liability for possible errors. We always appreciate your suggestions for improvement, corrections,
comments and proposals. Please contact us: editing@siebert-group.com
Siebert®, LRD® and XC-Board® are registered trademarks of Siebert Industrieelektronik GmbH. All
other product names mentioned herein may be trademarks or registered trademarks of their respective
owners.
We reserve the right to make alterations to the technical data and delivery options without notice. - All
rights reserved, including the rights of translation. No part of this document may in any form or by any
means (print, photocopy, microfilm or any other process) be reproduced or by using electronic
systems be processed, copied or distributed without our written permission.
Important information ......................................................................................................................................... 7
Intended use ....................................................................................................................................................... 7
Mounting and installation .................................................................................................................................... 7
Model designation .............................................................................................................................................. 9
Unit construction ................................................................................................................................................. 9
Central Processing Unit .................................................................................................................................... 11
Serial Interface ................................................................................................................................................. 11
Function inputs ................................................................................................................................................. 12
Menu display .................................................................................................................................................... 12
Status indicators ............................................................................................................................................... 12
Power supply .................................................................................................................................................... 13
5 Character display 14
LED matrix ........................................................................................................................................................ 14
Character sets .................................................................................................................................................. 14
LED color .......................................................................................................................................................... 14
6 Configuration 15
MAC address .................................................................................................................................................... 15
GSDML data file ............................................................................................................................................... 15
Input-/Output data bytes ................................................................................................................................... 17
Data format ....................................................................................................................................................... 17
Output data bytes ............................................................................................................................................. 18
Example of configuration .................................................................................................................................. 18
Data transmission ............................................................................................................................................. 18
Block diagram of the handshake method ......................................................................................................... 18
Data segmentation ........................................................................................................................................... 19
Functional building block .................................................................................................................................. 19
Text types ......................................................................................................................................................... 19
Table of commands .......................................................................................................................................... 19
Display dynamic text ........................................................................................................................................ 21
Deleting text ...................................................................................................................................................... 21
Marquee text ..................................................................................................................................................... 22
Forced line break .............................................................................................................................................. 22
Character set .................................................................................................................................................... 22
LED color .......................................................................................................................................................... 22
Bar graph .......................................................................................................................................................... 22
Character $ ....................................................................................................................................................... 22
Reading out time/date ...................................................................................................................................... 23
Initial text .......................................................................................................................................................... 23
10 Parameterization 24
Menu ................................................................................................................................................................. 24
Menu operation................................................................................................................................................. 24
Menu table ........................................................................................................................................................ 24
Output data bytes ............................................................................................................................................. 25
Initial text .......................................................................................................................................................... 26
Character set .................................................................................................................................................... 26
Language .......................................................................................................................................................... 26
Display test ....................................................................................................................................................... 26
Set time/date .................................................................................................................................................... 26
Unit properties .................................................................................................................................................. 29
Front frame ....................................................................................................................................................... 29
Max. power consumption ................................................................................................................................. 30
Fixed text memory ............................................................................................................................................ 30
Dimensions and weights .................................................................................................................................. 31
Bus errors may result in personal injury or material damage. Therefore it must be noted that
the reset of the display with command $0 and activation of the menu may cause a bus error.
Information intended to help you to avoid death, bodily harm or considerable damage to
property is highlighted by the warning triangle shown here; it is imperative that this
information be properly heeded.
Components inside the units are energized with electricity during operation. For this reason,
mounting and maintenance work may only be performed by professionally-trained personnel
while observing the corresponding safety regulations.
The user must ensure that the attachment hardware, the unit carrier and the anchoring at the
unit carrier are sufficient to securely support the unit under the given surrounding conditions.
When the housing fasteners are opened, the front frame of the housing hinges out upward or
downward (depending on the unit version) automatically.
Read these operating instructions before starting the unit. They provide you with important information
on the use, safety and maintenance of the units. This helps you to protect yourself and prevent
damage to the unit.
The operating instructions are intended for trained professional electricians familiar with the safety
standards of electrical technology and industrial electronics.
Store these operating instructions in an appropriate place.
The manufacturer is not liable if the information in these operating instructions is not complied with.
Safety
The repair and replacement of components and modules may only be carried out by the manufacturer
for safety reasons and due to the required compliance with the documented unit properties.
The units do not have a power switch. They are operative as soon as the operating voltage is applied.
Intended use
The units are intended for use in industrial environments. They may only be operated within the limit
values stipulated by the technical data.
When configuring, installing, maintaining and testing the units, the safety and accident-prevention
regulations relevant to use in each individual case must be complied with.
Trouble-free, safe operation of the units requires proper transport, storage, installation, mounting and
careful operation and maintenance of the units.
Mounting and installation
The attachment options for the units were conceived in such a way as to ensure safe, reliable
mounting.
The units are to be mounted in such a way that they can be opened up while mounted. Sufficient
space for the cables must be available in the unit near the cable entries.
Sufficient space is to be kept clear around the units to ensure air circulation and to prevent the buildup of heat resulting from use. The relevant information must be heeded in the case of units ventilated
by other means.
BAL SX602 PFN RT 7/36
① mounting plate
② conductive clamp
③ data lines
④ cable shielding
Grounding
All devices are equipped with a metal housing. They comply with safety class I and require a
protective earth connection. The connecting cable for the operating voltage must contain a protective
earth wire of a sufficient cross section (DIN VDE 0106 part 1, DIN VDE 0411 part 1).
EMC measures
The devices comply with the current EU Directive (EMC Directive) and provide the required
interference immunity. Observe the following when connecting the operating voltage and data cables:
Use shielded data cables.
The data and operating voltage cables must be laid separately. They may not be laid together with
heavy-current cables or other interference-producing cables.
The cable thickness must be properly assessed (DIN VDE 0100 Part 540).
The cable lengths inside the units are to be kept as short as possible to prevent interference. This
applies especially to unshielded operating voltage cables. Shielded cables are also to be kept short
due to any interference which might be emitted by the shielding.
Neither excessively long cables nor cable loops may be placed inside the units.
The connection of the cable shielding to the functional ground (PE) must be as short and low-
impedance as possible. It should be made directly to the mounting plate over a large area with a
conductive clip:
The cable shielding is to be connected at both cable ends. If equipotential bonding currents are
expected due to the cable arrangement, electrical isolation is to be performed on one side. In this
case, capacitive connection (approx. 0.1μF/600 V AC) of the shielding on the isolated side must occur.
Disposal
Units or unit parts which are no longer needed are to be disposed of in accordance with the
regulations in effect in your country.
This manual applies to units with the following model designation (x = the 'x's in the model designation
indicate the size and design of the units see Chapter 14):
The following figure shows model type SX602-10/10/xx-xxx/xx-xx as example for the other model
types. The front frame of the housing is locked with quick-action releases. When opening the unit the
front frame hinges downward.
The Profinet-IO interface is located on the RJ45 socket of the Profinet-IO coupling.
The units have an Ethernet switch with 2 ports. Connection can be made via Port1 or Port2.
The GSDML data file is included on disk in delivery.
The interface RS232 is determined for programming the device using a PC, for example for loading
static texts in the text memory and for installing character sets by means of the PC tools
'DisplayManager' and 'FontManager' provided on data carrier.
The interface RS232 is located, on the sub D connector of the control computer. It has the following
assignment:
The PC connection is established using a standard null-modem cable.
The parameters of the interface are as follows: 9600 bauds, 8 data bits, no parity, 1 stop bit, RTS/CTS
The function inputs are located on the screw-type terminal strip of the control computer. They allow
reduction in brightness and flashing of the display, independently of commands via the PROFINET IO
interface (see Chapter 9).
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The function inputs are designed for the following signal voltages:
Signal voltage: L = -3.5...+5 V (open input = L)
H = +18...30 V (active H), M = reference potential
The parameterization of the units is carried out in a menu of the menu display:
In normal operation, the following status messages can appear in the menu display:
The display is waiting for new data
Data are received at the interface
The unit detects a telegram ending
In the operation mode 'Quick call of static texts' the currently valid command is shown as hexadecimal
number.
During the start-up on Profinet the following status messages may appear on the menu display:
The display was not assigned with a name yet
The display was not assigned with an IP address yet
Display is ready for Profinet
In programming mode the following status messages can appear on the menu display:
Static texts are loaded in the text memory
Static texts are read out from the text memory
During the start-up or in case of error further messages, which are of internal nature, appear.
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Status indicators
The status indicators (LEDs) of the control computer and the Profinet coupling have the following
meaning:
LEDs Ⓛ see fig. control computer:
DATA Data transmission in progress
ERR False command
PWR Internal meaning
LED NS: on the left, next to the RJ45 socket of port 1:
Off Offline No connection to the IO controller
Green Online (RUN) Connection to the IO controller
IO controller in RUN state
Green, flashing Online (STOP) Connection to the IO controller
IO controller in STOP state
LED MS: on the right, next to the RJ45 socket of port 2:
Off Not initialized No connection
Module in ˈSETUPˡ or ˈNW INITˈ state
Green Normal operation Module has shifted from the ˈNW INITˈ state
Green, 1 flash Diagnostic events Diagnostic events present
Green, 1 Hz DCP Flash Used by engineering tools to identify the node on the
network
BAL SX602 PFN RT 12/36
Red Exception error Module in state ˈEXCEPTIONˈ
Red, 1 flash Configuration error Expected identification differs from real identification
Red 2 flashes IP address error IP address not set
Red, 3 flashes Station name error Station name not set
Red, 4 flashes Internal error Module has encountered a major internal error
The lithium battery (type CR2032) provides a power reserve for the real-time clock. It is located in a
battery holder and should be replaced after three years.
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Power supply
The screw-type terminals for the power supply are located on the power supply unit in the bottom
section of the housing. They have the following designations:
Devices for a power supply 115 V AC or 230 V AC L, N and PE
Devices for a power supply 24 V DC +, – and PE
The character sets Acala 7 and Acala 7 extended display the characters in non-proportional lettering
(monospace font). The same number of pixels is available for the width of each character.
Character set Acala 7 P, which displays the characters in proportional lettering is pre-installed and is
included on data carrier. Each character uses the width it requires visually.
The unit versions SX602-xxx/xx/xR-xxx/xx-xx have a display with red LED color. The LED color cannot
be changed (monochrome display).
The unit versions SX602-xxx/xx/xM-xxx/xx-xx have a display whose LED color can be switched
between red, green and orange. This version is only available in 50 mm character height.
The MAC address of the unit is to be found on the Profinet IO coupling of the control computer (see
label). It is needed for commissioning and should be written down before the unit is mounted on an
inaccessible location.
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GSDML data file
After importing the GSDML data file (data carrier included in delivery) into the Engineering-Tool the
unit is shown in hardware-catalog under 'PROFINET IO / Further Field Units / General / Siebert
SX502/SX602/SX702'.
If the units are used exclusively for the display of static texts (e.g. static fault message texts) and if no
variables must be shown in the texts, the static texts can be called up directly.
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Input-/Output data bytes
The number of output data bytes is fixed on two.
In menu item 1 the setting is to select (see Chapter 11).
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Configuration inside IO controller
The module "002 Bytes OUT static text call" from file 'RT Input/Output' in the hardware catalog has to
be plugged into slot 1 of the IO device. Other configurations are not allowed.
To call a static text 2 bytes are sent to the display which receive the text number as 12-bit integer
value and four formatting bits (brightness, blinking, blanking, display test).
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Output data bytes
In menu item 02 the number of output data bytes (8, 16, 32, 64) is set (see Chapter 11). The number
of input data bytes is 1.
In menu item 01 the setting is to select (see Chapter 11).
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Configuration inside IO controller
The module "001 Byte IN HANDSHAKE" from file 'RT INPUT/OUTPUT' in the hardware catalog has to
be plugged into slot 1 of the device. A module with the same number of bytes as set in menu point 2,
has to be plugged into slot 2 from file “RT INPUT/OUTPUT” (see Chapter 11). Other configurations are
not allowed.
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Example of configuration
The display is to be controlled with 8 bytes of output data. The configuration of the IO device is as
follows:
Slot 1 001 byte IN handshake
Slot 2 008 bytes OUT handshake and dynamic text
The following settings have to be made in the menu:
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Data transmission
Due to the system the data transfer within the Profinet IO is cyclically. The data in the input and output
range of the IO controller are exchanged cyclically between IO controller and IO device This is why
data modified by the handshake method must be marked as 'new'. The new data are applied once,
whereas their cyclic repetition is ignored.
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Block diagram of the handshake method
After switching to the DATA EXCHANGE status (display parameterized and recognized as Profinet IO
device), the display sets the RxHS bit to the initial value 0. When switching to the DATA EXCHANGE
status, the IO-Controller must likewise set the TxHS bit to 0.
The display is ready to receive as soon as the RxHS bit has the same value as the TxHS bit sent last.
Now new data can be transmitted from the IO controller to the display. The controller signals new data
by inverting (toggling) the TxHS bit. The new data and the modified TxHS byte must be written
consistently to the output data area by means of special master functions. After a short processing
time, the display signals again readiness to receive by setting the RxHS bit equal to the TxHS bit
received last.
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BAL SX602 PFN RT 18/36
Table of commands
Commands for text manipulations
Display dynamic text
cc...
Send any desired characters
[1]
Display static text
$Tn
Calling up fixed text (n = text number, one to four digits)
[2]
Insert variables
$VEcc...
Entering variables from the current insertion position
[3]
$VPn
Selecting insertion position of variables (n = wildcard number for the
variable, 0...255)
[4]
Delete text
$E
Delete text in the display
[5]
Commands for text formatting
Line break
$C
Forced line break
[6]
Flashing
$F1
Flashing of following characters on
[7]
$F0
Flashing of following characters off
[8]
Data segmentation
Due to the system the number of output bytes is limited. This may require the allocation of a data
telegram into multiple segments.
Each segment contains, according to the handshake as described before, a transmission handshake
byte (TxHS byte) and can at a maximum contain as many bytes as configured in the output data area.
The segments are sent to the display successively in compliance with the handshake. Upon receipt of
a telegram ending the display analyzes the data.
Attention! If less data is sent to the display as configured in the output data area surplus
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Functional building block
An example program for Siemens S7-3xx for activating one or more displays, including a functional
building block for implementing a handshake method, are included in delivery on data carrier.
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Text types
The units can display dynamic and static texts.
Dynamic texts can be changed while the unit is running. They are generated from within the process
and are sent to the display via the PROFINET interface.
output data bytes have to be filled with 00hh regardless of whether or not data is
segmented. Data bytes with content 00h are ignored by the display.
Static texts cannot be changed while the unit is running. They are compiled using the PC tool 'Display
Manager' included on data carrier and are loaded in the text memory. After that, they can be opened
via their text number.
The data are evaluated according to the command table shown below. In the following description, the
numbers in [ ] refer to the corresponding lines in the command table.
Some of the following commands require a telegram ending (). This ending can be inserted by
means of a single CR (0Dh) or LF (0Ah) or character or a CR/LF character combination.
In lines [1] and [3] cc... stands for a character chain of any desired content.
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BAL SX602 PFN RT 19/36
Marquee text
$Y
Marquee text from current position until end of text or $C
[9]
Charcter set
$M1
Acala 7
[10]
$M2
Acala 7 extended
[11]
$M3
Do not use
[12]
$M4
Do not use
[13]
$M5
Acala 7 P / user-defined character set 7 pixel
[14]
$M6
Do not use
[15]
$M7
Do not use
[15a]
$M8
Do not use
[15b]
$M9
Do not use
[15c]
LED color
$A0
Red
[16]
$A1
Green
[17]
$A2
Orange
[18]
Place holders for variables
$VS
Inserting place holders for variables
[19] Inserting time
$HA
Current time (HH:MM:SS)
[20]
$HH
Hour of current time (HH)
[21]
$HM
Minute of current time (MM)
[22]
$HS
Second of current time (SS)
[23]
Inserting date
$DA
Current date, four-digit year (TT.MM.JJJJ)
[24]
$DB
Current date, two-digit year (TT.MM.JJ)
[25]
$DD
Current day (TT)
[26]
$DM
Current month (MM)
[27]
$DY
Current year, four-digit (JJJJ)
[28]
$DZ
Current year, two-digit (JJ)
[29]
$DW
Weekday in selected dialog language
[30]
Bar graph
$Gnnnn
Bar graph display (nnn = number of columns,
always enter in four numeric digits, e.g. $G0040)
[31]
Character $
Display of the character '$' in the text
[32]
Commands for display options
Flashing
$F1
Flashing of the whole display on
[33]
$F0
Flashing of the whole display off
[34]
Brightness
$B0
Normal brightness
[35]
$B1
Reduced brightness
[36]
Reset
$0
Restart of the display
[37]
Commands for time and date
Set time/date
$SHhhmmss
Set time
[38]
$SDddmmyy
Set date
[39]
Reading out time/date
$RH
Read out time via serial interface
[41]
BAL SX602 PFN RT 20/36
$RD
Read out weekday and date via serial interface
[42]
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Display dynamic text
To display a dynamic text, its characters (cc…) are sent to the display as a data telegram [1]. Any text
in the display is cleared when a new text is called up.
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Static texts
Static texts are called up with the $Tn command and appear in the display. [2] n is the text number; it
can be from one to four digits . Any text in the display is cleared when a static text is called up.
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Inserting variables
This operating mode is used when the units are to display so-called text masks in which only certain
characters are changed, e.g. for the updating of numerical values as in the following:
Temperature: 172 °C
Expansion : 243 mm
The text components temperature, expansion, °C and mm are fixed and do not change. The numerical
values, on the other hand, are continually updated variable text components.
In principle, updating could occur with dynamic texts containing both the fixed and the variable text
components. However, the data transfer required here is considerable.
The SX502 series offers the advantageous alternative of a one-time transmission of the fixed text
components to the display and subsequent insertion of just the appropriate characters (variables) to
update the variable text components. In the example shown above, the fixed text components of
temperature, expansion, °C and mm are shown in the display with the following data telegram:
$M1temperature: $VS$VS$VS °C$Cexpansion: $VS$VS$VS mm
The place holders for variables to be inserted later are marked with the command $VS [19]. They
appear blank in the display. A variable corresponds to a character to be displayed. Up to 256 variables
can be inserted into a text.
The place holder from which the variables are to be inserted in the text (insertion position) is marked
with the command $VPn [4]. n is the running number of the place holders for variables; it can be from
one to three digits (0 – 255). In the example, the first insertion position is marked with the command
$VP0.
Insertion of the variables in the place holders occurs with the command $VEcc... [3]. cc...
stands for any character. In the example the variables are inserted with the data telegram
$VE172243 . They can also be inserted in two steps with the data telegram $VE172 followed by
$VE243.
In the example, the fixed text components were shown in the display as dynamic text. Alternatively,
they can be prepared as a fixed text called up from the text memory. The place holders for the
variables are also to be marked with $VS in the fixed text.
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Deleting text
Any text in the display is cleared with the $E command [5]. An LED dot then illuminates in the upper
left-hand corner of the display.
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Flashing
The $F1 command in the data telegram causes the following characters to flash [7]. The $F0
command in the data telegram deactivates the flashing of the following characters [8].
BAL SX602 PFN RT 21/36
The command $F1 activates the flashing of the entire display [33]. The command $F0 deactivates
the flashing of the entire display [34].
Flashing of the entire display can also be activated with an H-signal at function input F2 (priority over
commands).
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Marquee text
Marquee text display is activated from the current position in the text with the $Y command [9]. It
remains active up to the end of the text or a forced line break ($C).
If a seven pixel-high font is currently selected, e.g. Acala 7, marquee text activation only affects the
current line.
If the text contains more characters than can be displayed in one line, a line break is inserted
automatically at the end of the line, and the text is continued in the next line.
A line break can also be forced at a certain place in the text, for example for correct hyphenation [6]
using the command $C.
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Character set
The texts are displayed with the character set specified in menu item 22 as standard (see Chapter 11).
To call up another character set, one of the $M1 to $M5 commands must be contained in the text [10 –
15].
Using commands $M1 to $M2 the permanently installed character sets of Acala 7 [10] and Acala 7
extended [11 are called up.
A user-defined character set with a character height of seven pixels can be called up with the
command $M5 [14]. The Acala 7 P character set is preinstalled here. It can be replaced by a character
set created by the user, for example.
The optional character sets and the PC-Tool 'FontManager' for generating user-defined character sets
are included on data carrier. The tool is also used to install the character sets, to save character sets
on data carrier and to readout installed character sets.
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LED color
Units with switchable LED color (see Chapter 5) display the texts in red by default. For a color change,
the command $A0 (red), $A1 (green) or $A2 (orange) must be contained in the text [16...18].
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Inserting time/date
The units have a real-time clock with a date and weekday display. The current time, date or parts of
them can be inserted into the text with the $H... and $D... commands [20 – 30]. The year can be
displayed with four [24, 28] or two [25, 29] digits].
The day of the week is displayed abbreviated to two letters in the language set in menu item 23.
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Bar graph
The $Gnnnn command in the data telegram is used for activating the bar graph. [31]. nnnn stands for
the number luminous columns, i.e. the length of the bar graph and must always be four digits, p. e.
$G0040.
Units with switchable LED color (see Chapter 5) can only show the Bar graph in red or green. In bar
graph mode they ignore command $A2 for the color orange. [18].
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Character $
The command for displaying the character '$' is $$ [32].
BAL SX602 PFN RT 22/36
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Brightness
The brightness of the display can be reduced with the $B1 command [36] and reset to normal
brightness with the command $B0 [35].
The brightness of the display can also be reduced with an H-signal on function input F1 (priority over
commands).
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Brightness
The brightness of the display can be reduced with the $B1 command [36] and reset to normal
brightness with the command $B0 [35].
The brightness of the display can also be reduced with an H-signal on function input F1 (priority over
commands).
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Reset
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Setting time/date
Setting of the time is done with the command $SHhhmmss [38] hh stands for hours, mm for minutes
and ss for seconds (p. e $SH20451520:45:15 o’clock).
Setting of the date is done with the command $SDddmmyy [39]. dd stands for the day, mm for the
month and yy for the year (p. e. $SD200804 = 20.08.2004).
The time can also be set in menu items 90...95 (see Chapter 11).
The current time can be read out via the serial interface with the command RH [41] and the current
date, including the weekday, with the command $RD [42].
If a text contains more characters than can be shown in the display, it is automatically displayed in
paging mode. The page change interval can be set between 1 and 600 seconds in menu item 21.
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Initial text
Once the operating voltage has been applied, an info text appears in the display showing the unit type.
If an initial text is to appear in the display instead (e .g. 'System trouble-free'), this text is to be saved in
the text memory with text number 0, and displaying of the initial text is to be set in menu item 20 (see
Chapter 11).
The parameterization of the devices is carried out in a menu in the menu display.
In normal operation, status messages appear in the menu display (see Chapter 4).
To start the menu, press both menu buttons simultaneously (approx. 1 sec.) until the first menu item
appears in the menu display. It is now possible to navigate in the menu as follows:
Next menu items forward Press key [] long
Page menu items forward Shortly press key []
Previous menu item Double-click on key []
Page menu items backward Double-click on key [] and keep it pressed
Next setting Shortly press key []
Page settings forward Press key [] long
Previous setting Double-click on key[]
Page setting backward Double-click on key [] and keep it pressed
To exit the menu shortly press the key [] in menu item 99. Depending on the setting in menu item 99
the settings made are either saved (set) or not saved (escape) or the factory settings are reset
(default).
Canceling the menu without saving the settings made is possible by pressing both menu buttons
simultaneously (approx. 1 sec.). It will occur automatically if 60 seconds pass without a menu button
being pressed.
Once the menu is closed, the device behaves in the same manner as when the operating voltage was
applied.
The menu items are displayed in the following menu table. The factory settings are marked with an *.
Individual menu items or settings can be suppressed in another menu item, depending on the unit
version or setting.
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In menu item 10 it is possible to set whether a time-out occurs and if so after what time. Time-out
means that the display is cleared if it has not received a data telegram after a defined time period. An
LED dot then illuminates in the upper left-hand corner of the display.
Once the operating voltage has been applied, an info text appears in the display showing the unit type.
If an initial text is to appear in the display instead (e .g. 'System trouble-free'), this text is to be saved in
the text memory with text number 0, and displaying of the initial text is to be set in menu item 20.
If a text contains more characters than can be shown in the display, it is automatically displayed in
paging mode. The page change interval can be set between 1 and 600 seconds in menu item 21.
If in menu item 24 a display test is selected this one will appear on the display before the start text.
In menu item 22, you can set the default character set used to display the texts. Character sets Acala
7 and Acala 7 extended, are permanently installed in the units.
The character set Acala 7 P can be loaded with the setting It can be replaced by a user-defined
character set with a character height of up to 7 pixels.
The optional character sets and the PC tool 'FontManager' for creating user-defined character sets are
delivered on a data carrier. The tool is also used to install character sets, to save character sets to
data media and to read back installed character sets.
The year, month, and day of the real-time clock are set in menu items 90 – 92. The time at which the
clock is to be started is set in menu items 94 – 95. Then select menu item 99 and select the setting
there. When the set time is reached, briefly press the left menu button [↕]. The clock is now set to
the current time.
If the settings in menu items 90 – 92 (date) and 94 – 95 (time) are not changed when the menu is run
through, the current settings for the time, date and weekday are retained when the menu is exited.
Therefore, the clock only needs to be set when running through the menu if this is intended.
Time and date can be set independently from one another.
Setting the clock can also occur with control commands via the serial interface (see Chapter 9).
Attention: Setting unrealistic date values, e.g. 31/02/06 can lead to unpredictable date displays and is
For units with built-in heating, the values for power consumption increase by approx. 10 – 200 VA
(exact values on request), depending on the unit size.
Capacity 128 KBytes
Number of texts max. 10.000
Text length max. 2048 characters (for individual line selection, the number is divided
by the number of lines).
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BAL SX602 PFN RT 30/36
Text length max. 4000 display columns (pixel)
Precision 20 ppm
7070
a
250
70
130
45
20
20
20
20
∅9
Unit version
a
Weight
1040
approx. 16 kg
1960
approx. 27 kg
1040
approx. 16 kg
1960
approx. 27 kg
Dimensions and weights
Units with character height of 50 and 100mm and one-sided display
The following figure shows unit version SX602-20/05/0x-1xx/xx-xx, representing the other unit
versions listed in the following table. All dimensions are in mm.
BAL SX602 PFN RT 31/36
7070
30
a
250
70
30
210
4545
Unit version
a
Weight
SX602-20/05/0x-2xx/xx-xx
1040
approx. 16 kg
SX602-40/05/0x-2xx/xx-xx
1960
approx. 27 kg
1040
approx. 16 kg
1960
approx. 27 kg
Units with character height of 50 and 100 mm and double-sided display
The following figure shows unit version SX602-20/05/0x-2xx/xx-xx, representing the other unit
versions listed in the following table. All dimensions are in mm.
BAL SX602 PFN RT 32/36
20
20
20
20
45
130
a
70
70 70
b
∅9
Unit version
a b Weight
SX602-04/16/0x-1xx/xx-xx
670
300
approx. 13 kg
SX602-06/16/0x-1xx/xx-xx
960
300
approx. 18 kg
SX602-08/16/0x-1xx/xx-xx
1240
300
approx. 22 kg
SX602-10/16/0x-1xx/xx-xx
1520
300
approx. 26 kg
SX602-12/16/0x-1xx/xx-xx
1810
300
approx. 30 kg
SX602-04/25/0x-1xx/xx-xx
1030
400
approx. 23 kg
1500
400
approx. 32 kg
1960
400
approx. 40 kg
Units with character height of 160 and 250 mm and one-sided display
The following figure shows unit version SX602-06/16/0x-1xx/xx-xx, representing the other unit
versions listed in the following table. All dimensions are in mm.
BAL SX602 PFN RT 33/36
210
4545
a
30
7070
70
30
b
Unit versions
a b Weight
SX602-04/16/0x-2xx/xx-xx
670
300
approx. 22 kg
SX602-06/16/0x-2xx/xx-xx
960
300
approx. 28 kg
SX602-08/16/0x-2xx/xx-xx
1240
300
approx. 34 kg
SX602-10/16/0x-2xx/xx-xx
1520
300
approx. 40 kg
SX602-12/16/0x-2xx/xx-xx
1810
300
approx. 46 kg
SX602-04/25/0x-2xx/xx-xx
1030
400
approx. 36 kg
1500
400
approx. 48 kg
1960
400
approx. 60 kg
Units with character height of 160 and 250 mm and double-sided display
The following figure shows unit version SX602-06/16/0x-2xx/xx-xx, representing the other unit
versions listed in the following table. All dimensions are in mm.
BAL SX602 PFN RT 34/36
Unit version
b
LG1
LG2
LG3
Weight
SX502-240/05/0R-2xx/xx-xx
250 – – – approx. 45 kg
SX502-240/05/0M-2xx/xx-xx
250 – – – approx. 45 kg
SX502-440/05/0R-2xx/xx-xx
390 – – – approx. 66 kg
SX502-440/05/0M-2xx/xx-xx
390
approx. 66 kg
The following figure shows unit version SX502-440/05/0x-2xx/xx-xx, representing the other unit
versions listed in the following table. All dimensions are in mm.
LG1, LG2 and LG3 are ventilation grates on units ventilated by other means. The ventilation grates
and their arrangement are not pictured to scale. The following table specifies the ventilation grates of
the individual unit versions.
BAL SX602 PFN RT 35/36
Unit version
b c LG1
LG2
LG3
LG4
Weight
SX502-640/05/0R-2xx/xx-xx
710
270 – – – –
approx. 136 kg
SX502-640/05/0M-2xx/xx-xx
710
270
approx. 136 kg
SX502-840/05/0R-2xx/xx-xx
850
300
–
approx. 160 kg
SX502-840/05/0M-2xx/xx-xx
850
300
approx. 160 kg
The following figure shows unit version SX502-840/05/0x-2xx/xx-xx, representing the other unit
versions listed in the following table. All dimensions are in mm.
LG1, LG2, LG3 and LG4 are ventilation grates on units ventilated by other means. The ventilation
grates and their arrangement are not pictured to scale. The following table specifies the ventilation
grates of the individual unit versions.
nde der Liste für Textmarke Inhalt2 ===
BAL SX602 PFN RT 36/36
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