microSYST migra PN User Manual

microSYST Systemelectronic GmbH, Am Gewerbepark 11, 92670 Windischeschenbach
 [phone],  [phone], [e-mail], www.microsyst.de

migra PN

Large Format, Graphics Compatible Display with Profinet IO Interface

User’s Manual

migra PN

Large Format, Graphics Compatible Display with Profinet IO Interface

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Table of Contents

1 GENERAL 5

2 SYSTEM OVERVIEW 6

3 TECHNICAL DATA 7

3.1 Tips and Tricks 8

3.2 Device Configuration 9

3.3 Display Elements 10

3.4 System and Device Start-Up 11

3.5 Profinet Interface 12

3.5.1 Communication 12

3.5.2 Configuration of the Profinet Controller 13

3.5.3 Profinet Device: Assign Name 17

3.5.4 Start of Profinet Communication 18

3.5.5 Send Data Frame (Profinet Output -> Display) 19

3.5.6 Receive Data Frame (Display -> Profinet Input) 19

3.6 Online Frame Layout (Interface Data) 20

3.6.1 Header 21

3.6.2 Data Unit 21

3.6.3 Trail 21

3.7 Displays with a Vertical Resolution > 64 Pixels 22

3.7.1 General 22

3.7.2 Controlling 23

3.8 Description of the Data Unit for Online Frames 24

3.8.1 Online Texts 25

3.8.1.1 Selecting a Character Set 25

3.8.1.2 Positioning the Cursor 26

3.8.1.3 Configuring Attributes 26

3.8.2 Texts, Graphics, Variables and Bargraphs 27

3.8.2.1 Querying Text 27

3.8.2.2 Adjusting Speed for Moving Screen Texts 27

3.8.2.3 Querying Graphics 27

3.8.2.4 Querying Variables 28

3.8.2.5 Setting the Variables 28

3.8.2.6 Increasing and Decreasing Variables 29

3.8.2.7 Positioning the Variables 29

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3.8.2.8 Querying Bargraphs 30

3.8.2.9 Setting Bargraphs 30

3.8.3 Direct Graphic Control 33

3.8.3.1 Clear Display and Fill 33

3.8.3.2 Setting the Decimal Point 33

3.8.3.3 Reading Out the Decimal Point from the Display 33

3.8.3.4 Drawing a Rectangle 34

3.8.3.5 Scrolling 35

3.8.3.5.1 Displays with vertical Resolution < 64 Pixels 35

3.8.3.5.2 Displays with vertical Resolution > 64 Pixels 36

3.8.4 General Functions 37

3.8.4.1 Selecting Blinking Period Duration 37

3.8.4.2 Adjusting Brightness 37

3.8.5 Digital Inputs and Outputs 38

3.8.6 Macros 39

3.8.6.1 Start Macro Execution 39

3.8.6.2 Pause during Macro Execution 39

3.8.6.3 Stop Macro Execution 39

3.9 Response Frames 40

3.10 Multiple ESC-Sequences 41

3.11 Examples 42

3.11.1 Write Online Text „Hello“ (with response frame) 42

3.11.2 Query Text No. 0 43

3.11.3 Query Variable No. 1 43

3.11.4 Set Variable No. 1 to „3000“ 44

3.11.5 Increase Variable No. 1 44

3.12 Parallel Interface 45

3.12.1 Timing at the Parallels Inputs 45

3.12.2 Input Level at the Parallel Inputs 45

3.12.3 Querying Text 46

3.12.4 Querying Graphics 47

3.12.5 Setting the Variables 48

3.12.6 Querying Macros 49

4 CONNECTOR PIN ASSIGNMENTS 50

4.1 Controller Board 53

4.2 Profinet Interface 55

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5 APPENDIX 56

5.1 Displayable Characters 56

5.2 Maintenance and Care 57

5.3 Declaration of Conformity 58

5.4 Warranty / Liability 58

5.5 Versions Overview 60

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1 General

The large format, graphics compatible display can be used universally
for displaying production data, or as an information board.

The modular design allows for cost-effective models of various size, and
with different character heights and numbers of digits.

Especially important information can be colour-highlighted with the mul­ticolour model (MC).

Display Functions

 Data transmission: Profinet IO (device), serial interface RS232 (or RS485)

or parallel interface (option).

 Configuration with PC software (via serial port)
 Both texts (different font sizes and types) and graphics can be displayed
 Standard font, flashing font, moving screen text, scrolling, inverse display
 Monitor display, stored texts and graphics can be queried, variables can be

displayed, execution of macros

 Variable size thanks to modular display design.

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Large Format, Graphics Compatible Display with Profinet IO Interface

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2 System Overview

Schematic diagram of the display unit at the interface:

Alphanumeric
Display

Control Module
for Display Unit

Graphics Compatible, Large Format LED Display
with Profinet IO Interface, Parallel Inputs and
Outputs (optional) and RS232 Interface

RS232

2

0 21 22 23

24 25 26 2

7 28 29 210

211 On / Off Select Strobe

Parallel Inputs (optional)

Profinet

Interface

Profinet IO Controller

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Large Format, Graphics Compatible Display with Profinet IO Interface

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3 Technical Data

General Specifications

Display type: LED dot matrix display
Display: ASCII character set (Windows character sets), graphics
Display colour: type SC: single colour, type MC: multicolour
View: single or double sided
Operating voltage: 230 V / 50 Hz, 110 V / 60 Hz or 24 VDC +/-20 %
Housing: powder coated aluminum
Housing dimensions: see chapter “device configuration”
Mounting: articulated arm or hanging mount
bracket for wall mounting
Protection: IP54 or IP65
Operating temp.: 0 to +50 C (optionally -20 to +50 °C)
Storage temp.: -25 to +70 C
Graphics: max. 1000
Texts: max. 1000 (max. 255 moving screen texts)
Variables: max. 1000
Macros: max. 1000

Character sets: max. 100

Profinet IO Data

Interface: 2 x Profinet IO (with integrated switch)
Baud rate: 100 Mbit/s
Standards: IEC 61158 / 61784
Profinet IO device RT (conformance class B)
Profinet IO device IRT (conformance class C)
Features: - Base: Siemens ERTEC200

- Real-time classes 1, 2 and 3

- RTA, LLDP, SNMP, MIB-II, LLDP-MIB

- MRP (media redundancy)

- DCP

- Fast Startup

- Send clock = 0.25, 0.5, 1, 2, 4 ms

- Clock divider = 1…512 (RT), 1…16 (IRT)

- Output data width = 0…250 bytes

- Input data width = 0…250 bytes

- Vendor-/Device-ID = 01CFh / 0001h

The available flash memory capacity for graphics, texts, variables, char­acter sets and macros depends on the vertical resolution of the display:

 Vertical resolution ≤ 64 Pixel: 64 KByte
 Vertical resolution > 64 Pixel: 448 KByte

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Large Format, Graphics Compatible Display with Profinet IO Interface

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3.1 Tips and Tricks

 When putting on the power supply, the following sequence has to be ob-

served:

o Connect the power supply cable to the display.
o Connect the power supply cable to the power supply.

 When disconnecting the power supply, the following sequence has to be

observed:

o Disconnect the power supply cable from the power supply.
o Disconnect the power supply cable from the display.

 Be sure to use a valid colour when creating texts.

Example: Green lettering may not be used with a red, single colour
display (no display appears in this case).

 When selecting x and y coordinates for the purpose of positioning,

the desired position must actually exist at the display (resolution in
pixels).

 Graphics, texts and variables to be displayed must properly fit into

the display unit.

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3.2 Device Configuration

Number of pixels (horizontal x vertical): _________x_________

Display colour:

red green yellow
white blue

View:

single sided double sided

Operating voltage:

230 V / 50 Hz 110 V / 60 Hz 24 V DC

Protection:

IP54 IP65

Temperature range:

0 to +50 °C -25 to +50 °C

Housing dimensions: ________x________x________mm

Housing colour: RAL _____________
Housing material: Aluminium profile

Stainless steel
Sheet metal
Interface:

Profinet IO RT RS 232 digital output
RS 485 parallel interface USB

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Large Format, Graphics Compatible Display with Profinet IO Interface

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3.3 Display Elements

Alphanumeric display modules with 16 x 16, 64 x 8 or 64 x 16 dot matri­ces are utilized.

Attention: As far as the software is concerned, there is no difference be­tween modules with 16 pixel lines and modules with 8 pixel lines. The
last 8 lines are simply not visible at a module with 8 pixel lines.

The following example depicts a module with 64 x 16 pixels including
three different character heights:

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3.4 System and Device Start-Up

The large format display performs internal memory and function tests
during power-up (duration: less than one second).

If the display is not illuminated (and if the integrated functions LED
blinks slowly, i.e. 1 Hz), the device is in the boot mode. This indicates
that the software or the configuration data currently stored to the inte­grated flash memory are incomplete. This may result from a previously
interrupted upload operation. If this is the case, uploading must be re­peated (with the help of the PC software).

If the test mode has been activated (S 4), a series of checkerboard pat­terns is displayed in a cyclical fashion.

If the test mode has not been activated, the following parameters
(serial interface) appear at the large format display, depending upon the
HEX switch settings at the device:

 Device address (ID)
 Baud rate
 Number of data bits
 Type of parity bit
 Number of stop bits

These parameters have no meaning for the Profinet interface.
After power-up, the first macro is executed (if one exists). If the display

unit is to be cleared again immediately, a corresponding macro must ex­ist!

The display unit then tries to connect with the Profinet IO controller.

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3.5 Profinet Interface

Device name
at delivery: None

Max. user data: 250 bytes output data, 250 bytes input data
GSD file: Is part of the delivery

3.5.1 Communication

The communication between the Profinet controller and the display (Profinet
device) happens in cyclic data traffic. The input and output data width is speci­fied by means of the configuration via the Profinet controller.

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3.5.2 Configuration of the Profinet Controller

The Profinet controller must be configured properly in order to communicate
with the Profinet device.

The following descriptions refer to the "HW Config" tool from Siemens and
are intended to represent the principle. This works of course with the tools of
other manufacturers.

First, the GSDML file (“GSDML-V2.2-microSYST-01CF-MifacePNIO-....xml“)

has to be added to the „device catalogue“ of the configuration tool (menu
item „Options/Install GSD File...“). Then, the interface is shown in the cata-

logue view as follows:

Now you can choose between 3 different „Device Access Points“:

- DAP1 (no PDEV),
if your Profinet controller does not know a „physical device“
(usually only with older Profinet controllers)

- DAP2 (standard, no MRP),

if the MRP ability of the interface shall not be activated.

- DAP3 (standard),

if the MRP ability of the interface shall be activated.

„Drag“ the needed „DAP“ to your Profinet system:

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Consider a meaningful name for the device and rename the interface
(here “miface1”) accordingly:

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In the next step the I/O data width of the cyclic Profinet communication must
be defined.

The output data width must be at least 2 bytes higher than the largest data
frame, that shall be transmitted via the RS interface.

(If no RS frames have to be sent, the output data width can be set to 0.)

The input data width must be at least 2 bytes higher than the largest data
frame, that shall be received via the RS interface.

(If no RS frames have to be received, the input data width can be set to 0.)

There are Profinet IO modules with a data width of 1…250 bytes available:

Adjust the necessary “total I/O data width” with any combination of the mod-
ules above (max. 4). Therefore “drag” the I/O-modules into the slots of the

Profinet interface and obey that a maximum of 250 output- and 250 input­bytes are allowed.

Example: 240 bytes output, 240 bytes input

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Example: 40 bytes output, 16 bytes input

Do not forget to define the I/O-addresses according to your needs!

The setting “Slot X1 / IO Cycle / Update time” should be 8 ms at least (avoid

unnecessary network load)!

After finishing the Profinet configuration, it must still be loaded into the
Profinet controller:

- „Station/Save and Compile“

- „PLC/Download...“

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3.5.3 Profinet Device: Assign Name

The Profinet device must be assigned (one time) the device name,
which also was chosen in the Profinet controller configuration
("miface1" in the example above).

For this, connect the device to the Profinet network and establish its
power supply.

Start the tool for setting the device name:

o Mark(click) the concerned device in the bus overview
o Select the menu item „PLC/Ethernet/Assign Device Name...“
o Mark(click) the line with the corresponding device (see MAC-address)
o Click „Assign name“
o Close window

Tip: If you want to find the device of the marked line, you can click on „Flash­ing on“. The LED 1 (green) of the corresponding interface starts to blink

then.

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3.5.4 Start of Profinet Communication

After power-on of the device, the connection between the Profinet control­ler and the Profinet device is established automatically (this can last up to
approximately 10 seconds). To let this happen, the PN controller must be
correctly configured and the PN device must have the matching name.

The LED 2 (red) of the interface goes out, as soon as the Profinet connec­tion is established.

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3.5.5 Send Data Frame (Profinet Output -> Display)

Profinet Output Data

Byte 1

Byte 2

Byte 3

Byte 4

...

Byte n

Toggle byte

Frame length

Interface data according to chapter „Online Frame
Layout (Interface Data)“

In order to transmit a frame to the display, the individual frame bytes must
be entered at the Profinet side in output bytes 3 through n.
After the frame length has been entered (output byte 2), the toggle byte
(output byte 1) must be changed in order to start transmission.

The toggle byte is not checked again until the current frame has been
transmitted over the internal serial interface.

Example frames can be found in the chapter “Examples”.

3.5.6 Receive Data Frame (Display -> Profinet Input)

Profinet Input Data

Byte 1

Byte 2

Byte 3

Byte 4

...

Byte n

Toggle Byte

Frame length

Response data according to chapter “Response frames”

Each time a “response frame” has been received from the display,

received data bytes are entered as input bytes 3 through n, and the
frame length is entered as byte 2.
Finally the toggle byte is increased by 1.

Thus only the toggle byte needs to be monitored at the Profinet con­troller side. As soon as it changes, data of the received frame can be
read out (and the next telegram can be sent).

Example frames can be found in the chapter “Examples”.

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3.6 Online Frame Layout (Interface Data)

Each of the frames transmitted to the large format display consist of 3
parts:

Header

Data Unit

Trail

The next frame can be transmitted immediately after the response frame
has been received.

If no response frame is used the large format display is not ready to re­ceive a new frame until the last received frame has been completely
processed. For example, if a large graphic is displayed, a longer waiting

period is required than would be the case for reading out an “online
character”. As a rule, a pause of „receiving timeout“ + 150 ms between

frames is sufficient.

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3.6.1 Header

STX

DA

SA

FC

Start of Text

Destination

Address

Source Ad-

dress

Frame Control

00000010B

1XXXXXXXB

1XXXXXXXB

1XXXXXXXB

STX: Start of Text: 02H
DA: RS485 address of the internal controller: 81H

This is a static value.

SA: Source address: 80H

This is a static value.

FC: Frame control: control for the communications sequence

Bit 7: set permanently to 1
Bits 6-1: reserved (0)

Bit 0: 0 -> do not send response

1 -> send response

3.6.2 Data Unit

Data Unit

Display Data

1BH , 0A

H ,

0DH , 20H - FFH

Data Unit: Data bytes (ASCII characters, control commands).

3.6.3 Trail

If bit 1 is not set in the FC byte (do not use checksum):

ETX

End of Text

00000011B

End of text: 03H.

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3.7 Displays with a Vertical Resolution > 64 Pixels

If a display has a vertical resolution of more than 64 pixels, two or
three controller boards are integrated. Every controller board con­trols four module lines. For example, the first board controls the
module lines 1 to 4.

Example: Large format display with a resolution of 4x10 display modules

1

Controller Board 1

2

3

4

5

Controller Board 2

6

7

8

Controller Board 3

9

10

3.7.1 General

 Scrolling ranges are divided in areas of four module lines each.
 The blinking period duration and the speed for moving

screen texts must be set (or changed) either in the executed
macro or with the frame without response.

 After power up, the display needs approx. 3 seconds more

time (because of synchronization).

 At querying graphics, the coding of the graphic number can be

three-digit or four-digit.

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3.7.2 Controlling

There are two possibilities to control the large format display:

1. The controller boards of the large format display are ac­cessed separately (with two or three different addresses). Bit

0 of the Byte “FC” must be set (see chapter “Header”).

Example: Querying graphics
Transmit frame: 02 81 80 81 1B 47 2B 30 30 30 03
Wait for response: 02 80 81 80 30 03
Transmit frame: 02 82 80 81 1B 47 2B 30 30 30 03
Wait for response: 02 80 82 80 30 03
Transmit frame: 02 83 80 81 1B 47 2B 30 30 30 03
Wait for response: 02 80 83 80 30 03

2. The large format display is accessed with one address. Bit 0

of the header byte “FC” must not be set (see chapter “Head­er”). Then, all controller boards evaluate the frame, not de-

pending on the address. However, no response frame is
transmitted to the master. Therefore, there must be taken a

break after frame transmission (see chapter “Online Frame
Layout”).

Example: Querying graphics
Transmit frame: 02 81 80 80 1B 47 2B 30 30 30 03
Take a break: see chapter “Online Frame Layout”

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3.8 Description of the Data Unit for Online Frames

The display must be configured with the PC software (define character
sets, graphics, texts, variables and macros). The individual elements in­cluded in the configuration which is uploaded to the display can then be
used by the frames described in this chapter.

The display is delivered with a pre-programmed default configuration.
However, you can create an individualised configuration for your own
application and upload it to the display unit with the PC software. The
existing default configuration is overwritten in the process.

All indices are 0-based, i.e. “000” is transmitted in order to query the first
text. The position 0 / 0 (x / y) is the upper left-hand pixel at the display
unit. All variables, graphics and texts are written to the display starting at
the selected x and y coordinates, and then proceeding down and to the
right. The display’s physical limits may not be exceeded during this pro­cess (otherwise no display appears).

Note: All texts, graphics, variables, character set and bargraphs
are 0-based (even in the PC software)!

Frames which contain no online text (ASCII codes 20h through FFh, 10h
and 13h), start with the escape character (1Bh) as the first data byte.

If response frames are used, the next frame can be transmitted immedi­ately after receipt of the response. However, this may lead to delays in
the execution of macros, moving screen texts and scrolling if the frame
sequence is to fast.

If response telegrams are not used, a pause must be inserted between
the frames as described in chapter “Online Frame Layout”.

Data bytes included in the data unit must be in ASCII format!
Example, Specifying Position:
... 31h 32h 33h ... must be transmitted for position 123D!

(ASCII characters “1”, “2” and “3.”)

Refer to chapter “Displayable Characters” for a table of displayable

ASCII characters!

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3.8.1 Online Texts

Online texts are transmitted without an escape sequence (ASCII codes
20H - FFH, 0AH, 0DH).

Transmitted ASCII characters are displayed with the current character
set at the current cursor position in consideration of current attributes.

Line breaks are accomplished with the help of ASCII code 0AH or 0DH,
or by transmitting the escape sequence for setting cursor position (ESC­“C”).

If the display limits are exceeded, read-out is continued at the next line,
or at the first line of the display unit.

3.8.1.1 Selecting a Character Set

Byte 1

Byte 2

Byte 3

Byte 4

ESC

Function

Character set no.

tens

Character set no.

ones

1Bh

“Z”: normal character width
“z”: uniform character width

“0” – “9”

“0” – “9”

Three character sets are included with the display unit upon delivery:

50 mm (1.97‘’) character set (character set “Z00”, “z00”)
75 mm (2.95‘’) character set (character set “Z01”, “z01”)
100 mm (3.94‘’) character set (character set “Z02”, “z02”).

Existing character sets are overwritten with the new character sets if a
new configuration is uploaded to the display unit!

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3.8.1.2 Positioning the Cursor

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

Byte 7

Byte 8

ESC

Function

x Position
hundreds

x Position

tens

x Position

ones

y Position

hundreds

y Position

tens

y Position

ones

1Bh

“C”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

3.8.1.3 Configuring Attributes

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

ESC

Function

Foreground colour

Background colour

Blinking

1Bh

“A”

“0”: black
“1”: green
“2”: red
“3”: yellow

“0”: black
“1”: green
“2”: red
“3”: yellow
“T”: transparent

“0”: static
“1”: blinking

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3.8.2 Texts, Graphics, Variables and Bargraphs

3.8.2.1 Querying Text

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

ESC

Function

Display / Clear

Text no.

hundreds

Text no.

tens

Text no.

ones

1Bh

„T“

“+”: display
“-”: clear

“0” – “9”

“0” – “9”

“0” – “9”

When the display is cleared, the surface at which the text is displayed is
overwritten with the current online background colour (from the last
“ESC-A” frame)! Black is used if the background colour has been set to
transparent!

3.8.2.2 Adjusting Speed for Moving Screen Texts

Byte 1

Byte 2

Byte 3

ESC

Function

Moving Screen Speed

1Bh

“L”

“0”: static

“1”: 1.8 seconds

:

“9”: 0.2 seconds

All moving screen texts are set into motion at the selected speed. The
default setting is “9” (0.2 seconds per step), and this setting is always
activated each time the device is switched on.

3.8.2.3 Querying Graphics

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

ESC

Function

Display / Clear

Graphic no.

hundreds

Graphic no.

tens

Graphic no.

ones

1Bh

“G”

“+”: display
“-”: clear

“0” – “9”

“0” – “9”

“0” – “9”

When the display is cleared, the surface at which the text is displayed is
overwritten with the current online background colour (from the last
“ESC-A” frame)! Black is used if the background colour has been set to
transparent!

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3.8.2.4 Querying Variables

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

ESC

Function

Display / Clear

Var. no.

hundreds

Var. no.

tens

Var. no.

ones

1Bh

“V”

“+”: display
“-”: clear

“0” – “9”

“0” – “9”

“0” – “9”

When the display is cleared, the surface at which the variable is dis­played is overwritten with the current online background colour (from the
last “ESC-A” frame)! Black is used if the background colour has been
set to transparent!

3.8.2.5 Setting the Variables

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5.

Byte 6

Byte 7...133

ESC

Function

Set

Var. no.

hundreds

Var. no.

tens

Var. no.

ones

Variable

values

1Bh

“V”

“=”: put

“0” – “9”

“0” – “9”

“0” – “9”

20h...FFh

Variables may include up to 127 characters (the length of the variables
is set during configuration).

The same number of characters are overwritten at the variable as are
transmitted with the frame.

In order to avoid flickering, the old display is not cleared until after the
new display is read out!

The background colour used with the variables may not be transparent,
and a character set with uniform character width should be used in order
to assure correct display. Otherwise, the variable must be cleared prior
to the change, and then displayed once again!

Variable content is stored to RAM only. After the device has been
switched off and back on again, the variables are returned to their pre­configured values.

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3.8.2.6 Increasing and Decreasing Variables

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

ESC

Function

Increase /

Decrease

Var. no.

hundreds

Var. no.

tens

Var. no.

ones

1Bh

„V“

“I”: increase

or

“D”: decrease

“0” – “9”

“0” – “9”

“0” – “9”

Only numeric characters are changed. Letters, commas etc. are
skipped. The numeric characters are interpreted as a single decimal
number. This decimal number is increased or decreased by 1.

In order to avoid flickering, the old display is not cleared until after the
new display is read out!

The background colour used with the variables may not be transparent,
and a character set with uniform character width should be used in order
to assure correct display. Otherwise, the variable must be cleared prior
to the change, and then displayed once again!

Variable content is stored to RAM only. After the device has been
switched off and back on again, the variables are returned to their pre­configured values.

3.8.2.7 Positioning the Variables

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5.

Byte 6

ESC

Function

Set

Var. no.

hundreds

Var. no.

tens

Var. no.

ones

1Bh

“V”

“P”: set position

“0” – “9”

“0” – “9”

“0” – “9”

Byte 7

Byte 8

Byte 9

Byte 10

Byte 11

Byte 12

x position

hundreds

x position

tens

x position

ones

y position

hundreds

y position

tens

y position

ones

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

Variable positioning is stored to RAM only. After the device has been
switched off and back on again, the variables are returned to their pre­configured positions.

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3.8.2.8 Querying Bargraphs

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

ESC

Function

Display / Clear

Bargraph-No.

100s

Bargraph-No.

10s

Bargraph-No.

1s

1Bh

„W“

„+“: display

„-“: clear

„0“-„9“

„0“-„9“

„0“-„9“

Displaying a bargraph means to show the last sent value (which is equal
to the reference value after RESET). If a variable is connected to the
bargraph then it will be displayed, too.

Clearing a bargraph means to fill the bargraph area with the current

online background colour (from the last „ESC-A“ frame). „Black“ is used
if the online background colour has been set to „transparent“! If a varia-

ble is connected to the bargraph then it will be cleared, too.
At the moment no more than 255 bargraphs (numbers 0 to 254) are al-

lowed.
Each connected variable may have a maximum number of 127 charac-

ters.

3.8.2.9 Setting Bargraphs

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

Byte 7

ESC

Function

Set

Bargraph-No.

100s

Bargraph-No.

10s

Bargraph-No.

1s

Kind of Data

1Bh

„W“

„=“: Set

„0“-„9“

„0“-„9“

„0“-„9“

„A“: ASCII-

-coded Decimal
Value

Byte 8

Byte 9

Byte 10

Byte 11

Byte 12

Byte 13

Sign

Decimal

Value 10000s

Decimal

Value 1000s

Decimal

Value 100s

Decimal

Value 10s

Decimal

Value 1s

„+“, „-“

„0“-„9“

„0“-„9“

„0“-„9“

„0“-„9“

„0“-„9“

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If the bargraph is not displayed yet then this will be done now.
The bargraph-bar will be displayed corresponding to its position between

the MIN- and MAX-borders which are defined within the configuration
data. The bar always starts at the configured reference value. It ends at
the position of the current value.

At the position of the reference value the bar will be shown in its config­ured colour.

Passing one of the colour-borders (starting at the reference value) the
bar will be shown in a new colour (defined with the border) after this
point.

Four colour-borders are defined. Each one must be in the range „MIN­border ... MAX-border“:
MIN-border <= colour-border 1 <= colour-border 2 <= colour-border 3 <=
colour-border 4 <=MAX-border

The PC-software ensures this rule !
Beside showing the bargraph as a multi-coloured bar (standard), it is al-

so possible to show it as a single-coloured bar or as a single-coloured
mark (depending on the configuration data - see PC-software).
The colour of the single-coloured bar / mark is the same as the colour of
the end-position of the multi-coloured bar.

If the current value is not in the range „MIN-border ... MAX-border“ then
a blinking mark will be shown at the MIN- or MAX-border.

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If a variable is linked to the bar graph, it is changed accordingly as well:
All digits occupied with the characters “#” and “*” are overwritten with the

new value starting at the right.

If a variable is preset to “#”, preceding zeros are suppressed (i.e. re-

placed with blanks).
If a variable is preset to “*”, preceding zeros are displayed.
If a digit is occupied by the dollar sign ($), it is overwritten with the new

preceding plus or minus sign.
Example: Variable preset = “$ #*,* m/s”

Value = -9 = “-00009”
=> Display = “- 0,9 m/s”

If minimum or maximum values are violated, the current values blinks at
the display.

The background colour used for variables may not be transparent, and a
character set with uniform character width should be used in order to
assure correct display.

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3.8.3 Direct Graphic Control

3.8.3.1 Clear Display and Fill

Byte 1

Byte 2

Byte 3

ESC

Function

Colour

1Bh

“F”

“0”: black
“1”: green
“2”: red
“3”: yellow

3.8.3.2 Setting the Decimal Point

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

Byte 7

Byte 8

Byte 9

ESC

Function

Colour

x pos.

hun-

dreds

x pos.

tens

x pos.

ones

y pos.

hun-

dreds

y pos.

tens

y pos.

ones

1Bh

„P“

“0”: black
“1”: green
“2”: red
“3”: yellow

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

3.8.3.3 Reading Out the Decimal Point from the Display

Query:

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

Byte 7

Byte 8

Byte 9

ESC

Function

Query code

x pos.

hun-

dreds

x pos.

tens

x pos.

ones

y pos.

hun-

dreds

y pos.

tens

y pos.

ones
1Bh

“P”

“?”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

Response:
Colour information (with header and trail)

Byte 1

Byte 2

Byte 3

ESC

Function

Colour

1Bh

“P”

“0”: black
“1”: green
“2”: red
“3”: yellow

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3.8.3.4 Drawing a Rectangle

Byte 1

Byte 2

Byte 3

Byte 4

ESC

Function

Foreground colour (perimeter)

Background colour (filling)

1Bh

“R”

“0”: black
“1”: green
“2”: red
“3”: yellow

“0”: black
“1”: green
“2”: red
“3”: yellow
“T”: transparent

Upper Left-Hand Corner Position:

Byte 5

Byte 6

Byte 7

Byte 8

Byte 9

Byte 10

x position

hundreds

x position

tens

x position

ones

y position
hundreds

y position

tens

y position

ones

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

Lower Right-Hand Corner Position:

Byte 11

Byte 12

Byte 13

Byte 14

Byte 15

Byte 16

x position

hundreds

x position

tens

x position

ones

y position
hundreds

y position

tens

y position

ones

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

“0” – “9”

The perimeter of the rectangle is drawn with the foreground colour.

The rectangle is filled with the background colour.

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3.8.3.5 Scrolling

3.8.3.5.1 Displays with vertical Resolution < 64 Pixels

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

Byte 7

Byte 8

Byte 9

ESC

Function

Direction

Speed

Increment

Start

line

tens

Start

line

ones

End

line

tens

End

line

ones

1Bh

„S“

“0”: off
“1”: up
“2”: down

“0”: static
“1”: 1.8 sec
“9”: 0.2 sec

“1”:

1 pixel
“9”:
9 pixels
“0”:
no
scrolling

“0” - “9”

“0” - “9”

“0” - “9”

“0” - “9”

Scrolls once through a portion of the screen from the start line to the

end line (speed = “static”) or cyclically in steps with a value ranging from

1 to 9 pixels.
The Y positions of the first and last pixel lines within the scrolling range

define the start and end lines (end line > start line!). Only the last select­ed scrolling range is used!

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3.8.3.5.2 Displays with vertical Resolution > 64 Pixels

Byte 1 Byte 2 Byte 3 Byte

4

Byte

5

Byte

6

Byte

7

Byte

8

Byte

9

Byte

10

Byte

11

ESC

Function

Direction

Speed

Increment

Start

line

hun-

dreds

Start

line

tens

Start

line

ones

End

line

hun-

dreds

End

line

tens

End

line

ones

1Bh

„S“

“0”: off
“1”: up
“2”: down

“0”: static
“1”: 1.8 sec
“9”: 0.2 sec

“1”:

1 pixel
“9”:
9 pixels
“0”:
no
scrolling

“0” - “9”

“0” - “9”

“0” - “9”

“0” - “9”

“0” - “9”

“0” - “9”

Scrolls once through a portion of the screen from the start line to the

end line (speed = “static”) or cyclically in steps with a value ranging from

1 to 9 pixels.
The y position of the first and last pixel lines within the scrolling range
define the start and end lines (end line > start line!). Only the last select­ed scrolling range is used!

The large format display is internally controlled with two or three control­ler boards. The limit is between line 63 and 64 and line 127 and 128. If
you specify a scrolling range which crosses this limit, two scrolling rang­es are created.

Example
Scrolling range with start line = 50, end line = 80

 1. scrolling range: line 50 to 63
 2. scrolling range: line 64 to 80

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3.8.4 General Functions

3.8.4.1 Selecting Blinking Period Duration

Byte 1

Byte 2

Byte 3

ESC

Function

Blinking period duration

1Bh

“B”

“0”: 2 seconds

:

“9”: 0.2 seconds

The selected blinking period duration is assigned to all blinking texts.
The default value (“9”) is activated each time the device is switched on.

3.8.4.2 Adjusting Brightness

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

Byte 6

ESC

Function

Colour

Brightness

hundreds

Brightness

tens

Brightness

ones

1Bh

“H”

“1” – “2”

“0” – “1”

“0” – “9”

“0” – “9”

Within a range of 0 to 100% for each of the following colours:

“1” = green
“2” = red.

The transmitted value is multiplied in accordance with the HEX switch
settings at the device before it is applied.

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3.8.5 Digital Inputs and Outputs

The large format display can be equipped with up to 16 digital inputs
and 16 digital outputs (optional).

Request Frame

Byte 1

Byte 2

Byte 3

Byte 2+n

Byte 18

ESC

Function

Output bit 1

Output bit n

Output Bit 16

1Bh

“D”

“0” or “1”

“0” or “1”

“0” or “1”

“0” -> clear output
“1” -> set output

else -> retain previous output status.
Response: (FC byte, bit 0 = 1)

Byte 1

Byte 2

Byte 3

Byte 2+n

Byte 18

ESC

Function

Input bit 1

Input bit n

Input bit 16

1Bh

“D”

“0” or “1”

“0” or “1”

“0” or “1”

“0” -> input cleared
“1” -> input set.

The output bits are used to switch the digital outputs (if included).
After switching the device on, all outputs are cleared (0).

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3.8.6 Macros

Macros are predefined command sequences included in the device con­figuration.
They are analogous to the data units in the online frames.

The first macro line is executed after the device is switched on (if one
exists). Subsequent macro lines are executed every 100 ms. A macro
line can consist of several commands. Macro execution is stopped after
the last macro line has been executed.

3.8.6.1 Start Macro Execution

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

ESC

Function

Macro no.

hundreds

Macro no.

tens

Macro no.

ones

1Bh

„M“

“0” – “9”

“0” – “9”

“0” – “9”

Execution starts with the indicated macro.
Skipping is also possible during macro execution through the use of this
command within a macro sequence.

3.8.6.2 Pause during Macro Execution

Byte 1

Byte 2

Byte 3

Byte 4

Byte 5

ESC

Function

Pause duration

hundreds

Pause duration

tens

Pause duration

ones

1Bh

„w“

“0” – “9”

“0” – “9”

“0” – “9”

Sets the time which elapses until the next macro line is executed (in
steps of 100 ms).
A macro line is normally executed every 100 ms until the last macro has
been completed.
After the ESC + “w...” sequence, macro execution is stopped for the in­dicated pause duration.
This sequence can be used as part of a macro, as well as part of a re­ceive message.

3.8.6.3 Stop Macro Execution

Byte 1

Byte 2

ESC

Function

1Bh

“E”

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3.9 Response Frames

A response frame is only transmitted if the corresponding bit (bit 0) was
set in the FC byte, and if the broadcast address (127) has not been
used as the destination address.

Example: display address = 1, master address = 0
Response frame from the display to the master:

STX

DA

SA

FC

Data-Unit

ETX

Start of text

Destination

address

Source

address

Frame
control

Error code

End of text

00000010B

10000000B

10000001B

10000000 B

00000011B

2

128

129

128

“0” – “5”

3

Error Codes and their Meanings:

Value (ASCII character)

Meaning

“0”

No error

“1”

Incorrect checksum

“2”

Reserved

“3”

Incorrect number of data bytes (LEN-H/L),
invalid escape sequence

“4”

Element (text, variable, graphic, character
set or macro) is missing, invalid parameter

“5”

Invalid flash

The queried information is returned instead of error code “0” for frames

which require a response (“reading out decimal point from the display”,
“digital inputs and outputs”).

The error code in the response frame always relates to the last partition
frame.

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3.10 Multiple ESC-Sequences

It is possible to combine several partition frames in one complete frame.
This applies to the standard controlling and to the macro list.

The partition frames can be a ESC-sequence or a online text each.
If a online text shall follow after the ESC-sequence, it must be separated

with the “separator sign“ 31

D

= 1FH from the ESC-sequence. The sepa-

rator itself is not evaluated.
The maximum length of the data unit of a complete frame is 230 charac-

ters.

Example:
Data unit = 1BH „Z01“ 1BH „C002003“ 1BH „A301“ 1FH „online text“

=> An “online text” with character set 1, on cursor position x=2, y=3 with
foreground colour „yellow“ and background colour „black“ is displayed

(blinking).

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3.11 Examples

3.11.1 Write Online Text „Hello“ (with response frame)

This example shows the operation with a response frame (byte FC =
81H). In principle, the controlling works without a response (FC = 80H) if
you keep enough time for operation of the command after the frame
transmission.

1. Write to Output-Area:

TB

LB

STX

DA

SA

FC

Toggle-

Byte

Length

Start of

Text

migra

address

Source

address

Frame

Control  00H

0AH

02H

81H

80H

81H

Data Unit (Online-Text)

ETX



„H“

„e“

„l“

„l“

„o“

End of text

48H

65H

6CH

6CH

6FH

03H

2. Change Toggle-Byte:

TB

LB

STX

DA

SA

FC

Toggle-

Byte

Length

Start of

Text

migra

address

Source

address

Frame

Control



01H

0AH

02H

81H

80H

81H

Data Unit (Online-Text)

ETX



„H“

„e“

„l“

„l“

„o“

End of text

48H

65H

6CH

6CH

6FH

03H

3. The response frame appears in the input data. The value of the tog­gle byte has been changed:

TB

LB

STX

DA

SA

FC

Data-Unit

ETX

Toggle-

Byte

Length

Start of

Text

Destination

Address

Source

Address

Frame

Control

Error Code

End of

text

01H

06H

02H

80H

81H

80H

30H

03H

4. Display is ready for reception of the next frame.

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3.11.2 Query Text No. 0

1. Write to Output-Area:

TB

LB

STX

DA

SA

FC

Toggle-

Byte

Length

Start of

Text

migra

address

Source

address

Frame

Control  00H

0BH

02H

81H

80H

80H

Data Unit (Querying Text)

ETX



ESC

„T“

„+“

„0“

„0“

„0“

End of

text 1BH

54H

2BH

30H

30H

30H

03H

2. Change Toggle-Byte

3. Wait for execution of the telegram (duration according to selected
function and size of the character/graphics approx. 100 ms).

3.11.3 Query Variable No. 1

1. Write to Output-Area:

TB

LB

STX

DA

SA

FC

Toggle-

Byte

Length

Start of

Text

migra

address

Source

address

Frame

Control  00H

0BH

02H

81H

80H

80H

Data Unit (Querying Variables)

ETX



ESC

„V“

„+“

„0“

„0“

„1“

End of

text 1BH

56H

2BH

30H

30H

31H

03H

2. Change Toggle-Byte

3. Wait for execution of the telegram (duration according to selected
function and size of the character/graphics approx. 100 ms).

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Large Format, Graphics Compatible Display with Profinet IO Interface

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3.11.4 Set Variable No. 1 to „3000“

1. Write to Output-Area:

TB

LB

STX

DA

SA

FC

Toggle-

Byte

Length

Start of

Text

migra

address

Source

address

Frame

Control  00H

0FH

02H

81H

80H

80H

Data Unit (Setting Variables)

ETX



ESC

„V“

„=“

„0“

„0“

„1“

„3“

„0“

„0“

„0“

End of text

1BH

56H

3DH

30H

30H

31H

33H

30H

30H

30H

03H

2. Change Toggle-Byte

3. Wait for execution of the telegram (duration according to selected
function and size of the character/graphics approx. 100 ms).

3.11.5 Increase Variable No. 1

1. Write to Output-Area:

TB

LB

STX

DA

SA

FC

Toggle-

Byte

Length

Start of

Text

migra

address

Source

address

Frame

Control  00H

0BH

02H

81H

80H

80H

Data Unit (Increasing Variables)

ETX



ESC

„V“

„I“

„0“

„0“

„1“

End of

text 1BH

56H

49H

30H

30H

31H

03H

2. Change Toggle-Byte

3. Wait for execution of the telegram (duration according to selected
function and size of the character/graphics approx. 100 ms).

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Large Format, Graphics Compatible Display with Profinet IO Interface

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3.12 Parallel Interface

Functions can be initialised via the 16 digital inputs, which are
analogous to the online frames used for the serial interface.

3.12.1 Timing at the Parallels Inputs

Data Bits 1-15

Strobe

Valid Data

10%

90%

24V

24V

0V

0V

Valid Data

>110ms >110ms>110ms

3.12.2 Input Level at the Parallel Inputs

Level

Voltage Range

U (low)

+ 0 to 1.6 V DC

U (high)

+ 18 to 30 V DC

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Large Format, Graphics Compatible Display with Profinet IO Interface

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3.12.3 Querying Text

16

15

14

13

12

11

10 9 8 7 6 5 4 3 2

1

For example, the following assignments are used to display text 12:

16

15

14

13

12

11

10 9 8 7 6 5 4 3 2

1 1 0 0 1 0 0 0 0 0 0 0 0 1 1 0

0

Number (0 to 255)

Strobe (rising edge, 0 to 1: apply value now)

Function: text query = 00

1: display, 0: clear

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Large Format, Graphics Compatible Display with Profinet IO Interface

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3.12.4 Querying Graphics

16

15

14

13

12

11

10 9 8 7 6 5 4 3 2

1

For example, the following assignments are used to clear graphic 7:

16

15

14

13

12

11

10 9 8 7 6 5 4 3 2

1 1 0 1 0 0 0 0 0 0 0 0 0 0 1 1

1

Number (0 to 255)

Strobe (rising edge, 0 to 1: apply value now)

Function: query graphic = 01

1: display, 0: clear

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Large Format, Graphics Compatible Display with Profinet IO Interface

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3.12.5 Setting the Variables

Variables with a single character can be set directly:

16

15

14

13

12

11

10 9 8 7 6 5 4 3 2

1

Example: The variable at the fourth digit is to be changed at a display

with 6 variables.

Each digit is implemented by means of a variable (numbers 0 through

5). In order to display a “9” at the fourth digit, ASCII value 39

H

must be
assigned to variable 3 (fourth digit). The inputs must be set up as fol­lows to this end:

16

15

14

13

12

11

10 9 8 7 6 5 4 3 2

1 1 1 0 0 0 0 1 1 0 0 1 1 1 0 0

1

ASCII (32 to 255)

Strobe (rising edge, 0 to 1: apply value now)

Function: query variables = 10

Variable Number
(0 to 31)

A 0 0 0 A

.

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3.12.6 Querying Macros

16

15

14

13

12

11

10 9 8 7 6 5 4 3 2

1

Number (0 to 255)

Strobe (rising flank, 0 to 1: apply value now).

Function: query macro = 11

1: start, 0: stop

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4 Connector Pin Assignments

7-Pin Mains Plug (230 VAC)

3-Pin Round Plug (24 VDC, optional)

Profinet In / Out

Pin

Assignment

1

L1 2 N

(PE)

PE

Pin

Assignment

1

GND

2

+24 VDC

3

PE

Pin

Assignment

1

Tx +

2

Tx -

3

Rx +

4

n.c. 5 n.c. 6 Rx - 7 n.c. 8 n.c.

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Download RS232

Download RS485 (optional)

* If an external bus termination is needed, these pins can be used.
The bus termination can also be set internally, when required (see chapter “Internal Switches”).
The bus termination may be set only either internally or externally

Digital Outputs (optional)

Relay 1 / 2 is controlled by digital output 1 / 2 (frame: ESC+“D”).

Pin

Assignment

1

Relay 1, normally open, a

2

Relay 1, normally open, b

3

Relay 2, normally open, a

4

Relay 2, normally open, b

5

n.c.

Pin

Assignment

1

n.c. 2 RxD

3

TxD 4 n.c.

5

GND

6

n.c.

7

n.c. 8 n.c.

9

n.c.

Pin

Assignment

1

n.c. 2 n.c.

3

Rx+ / Tx+

4

n.c.

5

GND *

6

5VDC *

7

n.c.

8

Rx- / Tx-

9

n.c.

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Parallel Input (optional)

Binary data: Data with a value ranging from 0 to 255 as the number
of a text, a graphic or a macro, or as the ASCII character
of a variable to be displayed.

Display / clear: Displays or clears the selected object.
Query text: Displays or clears the selected text.
Query graphic: Displays or clears the selected graphic.
Query variable: Displays the ASCII character defined by means of

binary data at the position of the selected variable.
Query macro: Starts / stops macro execution at the selected macro.
Strobe: If high level is applied to pin 16 (> 110 ms), the selected

data are transferred (command is executed no later
than 100 ms after occurrence of the rising edge, except
when the display unit has not yet completed processing
of a previous command).

Please refer to chapter “Parallel Interface” for details concerning the

parallel inputs!

Pin

1

Binary data 20

2 Binary data 21

3 Binary data 22

4 Binary data 23

5 Binary data 24

6 Binary data 25

7 Binary data 26

8 Binary data 27

9

Variable no. 20

10

Variable no. 21

11

Variable no. 22

12

Variable no. 23

13

Display / clear (1: display, 0: clear)

Variable no. 24

14

Function selection 20

15

Function selection 21

16

Strobe (1: apply value now)

17 … 24

n.c. 25

GND

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4.1 Controller Board

The settings of the HEX switches S1 to S4 must not be changed
(default settings).

LEDs

Component

Function / Description

LED 1

Power-up: Illuminated
Normal operation: Blinks at a frequency of approx. 5 Hz
Boot mode: Blinks at a frequency of approx. 1 Hz
Defective software: Blinks at a frequency of approx. 0.5 Hz
(or irregularly)

LED 2

Power-up: Illuminated
Communication: Flickers during data transmission and

receipt

The display unit is delivered with the following default settings:

 Baud rate: 19200 baud
 Data bits: 8
 Parity: even
 Stop bits: 1.

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S1

S2

S3

S4

S5

S6

General

description

Address

low nibble

Address

high nibble

Baud rate and

data format

Test mode

/

receiving

timeout

Brightness

setting

“green” or

total brightness

(depends on type)

Brightness

setting

“red” or

no function

(depends on type)

Switch setting

‘0’

0

+0 *

19200 baud *
8 data bits,
even parity

Off *

/

30 ms

Minimum

Minimum

Switch setting

‘1’

1 *

+16

1200 baud,
8 data bits,
no parity

Off

/

60 ms

16%

16%

Switch setting

‘2’

2

+32

1200 baud,
8 data bits,
odd parity

Off

/

90 ms

22%

22%

Switch setting

‘3’

3

+48

1200 baud,
8 data bits,
even parity

Off

/

120 ms

28%

28%

Switch setting

‘4’

4

+64

2400 baud,
8 data bits,
no parity

Off

/

150 ms

34%

34%

Switch setting

‘5’

5

+80

2400 baud,
8 data bits,
odd parity

Off

/

180 ms

40%

40%

Switch setting

‘6’

6

+96

2400 baud,
8 data bits,
even parity

Off

/

210 ms

46%

46%

Switch setting

‘7’

7

+112

4800 baud,
8 data bits,
no parity

Off

/

240 ms

52%

52%

Switch setting

‘8’

8

not

defined

4800 baud,
8 data bits,
odd parity

Standard Test

/

-

58%

58%

Switch setting

‘9’

9

not

defined

4800 baud,
8 data bits,
even parity

Standard Test

/

-

64%

64%

Switch setting

‘A’

10

not

defined

9600 baud,
8 data bits,
no parity

Standard Test

/

-

70%

70%

Switch setting

‘B’

11

not

defined

9600 baud,
8 data bits,
odd parity

Standard Test

/

-

76%

76%

Switch setting

‘C’

12

not

defined

9600 baud,
8 data bits,
even parity

Standard Test

/

-

82%

82%

Switch setting

‘D’

13

not

defined

19200 baud,
8 data bits,
no parity

Standard Test

/

-

88%

88%

Switch setting

‘E’

14

not

defined

19200 baud,
8 data bits,
odd parity

light sensor

test-mode *2

/

-

94%

94%

Switch setting

‘F’

15

not

defined

19200 baud,
8 data bits,
even parity

Off

/

3...30 ms *1

Maximum *

Maximum *

Standard settings are marked with “*”.

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Large Format, Graphics Compatible Display with Profinet IO Interface

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4.2 Profinet Interface

DIP-Switches

The DIP-Switches are set at delivery and must not be changed!
Standard Settings:

DIP-Switch

DIP 1

DIP 2

DIP 3

DIP 4

DIP 5

DIP 6

DIP 7

DIP 8

S1

OFF

OFF

ON

ON

OFF

OFF

OFF

OFF

S2

(*1)

ON

OFF

OFF

OFF

OFF

OFF - -

S2

(*2)

OFF

ON

ON

ON

ON

ON - -

*1: Interface connected via RS232 or „piggyback“ to the Migra-PCB

*2: Interface connected via RS485 to the Migra-PCB

Diagnosis

LED green

Normal: ON
Normal with DCP signalling: blinking
Hardware error: OFF

LED 2 red

No Profinet connection: ON
Cyclic Profinet communication runs: OFF

S1

S2
Diagnosis

Power

Port 2 Port 1

DIP
Switches

Profinet

RS

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Large Format, Graphics Compatible Display with Profinet IO Interface

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5 Appendix

5.1 Displayable Characters

Data bytes are ASCII coded.
Character set: all ASCII characters within a range of 20H to FFH.

Sample character set:

<CR>*

<CR>*

bin 0000

X
X
X
X
X

X

X
X

X
X

X
X

X
X

Higher

Lower

xxxx0000 0

means not available

X

xxxx0001 1

xxxx0010 2

xxxx0011 3

xxxx0100 4

xxxx0101 5

xxxx0110 6

xxxx0111 7

xxxx1000 8

xxxx1001 9

xxxx1010 A

xxxx1011 B

xxxx1100 C

xxxx1101 D

xxxx1110 E

xxxx1111 F

bin hex

0001 0010 0011 0100 0101 0110 0111 1000 1001 1010 1011 1100 1101 1110 1111

X

0 @ P ` p

X

!

1 A Q a q ü

ß

X

" 2 B R b r

X

# 3 C S c s

X

$ 4 D T d t ä ö

X

& 6 F V f v

X

% 5 E U e u

X

' 7 G W g w

X

( 8 H X h x

X

) 9 I Y i y Ö

X

* : J Z j z Ü

X

+ ; K [ k {

X

X

, < L \ l |

X

X

- = M ] m }

X

. > N ^ n ~ Ä

X

/ ? O _ o

X
X
X

X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X X X

ß

X X

X X X X X

X X X X X

X X

Ü

X

ü

X X X X X

X X X X X

X X X X X

X X X X X

X X X X X

X X

Ö

X

ö

X X X X X

X X X

X X X X X

X X X X X

X X X X X

X X X X X

X
XX

X

XX
XX

XX
X
X
X
X
X

X X

X

X

X

Ä ä

hex 0 1 2 3 4 5 6 7 8 9 A B C D E F

*Carriage Return: The cursor jumps to the beginning of the next line.
Any Windows character set, as well as any user defined character set,

can be used.

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5.2 Maintenance and Care

Observe the following instructions in order to assure best possible per­formance of the display:

 Make sure that the housing can be opened for adjustment and

maintenance even after the display has been installed. Allow for ad­equate clearance at the back, front and top of the display unit in or­der to allow for sufficient ventilation (if vent slots are included).

 Display quality is impaired by direct illumination with bright light

sources and/or direct sunlight.

 The display must be switched off before cleaning.
 Protect the display from excessive humidity, extreme vibration, di-

rect sunlight and extreme temperatures. Non-observance may lead
to malfunctioning or destruction of the device. Under certain cir­cumstances electrical shock, fire and explosion may occur as well.
Information concerning allowable ambient conditions, including rec­ommended temperature ranges, can be found in the chapter enti­tled “Technical Data”.

 The display may not be placed into service if the device and/or the

power cable are known to be damaged.

 Do not attempt to repair the device yourself. The guarantee is ren-

dered null and void if the device is tampered with by unauthorised
persons.

 Observe all notes and instructions included in this user’s manual.

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5.3 Declaration of Conformity

EU-Konformitätserklärung

EU Declaration of Conformity

Produktbezeichnung: migra

Product name:

Typenreihe: migra PN

Type code:

Hersteller: microSYST Systemelectronic GmbH

Manufacturer: Am Gewerbepark 11
92670 Windischeschenbach

Das bezeichnete Produkt stimmt mit
der folgenden Europäischen Richtlinie
überein:

We herewith confirm that the above men­tioned product meets the requirements of
the following standard:

Die Übereinstimmung des bezeichneten Produk­tes mit den Vorschriften der angewandten Richt­linie(n) wird nachgewiesen durch die Einhaltung
folgender Normen / Vorschriften:

The conformity of the product described above with
the provisions of the applied Directive(s) is demon­strated by compliance with the following standards /
regulations:

Richtlinien / Directives

Europäische Norm / Standard

EMV Richtlinie

EMC Directive

2014/30/EU

EN61000-6-2:2005

EN61000-6-4:2007 +A1:2011

Niederspannungs­Richtlinie

Low Voltage Directive

2014/35/EU

EN60950-1:2006 +A11:2009 +A1:2010 +A12:2011
+A2:2013

RoHS Richtlinie

RoHS Directive

2011/65/EU

EN50581:2012

Windischeschenbach, 16.11.2017

Manuel Raß
Geschäftsführer / General Manager

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Large Format, Graphics Compatible Display with Profinet IO Interface

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5.1 Warranty / Liability

For the product, liability is assumed for defects, which existed at the de­livery date according to our General Terms and Conditions.

Technically changes as well as errors are accepted. A claim for delivery
of a new product does not exist. The buyer has to check the received
product immediately and indicate evident defects at the latest 24 hours
after detection. Non-observance of notification requirements is equated
with acceptance of the defect. Not immediately visible defects have to
be indicated immediately after their perception too.

Generally, defects and their symptoms must be described as accurately
as possible in order to allow for reproducibility and elimination. The buy­er must provide for access to the relevant device and all required and/or
useful information at no charge and must make all of the required data
and machine time available free of charge.

The guarantee does not cover defects, which result from non­observance of the prescribed conditions of use, or from improper han­dling.

If the device has been placed at the disposal of the buyer for test pur­poses and has been purchased subsequent to such testing, both parties

agree that the product is to be considered “used” and that it has been
purchased “as is”. No guarantee claims may be made in such cases.

The General Terms and Conditions of microSYST Systemelectronic
GmbH in current version apply as well.

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Large Format, Graphics Compatible Display with Profinet IO Interface

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5.2 Versions Overview

Version

Date

Remark, Description

1.00

1.10

1.20

1.30

1.40

2.00

2.01

2.10

2.20

2.30

2.40

2.50

2.60

28-9-10

13-10-10

9-6-11
7-2-12
7-3-12

17-04-12
26-04-12
22-03-13
18-10-13
20-03-15
01-02-16
29-04-16
16-11-17

Document created
Updates
Chapter “Configuration” changed
Information to GSD file
new GSD file, configuration/setup with Siemens-Software,
LEDs of the Hilscher module

Several changes due to a new Profinet Interface
Standard Settings for DIP S2 more precisely defined
Company address, declaration of conformity, warranty changed
Logo
SC/MC removed
Declaration of conformity
Declaration of conformity
Change of address

Certified per DIN EN ISO 9001.