 2
OUTPUT POLARITY 2
OUTPUT LOCK 2
START UP DELAY 2
EVENT COLOR 2
PRESELECTION 3 MENU
SOURCE 3
MODE 3
HYSTERESIS 3
PULSE TIME 3
OUTPUT TARGET 3
OUTPUT POLARITY 3
OUTPUT LOCK 3
START UP DELAY 3
EVENT COLOR 3
Menu / Parameter
PRESELECTION 4 MENU
SOURCE 4
MODE 4
HYSTERESIS 4
PULSE TIME 4
OUTPUT TARGET 4
OUTPUT POLARITY 4
OUTPUT LOCK 4
START UP DELAY 4
EVENT COLOR 4
SERIAL MENU
UNIT NUMBER
SERIAL BAUD RATE
SERIAL FORMAT
SERIAL INIT
SERIAL PROTOCOL
SERIAL TIMER
SERIAL VALUE
ANALOG OUT MENU
ANALOG SOURCE
ANALOG FORMAT
ANALOG START
ANALOG END
ANALOG GAIN
ANALOG OFFSET
COMMAND MENU
INPUT 1 ACTION
INPUT 1 CONFIG
INPUT 2 ACTION
INPUT 2 CONFIG
INPUT 3 ACTION
INPUT 3 CONFIG
DISPLAY MENU
START DISPLAY
SOURCE SINGLE
SOURCE DUAL TOP
SOURCE DUAL DOWN
COLOR
BRIGHTNESS
CONTRAST
SCREEN SAVER
UP-DATE-TIME
FONT
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5.1 General Menu
OPERATIONAL MODE
This parameter specifies the selected measuring function.
0
SINGLE
Single channel mode, only input 1
1
DUAL
Dual channel mode, input 1 and input 2 separated
2
IN1 + IN 2
Dual channel mode, sum of input 1 and input 2
3
IN1 – IN 2
Dual channel mode, difference of input 1 and input 2
4
IN1 x IN 2
Dual channel mode, multiplication of input 1 and input 2
5
IN1 / IN 2
Dual channel mode, input 1 divide by input 2
PIN PRESELECTION
This parameter defines the PIN-code to lock the quick start of the menu PRESELECTION VALUE for entering the
preselection values.(master PIN 6079).
This Lock function is only useful in conjunction with active lock function in PIN PARAMETER.
0000
No lock
…
9999
Access after entering PIN-Code 9999
PIN PARAMETER
This parameter defines the PIN-code for lock function of all parameters (master PIN 6079).
0000
No lock
… 9999
Parameterization of the unit after entering PIN-code 9999
BACK UP MEMORY
0
NO
No back –up by power failure
1
YES
Backup by power failure, actual value will be saved, only by totalization
FACTORY SETTINGS
0
NO
No default values are loaded
1
YES
Load default values of all parameters (grey marked default values)
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5.2 IN 1 Properties
This menu defines the parameter for input 1.
CONFIGURATION
This parameter defines the configuration of input 1.
0
-10 … 10 V
-10 … 10 V
1
0 … 20 MA
0 … 20 mA
2
4 … 20 MA
4 … 20 mA
START VALUE
This parameter defines the dispay value of an input signal of 0V, 0mA or 4mA. Signal values between START VALUE
and END VALUE behave proportional.
-99999
Smallest start value
0
Default value
99999
Highest start value
END VALUE
This parameter defines the dispay value of an input signal +10V bzw. 20mA.
Signal values between START VALUE and END VALUE behave proportinal.
-99999
Smallest end value
10000
Default value
99999
Highest end value
DECIMAL POINT
This value defines the position of the decimal point.
0
NO
No decimal point
1
0000000.0
Decimal point at the specified position
2
000000.00
Decimal point at the specified position
3
00000.000
Default decimal point at the specified position
4
0000.0000
Decimal point at the specified position
5
000.00000
Decimal point at the specified position
6
00.000000
Decimal point at the specified position
7
0.0000000
Decimal point at the specified position
SCALE UNITS
This parameter defines the required engineering unit. This parameter does not affect the calculation of the display
value. The number of decimal places must be defined with the parameter DECIMAL POINT. A list of available units
can be found in Chapter 6.2 Appendix: Display of scale units.
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Continuation “IN 1 Properties”:
SAMPLING TIME (S)
The configured value corresponds to the sampling interval. This time interval in seconds defines the time between the
single samples of the analog signals. This parameter directly affects the response time of the unit.
0,001
Shortest sampling time
0,01
Default value
60,000
Longest sampling time
AVERAGE FILTER
Selectable average filter function to avoid measuring fluctuations.
0
No average value will be created
1
2 numbers of floating average cycles
2
4 numbers of floating average cycles
3
8 numbers of floating average cycles
4
16 numbers of floating average cycles
OFFSET
This parameter defines the zero offset / tara of the input.
This parameter does not affect the TOTALIZATION function.
-99.999
Smallest offset
0
Default value
+99.999
Highest offset
LINEARIZATION
This parameter defines the linearization function.
The linearization points are defined in Menu IN 1 / IN 2 LINEARIZATION.
See appendix.
0 OFF
No linearization
1 1 QUADRANT
Linearization in the 1. quadrant
2 4 QUADRANT
Linearization in all 4 quadrants
TOTALIZATION
This parameter activates the totalization function. The settings will be done in Menu IN 1 / IN 2 TOTALIZATION.
The totalization depends on the operation mode. See chart in chapter IN 1 Totalization.
0 OFF
No totalization
1 ON
Totalization is active
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5.3 IN 1 Linearization
The linearization points of input 1 are defined in this menu. This menu is shown only,
if the linearization is selected in 1 PROPERTIES.
Linearization description and examples are shown in the appendix.
P1(X) … P24(X)
X-coordinate of the linearization point.
This value representing the display value which the unit show in the display without linearization.
-99999999
Smallest X-coordinate
0
Default value
+99999999
Largest X-coordinate
P1(Y) … P24(Y)
Y-coordinate of the linearization point
This is the display value, which the unit should show in the display with linearization.
E.g. P2(X) is replaced by P2(Y).
-99999999
Smallest Y-coordinate
0
Default value
+99999999
Largest Y-coordinate
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5.4 IN 1 Totalization
The totalization function is defined in this menu. This menu will only be showed, if the totalization is
active in Menu IN 1 PROPERTIES.
The totalizator depends on the operation mode. See in the following list.
Operation mode
Totalisation
INPUT 1 TOTAL
INPUT 2 TOTAL
LINKAGE TOTAL
SINGLE
aktiv
0
DUAL
aktiv
aktiv
IN1 + IN 2
aktiv
aktiv
IN1 – IN 2
aktiv
aktiv
IN1 x IN 2
aktiv
aktiv
IN1 / IN 2
aktiv
aktiv
TIME BASE
This parameter defines the time base of the totalization.
It defines the time interval between the recordings of data.
0
SECONDS
The current value is added to INPUT 1 TOTAL every second
1
MINUTES
The current value is added to INPUT 1 TOTAL every minute
2
HOURS
The current value is added to INPUT 1 TOTAL every hour
3
COMMAND
The current value is added to INPUT 1 TOTAL, when using the command (ADD TO
TOTAL 1) for the operation function at the control input (see Command Menu)
DIVIDER
This parameter defines the devisor for the totalization.
0 1 No division
1
10
The result of the totalization is divided by 10
2
100
The result of the totalization is divided by 100
3
1000
The result of the totalization is divided by 1000
DECIMAL POINT
This value defines the position of the decimal point.
0
NO
No decimal point
1
0000000.0
Decimal point at the specified position
2
000000.00
Decimal point at the specified position
3
00000.000
Decimal point at the specified position
4
0000.0000
Decimal point at the specified position
5
000.00000
Decimal point at the specified position
6
00.000000
Decimal point at the specified position
7
0.0000000
Decimal point at the specified position
SCALE UNITS
This parameter defines the required engineering unit. This parameter does not affect the calculation of the display
value. The number of decimal places must be defined with the parameter DECIMAL POINT. A list of available units
can be found in Chapter 6.2 Appendix: Display of scale units.
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5.5 IN 2 Properties
This menu defines the parameter for input 2.
CONFIGURATION
Configuration of input 2, see IN 1 Properties
START VALUE
Display value of input 2 at 0 V or 0/4 mA, see IN 1 Properties
END VALUE
Display value of input 2 at +10 V or 20 mA, see IN 1 Properties
DECIMAL POINT
Position of the decimal point, see IN 1 Properties
SCALE UNITS
The displayed units, see IN 1 Properties
SAMPLING TIME (S)
Sampling interval, see IN 1 Properties
AVERAGE FILTER
Selectable averages filter function, see IN 1 Properties.
OFFSET
Zero offset / tara, see IN 1 Properties
LINEARISATION
Linearization function, see IN 1 Properties.
TOTALIZATION
Totalization function, see IN 1 Properties.
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5.6 IN 2 Linearization
The linearization points of input 2 are defined in this menu.
P1(X) … P24(X)
X-coordinate of the linearization point, see IN 1Linearization.
P1(Y) … P24(Y)
Y-coordinate of the linearization point, see IN 1Linearization.
5.7 IN 2 Totalization
The totalization function is defined in this menu.
TIME BASE
The time base of the totalization, see IN 1 Totalization
DIVIDER
The devisor for the totalization, see IN 1 Totalization.
DECIMAL POINT
Position of the decimal point, see IN 1 Totalization
SCALE UNITS
The displayed units, see IN 1 P Totalization
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5.8 Linkage Properties
In this menu the parameters for the linked operation mode are defined. This menu is shown only, if in
GENERAL MENU an operation mode (z.B. IN1 – IN2) with link was selected.
The parameters in Menu IN 1 PROPERTIES and IN 2 PROPERTIES have to be set, before using a linked
operation mode.
The result of the link can be scaled with the following parameters.
FACTOR
This parameter defines the factor, the result of the link will be charged.
-99999999
Smallest value
1
Default value
99999999
Highest end value
DIVIDER
This parameter defines the divider, the result of the link will be charged..
-99999999
Smallest end value
1
Default value
99999999
Highest end value
ADDITIVE VALUE
This parameter defines the additive constant, the result of the link will be charged.
-99999999
Smallest end value
0
Default value
99999999
Highest end value
DECIMAL POINT
This value defines the position of the decimal point.
0
NO
No decimal point
1
0000000.0
Decimal point at the specified position
2
000000.00
Decimal point at the specified position
3
00000.000
Decimal point at the specified position
4
0000.0000
Decimal point at the specified position
5
000.00000
Decimal point at the specified position
6
00.000000
Decimal point at the specified position
7
0.0000000
Decimal point at the specified position
SCALE UNITS
This parameter defines the required engineering unit. This parameter does not affect the calculation of the display
value. The number of decimal places must be defined with the parameter DECIMAL POINT. A list of available units
can be found in Chapter 6.2 Appendix: Display of scale units.
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5.9 IO-Link Properties
This menu defines the parameters for the display of the two output process data.
This menu is only displayed if the device is equipped with the option IO (IO-Link Modul).
IN1 FACTOR (Multiplication factor)
This parameter defines the factor the received value is multiplied with.
-99999999
Smallest value
1
Default value
99999999
Highest end value
IN1 DIVIDER (Dividing factor)
This parameter defines the factor the received value is devided by.
-99999999
Smallest value
1
Default value
99999999
Highest end value
IN1 ADDITIVE VALUE (Additive value)
This parameter defines the factor the received value is added with.
-99999999
Smallest value
0
Default value
99999999
Highest end value
IN1 DECIMAL POINT (decimal point)
This setting determines the position of the decimal point.
0
NO
No decimal point
1
0000000.0
Decimal point at the specified location
2
000000.00
Decimal point at the specified location
3
00000.000
Decimal point at the specified location
4
0000.0000
Decimal point at the specified location
5
000.00000
Decimal point at the specified location
6
00.000000
Decimal point at the specified location
7
0.0000000
Decimal point at the specified location
IN1 SCALE UNITS
This parameter defines the required engineering unit. This parameter does not affect the calculation of the display
value. The number of decimal places must be defined with the parameter DECIMAL POINT. A list of available units
can be found in Chapter 6.2 Appendix: Display of scale units.
IN2 FACTOR (multiplication factor for value 2, see IN 1 factor)
IN2 DIVIDER (dividing factor for value 2, see IN1 Divider)
IN2 ADDITIVE VALUE (additive value for value 2, see IN1 ADDITIVE VALUE)
IN2 DECIMAL POINT (decimal point for value 2, see IN1 DECIMAL POINT)
IN2 SCALE UNITS (scale units for value 2, see IN1 SCALING UNITS
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5.10 Preselection Values
This menu is used to set the preselection values or the switching points.
The preselection values / switching points are always referred to the display value.
This menu is only available for devices with option CO, A0 or RL.
PRESELECTION 1 (Preselection / switching point 1)
-99999999
Smallest value
1000
Default value
+99999999
Highest value
PRESELECTION 2 (Preselection / switching point 2)
-99999999
Smallest value
2000
Default value
+99999999
Highest value
PRESELECTION 3 (Preselection / switching point 3)
-99999999
Smallest value
3000
Default value
+99999999
Highest value
PRESELECTION 4 (Preselection / switching point 4)
-99999999
Smallest value
4000
Default value
+99999999
Highest value
5.11 Preselection 1 Menu
Switching conditions for preselection 1. Output/ relay/ display switches under the following conditions.
This function is only available for devices with option CO, AO or RL.
SOURCE 1
This parameter defines the reference source for PRESELECTION 1
0
INPUT 1
the reference source is input 1
1
INPUT 2
the reference source is input 2
2
LINKAGE 1 – 2
the reference source is the result of the linking of input1 and input 2
3
INPUT 1 TOTAL
the reference source is input 1 with totalization
4
INPUT 2 TOTAL
the reference source is input 2 with totalization
5
LINKAGE TOTAL
the reference source is the result of the linking of input1 and input 2 with
totalization
6
IO LINK VALUE 1
the reference source is the process data out value 1 sent by the IO-Link master
7
IO LINK VALUE 2
the reference source is the process data out value 2 sent by the IO-Link master
8
MINIMUM VALUE 1
minimum value, the reference source is input 1
9
MAXIMUM VALUE 1
maximum value, he reference source is input 1
10
MINIMUM VALUE 2
minimum value, the reference source is input 2
11
MAXIMUM VALUE 2
maximum value, he reference source is input 2
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Continuation „Preselection 1 Menu“:
The totalization depends on the operation mode. See chart in chapter IN 1 Totalization.
MODE 1
Switching conditions for preselection 1. Output/ relay/ display switches under the following conditions:
0
|RESULT|>=|PRES|
Absolute value of the display value is greater or equal absolute value of
PRESELECTION 1
With HYSTERESIS 1 not equal 0 the following switching condition is applied:
Display value >= PRESELECTION 1 ON,
Display value < PRESELECTION 1 – HYSTERESIS 1 OFF
1
|RESULT|<=|PRES|
Absolute value of the display value is less or equal absolute value of
PRESELECTION 1 (start-up suppression (START UP DELAY) is advisable)
With HYSTERESIS 1 not equal 0 the following switching condition is applied:
Display value <= PRESELECTION 1 ON,
Display value > PRESELECTION 1 + HYSTERESIS 1 OFF
2
|RESULT|=|PRES|
Absolute value of the display value is equal absolute value of PRESELECTION 1
A range (Preselection +/- ½ Hysteresis) can be defined and monitored in
conjunction with the hysteresis.
With HYSTERESIS 1 not equal 0 the following switching condition is applied:
Display value > PRESELECTION 1 + ½ HYSTERESIS 1 OFF,
Display value < PRESELECTION 1 - ½ HYSTERESIS 1 OFF
3
RESULT>=PRES
Display value is greater or equal PRESELECTION 1, e.g. overspeed
With HYSTERESIS 1 not equal 0 the following switching condition is applied:
Display value >= PRESELECTION 1 ON,
Display value < PRESELECTION 1 – HYSTERESIS 1 OFF
4
RESULT<=PRES
Display value is less or equal PRESELECTION 1, e.g. underspeed
(start-up suppression (START UP DELAY) is advisable)
With HYSTERESIS 1 not equal 0 the following switching condition is applied:
Display value <= PRESELECTION 1 ON,
Display value > PRESELECTION 1 + HYSTERESIS 1 OFF
5
RESULT=PRES
Display value is equal PRESELECTION 1. A range (Preselection +/- ½ Hysteresis)
can be defined and monitored in conjunction with the hysteresis.
With HYSTERESIS 1 not equal 0 the following switching condition is applied:
Display value > PRESELECTION 1 + ½ HYSTERESIS 1 OFF,
Display value < PRESELECTION 1 - ½ HYSTERESIS 1 OFF
6
RES>=PRES-TRAIL
Trailing PRESELECTION 1:
Display value is greater or equal PRESELECTION 2 – PRESELECTION 1,
PRESELECTION 1 is the trailing preselection from PRESELECTION 2.
HYSTERESIS 1
This parameter defines the switching hysteresis of the switch-off point for preselection 1
0
No switching hysteresis
…
99999
Switching hysteresis of 99999
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Continuation „Preselection 1 Menu“:
PULSE TIME 1 (S)
Duration of output pulse for the switching condition of preselection 1
0,000
No output pulse (static signal)
…
60,000
Pulse duration of 60 seconds
OUTPUT TARGET 1
Assignment of an output or relay for the switching condition of preselection 1.
If more than one switching condition is assigned to one output / relay, the output is set when at least one
switching condition is true
0
NO
No assignment
1
CTRL OUT 1
Switching condition assigned to “Ctrl. Out 1”
2
CTRL OUT 2
Switching condition assigned to “Ctrl. Out 2”
3
CTRL OUT 3
Switching condition assigned to “Ctrl. Out 3”
4
CTRL OUT 4
Switching condition assigned to “Ctrl. Out 4”
5
RELAY 1
Switching condition assigned to “Rel. 1”
6
RELAY 2
Switching condition assigned to “Rel. 2”
OUTPUT POLARITY 1
Polarity for the switching condition of preselection 1
0
ACTIVE HIGH
Switching condition is true Active „HIGH“
1
ACTIVE LOW
Switching condition is true Active „LOW“
OUTPUT LOCK 1
Latch for the switching condition of preselection 1
0
NO
No latch for preselection
1
YES
Latch for preselection (command LOCK RELEASE will clear latch)
START UP DELAY 1 (S)
Start-up suppression for the switching condition of preselection 1.
This adjustment is only valid for the switching condition |RESULT|<=|PRES| or RESULT<=PRES (Start Up Delay 3
and 4 have an automatic start up suppression).
0.000
No start-up suppression
…
60.000
Start-up suppression in seconds
EVENT COLOR 1
Event-depending change of the display color for the switching condition of preselection 1.
EVENT COLOR 1 has the lowest priority. EVENT COLOR 2 … 4 are allowed to overwrite this color change.
0
NO CHANGE
No color change.
1
CHANGE TO RED
Color change to red
2
CHANGE TO GREEN
Color change to green
3
CHANGE TO YELLOW
Color change to yellow
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5.12 Preselection 2 Menu
SOURCE 2
The reference source for PRESELECTION 2, see PRESELECTION 1 MENU
MODE 2
Switching conditions for preselection 2, see PRESELECTION 1 MENU (expect trailing preselection)
See chapter PRESELECTION 1 MENU
6
RES>=PRES-TRAIL
Trailing preselection 2:
Display value is greater or equal to PRESELECTION 1 – PRESELECTION 2
PRESELECTION 2 is the trailing preselection from PRESELECTION 1.
HYSTERESIS 2
This parameter defines the switching hysteresis of the switch-off point for preselection 2.
See chapter PRESELECTION 1 MENU
PULSE TIME 2 (S)
Duration of output pulse for the switching condition of preselection 2.
See chapter PRESELECTION 1 MENU.
OUTPUT TARGET 2
Assignment of an output or relay for the switching condition of preselection 2.
See chapter PRESELECTION 1 MENU (expect default value).
see PRESELECTION 1 MENU
2
CTRL OUT 2
Assignment of switching conditions at Ctrl. Out 2
OUTPUT POLARITY 2
Polarity for the switching condition of preselection 2.
See chapter PRESELECTION 1 MENU.
OUTPUT LOCK 2
Latch for the switching condition of preselection 2.
See chapter PRESELECTION 1 MENU.
START UP DELAY 2 (S)
Start-up suppression for the switching condition of preselection 2.
See chapter PRESELECTION 1 MENU.
(Start Up Delay 3 and 4 have an automatic start up suppression).
EVENT COLOR 2
Event-depending change of the display color for the switching condition of preselection 2.
See chapter PRESELECTION 1 MENU.
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5.13 Preselection 3 Menu
SOURCE 3
The reference source for PRESELECTION 3, see PRESELECTION 1 MENU
MODE 3
Switching conditions for preselection 3, see PRESELECTION 1 MENU (expect trailing preselection)
See chapter PRESELECTION 1 MENU
6
RES>=PRESTRAIL
Trailing preselection 3:
Display value is greater or equal to PRESELECTION 4 – PRESELECTION 3
PRESELECTION 3 is the trailing preselection from PRESELECTION 4.
HYSTERESIS 3
This parameter defines the switching hysteresis of the switch-off point for preselection 3.
See chapter PRESELECTION 1 MENU.
PULSE TIME 3 (S)
Duration of output pulse for the switching condition of preselection 3.
See chapter PRESELECTION 1 MENU (except default value).
OUTPUT TARGET 3
Assignment of an output or relay for the switching condition of preselection 3.
See chapter PRESELECTION 1 MENU.
see PRESELECTION 1 MENU
3
CTRL OUT 3
Assignment of switching conditions at Ctrl. Out 3
OUTPUT POLARITY 3
Polarity for the switching condition of preselection 3.
See chapter PRESELECTION 1 MENU.
OUTPUT LOCK 3
Latch for the switching condition of preselection 3.
See chapter PRESELECTION 1 MENU.
START UP DELAY 3
Start-up suppression for the switching condition of preselection 3.
This adjustment is only valid for the switching condition |RESULT|<=|PRES| or RESULT<=
(Start Up Delay 1 and 2 have a time-dependent start up suppression).
0
OFF
No start-up suppression
1
AUTO
Automatic start up suppression,
until the preselection value / switching point is exceeded for the first time.
EVENT COLOR 3
Event-depending change of the display color for the switching condition of preselection 3.
See chapter PRESELECTION 1 MENU.
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5.14 Preselection 4 Menu
SOURCE 4
The reference source for PRESELECTION 4, see PRESELECTION 1 MENU
MODE 4
Switching conditions for preselection 4, see PRESELECTION 1 MENU (expect trailing preselection)
See chapter PRESELECTION 1 MENU
6
RES>=PRESTRAIL
Trailing preselection 4:
Display value is greater or equal to PRESELECTION 3 – PRESELECTION 4
PRESELECTION 4 is the trailing preselection from PRESELECTION 3.
HYSTERESIS 4
This parameter defines the switching hysteresis of the switch-off point for preselection 4.
See chapter PRESELECTION 1 MENU.
PULSE TIME 4 (S)
Duration of output pulse for the switching condition of preselection 3.
See chapter PRESELECTION 1 MENU.
OUTPUT TARGET 4
Assignment of an output or relay for the switching condition of preselection 4.
See chapter PRESELECTION 1 MENU (except default value)..
see PRESELECTION 1 MENU
4
CTRL OUT 4
Assignment of switching conditions at Ctrl. Out 4
OUTPUT POLARITY 4
Polarity for the switching condition of preselection 4.
See chapter PRESELECTION 1 MENU.
OUTPUT LOCK 4
Latch for the switching condition of preselection 4.
See chapter PRESELECTION 1 MENU.
START UP DELAY 4
Start-up suppression for the switching condition of preselection 4, see PRESELECTION 3 MENU.
(Start Up Delay 1 and 2 have a time-dependent start up suppression).
0
OFF
Automatic start up suppression,
1
AUTO
until the preselection value / switching point is exceeded for the first time.
EVENT COLOR 4
Event-depending change of the display color for the switching condition of preselection 4.
See chapter PRESELECTION 1 MENU.
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5.15 Serial Menu
This menu defines the basic settings of serial interface.
This function is only available for devices with option CO or A0
UNIT NUMMER
This parameter defines serial device addresses. The addresses between 11 and 99 can be assigned to the
devices. Addresses with zero are not allowed, there are used as broadcast addresses.
11
Smallest address
… 99
Highest address
SERIAL BAUD RATE
This parameter defines the serial baud rate
0
9600
9600 baud
1
19200
19200 baud
2
38400
38400 baud
SERIAL FORMAT
This parameter defines the bit data format.
0
7-EVEN-1
7 data Parity even 1 Stop
1
7-EVEN-2
7 data Parity even 2 Stops
2
7-ODD-1
7 data Parity odd 1 Stop
3
7-ODD-2
7 data Parity odd 2 Stops
4
7-NONE-1
7 data no Parity 1 Stop
5
7-NONE-2
7 data no Parity 2 Stops
6
8-EVEN-1
8 data Parity even 1 Stop
7
8-ODD-1
8 data Parity odd 1 Stop
8
8-NONE-1
8 data no Parity 1 Stop
9
8-NONE-2
8 data no Parity 2 Stops
SERIAL INIT
This parameter defines the baud rate for the initialization to the user interface OS6.0. With settings larger than
9600 the initialization time can be reduced..
0
NO
Initialization with 9600 baud. Then the device operates with the value selected by the
user.
1
YES
Initialization with the baud rate set by SERIAL BAUD RATE. Then the device operates
with the value selected by the user.
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Continuation „Serial Menu”:
SERIAL PROTOCOL
Determines the sequence of characters send, when using the serial output for cyclic data transmission under
time control (xxxxxxx = value SERIAL VALUE).
Setting „1“ removes the unit address from the string which allows a slight faster transmission cycle.
0
Transmission report = Unit Nr., +/-, data, LF, CR
1 1 +/- X X X X X X X LF
CR
1
Transmission report = +/-, data, LF, CR
+/- X X X X X X X LF
CR
SERIAL TIMER (S)
This register determines the cycle time in seconds for cycling transmission of SERIAL VALUE when using the serial
output. (On a serial request, the cycling transmission is stopped for 20 s)
0.000
All cyclic transmission is switched off. The unit will send data upon a serial request or
with command SERIAL PRINT.
…
60.000
Cycle time in seconds.
SERIAL VALUE
This parameter defines the value to be transmitted.
Setting
Code
Register contents
0
:0
Value input 1
1
:1
Value input 2
2
:2
Result of the linking of input1 and input 2
3
:3
Result totalizator 1
4
:4
Result totalizator 2
5
:5
Result of the linking of 1 and 2 with totalization
6
:6
Minimum value input 1
7
:7
Maximum value input 1
8
:8
Minimum value input 2
9
:9
Maximum value input 2
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5.16 Analog Out Menu
This menu defines the basic settings of the analog output. This function is only available for devices
with option A0.
ANALOG SOURCE
This parameter defines the reference source for the Analog Output
0
INPUT 1
the reference source is input 1
1
INPUT 2
the reference source is input 1
2
LINKAGE 1 – 2
the reference source is the result of the linking of input1 and input 2
3
INPUT 1 TOTAL
the reference source is input 1 with totalization
4
INPUT 2 TOTAL
the reference source is input 1 with totalization
5
LINKAGE TOTAL
the reference source is the result of the linking of input1 and input 2 with
totalization
6
IO LINK VALUE 1
the reference source is the process data out value 1 sent by the IO-Link master
7
IO LINK VALUE 2
the reference source is the process data out value 2 sent by the IO-Link master
8
MINIMUM VALUE 1
minimum value, the reference source is input 1
9
MAXIMUM VALUE 1
maximum value, he reference source is input 1
10
MINIMUM VALUE 2
minimum value, the reference source is input 2
11
MAXIMUM VALUE 2
maximum value, he reference source is input 2
The totalization depends on the operation mode. See chart in chapter IN 1 Totalization.
ANALOG FORMAT
This parameter defines the output characteristics. The analogue output is proportional to the display value.
With setting ANALOG FORMAT (-10 … +10 V) in MODE COUNTER the polarity of the analog output depends
on the polarity of the display value.
0
-10…10V
-10 … +10 V
1
0…20MA
0 … 20 mA
2
4…20MA
4 … 20 mA
ANALOG START
This parameter defines the start value of the analog conversion. This start value is corresponding to the
display value for an analog output of 0 V or 0/4 mA.
-99999999
Smallest start value
0
Default value
+99999999
Highest start value
ANALOG END
This parameter defines the end value of the analog conversion. This end value is corresponding to the display
value for an analog output of (+/-) 10 V or 20mA.
-99999999
Smallest end value
10000
Default Wert
+99999999
Highest end value
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Continuation „Analog Out Menu“:
ANALOG GAIN (%)
This parameter specifies the maximum conversion of the analog output in %.
e. g. 102.00 corresponds to a conversion of 10.2 V or 20.4 mA, when the ANALOG END value is reached.
e. g. 95.00 corresponds to a conversion of 9.5 V or 18 mA, when the ANALOG END value is reached..
0,00
Smallest gain
100,00
Default value
110,00
Highest gain
ANALOG OFFSET (%)
This parameter defines the zero offset of the analog output.
z. B. 0.20 result in an offset of 0.02 V or 0.04 mA at ANALOG START value
-99,99
Smallest offset
0
Default value
+99,99
Highest offset
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5.17 Command Menu
INPUT 1 ACTION
This parameter defines the function of the input “Ctrl. In 1”.
0
NO
No function
1
TARA INPUT 1
Value of input 1 is stored as an OFFSET of input 1
(d)
2
TARA INPUT 2
Value of input 2 is stored as an OFFSET of input 2
(d)
3
TARA INPUT 1+2
Value of input 1 is stored as an OFFSET of input 1
Value of input 1 is stored as an OFFSET of input 1
(d)
4
RESET TOTAL 1
Value of totalizator 1 is reset to zero
(d) (s)
5
RESET TOTAL 2
Value of totalizator 2 is reset to zero
(d) (s)
6
RESET TOTAL 1+2
Value of totalizator 1 is reset to zero
Value of totalizator 2 is reset to zero
(d) (s)
7
TEACH PRESEL. 1
Value (SOURCE 1) is stored as PRESELECTION 1
(d)
8
TEACH PRESEL. 2
Value (SOURCE 2) is stored as PRESELECTION 2
(d)
9
TEACH PRESEL. 3
Value (SOURCE 3) is stored as PRESELECTION 3
(d)
10
TEACH PRESEL. 4
Value (SOURCE 4) is stored as PRESELECTION 4
(d)
11
SCROLL DISPLAY
Display switching (see chapter Screen structure in operation)
(d)
12
RESET MIN/MAX
Reset the Min. / Max. values
(d) (s)
13
CLEAR LOOP TIME
N.A. 14
ACTIVATE
N.A.
15
STORE DATA
N.A. 16
TESTPROGRAM
N.A.
17
SET RED COLOR
Red display: Event-depending change of the display color by a switching
condition is possible (see PRESELECTION 1…4 MENU)
(d)
18
SET GREEN COLOR
Green display: Event-depending change of the display color by a switching
condition is possible (see PRESELECTION 1…4 MENU)
(d)
19
SET YELLOW COLOR
Yellow display: Event-depending change of the display color by a
switching condition is possible (see PRESELECTION 1…4 MENU)
(d)
20
FREEZE
Freezing the display value
(s)
21
KEY LOCK
Key looked touch screen
(s)
22
LOCK RELEASE
No latch for preselection
(d)
23
SERIAL PRINT
Send serial data, see SERIAL VALUE
(d)
24
START PRESELECT
N.A. 25
ADD TO TOTAL 1
Adds the current value of input 1 to INPUT 1 TOTAL
(d)
26
ADD TO TOTAL 2
Adds the current value of input 2 to INPUT 2 TOTAL
(d)
(s) = statistical characteristic (level evaluation)
INPUT CONFIG must be set to ACTIVE LOW/HIGH
(d) = dynamical characteristic (edge evaluation)
INPUT CONFIG must be set to RISING/FALLING EDGE
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Continuation „Command Menu”:
INPUT 1 CONFIG
This parameter defines the switching characteristics of the input “Ctrl. In 1”.
0
ACTIVE LOW
Active at „LOW“ (static)
1
ACTIVE HIGH
Active at „HIGH“ (static)
2
RISING EDGE
Activate at rising edge (dynamic)
3
FALLING EDGE
Activate at falling edge (dynamic)
INPUT 2 ACTION
This parameter defines the function of the input “Ctrl. In 2”.
See parameter INPUT 1 ACTION
INPUT 2 CONFIG
This parameter defines the switching characteristics of the input “Ctrl. In 2”.
See parameter INPUT 1 CONFIG.
INPUT 3 ACTION
This parameter defines the function of the input “Ctrl. In 3”.
See parameter INPUT 1 ACTION.
INPUT 3 CONFIG
This parameter defines the switching characteristics of the input “Ctrl. In 3”.
See parameter INPUT 1 CONFIG.
5.18 Display Menu
Parameter changes become active only after closing the menu selection.
START DISPLAY
This parameter defines the start display after switching on the device.
0
Single
Single-line display
The source must be defined in SOURCE SINGLE
1
Dual
The sources must be defined in SOURCE DUAL TOP / DOWN.
SOURCE SINGLE (Reference source for single-line display)
0
INPUT 1
the reference source is input 1
1
INPUT 2
the reference source is input 2
2
LINKAGE 1 – 2
the reference source is the result of the linking of input1 and input 2
3
INPUT 1 TOTAL
the reference source is input 1 with totalization
4
INPUT 2 TOTAL
the reference source is input 2 with totalization
5
LINKAGE TOTAL
the reference source is the result of the linking of input1 and input 2 with
totalization
6
IO LINK VALUE 1
the reference source is the process data out value 1 sent by the IO-Link master
7
IO LINK VALUE 2
the reference source is the process data out value 2 sent by the IO-Link master
8
MINIMUM VALUE 1
minimum value, the reference source is input 1
9
MAXIMUM VALUE 1
maximum value, he reference source is input 1
10
MINIMUM VALUE 2
minimum value, the reference source is input 2
11
MAXIMUM VALUE 2
maximum value, he reference source is input 2
Ax350_04a_oi_e.doc / May-18 Seite 39 / 54
Continuation „Display Menu:“
SOURCE DUAL TOP (Reference source for two-line display, first line)
0
INPUT 1
the reference source is input 1
1
INPUT 2
the reference source is input 2
2
LINKAGE 1 – 2
the reference source is the result of the linking of input1 and input 2
3
INPUT 1 TOTAL
the reference source is input 1 with totalization
4
INPUT 2 TOTAL
the reference source is input 2 with totalization
5
LINKAGE TOTAL
the reference source is the result of the linking of input1 and input 2 with
totalization
6
IO LINK VALUE 1
the reference source is the process data out value 1 sent by the IO-Link master
7
IO LINK VALUE 2
the reference source is the process data out value 2 sent by the IO-Link master
8
MINIMUM VALUE 1
minimum value, the reference source is input 1
9
MAXIMUM VALUE 1
maximum value, he reference source is input 1
10
MINIMUM VALUE 2
minimum value, the reference source is input 2
11
MAXIMUM VALUE 2
maximum value, he reference source is input 2
SOURCE DUAL DOWN (Reference source for two-line display, second line)
0
INPUT 1
the reference source is input 1
1
INPUT 2
the reference source is input 2
2
LINKAGE 1 – 2
the reference source is the result of the linking of input1 and input 2
3
INPUT 1 TOTAL
the reference source is input 1 with totalization
4
INPUT 2 TOTAL
the reference source is input 2 with totalization
5
LINKAGE TOTAL
the reference source is the result of the linking of input1 and input 2 with
totalization
6
IO LINK VALUE 1
the reference source is the process data out value 1 sent by the IO-Link master
7
IO LINK VALUE 2
the reference source is the process data out value 2 sent by the IO-Link master
8
MINIMUM VALUE 1
minimum value, the reference source is input 1
9
MAXIMUM VALUE 1
maximum value, he reference source is input 1
10
MINIMUM VALUE 2
minimum value, the reference source is input 2
11
MAXIMUM VALUE 2
maximum value, he reference source is input 2
The totalization depends on the operation mode. See chart in chapter IN 1 Totalization.
COLOR
This parameter defines the display color.
Event-depending change of the display color by a switching condition is possible (see PRESELECTION 1…4 MENU)
Event-depending changes are only available for devices with option CO350, A0350 or RL350.
0
RED
Red display
1
GREEN
Green display
2
YELLOW
Yellow display
Ax350_04a_oi_e.doc / May-18 Seite 40 / 54
Continuation „Display Menu:“
BRIGHTNESS (%)
This parameter defines the brightness of the display in percent
10
Min. brightness
80
Default value
100
Max. brightness
CONTRAST
This parameter defines the viewing angle..
0
Viewing angle from top
1
Viewing angle from center
2
Viewing angle from bottom
SCREEN SAVER (S)
This parameter defines the time in seconds until the display is switched off, after the last touch action.
A new touch action will activate the display again.
0
No switch off
…
9999
Longest time to switch off
UP-DATE-TIME (S)
This parameter defines the update time in seconds of the display only.
0,005
Shortest update time
0,1
Default value
9,999
Longest update time
FONT
This parameter defines the setting of the font style.
0
Standard
1
Font 1
Ax350_04a_oi_e.doc / May-18 Seite 41 / 54
6. Appendix
6.1. Data readout via serial interface
All codes shown in the parameter SERIAL VALUE are available for serial readout by PC or PLC. For
communication the monitors use the Drivecom Protocol according to ISO 1745. All protocol details can
be found in our manual SERPRO which is available for download from our homepage
www.motrona.com.
To request for a data transmission you must send the following request string to the converter:
EOT
AD1
AD2
C1
C2
ENQ
EOT = control character (Hex 04)
AD1 = unit address, High Byte
AD2 = unit address, Low Byte
C1 = register code, High Byte
C2 = register code, Low Byte
ENQ = control character (Hex 05)
The following example shows the request string for readout of the actual input frequency of a monitor
(Code :1) from a unit with unit address 11:
ASCII-Code:
EOT
1
1
: 1 ENQ
Hex-Code:
04
31
31
3A
31
05
Binary-Code:
0000 0100
0011 0001
0011 0001
0011 1010
0011 0001
0000 0101
After a correct request, the unit will respond:
STX
C1
C2
xxxxx
ETX
BCC
STX = control character (Hex 02)
C1 = register code, High Byte
C2 = register code, Low Byte
xxxxx = readout data
ETX = control character (Hex 03)
BCC = block check character
Ax350_04a_oi_e.doc / May-18 Seite 42 / 54
6.2 Display of scale units
SCALE UNITS
This parameter defines the required engineering unit. This parameter does not affect the calculation of the display
value. The number of decimal places must be defined with the parameter DECIMAL POINT.
0 V Default
1
mV
2 A
3
mA
4
km/h
5
mph
6
feet/min
7
inch/min
8 g
9
kg
10
oz
11 W
12
kW
13
VA
14
mm
15
cm
16 m
17
inch
18
feet
19 C
20 F
21 K
22
1/sec
23
1/min
24
1/h
25
gal/min
26
Pa
27
kPa
28 %
29
Edit Unit
A customized unit with up to 16 digits can be edited using this parameter.
Pressing the "OK" button opens the Edit Unit Menu.
A unit can be created using the arrow keys. (by pressing and holding the arrow keys the
characters scroll fast).
The “OK” butten saves the Edit Unit Menu. The “C” button closes the Edit Unit Menu.
! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6
7
! " # $ % & ' ( ) * + , - .
/
8 9 : ; < = > ? @ A B C D E F G H I J K L M N
O
0 1 2 3 4 5 6 7 8 9 : ; < = >
?
P Q R S T U V W X Y Z [ \ ] ^ _ ` a b c d e f
g
@ A B C D E F G H I J K L M N
O
h i j k l m n o p q r s t u v w x y z { | } ~
P Q R S T U V W X Y Z [ \ ] ^
_
Ax350_04a_oi_e.doc / May-18 Seite 43 / 54
6.3 Parameter / serial codes
7 #
Menu
Name
Serial Code
Value
Min
Max
Default
0
GENERAL MENU
OPERATIONAL MODE
0 0 0 5 0
1
GENERAL MENU
PIN PRESELECTION
1 0 0
9999
0
2
GENERAL MENU
PIN PARAMETER
2 0 0
9999
0
3
GENERAL MENU
BACK UP MEMORY
3 0 0 1 0
4
GENERAL MENU
FACTORY SETTINGS
4 0 0 1 0
5
GENERAL MENU
__ 5 0 0 0
0
6
GENERAL MENU
__ 6 0 0 0
0
7
GENERAL MENU
__ 7 0 0 0
0
8
GENERAL MENU
__ 8 0 0 0
0
9
IN 1 PROPERTIES
CONFIGURATION
9 0 0 2 0
10
IN 1 PROPERTIES
START VALUE
10
0
-99999
99999
0
11
IN 1 PROPERTIES
END VALUE
11
0
-99999
99999
10000
12
IN 1 PROPERTIES
DECIMAL POINT
12 0 0 7 3
13
IN 1 PROPERTIES
SCALE UNITS
13 0 0
29
0
14
IN 1 PROPERTIES
SAMPLING TIME (S)
14 0 1
60000
10
15
IN 1 PROPERTIES
AVERAGE FILTER
15 0 0 4 0
16
IN 1 PROPERTIES
OFFSET
16
0
-99999
99999
0
17
IN 1 PROPERTIES
LINEARIZATION
17 0 0 2 0
18
IN 1 PROPERTIES
TOTALIZATION
18 0 0 1 0
19
IN 1 PROPERTIES
__
19 0 0 0 0
20
IN 1 PROPERTIES
__
20 0 0 0 0
21
IN 1 PROPERTIES
__
21 0 0 0 0
22
IN 1 LINEARIZATION
P1(X)
A0
0
-99999999
99999999
0
23
IN 1 LINEARIZATION
P1(Y)
A1
0
-99999999
99999999
0
24
IN 1 LINEARIZATION
P2(X)
A2
0
-99999999
99999999
0
25
IN 1 LINEARIZATION
P2(Y)
A3
0
-99999999
99999999
0
26
IN 1 LINEARIZATION
P3(X)
A4
0
-99999999
99999999
0
27
IN 1 LINEARIZATION
P3(Y)
A5
0
-99999999
99999999
0
28
IN 1 LINEARIZATION
P4(X)
A6
0
-99999999
99999999
0
29
IN 1 LINEARIZATION
P4(Y)
A7
0
-99999999
99999999
0
30
IN 1 LINEARIZATION
P5(X)
A8
0
-99999999
99999999
0
31
IN 1 LINEARIZATION
P5(Y)
A9
0
-99999999
99999999
0
32
IN 1 LINEARIZATION
P6(X)
B0
0
-99999999
99999999
0
33
IN 1 LINEARIZATION
P6(Y)
B1
0
-99999999
99999999
0
34
IN 1 LINEARIZATION
P7(X)
B2
0
-99999999
99999999
0
35
IN 1 LINEARIZATION
P7(Y)
B3
0
-99999999
99999999
0
36
IN 1 LINEARIZATION
P8(X)
B4
0
-99999999
99999999
0
37
IN 1 LINEARIZATION
P8(Y)
B5
0
-99999999
99999999
0
38
IN 1 LINEARIZATION
P9(X)
B6
0
-99999999
99999999
0
39
IN 1 LINEARIZATION
P9(Y)
B7
0
-99999999
99999999
0
40
IN 1 LINEARIZATION
P10(X)
B8
0
-99999999
99999999
0
41
IN 1 LINEARIZATION
P10(Y)
B9
0
-99999999
99999999
0
42
IN 1 LINEARIZATION
P11(X)
C0
0
-99999999
99999999
0
43
IN 1 LINEARIZATION
P11(Y)
C1
0
-99999999
99999999
0
44
IN 1 LINEARIZATION
P12(X)
C2
0
-99999999
99999999
0
45
IN 1 LINEARIZATION
P12(Y)
C3
0
-99999999
99999999
0
Ax350_04a_oi_e.doc / May-18 Seite 44 / 54
Continuation „Parameterliste“:
#
Menu
Name
Serial Code
Value
Min
Max
Default
46
IN 1 LINEARIZATION
P13(X)
C4
0
-99999999
99999999
0
47
IN 1 LINEARIZATION
P13(Y)
C5
0
-99999999
99999999
0
48
IN 1 LINEARIZATION
P14(X)
C6
0
-99999999
99999999
0
49
IN 1 LINEARIZATION
P14(Y)
C7
0
-99999999
99999999
0
50
IN 1 LINEARIZATION
P15(X)
C8
0
-99999999
99999999
0
51
IN 1 LINEARIZATION
P15(Y)
C9
0
-99999999
99999999
0
52
IN 1 LINEARIZATION
P16(X)
D0
0
-99999999
99999999
0
53
IN 1 LINEARIZATION
P16(Y)
D1
0
-99999999
99999999
0
54
IN 1 LINEARIZATION
P17(X)
D2
0
-99999999
99999999
0
55
IN 1 LINEARIZATION
P17(Y)
D3
0
-99999999
99999999
0
56
IN 1 LINEARIZATION
P18(X)
D4
0
-99999999
99999999
0
57
IN 1 LINEARIZATION
P18(Y)
D5
0
-99999999
99999999
0
58
IN 1 LINEARIZATION
P19(X)
D6
0
-99999999
99999999
0
59
IN 1 LINEARIZATION
P19(Y)
D7
0
-99999999
99999999
0
60
IN 1 LINEARIZATION
P20(X)
D8
0
-99999999
99999999
0
61
IN 1 LINEARIZATION
P20(Y)
D9
0
-99999999
99999999
0
62
IN 1 LINEARIZATION
P21(X)
E0
0
-99999999
99999999
0
63
IN 1 LINEARIZATION
P21(Y)
E1
0
-99999999
99999999
0
64
IN 1 LINEARIZATION
P22(X)
E2
0
-99999999
99999999
0
65
IN 1 LINEARIZATION
P22(Y)
E3
0
-99999999
99999999
0
66
IN 1 LINEARIZATION
P23(X)
E4
0
-99999999
99999999
0
67
IN 1 LINEARIZATION
P23(Y)
E5
0
-99999999
99999999
0
68
IN 1 LINEARIZATION
P24(X)
E6
0
-99999999
99999999
0
69
IN 1 LINEARIZATION
P24(Y)
E7
0
-99999999
99999999
0
70
IN 1 TOTALIZATION
BASE
E8 0 0 3 0
71
IN 1 TOTALIZATION
DIVIDER
E9 0 0 3 0
72
IN 1 TOTALIZATION
DECIMAL POINT
F0 0 0 7 0
73
IN 1 TOTALIZATION
SCALE UNITS
F1 0 0
29
0
74
IN 1 TOTALIZATION
__
F2 0 0 0 0
75
IN 1 TOTALIZATION
__
F3 0 0 0 0
76
IN 1 TOTALIZATION
__
F4 0 0 0 0
77
IN 2 PROPERTIES
CONFIGURATION
F5 0 0 2 0
78
IN 2 PROPERTIES
START VALUE
F6
0
-99999
99999
0
79
IN 2 PROPERTIES
END VALUE
F7
0
-99999
99999
10000
80
IN 2 PROPERTIES
DECIMAL POINT
F8 0 0 7 3
81
IN 2 PROPERTIES
SCALE UNITS
F9 0 0
29
0
82
IN 2 PROPERTIES
SAMPLING TIME (S)
G0 0 1
60000
10
83
IN 2 PROPERTIES
AVERAGE FILTER
G1 0 0 4 0
84
IN 2 PROPERTIES
OFFSET
G2
0
-99999
99999
0
85
IN 2 PROPERTIES
LINEARIZATION
G3 0 0 2 0
86
IN 2 PROPERTIES
TOTALIZATION
G4 0 0 1 0
87
IN 2 PROPERTIES
__
G5 0 0 0 0
88
IN 2 PROPERTIES
__
G6 0 0 0 0
89
IN 2 PROPERTIES
__
G7 0 0 0 0
Ax350_04a_oi_e.doc / May-18 Seite 45 / 54
Continuation „Parameter“:
#
Menue
Name
Serial Code
Value
Min
Max
Default
90
IN 2 LINEARIZATION
P1(X)
G8
0
-99999999
99999999
0
91
IN 2 LINEARIZATION
P1(Y)
G9
0
-99999999
99999999
0
92
IN 2 LINEARIZATION
P2(X)
H0
0
-99999999
99999999
0
93
IN 2 LINEARIZATION
P2(Y)
H1
0
-99999999
99999999
0
94
IN 2 LINEARIZATION
P3(X)
H2
0
-99999999
99999999
0
95
IN 2 LINEARIZATION
P3(Y)
H3
0
-99999999
99999999
0
96
IN 2 LINEARIZATION
P4(X)
H4
0
-99999999
99999999
0
97
IN 2 LINEARIZATION
P4(Y)
H5
0
-99999999
99999999
0
98
IN 2 LINEARIZATION
P5(X)
H6
0
-99999999
99999999
0
99
IN 2 LINEARIZATION
P5(Y)
H7
0
-99999999
99999999
0
100
IN 2 LINEARIZATION
P6(X)
H8
0
-99999999
99999999
0
101
IN 2 LINEARIZATION
P6(Y)
H9
0
-99999999
99999999
0
102
IN 2 LINEARIZATION
P7(X)
I0
0
-99999999
99999999
0
103
IN 2 LINEARIZATION
P7(Y)
I1
0
-99999999
99999999
0
104
IN 2 LINEARIZATION
P8(X)
I2
0
-99999999
99999999
0
105
IN 2 LINEARIZATION
P8(Y)
I3
0
-99999999
99999999
0
106
IN 2 LINEARIZATION
P9(X)
I4
0
-99999999
99999999
0
107
IN 2 LINEARIZATION
P9(Y)
I5
0
-99999999
99999999
0
108
IN 2 LINEARIZATION
P10(X)
I6
0
-99999999
99999999
0
109
IN 2 LINEARIZATION
P10(Y)
I7
0
-99999999
99999999
0
110
IN 2 LINEARIZATION
P11(X)
I8
0
-99999999
99999999
0
111
IN 2 LINEARIZATION
P11(Y)
I9
0
-99999999
99999999
0
112
IN 2 LINEARIZATION
P12(X)
J0
0
-99999999
99999999
0
113
IN 2 LINEARIZATION
P12(Y)
J1
0
-99999999
99999999
0
114
IN 2 LINEARIZATION
P13(X)
J2
0
-99999999
99999999
0
115
IN 2 LINEARIZATION
P13(Y)
J3
0
-99999999
99999999
0
116
IN 2 LINEARIZATION
P14(X)
J4
0
-99999999
99999999
0
117
IN 2 LINEARIZATION
P14(Y)
J5
0
-99999999
99999999
0
118
IN 2 LINEARIZATION
P15(X)
J6
0
-99999999
99999999
0
119
IN 2 LINEARIZATION
P15(Y)
J7
0
-99999999
99999999
0
120
IN 2 LINEARIZATION
P16(X)
J8
0
-99999999
99999999
0
121
IN 2 LINEARIZATION
P16(Y)
J9
0
-99999999
99999999
0
122
IN 2 LINEARIZATION
P17(X)
K0
0
-99999999
99999999
0
123
IN 2 LINEARIZATION
P17(Y)
K1
0
-99999999
99999999
0
124
IN 2 LINEARIZATION
P18(X)
K2
0
-99999999
99999999
0
125
IN 2 LINEARIZATION
P18(Y)
K3
0
-99999999
99999999
0
126
IN 2 LINEARIZATION
P19(X)
K4
0
-99999999
99999999
0
127
IN 2 LINEARIZATION
P19(Y)
K5
0
-99999999
99999999
0
128
IN 2 LINEARIZATION
P20(X)
K6
0
-99999999
99999999
0
129
IN 2 LINEARIZATION
P20(Y)
K7
0
-99999999
99999999
0
130
IN 2 LINEARIZATION
P21(X)
K8
0
-99999999
99999999
0
131
IN 2 LINEARIZATION
P21(Y)
K9
0
-99999999
99999999
0
132
IN 2 LINEARIZATION
P22(X)
L0
0
-99999999
99999999
0
133
IN 2 LINEARIZATION
P22(Y)
L1
0
-99999999
99999999
0
134
IN 2 LINEARIZATION
P23(X)
L2
0
-99999999
99999999
0
135
IN 2 LINEARIZATION
P23(Y)
L3
0
-99999999
99999999
0
136
IN 2 LINEARIZATION
P24(X)
L4
0
-99999999
99999999
0
137
IN 2 LINEARIZATION
P24(Y)
L5
0
-99999999
99999999
0
Ax350_04a_oi_e.doc / May-18 Seite 46 / 54
Continuation „Parameter“
#
Menue
Name
Serial Code
Value
Min
Max
Default
138
IN 2 TOTALIZATION
BASE
L6 0 0 3 0
139
IN 2 TOTALIZATION
DIVIDER
L7 0 0 3 0
140
IN 2 TOTALIZATION
DECIMAL POINT
L8 0 0 7 0
141
IN 2 TOTALIZATION
SCALE UNITS
L9 0 0
29
0
142
IN 2 TOTALIZATION
__
M0 0 0 0 0
143
IN 2 TOTALIZATION
__
M1 0 0 0 0
144
IN 2 TOTALIZATION
__
M2 0 0 0 0
145
LINKAGE PROPERTIES
FACTOR
M3
0
-99999999
99999999
1
146
LINKAGE PROPERTIES
DIVIDER
M4
0
-99999999
99999999
1
147
LINKAGE PROPERTIES
ADDITIVE VALUE
M5
0
-99999999
99999999
0
148
LINKAGE PROPERTIES
DECIMAL POINT
M6 0 0 7 0
149
LINKAGE PROPERTIES
SCALE UNITS
M7 0 0
29
0
150
LINKAGE PROPERTIES
__
M8 0 0 0 0
151
LINKAGE PROPERTIES
__
M9 0 0 0 0
152
LINKAGE PROPERTIES
__
N0 0 0 0 0
153
IO LINK PROPERTIES
IN1 FACTOR
N1
0
-99999999
99999999
1
154
IO LINK PROPERTIES
IN1 DEVIDER
N2
0
-99999999
99999999
1
155
IO LINK PROPERTIES
IN1 ADDITIVE VALUE
N3
0
-99999999
99999999
0
156
IO LINK PROPERTIES
IN1 DECIMAL POINT
N4 0 0 7 0
157
IO LINK PROPERTIES
IN1 SCALE UNITS
N5 0 0
29
0
158
IO LINK PROPERTIES
IN2 FACTOR
N6
0
-99999999
99999999
1
159
IO LINK PROPERTIES
IN2 DEVIDER
N7
0
-99999999
99999999
1
160
IO LINK PROPERTIES
IN2 ADDITIVE VALUE
N8
0
-99999999
99999999
0
161
IO LINK PROPERTIES
IN2 DECIMAL POINT
N9 0 0 7 0
162
IO LINK PROPERTIES
IN2 SCALE UNITS
O0 0 0
29
0
163
IO LINK PROPERTIES
__
O1 0 0 0 0
164
IO LINK PROPERTIES
__
O2 0 0 0 0
165
IO LINK PROPERTIES
__
O3 0 0 0 0
166
IO LINK PROPERTIES
__
O4 0 0 0 0
167
PRESELECTION VALUES
PRESELECTION 1
O5
0
-99999999
99999999
1000
168
PRESELECTION VALUES
PRESELECTION 2
O6
0
-99999999
99999999
2000
169
PRESELECTION VALUES
PRESELECTION 3
O7
0
-99999999
99999999
3000
170
PRESELECTION VALUES
PRESELECTION 4
O8
0
-99999999
99999999
4000
171
PRESELECTION VALUES
__
O9 0 0 0 0
172
PRESELECTION VALUES
__
P0 0 0 0 0
173
PRESELECTION 1 MENU
SOURCE 1
P1 0 0
11
0
174
PRESELECTION 1 MENU
MODE 1
P2 0 0 6 0
175
PRESELECTION 1 MENU
HYSTERESIS 1
P3 0 0
99999
0
176
PRESELECTION 1 MENU
PULSE TIME 1
P4 0 0
60000
0
177
PRESELECTION 1 MENU
OUTPUT TARGET 1
P5 0 0 6 1
178
PRESELECTION 1 MENU
OUTPUT POLARITY 1
P6 0 0 1 0
179
PRESELECTION 1 MENU
OUTPUT LOCK 1
P7 0 0 1 0
180
PRESELECTION 1 MENU
START UP DELAY 1
P8 0 0
60000
0
181
PRESELECTION 1 MENU
EVENT COLOR 1
P9 0 0 3 0
182
PRESELECTION 1 MENU
__
Q0 0 0 0 0
183
PRESELECTION 1 MENU
__
Q1 0 0 0 0
Ax350_04a_oi_e.doc / May-18 Seite 47 / 54
Continuation „Parameter“
#
Menue
Name
Serial Code
Value
Min
Max
Default
184
PRESELECTION 2 MENU
SOURCE 2
Q2 0 0
11
0
185
PRESELECTION 2 MENU
MODE 2
Q3 0 0 6 0
186
PRESELECTION 2 MENU
HYSTERESIS 2
Q4 0 0
99999
0
187
PRESELECTION 2 MENU
PULSE TIME 2
Q5 0 0
60000
0
188
PRESELECTION 2 MENU
OUTPUT TARGET 2
Q6 0 0 6 2
189
PRESELECTION 2 MENU
OUTPUT POLARITY 2
Q7 0 0 1 0
190
PRESELECTION 2 MENU
OUTPUT LOCK 2
Q8 0 0 1 0
191
PRESELECTION 2 MENU
START UP DELAY 2
Q9 0 0
60000
0
192
PRESELECTION 2 MENU
EVENT COLOR 2
R0 0 0 3 0
193
PRESELECTION 2 MENU
__
R1 0 0 0 0
194
PRESELECTION 2 MENU
__
R2 0 0 0 0
195
PRESELECTION 3 MENU
SOURCE 3
R3 0 0
11
0
196
PRESELECTION 3 MENU
MODE 3
R4 0 0 6 0
197
PRESELECTION 3 MENU
HYSTERESIS 3
R5 0 0
99999
0
198
PRESELECTION 3 MENU
PULSE TIME 3
R6 0 0
60000
0
199
PRESELECTION 3 MENU
OUTPUT TARGET 3
R7 0 0 6 3
200
PRESELECTION 3 MENU
OUTPUT POLARITY 3
R8 0 0 1 0
201
PRESELECTION 3 MENU
OUTPUT LOCK 3
R9 0 0 1 0
202
PRESELECTION 3 MENU
START UP DELAY 3
S0 0 0 1 0
203
PRESELECTION 3 MENU
EVENT COLOR 3
90 0 0 3 0
204
PRESELECTION 3 MENU
__
91 0 0 0 0
205
PRESELECTION 3 MENU
__
92 0 0 0 0
206
PRESELECTION 4 MENU
SOURCE 4
9~ 0 0
11
0
207
PRESELECTION 4 MENU
MODE 4
S1 0 0 6 0
208
PRESELECTION 4 MENU
HYSTERESIS 4
S2 0 0
99999
0
209
PRESELECTION 4 MENU
PULSE TIME 4
S3 0 0
60000
0
210
PRESELECTION 4 MENU
OUTPUT TARGET 4
S4 0 0 6 4
211
PRESELECTION 4 MENU
OUTPUT POLARITY 4
S5 0 0 1 0
212
PRESELECTION 4 MENU
OUTPUT LOCK 4
S6 0 0 1 0
213
PRESELECTION 4 MENU
START UP DELAY 4
S7 0 0 1 0
214
PRESELECTION 4 MENU
EVENT COLOR 4
S8 0 0 3 0
215
PRESELECTION 4 MENU
__
S9 0 0 0 0
216
PRESELECTION 4 MENU
__
T0 0 0 0 0
217
SERIAL MENU
UNIT NUMBER
T1 0 11
99
11
218
SERIAL MENU
SERIAL BAUD RATE
T2 0 0 2 0
219
SERIAL MENU
SERIAL FORMAT
T3 0 0 9 0
220
SERIAL MENU
SERIAL INIT
T4 0 0 1 0
221
SERIAL MENU
SERIAL PROTOCOL
T5 0 0 1 0
222
SERIAL MENU
SERIAL TIMER
T6 0 0
60000
0
223
SERIAL MENU
SERIAL VALUE
T7 0 0 9 0
224
SERIAL MENU
__
T8 0 0 0 0
225
SERIAL MENU
__
T9 0 0 0 0
Ax350_04a_oi_e.doc / May-18 Seite 48 / 54
Continuation „Parameter“
#
Menue
Name
Serial Code
Value
Min
Max
Default
226
ANALOG OUT MENU
ANALOG SOURCE
U0 0 0
11
0
227
ANALOG OUT MENU
ANALOG FORMAT
U1 0 0 2 0
228
ANALOG OUT MENU
ANALOG START
U2
0
-99999999
99999999
0
229
ANALOG OUT MENU
ANALOG END
U3
0
-99999999
99999999
10000
230
ANALOG OUT MENU
ANALOG GAIN %
U4 0 0
11000
10000
231
ANALOG OUT MENU
ANALOG OFFSET %
U5
0
-9999
9999
0
232
ANALOG OUT MENU
__
U6 0 0 0 0
233
ANALOG OUT MENU
__
U7 0 0 0 0
234
COMMAND MENU
INPUT 1 ACTION
U8 0 0
26
0
235
COMMAND MENU
INPUT 1 CONFIG.
U9 0 0 3 2
236
COMMAND MENU
INPUT 2 ACTION
V0 0 0
26
0
237
COMMAND MENU
INPUT 2 CONFIG.
V1 0 0 3 2
238
COMMAND MENU
INPUT 3 ACTION
V2 0 0
26
0
239
COMMAND MENU
INPUT 3 CONFIG.
V3 0 0 3 2
240
COMMAND MENU
__
V4 0 0 0 0
241
COMMAND MENU
__
V5 0 0 0 0
242
COMMAND MENU
__
V6 0 0 0 0
243
COMMAND MENU
__
V7 0 0 0 0
244
DISPLAY MENU
START DISPLAY
V8 0 0 1 0
245
DISPLAY MENU
SOURCE SINGLE
V9 0 0
11
0
246
DISPLAY MENU
SOURCE DUAL TOP
W0 0 0
11
0
247
DISPLAY MENU
SOURCE DUAL DOWN
W1 0 0
11
1
248
DISPLAY MENU
COLOR
W2 0 0 2 0
249
DISPLAY MENU
BRIGHTNESS
W3 0 10
100
80
250
DISPLAY MENU
CONTRAST
W4 0 0 2 1
251
DISPLAY MENU
SCREEN SAVER
W5 0 0
9999
0
252
DISPLAY MENU
UP-DATE-TIME
W6 0 5
9999
100
253
DISPLAY MENU
FONT
W7 0 0 1 0
254
DISPLAY MENU
__
W8 0 0 0 0
255
DISPLAY MENU
__
W9 0 0 0 0
256
DISPLAY MENU
__
X0 0 0 0 0
Ax350_04a_oi_e.doc / May-18 Seite 49 / 54
Serial codes of commands:
Serial Code
Command
54
TARA INPUT 1
55
TARA INPUT 2
56
TARA INPUT 1 + 2
57
RESET TOTAL 1
58
RESET TOTAL 2
59
RESET TOTAL LINKAGE
60
TEACH PRESELECTION 1
61
TEACH PRESELECTION 2
62
TEACH PRESELECTION 3
63
TEACH PRESELECTION 4
64
SCROLL DISPLAY
65
CLEAR MIN/MAX VALUES
66
CLEAR LOOP TIME
67
ACTIVATE DATA
68
STORE EEPROM
69
TESTPROGRAMM
Ax350_04a_oi_e.doc / May-18 Seite 50 / 54
6.4 Linearization
The linearization function of this unit allows converting a linear input signal into a non-linear
developing (or vice versa). There are 24 programmable x/y coordinates available for input 1 and input 2,
which can be set in any desired distance over the full conversion range. Between two coordinates, the
unit uses linear interpolation. Therefore it is advisable to use more coordinates in a range with strong
curves and only a few coordinates where the curvature is less.
To specify an individual linearization curve, the parameter LINEARISAZATION MODE must be set to
either 1 QUADRANT or 4 QUADRANT (see following diagram).
The parameters P1(X) to P24(X) are used to specify the coordinates on the x-axis. These are the
measuring values that the unit normally would generate according to the actual input signal.
Now enter the attached values to parameter P1(Y) to P24(Y). These are the values that the unit will
generate instead of the x- values, i.e. P5(Y) replaces P5(X) etc.
The X-Coordinates must use continuously increasing settings, i.e. P1(X) must have the lowest and
P24(X) must have the highest setting. If the measured value is bigger than the last defined X-value, the
corresponding Y-value is displayed.
Mode: 1 Quadrant:
Mode: 4 Quadrant:
P1(X) must be set to zero. Linearization is only
defined in the positive range and the negative
range will be mirrored symmetric to central
point.
P1(X) can also be set to a negative value. If the
measured value is smaller than P1(X), P1(Y) is
displayed.
Ax350_04a_oi_e.doc / May-18 Seite 51 / 54
Application Example:
We like to display the filling quantity (volume) of a tank as shown below, with use of a pressure sensor
mounted to the bottom of the tank. With this application the analogue pressure signal is proportional
to the filling level, but not to the filling quantity.
P01_x
P10_x
P15_x
P16_x
Pressure
Sensor
0-20 mA
P
0
1
_
x
P
1
0
_
x
P
1
6
_
x
P01_y
P07_y
P15_y
P16_y
Pressure
Volume
P
1
5
_
x
P10_y
To solve the problem, we divide the non-linear part of the tank into 14 parts. We enter the expected
display values of the pressure sensor to registers P01_x to P15 _x.
For the linear part of the tank it is sufficient to store the final pressure value to register P16_x.
Now we can easily calculate the appropriate filling quantities and enter these values to the registers
P01_y to P16_y.
Ax350_04a_oi_e.doc / May-18 Seite 52 / 54
6.5 Dimensions
Dimension in mm [inch]
Ax350_04a_oi_e.doc / May-18 Seite 53 / 54
6.6 Technical specifications
6
7
Technical Specifications:
Connections:
Connector type:
screw terminal, 1.5 mm² / AWG 16
Power supply (DC):
Input voltage:
Protection circuit:
Consumption:
Fuse protection:
18 … 30 VDC
reverse polarity protection
approx. 100 mA (unloaded)
extern: T 0,5A
Power supply (AC):
(Option AC)
Input voltage:
Power consumption:
Fuse protection:
115…230 VAC, 50…60 Hz)
approx. 3 VA (unloaded)
extern: T 0,1 A
Encoder supply:
DC version:
Output current:
approx. 1 V lower than the power supply voltage
max. 250 mA
AC version (AC350):
Output current:
approx. 24 V (± 15%)
150 mA until 45°C / 80 mA by more than 45°C
Reference output:
Output voltage:
Accuracy:
Load:
10 V
± 0.1 %
max. 10 mA
Analog inputs:
Number of inputs:
Configuration:
Voltage input:
Current input:
Resolution:
Accuracy:
2
current or voltage operation
-10 … +10 V (Ri ≈ 50 kOhm)
0 … 20 mA / 4 … 20 mA (Ri ≈ 100 Ohm)
16 bit
± 0,1 %
Control inputs:
Number of inputs:
Format:
Frequency:
Load:
3
HTL, PNP (Low 0 … 3 V, High 9 … 30 V)
max. 10 kHz
max. 2 mA / Ri > 15 kOhm / 470 pF
Analog output:
(Option AO/AR)
Configuration:
Voltage output:
Current output:
Resolution:
Accuracy:
Reaction time:
current or voltage operation
-10…+10 V (max. 2 mA)
0/4… 20 mA (burden: max. 270 Ohm)
16 Bit
± 0,1 %
< 150 ms
Control outputs:
(Option AO/AR/CO/CR)
Number of outputs:
Format / level:
Output current:
Reaction time:
4
5 … 30 V (depends on the Com+ voltage), PNP
max. 200 mA
< 1 ms
Relay outputs:
(Option RL)
Number of outputs:
Configuration:
AC-Switching capacity:
DC-Switching capacity::
Reaction time:
2
potential free changeovers
max. 250 VAC / 3 A / 750 VA
max. 150 VDC / 2 A / 50 W
< 20 ms
Serial interface:
(Option AO/AR/CO/CR)
Format (Option A0/CO):
Format (Option AR/CR)
Baudrate:
RS232
RS485
9600, 19200 or 38400 baud
IO-Link:
(Option IO)
Module / Revision:
Bitrate:
Port Class:
Device / V1.1
COM 3
Typ A
Ax350_04a_oi_e.doc / May-18 Seite 54 / 54
Continuation “Technical specifications”
Display:
Type:
Display range:
Digit height:
Color:
Operation:
Graphic LCD with backlight
8 Dekaden plus Vorzeichen (-99999999 …
99999999)
13 mm
red/ green / yellow (switchable)
resistive touchscreen
Housing:
Material:
Mounting:
Dimensions (w x h x d):
Cut out (w x h):
Protection class:
Weight:
ABS, UL 94 V-0
panel
96 x 48 x 116 mm / 3.78 x 1.89 x 4.56 inch
91 x 43 mm / 3.58 x 1.69 inch
IP65 (front), IP20 (rear)
approx. 200 g
Ambient temperature:
Operation:
Storage:
-20 °C … +60 °C resp. -4 … 140 °F
-25 °C … +70 °C resp. -13 … 158 °F
Conformity and
standards:
EMC 2004/108/EC:
LV 2006/95/EC
RoHS 2011/65/EU:
EN 61000-6-2, EN 61000-6-3, EN 61000-6-4
EN 61010-1
EN 50581
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