Carl Valentin SPX II Series User manual

Copyright by Carl Valentin GmbH / 7983005A.0317
Information on the scope of delivery, appearance, performance,
dimensions and weight reflect our knowledge at the time of printing.
We reserve the rights to make modifications.
All rights, including those regarding the translation, are reserved.
No part of this document may be reproduced in any form (print,
photocopy or any other method) or edited, copied or distributed
electronically without written permission from Carl Valentin GmbH.
Due to the constant further development of our devices discrepancies
between manual and device can occur.
Please check www.carl-valentin.de for the latest update.
Trademarks
All named brands or trademarks are registered brands or registered
trademarks of their respective owners and may not be separately
labelled. It must not be concluded from the missing labelling that it is
not a registered brand or a registered trademark.
Carl Valentin print modules comply with the following safety
guidelines:
CE
EG Low-Voltage Directive (2006/95/EC)
EG Electromagnetic Compatibility Directive (2004/108/EG)
EG Machinery Directive (2006/42/EG)
Carl Valentin GmbH
Postfach 3744
78026 Villingen-Schwenningen
Neckarstraße 78 –86 u. 94
78056 Villingen-Schwenningen
Phone
Fax
[phone]
[phone]
E-Mail
Internet
[e-mail]
www.carl-valentin.de

SPX II Series
Table of Contents
03.17
Operating Manual
3
Table of Contents
Table of Contents............................................................................. 3
1Introduction............................................................................ 5
1.1 General Instructions ................................................................ 5
1.2 Intended Use........................................................................... 5
1.3 Product Description................................................................. 6
2Safety Instructions................................................................ 7
2.1 Operating Conditions............................................................... 9
3Technical Data ..................................................................... 13
3.1 Control inputs and outputs .................................................... 16
3.2 Signal Diagrams.................................................................... 21
4Installation............................................................................ 23
4.1 Setting up the Print Module................................................... 23
4.2 Connecting the Print Module................................................. 24
4.3 Connecting the CV Rewinder for Backing Paper .................. 24
4.4 Connector Pin Assignment (Front Side)................................ 25
4.5 Connector Pin Assignment (Back Side)................................ 26
4.6 Start-Up ................................................................................. 27
5Loading Media ..................................................................... 29
5.1 Loading Label Roll in Dispenser Mode ................................. 29
5.2 Loading Labels in Passing Mode .......................................... 30
5.3 Loading Transfer Ribbon....................................................... 31
6Function Menu..................................................................... 33
6.1 Operation Panel..................................................................... 33
6.2 Menu Structure...................................................................... 34
6.3 Print settings.......................................................................... 38
6.4 Label Layout.......................................................................... 39
6.5 Device Settings...................................................................... 41
6.6 Dispenser I/O......................................................................... 44
6.7 Network ................................................................................. 48
6.8 Remote Console.................................................................... 48
6.9 Interface................................................................................. 49
6.10 Emulation............................................................................... 50
6.11 Datum & Uhrzeit.................................................................... 51
6.12 Service Functions.................................................................. 52
6.13 Main Menu............................................................................. 55
7Options................................................................................. 57
7.1 Label Applicator..................................................................... 57
7.2 WLAN.................................................................................... 61
7.3 RFID ...................................................................................... 61
8Compact Flash Card / USB Memory Stick ........................ 65
8.1 General Information............................................................... 65
8.2 Display Structure................................................................... 65
8.3 Navigation.............................................................................. 66
8.4 Define User Directory............................................................ 67
8.5 Load Layout........................................................................... 68
8.6 File Explorer .......................................................................... 69
8.7 Firmware Update................................................................... 74
8.8 Filter....................................................................................... 74
9Maintenance and Cleaning................................................. 75
9.1 General Cleaning................................................................... 76
9.2 Cleaning the Transfer Ribbon Drawing Roller....................... 76
9.3 Cleaning the Printer Roller .................................................... 77
9.4 Cleaning the Printhead.......................................................... 78

Table of Contents
SPX II Series
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Operating Manual
03.17
9.5 Cleaning the Label Photocell................................................. 79
9.6 Replacing the Printhead (General Information)..................... 80
9.7 Replacing the Printhead........................................................ 81
9.8 Adjusting Printhead ............................................................... 82
10 Error correction ................................................................... 85
11 Additional Information........................................................ 95
11.1 Column Printing..................................................................... 95
11.2 Hotstart.................................................................................. 96
11.3 Password Protection.............................................................. 98
11.4 Backfeed/delay.................................................................... 100
11.5 Photocells............................................................................ 102
11.6 Ultrasonic photocell (option)................................................ 103
12 Environmentally-Friendly Disposal ................................. 101
13 Index ................................................................................... 103

SPX II Series
Introduction
03.17
Operating Manual
5
1 Introduction
1.1 General Instructions
Basic information and warning references with the corresponding
signal words for the danger level are as follows specified in this
manual:
DANGER identifies an extraordinarily great and immediate
danger which could lead to serious injury or even death.
WARNING identifies a possible danger would could lead
to serious bodily injury or even death if sufficient
precautions are not taken.
CAUTION indicates a potentially dangerous situation
which could lead to moderate or light bodily injury or
damage to property.
NOTICE gives you tips. They make a working sequence
easier or draw attention to important working processes.
Gives you tips on protecting the environment.

Handling instruction

Optional accessories, special fittings
Datum
Information in the display
1.2 Intended Use
The print module is a state-of-the-art device which complies with the
recognized safety-related rules and regulations. Despite this, a danger
to life and limb of the user or third parties could arise and the print
module or other property could be damaged while operating the
device.
The print module may only be used while in proper working order and
for the intended purpose. Users must be safe, aware of potential
dangers and must comply with the operating instructions. Faults, in
particular those which affect safety, must be remedied immediately.

Introduction
SPX II Series
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Operating Manual
03.17
The print module is solely intended to print suitable media which have
been approved by the manufacturer. Any other or additional use is not
intended. The manufacturer/supplier is not liable for damage resulting
from misuse. Any misuse is at your own risk.
Intended used includes heeding the operating manual, including the
maintenance recommendations/regulations specified by the
manufacturer.
NOTICE!
The complete documentation is included in the scope of
delivery on CD ROM and can also currently be found in the
internet.
1.3 Product Description
Labels, textiles and plastic material can be printed with high resolution
both in dispensing mode and in passage mode. The assembly of the
print module is possible in horizontal and vertical position and owing
to its demountable and displaceable control panel the print module
can be integrated in almost each packaging process without any
problems.
The print module can be used in thermal as well as in thermal transfer
applications.
With 8 vector fonts, 6 bitmap fonts and 6 proportional fonts the print
module has a large selection at different font types. It can be printed
inverse, in italic format or 90 degrees turned fonts.
The handling of our durable print modules is easy and comfortable.
The parameter settings are made with the keys of the foil keyboard. At
each time the graphic display shows the current status.
Time-saving firmware update is possible by interface. As default, the
print module is equipped with a parallel, serial, USB and Ethernet
interface. Additionally, the print module is equipped with an USB Host
that permits the connection of an external USB keyboard and/or an
USB memory stick. The print module automatically recognizes by
which interface it is controlled.
The print module is delivered with a printer driver and the free label
software Labelstar Office LITE. Existing labels can be saved to a CF
card or an USB stick, opened and/or modified with a PC keyboard and
finally stand-alone printed.

SPX II Series
Safety Instructions
03.17
Operating Manual
7
2 Safety Instructions
The print module is designed for power supply systems of
110-230V. Connect the print module only to electrical outlets with a
ground contact.
NOTICE!
When changing the mains voltage the fuse value is to adapt
accordingly (see Technical Data).
Couple the print module to devices using extra low voltage only.
Before making or undoing connections, switch off all devices involved
(computer, printer, accessories etc.).
Operate the print module in a dry environment only and do not get it
wet (sprayed water, mist etc.).
Do not operate the print module in explosive atmosphere and not in
proximity of high voltage power lines.
Operate the print module only in an environment protected against
abrasive dust, swarf and other similar impurity.
If the direct print module is operated with the cover open, ensure that
clothing, hair, jewellery and similar personal items do not contact the
exposed rotating parts.
NOTICE!
With the open printing unit (due to construction) the requirements
of EN60950-1 regarding fire protection casing are not fulfilled.
These must be ensured by the installation into the end device.
The print unit can get hot during printing. Do not touch the printhead
during operation. Cool down the print unit before changing material,
removal or adjustment.
Carry out only the actions described in these operating instructions.
Any work beyond this may only be performed by the manufacturer or
upon agreement with the manufacturer.
Unauthorized interference with electronic modules or their software
can cause malfunctions.
Other unauthorized work or modifications to the print module can
endanger operational safety.
Always have service work done in a qualified workshop, where the
personnel have the technical knowledge and tools required to do the
necessary work.
There are warning stickers on the print modules that draw your
attention to dangers. Therefore the warning stickers are not to be
removed as then you and others cannot be aware of dangers and may
be injured.
The printing unit must be integrated with the Emergency Stop circuit
when it is incorporated into the overall machine.

Safety Instructions
SPX II Series
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Operating Manual
03.17
Figure 1
CAUTION!
In consequence of the necessity of being able to insert the
thermal transfer ribbon in a convenient manner, the
requirements of EN 60950-1 regarding the risk of injuries to
the fingers are not complied with at the location marked with
arrows.
These requirements must be insured by means of
installation into the end device.
All isolating safety equipment must be installed before starting-up the
machine.
DANGER!
Danger to life and limb from power supply!
Do not open the casing.
CAUTION!
Two-pole fuse.
Before opening the housing cover, disconnect the
device from the mains supply and wait approx. 2 - 3
minutes until the power supply unit has discharged.

SPX II Series
Safety Instructions
03.17
Operating Manual
9
2.1 Operating Conditions
Before initial operation and during operation these operating
conditions have to be observed to guarantee save and interference-
free service of our print modules.
Therefore please carefully read these operating conditions.
Shipment and storage of our print modules are only allowed in
original packing.
Installation and initial operation of print modules is only allowed if
operating conditions were fulfilled.
Commissioning is prohibited until it can be established that, where
relevant, the machine into which the partly completed machinery is to
be incorporated complies with the provisions of Machinery Directive
2006/42/EC.
Initial operation, programming, operation, cleaning and service of our
print modules are only recommended after careful study of our
manuals.
Operation of print modules is only allowed by especially trained
persons.
NOTICE!
Perform trainings regularly. Content of the training are chapter
2.1 (Operating Conditions), chapter 2.1 (Loading Media) and
chapter 9 (Maintenance and Cleaning).
These indications are also valid for someone else's equipment
supplied by us.
Only use original spare and exchange parts.
Please contact the manufacturer with respect to spare/wear parts.
The installation place of print module should be even, free of vibration
and currents of air are to be avoided.
The print modules have to be installed to ensure optimal operation
and servicing.
The installation of the power supply to connect our print modules has
to be effected according to the international rules and regulations,
especially the recommendations of one of the three following
commissions:
International Electronic Commission (IEC)
European Committee for Electro technical Standardisation
(CENELEC)
Verband Deutscher Elektrotechniker (VDE)
Our print modules are constructed according to VDE and have to be
connected to a grounded conductor. The power supply has to be
equipped with a grounded conductor to eliminate internal interfering
voltage.
Conditions for
installation place
Installation of
power supply

Safety Instructions
SPX II Series
10
Operating Manual
03.17
Power line voltage and power line frequency: See type plate
Allowable tolerance of power line voltage:
+6% …−10% of nominal value
Allowable tolerance of power line frequency:
+2% …−2% of nominal value
Allowable distortion factor of power line voltage: <=5%
In case your net is infected (e.g. by using thyristor controlled
machines) anti-interference measures have to be taken. You can use
one of the following possibilities:
Provide separate power supply to our print modules.
In case of problems please connect capacity-decoupled isolation
transformer or similar interference suppressor in front of our print
modules.
Emitted interference according to EN 61000-6-4: 2007 industrial
sector
Interference voltage to wires according to EN 55022: 09-2003
Interference field power according to EN 55022: 09-2003
System perturbation according to EN 61000-3-2: 09-2005
Flicker according to EN 61000-3-3: 05-2002
Immunity to interference according to EN 61000-6-2: 2006 industrial
sector
Stray radiation against discharge of static electricity according to
EN 61000-4-2: 12-2001
Electromagnetic fields according to EN 61000-4-3: 11-2003
Fast transient burst according to EN 61000-4-4: 07-2005
Surge according to EN 61000-4-5: 12-2001
High-frequency tension according to EN 61000-4-6: 12-2001
Voltage interruption and voltage drop according to EN 61000-4-
11: 02-2005
NOTICE!
This is a machine of type A. This machine can cause
interferences in residential areas; in this case it can be required
from operator to accomplish appropriate measures and be
responsible for it.
Technical data of
power supply
Anti-interference
measures
Stray radiation and
immunity from
disturbance

SPX II Series
Safety Instructions
03.17
Operating Manual
11
EN 415-2 - Safety of pachaging machines
EN 60204-1:2006 - Safety of machinery - Electrical equipment of
machines - Part 1
All connecting lines have to be guided in shielded lines. Shielding has
to be connected on both sides to the corner shell.
It is not allowed to guide lines parallel to power lines. If a parallel
guiding cannot be avoided a distance of at least 0.5 m has to be
observed.
Temperature of lines between: −15 …+80 °C.
It is only allowed to connect devices which fulfil the request 'Safety
Extra Low Voltage' (SELV). These are generally devices which are
checked corresponding to EN 60950.
The data cables must be completely protected and provide with metal
or metallised connector housings. Shielded cables and connectors are
necessary, in order to avoid radiant emittance and receipt of electrical
disturbances.
Allowable lines
Shielded line:
4 x 2 x 0,14 mm² ( 4 x 2 x AWG 26)
6 x 2 x 0,14 mm² ( 6 x 2 x AWG 26)
12 x 2 x 0,14 mm² (12 x 2 x AWG 26)
Sending and receiving lines have to be twisted in pairs.
Maximum line length:
with interface V 24 (RS-232C) - 3 m (with shielding)
with parallel interface - 3 m (with shielding)
USB - 3 m
Ethernet - 100 m
Protection according IP: 20
Ambient temperature °C (operation): Min. +5 Max. +40
Ambient temperature °C (transport, storage): Min. −25 Max. +60
Relative air humidity % (operation): Max. 80
Relative air humidity % (transport, storage): Max. 80
(bedewing of print modules not allowed)
Machine safety
Connecting lines to
external machines
Installation of
data lines
Limit values

Safety Instructions
SPX II Series
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Operating Manual
03.17
We do not take any responsibility for damage caused by:
Ignoring our operating conditions and operating manual.
Incorrect electric installation of environment.
Building alterations of our print modules.
Incorrect programming and operation.
Not performed data protection.
Using of not original spare parts and accessories.
Natural wear and tear.
When (re)installing or programming our print modules please control
the new settings by test running and test printing. Herewith you avoid
faulty results, reports and evaluation.
Only specially trained staff is allowed to operate the print modules.
Control the correct handling of our products and repeat training.
We do not guarantee that all features described in this manual exist in
all models. Caused by our efforts to continue further development and
improvement, technical data might change without notice.
By further developments or regulations of the country illustrations and
examples shown in the manual can be different from the delivered
model.
Please pay attention to the information about admissible print media
and the notes to the print module maintenance, in order to avoid
damages or premature wear.
We endeavoured to write this manual in an understandable form to
give and you as much as possible information. If you have any queries
or if you discover errors, please inform us to give us the possibility to
correct and improve our manual.
Guarantee

SPX II Series
Technical Data
03.17
Operating Manual
13
3 Technical Data
SPX II
103/8
SPX II
104/8
SPX II
106/12
SPX II
106/24
SPX II
108/12
SPX II
162/12
Print Resolution
203 dpi
203 dpi
300 dpi
600 dpi
300 dpi
300 dpi
Max. Print Speed
300 mm/s
300 mm/s
300 mm/s
100 mm/s
300 mm/s
200 mm/s
Print Width
104 mm
104 mm
105.7 mm
105.7 mm
108.4 mm
162.2 mm
Passage Width
116 mm
116 mm
116 mm
116 mm
116 mm
176 mm
Printhead
Flat Type
Flat Type
Flat Type
Flat Type
Flat Type
Flat Type
Acoustic emission (Mesuring distance 1 m)
Average sound power
level
66.4 dB(A)
62.3 d(B)A
63.7 dB(A)
68,4 dB(A)
67.8 dB(A)
65.1 dB(A)
Labels
Adhesive Labels or
Continuous Material
on rolls : paper, cardboard, textile, synthetics
Max. Material Weight
220 g/m² (larger on demand)
Min. Label Width
25 mm
25 mm
25 mm
25 mm
25 mm
50 mm
Min. Label Height
15 mm
15 mm
15 mm
15 mm
15 mm
15 mm
Max. Label Height
6000 mm
6000 mm
3000 mm
750 mm
3000 mm
2000 mm
Label Sensor
transmission
Transfer Ribbon
Ink
outside/inside
Max. Roll Diameter
Ø 90 mm
Core Diameter
25.4mm/1″
Max. Length
450 m
Max. Width
110 mm / 170 mm (SPX II 162)
Dimensions in mm (width x height x depth)
W x H x D
245x300x400 / 245x300x460 (SPX II 162)
Weight
12 kg / 14 kg (SPX II 162)
Electronics
Processor
High Speed 32 Bit
RAM
16 MB
Slot
for Compact Flash carte type I
Battery Cache
for Real-Time clock (storage of data with shut-down)
Warning Signal
Acoustic signal when error
Interfaces
Serial
RS-232C (up to 115200 Baud)
Parallel
SPP
USB
2.0 High Speed Slave
Ethernet
10/100 Base T, LPD, RawIP-Printing, DHCP, HTTP, FTP
2 x USB Master
Connection for external USB keyboard and memory stick
WLAN (option)
module 802.11 b/g/n WEP, WPA, WPA-PSK, WPA2, WPA2-PSK, EAP
Operating Conditions
Nominal Voltage
110 … 230V / 50 … 60 Hz
Power
275 VA
Current
2,5 A
Fuse Values
2x T5A 250 V

Technical Data
SPX II Series
14
Operating Manual
03.17
Operating Conditions
SPX II
103/8
SPX II
104/8
SPX II
106/12
SPX II
106/24
SPX II
108/12
SPX II
162/12
Operating Temperature
5 … 35 °C
Humidity
max. 80% (not condensing)
Operation Panel
Keys
Test print, function menu, quantity, CF Card, feed, enter, 4 x cursor
LCD Display
Graphic display 132 x 64 pixel - with white backlight
Settings
Date, time, shift times
11 language settings (others on demand)
Label and device parameters, interfaces, password protection, variables
Monitoring
Stop printing if
End of ribbon, end of labels, printhead open
Status report
Extensive status print with information about settings
e.g. print length counter, runtime counter, photocell interface
and network parameters
Printout of all internal fonts and all supported bar codes
Fonts
Font types
6 Bitmap fonts
8 Vector fonts/TrueType fonts,
6 proportional fonts
Other fonts on demand
Character sets
Windows 1250 up to1257, DOS 437, 850, 852, 857, UTF-8
All West and East European Latin, Cyrillic, Greek and
Arabic (option) characters are supported. Other character sets on demand
Bitmap fonts
Size in width and height 0,8 … 5,6
Zoom 2 … 9
Orientation 0°, 90°, 180°, 270°
Vector fonts/TrueType
fonts
Size in width and height 1 … 99 mm
Variable zoom
Orientation 0°, 90°, 180°, 270°
Font attributes
Depending on character font - bold, italic, inverse, vertical
Font width
Variable
Bar Codes
1D bar codes
CODABAR, Code 128, Code 2/5 interleaved, Code 39, Code 39 extended, Code 93,
EAN 13, EAN 8, EAN ADD ON, GS1-128, Identcode, ITF 14, Leitcode,
Pharmacode, PZN 7 Code, PZN 8 Code, UPC-A, UPC-E
2D bar codes
Aztec Code, CODABLOCK F, DataMatrix, GS1 DataMatrix, MAXICODE,
PDF 417, QR Code
Composite bar codes
GS1 DataBar Expanded, GS1 DataBar Limited, GS1 DataBar Omnidirectional,
GS1 DataBar Stacked, GS1 DataBar Stacked Omnidirectional, GS1 DataBar
Truncated
All bar codes are variable in height, module width and ratio.
Orientation 0°, 90°, 180°, 270°.
Optionally with check digit and human readable line.
Software
Configuration
ConfigTool
Process control
NiceLabel
Label software
Labelstar Office Lite
Labelstar Office
Windows driver
Windows 7®32/64 Bit, Windows 8®32/64 Bit
Windows 8.1®32/64 Bit, Windows 10®32/64 Bit
Windows Server 2008®(R2) 64 Bit
Windows Server 2012®64 Bit, Windows Server 2012®(R2) 64 Bit
Technical details are subject to change.

SPX II Series
Technical Data
03.17
Operating Manual
15
Real time clock with printout date and time
Automatic daylight saving time
Storage of data with shut-down
Variables: link field, counter, date/time, calculation and shift
variable, CF data
Thermal and thermal transfer version
Right and left version
Demountable and displaceable control panel
Inputs/Outputs
USB host for connection of an external USB keyboard and an
USB memory stick
RS-232 interface
Parallel interface
CVPL protocol and ZPL II® protocol
Label photocell (transmission)
Slot for CF card
Windows printer driver on CD ROM
Labelstar Office Lite on CD ROM
External label rewinder
External rewinder for backing paper
Externe control panel
Stainless steel casing
Ethernet interface
USB interface
WLAN interface
Label applicator
RFID
Dispenser unit with photocell
Dispenser unit without photocell
Ultrasonic photocell
External rewinder
Standard equipment
Optional equipment

Technical Data
SPX II Series
16
Operating Manual
03.17
3.1 Control inputs and outputs
By means of a maximum of 16 control inputs and outputs which, in the
following, are also referred to as ports, different functions of the printer
system can be triggered and operating states can be displayed.
The ports are provided by means of a D-Sub bushing (26pin HD) at
the rear panel of the printer system and are galvanically isolated from
protective earth (PE) by means of an optocoupler semi-conductor
route.
Each port can be configured as input and as output. This function
however, is predefined in the printer software and cannot be changed
by the user.
The following parameters can be changed and set by using the menu:
debounce times and high or low active.
Figure 2
Printer, internal
circuitry

SPX II Series
Technical Data
03.17
Operating Manual
17
Figure 3
Port 1 to Port 16 = Assignment for I/O Profile 'Std_Label'
Identification
Pin
Description / Function
Port 1
10
Print start (Input)
Port 2
1
Reprint last printed label (Input)
Port 3
11
Counter Reset (Input)
Port 4
2
Option applicator only:
Start application (Input)
Port 5
12
Error reset (Input)
Port 6
3
Cancel all print jobs (Input)
Port 7
13
No function
Port 8
4
No function
Port 9
15
Error (Output)
Port 10
6
Print order activ (Output)
Port 11
16
No function
Port 12
7
Single print (Output)
Port 13
17
Ready (Output)
Port 14
8
Option applicator only:
Ready for application (Output)
Port 15
18
No function
Port 16
9
Prior warning for transfer ribbon end (Output)
COM/VDC
for Inputs
19
Common reference potential of all control inputs. 'COM/VDC for
Inputs' is usually connected with the (-) terminal of the control voltage
and the control inputs are switched to active (+).
By means of the option '2nd LED', 'COM/VDC for Inputs' can
optionally be connected with the (+) terminal of the control voltage.
Then, the control inputs are switched to active (-).
VDC for
Outputs
20
Common supply connection of all control outputs. 'VDC for Outputs'
must be connected with the (+) terminal of the control voltage.
Never leave 'VDC for Outputs' open even if no output is used.
COM for
Outputs
5,14
21,22
Common reference potential of all control outputs. 'COM for Outputs'
must be connected with the (-) terminal of the control voltage.
Never leave 'COM for Outputs' open even if no output is used.
GND-PE
23,24
'GND-PE' is the reference potential of the '+5 VDC EXT' and '+24
VDC EXT' voltages provided by the printer system.
'GND-PE' is printer internally connected with protective earth (PE).
Configuration of
D-Sub socket

Technical Data
SPX II Series
18
Operating Manual
03.17
Identification
Pin
Description / Function
+ 5 VDC
EXT
25
5 Volt DC output for external use. Max. 1 A.
This voltage is provided from direct print module and can be used e.g. as
control voltage. Never apply any external voltage to this output.
+ 24 VDC
EXT
26
24 Volt DC output for external use. Max. 1 A.
This voltage is provided from direct print module and can be used e.g. as
control voltage. Never apply any external voltage to this output.
Plug Connector
Type
D-Sub connector High Density
26-pin. / connector
Manufacturer
W+P-Products
Reference number
110-26-2-1-20
Output Voltages (connected with GND-PE)
+ 24 V / 1 A
Fuse: Polyswitch / 30 V / 1 A
+ 5 V / 1 A
Fuse: Polyswitch / 30 V / 1 A
Port 1 - 15
Input
Tension
5 VDC … 24 VDC
Impedance
47Ω + (100nF || 10 kΩ)
Output
Tension
5 VDC … 24 VDC
Impedance
47Ω + (100nF || 10 kΩ || 47Ω)
Current max.
High +15 mA
Low -15 mA
Port 16
Input
Tension
5 VDC … 24 VDC
Impedance
100nF || 10 kΩ
Output
Tension
5 VDC … 24 VDC
Impedance
100nF || 10 kΩ
Current max.
High +500 mA (Darlington BCP56-16)
Low - 500 mA (Darlington BCP56-16)
Optocoupler
Output
TCMT4106, CTR 100% - 300%, Vishay or
TLP281-4(GB), CTR 100% - 600%, Toshiba
Input
TCMT4106, CTR 100% - 300%, Vishay or
TLP281-4(GB), CTR 100% - 600%, Toshiba
Input
Option 2nd LED
TCMT4600, CTR 80% - 300%, Vishay or
TLP280-4, CTR 33% - 300%, Toshiba
Technical data

SPX II Series
Technical Data
03.17
Operating Manual
19
Device connection to a machine with S7-300 SPS.
Figure 4
Device connection to a operating panel.
Figure 5
Example 1
Example 2

Technical Data
SPX II Series
20
Operating Manual
03.17
Device connection version if 'Option: 2. LED'.
Figure 6
When connecting a reed contact with a control input, the contact must
have a switching capacity of min. 1 A in order to prevent the contact
from sticking due to the inrush current. As an alternative, a suitable
resistor can be connected in series.
If one of the printer’s internal voltages '+5 VDC EXT' or '+24 VDC
EXT' is used, an external fuse e.g. 0.5 AF, should be additionally
installed to protect the printer electronics.
In the event of an inductive load, an antiparallel connected diode, for
instance, must be used to discharge the induction energy.
In order to minimise the influence of leakage currents at control
outputs, a resistor must, depending on what is connected, be installed
in parallel with the load.
In order to avoid any damages to the printing system, the max. output
currents must not be exceeded or outputs shorted.
Example 3
Precautions