The SOLID T4, SOLID T5, SOLID T6 and SOLID T8 are multifunctional
non-impact printers based on thermal print technology.
The devices can be used for thermal transfer printing as well as for
thermal direct printing. Because of their wide range of application,
you can use them to print all kind of information as barcodes,
alphanumerical characters and vector graphics e.g. .
Each of these devices not only knows one device-specific page
description language as standard thermal printers usually do, but
most of the languages used in the industrial field and the well-known
market standards of laserprinters, too.
The SOLID T4, SOLID T5, SOLID T6 and SOLID T8 are all provided
with a controller that is also used in SOLID laserprinters. So the
advantages of the thermal print technology are combined with the
flexibility of the „laserprinter intelligence“.
For the printers SOLID T4, SOLID T5, SOLID T6 and SOLID T8 a
software (called IP printADMIN) will be available to allow a printer
configuration via Ethernet. The controller has its integrated website
with information on the printer status and the printjob status.
Data can be sent without programming expenditure from almost
any software platform, because printer drivers are already
available for this.
The capabilities featured include the MICROPLEX page description
language IDOL. Using this language, complex tasks such as the
creation of forms can be carried out by simple software commands
(see separate IDOL manual).
The resolution is 300 dots per inch corresponding to about 12 dots
per millimeter.
The print speed is 100 to 300 mm/second.
Roll-fed media as well as continuous-media can be printed on.
The maximum processable width of media is 254 mm (SOLID T8).
213 mm of that are printable.
The thermal print technology enables a quiet and fast print process
with a high resolution output. The printhead produces the image
by heating single elements (dots). So you need a special ribbon
(thermal transfer printing) or a special kind of paper (thermal
direct printing).
While thermal transfer printing the dots touch the thermal ribbon
so that the heating of particular dots leads to a partial melting of
the ribbon. Due to the contact with a media (future carrier of the
information, for example paper) this leads to a transfer of the
image onto the media.
While thermal direct printing the dots touch the thermal paper
directly. The dyes and developers within the paper respond to
the heat of particular dots, change their colour to black and so
the wanted image emerges.
The SOLID T4, SOLID T5, SOLID T6 and SOLID T8 can all be
used for both methods of printing.
To find the requested information more quickly and to
understand instructions more easily, the following conventions
are used:
This symbol refers to a possible source of danger. If you do not
pay attention to this information, injuries may result, the function
of the printer could be reduced or objects could be damaged.
This symbol refers to important hints and suggestions on using
the printer. Disregarding these hints might cause problems with
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the printer or within the environments.
ON LINE
blue colored text
[Menu Level 1 ]
↵
This symbol shows a key of the control panel. Such symbols will
be used in this manual whenever keys have to be pressed in
order to activate certain functions.
Link to another chapter or a different document. By clicking the
blue colored text you'll enter the concerning chapter or
document.
This symbol represents messages shown in the display (panel).
The manufacturer hereby declares that the device complies with
the guideline RL 89/336/EWG for information technology
devices.
The determinations of the product standard concerning high
frequency interferences of information technology devices EN
55022, class A/DIN VDE 0878 (electromagnetic interference)
are complied.
Also the generic standard EN 50082-1/DIN VDE 0839 for
interference strength is complied.
1.4. General Safety Regulations
FCC-Instructions
This device produces, employs and possibly radiates high
frequency energy. Because of this, incorrect installation can
disturb radio communications.
This device complies with the FCC-rules and regulations class B
(subject J, part 15) corresponding to high frequency
interferences.
This MICROPLEX product and its consumables are designed
and tested according to strict safety standards.
Heeding the following instructions ensures secure operation:
- Please make sure your electricity source is appropriately
grounded.
- Install the device on solid and level ground.
- Only trained staff are authorized to transport the equipment.
- Only use consumables which are specially developed for this
device.
- Using unsuitable consumables may cause a reduction of outpu
quality or damages to the device.
- Ensure no liquids get on or into the device.
- Do not remove any cover or safety device fastened by screws.
- Do not remove or bridge over any safety device.
- Do not push anything into the ventilation apertures.
- Never carry out installations, cleanings or maintenance
operations which are not described in this manual. This should
only be done by MICROPLEX authorized service personnel.
- Be careful when operating equipment with opened cover
hoods (setting-up work or service). Rotating parts can cause injury , and it is also possible for hair, clothing, jewellery,
etc. to be caught in the machinery.
Ribbon and material should only be inserted and changed by
specially instructed personnel.
- Optional device components may only be installed by
authorized personnel, and in accordance with the
appropriate assembly and usage regulations.
- The cutter may only be installed by trained personnel.
- Only attach or remove the printhead when the device is
switched off.
After switching off the device, wait at least 3 minutes before
removing the printhead.
- Only plug in or remove interface connectors when the device
is switched off.
In order to disconnect the printer quickly from the main power
in case of emergency please note the following:
- For connected printers with plugs, the power-outlet should
be installed near the printer and easily within reach.
- For permanently connected printers, an easily accessible
emergency power-off switch should be installed close to the
printer.
- Please do not conceal any disconnect devices with the
printer or other objects.
- After switching off the device, wait at least 15 seconds
before the device is switched on again.
- Please follow all the information and hints directly attached
to the device and/or described in this manual.
First of all place the printer and the accessories onto a level
surface until the definitive location is chosen.
Please make sure that all items are included and that there are
no defects.
Immediately inform your supplier of any damage.
Open the cardboard box carefully and check the contents:
- The chosen location should be well-ventilated, clean and dry.
- Damaging environmental factors such as metal vapors, oil mist,
corroding lixivum or the like must not come into contact with
the printer.
- Position the printer on solid and level ground.
- Do not exposure the printer to shocks or vibrations.
- The printer and socket have to be easily accessible.
- The printer should not be located near volatile or combustible
materials (e.g. a curtain).
- The printer must be connected to an appropriate AC power
source 120V AC/60 Hz (North America) or 230V/50 Hz
(Europe, United Kingdom e.g.). The power source must be
properly grounded. The socket and power cords must not be
damaged.
- Use the printer only within the allowed fluctuation range of
±10%.
- The voltage support must not be impaired by interference.
- In order to run the printer reliably, please maintain the
following environmental conditions:
Temperature: +5°C to +35°C (operating)
-20°C to +70°C (storage temperature)
Relative atmospheric humidity: 45% to 75% (without
condensation)
- Do not expose the printer to abrupt temperature changes
(heating, window or air condition).
- The printer should not be exposed to direct sunlight.
For thermal direct printing it is not allowed to load a ribbon to
avoid damaging the printhead. Make sure your settings using
the control panel and display respectively via interface (see
chapter 5 and 6) fit to the printer implementation (ribbon
inserted /not inserted).
4.1. Winding Diagram
The diagram above shows the usual winding directions of material and ribbon.
Always follow this diagram when inserting/changing material and ribbon.
Also pay attention to the instructions located on the inside of the device hood.
Ribbon and material should only be inserted/changed by specially instructed
personnel.
Designation of the parts
1 Setting screw, printhead contact
2 Setting — thin/narrow material
3 Setting — medium material
4 Setting — thick/wide material
5 Ribbon transport roller
6 Ribbon roll-up mandrel (ribbon mandrel left)
7 Setting — roll-up speed
8 Setting — unwind speed
9 Ribbon unwinder with ribbon
10 Material unwinder with material
11 Outer guide disc
12 Ribbon
13 Head mounting
14 Printhead (thermal bar)
15 Print roller
16 Sensor setting gap detection
17 Feed roller
18 Pressure rollers
19 Ribbon guide mandrel
20 Fan lever for contact rollers
21 Material end photoelectric switch
22 Material guide
23 Material thickness
24 Material
25 Bouncer arm (not with SOLID T4)
4. The material roll should turn in an anti-clockwise direction
when unwinding. Take the Tear-off roll-fed media and hold
it in the corresponding way.
5. Push the material onto the unwinder with the appropriate
adapter rings.
6. Push on the outer guide disc of the unwinder.
7.Lay the material around the bouncer arm (compare item 25
in chapter 4.1 Winding Diagram).
8. Set the material guide to the width of the label material. To
do this loosen the thumb screw on the underside of the front
material guide (3). Push the material guide to the side (if
necessary). Tighten the thumb screw again.
9.Press the red load lever (4) of the infeed to raise the contact
rollers. Keeping the load lever (4) pressed down, push the
beginning of the material through the material guide until it
is underneath the printhead.
load lever
Fig. 4.2.1.d Inserting the material
10. Arrange the material so that it is drawn in straight.
Position the contact rollers of the print unit, while pressing
down the load lever, so that both rollers (5) sit
symmetrically on the material.
(Notice: in figure 4.2.1.e the printhead has been removed
to provide a clearer view)
Pay attention to the following safety instructions!
If you want to operate the printer in the thermal transfer mode a
printer ribbon has to be used (compare chapter 1.1).
Make sure you always use a printer ribbon being wider than the
media to print on. In the case of printing on abrasive media
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printhead damaging can be avoided this way.
To set the ribbon go on like this:
1. Open the printer hood.
2. Switch off the printer.
3.The ribbon unwinding should be performed counter-clockwise.
Take the ribbon and slip it onto the ribbon mandrel (1) in
the corresponding way until it stops.
4.Remove the protection foil if necessary (by unwinding it and
cutting it off).
ribbon mandrel
left mandrel
Fig. 4.3.1.a Feeding through the ribbon below the printhead
The factory settings cover a large range of varying ribbon
widths, nevertheless slight adjustment may be necessary when
using very narrow or very wide ribbon.
The unwinding/roll-up torque has to be increased, when:
- the ribbon is slack or has folds or
- the ribbon is not wound up tightly enough on the roll-up
mandrel.
The unwinding/roll-up torque has to be decreased, when:
- the ribbon stretches visibly or tears during printing
or
- the ribbon is not transported properly.
The braking torque of the ribbon unwind mandrel (1) and the
ribbon roll up mandrel (2) can be set from the front using the red
plastic hexagonal nuts (3) on the ribbon mandrels.
ribbon unwind
mandrel
ribbon roll up
mandrel
plastic hexagonal
nut
Fig. 4.3.2.a Setting the braking torque of the ribbon roll up mandrel
The following steps are necessary if you want to switch from
printing in the thermal transfer mode to printing in the thermal
direct mode.
In case only a used-up ribbon has to be removed the steps 4 and
5 have to be omitted.
1. Switch the printer to OFF LINE mode.
2. Open the hood of the printer.
3. The core of a used-up ribbon can be removed by pulling it
from the ribbon mandrel (compare figure 4.3.1.a).
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4. If the inserted ribbon is not used-up, cut it close to the
ribbon take-up mandrel (see figure 4.3.1.b)
5.Rotate the ribbon mandrel clockwise until the free end of
the ribbon is winded up.
The unused ribbon can remain within the device until it is
used for the next thermal transfer operation (if necessary
protect the ribbon against unintentional unwinding).
The ribbon has to be loaded as described in chapter
4.3.1.
6.Rotate the take-up mandrel counter-clockwise until the free
end of the used-up ribbon is winded up.
7.Remove the used-up ribbon from the take-up mandrel and
dispose it according to the rules.
The printers SOLID T4, SOLID T5, SOLID T6 and SOLID T8 are
provided with transparency photoelectric switches.
The photoelectric switch (2) can be adjusted using the red
adjustment knob (1) on the front of the print module over a range
of 15 mm crossways to the material feed direction.
adjustment knob
photoelectric switch
Fig. 4.4.a Position of the photoelectric switch (Illustration without printhead)
A scale (3) from 0 to 15 is given on the red adjustment knob
(see figure 4.4.b).
Fig. 4.5.b Increasing the printhead‘s contact pressure
The factory setting for the printhead contact pressure is Setting 1
(setting for thin/narrow material).
F
For medium head contact pressure turn the arrow to Setting 2
until it lightly clicks into place.
To get a further increased printhead’s contact pressure turn the
arrow to Setting 3 until it lightly clicks into place.
Please note:
- Printing should always be carried out with the lightest contact
pressure possible for creating a satisfactory print quality. This
protects the printhead and the entire device.
- Excessive contact pressure can result in premature wearing of
the printhead.
- See also chapter 7.2 Printhead Exchange
and chapter 7.3 Adjusting the Right Pressure Value.
1. Make sure the printer, computer, and any other attached devices
are turned off and unplugged.
2. Use a proper interface line to connect the printer to the computer or to
attach the printer to the network.
The printers SOLID T4, SOLID T5, SOLID T6 and SOLID T8 are provided
with several interfaces; see figure 2.4.b and chapter 9 Specifications
for more information.
5.2. Turning on the Printer
First, please notice the instructions given in chapter 4 Handling of
Consumables.
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1. Plug one end of the printer power cord into the socket at the back of the
printer and the other end into a properly grounded outlet.
2. Turn on the printer. The power switch is located at the right side of the
printer (see chapter 2.4 Printer Components).
As soon as the printer’s warm up phase is finished the printer goes into
the ON LINE mode. A status message and the name of the printer are
displayed.
By operating the panel the printer configuration can be changed.
In addition a software (called IP printADMIN) will be available
for the SOLID T4, SOLID T5, SOLID T6 and SOLID T8 to allow a
printer configuration via Ethernet.
The controller has its integrated website with information on the
printer status and the printjob status.
Chapter 6 (Panel Functions) describes how to reach the particular
printer functions via the panel.
T e m p o r a r y changes in printer configuration are effective
only as long as the printer stays turned on. To select such
changes temporarily, the user must terminate the change of
function by pressing the ON LINE ↵ key one single time.
P e r m a n e n t changes in printer configuration are active
each time the printer is turned on again. To select such changes
permanently, the user must terminate the change of function by
pressing the ON LINE ↵ key three times.
An output of the current printer values can be generated using
the “Status Sheet Printing“ panel function (see chapter 6.6).
This symbol shows the ON LINE ↵ key. The printer is turned
OFF LINE with this key.
ON LINE
PROG ESC
↵
With this key you get into the first menu level of the menu
structure.
Ú
CUT
Ù
FEED
["Menu Level "]
ON LINE
↵
By pressing the keys CUT t and FEED s you can move within
the menu levels.
Each menu item / sub-item within a menu level is shown in the
display of the control panel.
The ON LINE ↵ key has two main functions. It gives the user
access to a particular menu and, once in the menu, it allows the
user to select a particular function.
Within one function the value can be changed by pressing the
key FEED s or CUT t.
Ù
FEED
The digit to change can be selected by pressing the CUT t key.
(This moves you to the next position of the function value).
Ú
CUT
By pressing the ON LINE ↵ key the function values currently
displayed are confirmed resp. the selected function is activated
ON LINE
↵
(the changes are stored temporary).
3 x
ON LINE
PROG ESC
To select such changes permanently, the user must terminate the
change of function by pressing the ON LINE ↵ key three times.
ON LINE
↵
These permanent changes in printer configuration are active each
time the printer is turned on again.
Return to the ON LINE mode:
A) In one step:
Pressing the ON LINE ↵ key longer than 2 seconds switches the
user directly to the ON LINE mode from nearly any menu
↵
position.
B) Return to the ON LINE mode step by step:
Pressing the PROG ESC key takes the user to the respective
previous menu level. Aim is to jump back to the OFF LINE mode.
The name of the printer is shown on the display, when this mode
is reached (e.g. [SOLID T8 ]).
The control panel functions will be described using diagrams.
These diagrams show the course necessary in order to activate a
certain function.
First the elements of the diagram are explained:
The sequence on the left describes which keys have to be pressed
briefly in succession.
ON LINE
↵
PROG ESC
Ù
FEED
["Message"]
In this example the ON LINE ↵ key has to be pressed first. Then the
ON LINE ↵ key is released and the PROG ESC key has to be
pressed. Then the PROG ESC key has to be released and the
FEED s key has to be pressed.
The ″Panel display″ column shows the display messages
corresponding to the sequences listed on the left.
In the column ″Notes″ explanations to particular operational steps
are given.
For the panel functions described in the following text, the printer is
presumed to be turned on and in the ON LINE mode.
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6.1. Print Process Selecting
This function allows to select the print process. While thermal direct
printing the device operates without ribbon, while thermal transfer
printing a ribbon is needed (see chapter 4 Handling of
Consumables, too).
For thermal direct printing it is not allowed to insert a ribbon to
avoid damaging the printhead.
Make sure your settings match to the printer implementation (ribbon
inserted/not inserted).
Description of this control panel function continues on the next page.
This function sets text margins. Margins are expressed in dots a
the upper left edge of the paper.
ON LINE
PROG ESC
FEED Ù
ON LINE
Ù
FEED
ON LINE
Panel display
↵
[ON LINE ]
Notes
Turn the printer OFF LINE with this
key.
[OFF LINE ]
The PROG ESC key gives the user
access to the menu structure.
[Menu Level 1 ]
Press the FEED s or CUT t key until
[Page Menu ] is displayed.
[Page Menu ]
↵
[Font Number ]
Press the FEED s or CUT t key until
[Margin ] is displayed.
[Margin ]
↵
[Left ]
Press the FEED s or CUT t key until
FEED Ù
the desired margin is displayed.
[Right ]
ON LINE
↵
[Digit1 02381]
Pushing the FEED s key changes the
value of the current position (digit 1
= last position, in this example: 1).
Pushing the CUT t key moves you to
the next position.
This function generates a list of all fonts installed to the printer.
The font list shows demo prints of all fonts and, in addition, the
concerning PCL selection commands. These commands contain
information on font width and font hight (see chapter 6.19 Font
Selection, too).
ON LINE
PROG ESC
ON LINE
Ù
FEED
Panel display
Notes
[[ON LINE ]
↵
Turn the printer OFF LINE with this
key.
[OFF LINE ]
[Menu Level 1 ]
↵
[Status Sheet ]
Menu Level 1 is selected.
Press the FEED s or CUT t key until
[Font List ] is displayed.
Within the Hexdump-Mode the printer prints all characters received
via interface without any interpretation (hexadecimal coded).
This mode helps with error diagnosis. The Hexdump-Mode can be
activated only temporarily.
ON LINE
PROG ESC
ON LINE
Ù
FEED
Panel display
[ON LINE ]
↵
Notes
Turn the printer OFF LINE with this
key.
[OFF LINE ]
The PROG ESC key gives the user
access to the menu structure.
[Menu Level 1 ]
Menu level 1 is selected.
↵
[Status Sheet ]
Press the FEED s or CUT t key until
[Hexdump ] is displayed.
[Hexdump ]
ON LINE
ON LINE
↵
↵
[Hexdump ]
Note:By activating the normal print mode (see next chapter) or by
turning the printer off and on again the printer can be taken out of
Hexdump-Mode. Time between turning the printer off and on again
should be at least 15 seconds.
6.9. Normal Print Mode Activation (incl. FORM FEED)
The normal print mode suspends the Hexdump-Mode.
This function is activated, when a print job must be continued
without turning the printer off and on again.
In addition to that the function “Normal Print Mode Activation“ is
used to produce a FORM FEED.
ON LINE
PROG ESC
ON LINE
Ù
FEED
ON LINE
Panel display
[ON LINE ]
↵
Notes
Turn the printer OFF LINE with this
key.
[OFF LINE ]
The PROG ESC key gives the user
access to the menu structure.
[Menu Level 1 ]
↵
[Status Sheet ]
Press the FEED s or CUT t key until
[Normal Print/FF ] is displayed.
[Normal Print/FF ]
↵
[Normal Print/FF ]
The normal print mode is activated.
ON LINE
↵
Note:After activating the normal print mode a FORM FEED is released
automatically and one sheet is put out.
This is necessary because after a test in the Hexdump-Mode it is
possible that data can remain in the input buffer unintentionally
(cause: in the Hexdump-Mode no control characters are
evaluated and no FORM FEED is effected).
This function permits the resumption of a print job at a particular
page after a print interruption (e.g. paper jam). The data
contained in the input buffer before the interruption are cleared.
ON LINE
PROG ESC
ON LINE
Ù
FEED
ON LINE
Panel display
[ON LINE ]
↵
Notes
Turn the printer OFF LINE with this
key.
[OFF LINE ]
The PROG ESC key gives the user
access to the menu structure.
[Menu Level 1 ]
Menu level 1 is selected.
↵
[Status Sheet ]
Press the FEED s or CUT t key until
[Cancel Job ] is displayed.
[Cancel Job ]
↵
[Cancel Job ]
All data contained in the input buffer
will be cleared.
This function configures the transparent code. Using the transparent code
enables you to initiate the commands of the page description language
IDOL by printable characters. The transparent code pre-setting is 2625.
These are the ASCII character codes (hexadecimal) for the characters &%.
ON LINE
PROG ESC
Ù
FEED
ON LINE
Ù
FEED
Panel display
↵
[ON LINE ]
Notes
Turn the printer OFF LINE with this key.
[OFF LINE ]
The PROG ESC key gives the user access
to the menu structure.
[Menu Level 1 ]
Press the FEED s or CUT t key until
[Configuration ] is displayed.
[Configuration ]
↵
[Interface ]
Press the FEED s or CUT t key until
[Transparent Code ] is displayed.
[Transparent Code ]
ON LINE
↵
[Digit1 2625]
The hexadecimal number for &% is preset.
Pressing the FEED s key changes the
value of the current position (Digit 1 = last
FEED
Ù
position, in this example: 5). Pressing the
CUT t key moves you to the next position.
6.22. Paper Change and manual Material Transport (Paper Move)
Using this function you can start the material transport for a
material change. In addition this function can be used to
transport the print material stepwise (in or contrary to the print
direction, this can be helpful to clear a paper jam).
ON LINE
PROG ESC
Ù
FEED
ON LINE
ON LINE
Panel display
↵
[ON LINE ]
[OFF LINE ]
Notes
Turn the printer OFF LINE with this
key.
The PROG ESC key gives the user
access to the menu structure.
[Menu Level 1 ]
Press the FEED s or CUT t key until
[Engine ] is displayed.
[Engine ]
↵
[Paper Move ]
↵
[Backward ]
The currently set transport direction is
displayed. (As long as the ON LINE ↵ key
is pressed the material is transported in the
chosen direction ).
Ù
FEED
ON LINE
ON LINE
↵
↵
Return to the ON LINE mode from this menu level only via the PROG ESC key
(compare chapter 5.6)
This function is used to change the print speed (adaptation to the
actual used materials, e.g. to optimize the contrast of the printout).
The setting range for the print speed is 4 inch/s to 12 inch/s.
ON LINE
PROG ESC
Ù
FEED
ON LINE
Ù
FEED
Panel display
[ON LINE ]
↵
Notes
Turn the printer OFF LINE with this
key.
[OFF LINE ]
The PROG ESC key gives the user
access to the menu structure.
6.25. Setting the Zero Position of the Material Feed (Sync Sensor Offset)
Using this function an offset from the detected paper feed
zero-position (gap position) can be set in millimeter units.
By this the position of the printout and cut is adjusted relatively to the
gap / perforation of the material.
Setting range: -15 to +240 mm.
Gap position
detected by
the printer,
zero-position
feed direction
print material
ON LINE
PROG ESC
Ù
FEED
ON LINE
Ù
FEED
Panel display
[ON LINE ]
↵
Notes
Turn the printer OFF LINE with this
key.
[OFF LINE ]
The PROG ESC key gives the user
access to the menu structure.
[Menu Level 1 ]
Press the FEED s or CUT t key until
[Engine ] is displayed.
[Engine ]
↵
[Paper Move ]
Press the FEED s or CUT t key until
[Sync.Sens.Offset ] is displayed.
The instructions are continued on the following page.
With this function the gap detection mode is selected. The default setting is
‘Automatic’. The ‘Manual’ mode enables the processing of materials with
several varying contrast zones, which would otherwise falsely be measured as
gaps. With the help of the accompanying panel function Sync.Sens.Level and
Sync.S.Sensitiv. (see the following chapters) the contrast value measured by
the gap detection can be defined specifically for the label material.
ON LINE
PROG ESC
Ù
FEED
ON LINE
Ù
FEED
Panel display
[ON LINE ]
↵
Notes
Turn the printer OFF LINE with this
key.
[OFF LINE ]
The PROG ESC key gives the user
access to the menu structure.
With this function the contrast value measured by the Sync sensor can be
defined specifically for the label material (presupposition is the choice of the
Sync sensor mode ‘Manual’, compare previous chapter). The adjusting of
the Sync sensor level allows materials with high contrast proof points within
the label to be processed, which would otherwise falsely be measured by
the system. (Setting range of sensor level: 0 to 255).
After selecting the panel function Sync.Sens.Level the contrast of the inserted
material (in the range of the photoelectric sensor) is shown on the display of
the operating panel.
For all various contrast zones of the used material contrast results shall be
measured now (place the material within the photoelectric sensor and read
the contrast values).
Example:Self-adhesive material with black bars lengthways across the label
Zone of the inserted material: Measured contrast value:
Masking paper 30
Masking paper + label 60
Masking paper + label + black bar190
ON LINE
Ù
FEED
ON LINE
ON LINE
The value 60 has to be used as Sync sensor level here.
A Sync sensor level of 60 means that all readings over 60 are ignored,
therefore also the reading 190 at the black bar.
Panel display
Notes
[Sync.Sens.Level ]
↵
[Level: 190 / 255 ]
The measured contrast value is
displayed, behind the slash the
currently set level is displayed.
Press the FEED s or CUT t key until
the desired sensor level is displayed.
[Level: 190 / 60 ]
Confirm the new level value by
↵
pressing the ON LINE ↵ key.
[Level: 190 / 60 ]
Turn the printer ON LINE again:
Press the ON LINE ↵ key longer than
This function serves to adjust the sensitivity of the Sync sensor
(photoelectric switch) to the gaps (perforations) of the actual used material.
Setting range for the sensitivity of the Sync sensor: 10 to 100 %.
The maximum sensitivity of 100 % has to be used for narrow gaps
(perforations). The minimum sensitivity of 10 % has to be used for clearly
detectable gaps.
The procedure of settings for this panel function [Sync.S.Sensitiv. ] is
similar to the panel function Contrast (Density) Setting (compare chapter
6.24).
Please pay attention to the following:
A too high level of sensitivity can lead to gaps being detected that do not
even exist (on proofs, material thickness fluctuations, perforations etc.).
The optional reflex photoelectric switch for labels with reflecting length
markings, or the normal factory-fitted photoelectric switch for labels with
transparent or register gaps (self-adhesive labels), must be defined
according to the application.
The procedure of settings for this panel function [Light Sens.Type ] is similar
to the panel function Setting the Sync Sensor Mode (compare chapter
6.26).
Full-Size Photoelectric Switch
Adjustment range is the full material width.
Within the panel function Sync.Sens.Type please choose the sub-point
Full Size.
Reflex Photoelectric Switch
It is suitable for materials with reflecting markings.
Within the panel function Sync.Sens.Type please choose the sub-point
Reflex.
Transparent Photoelectric Switch
It is suitable for labels with transparent or register gaps.
Within the panel function Sync.Sens.Type please choose the sub-point
With this function the procedure for the label output and cut is defined.
This is only relevant if the cutter has been installed/selected.
The different cut modes are described on the following pages.
The whole surface of the label is printable. The label is pushed forward to the
cutter for cutting. After the cut, the beginning of the next label is drawn back
under the print head. This reduces the output volume (in relation to a certain
time).
The whole surface of the label is printable. Cutting takes place during printing.
This can result in brief interruptions within the print zone of the following label.
The output volume is at its maximum level.
A material length greater 18 mm is required for the batch mode.
In this mode cutting takes place during printing. As a result the first 18 mm of the
label are not printable. These measurements correspond to the distance between
print head and cutter. The output volume is at its maximum level.
The cutting position is identical to the detected gap position, i.e. with
the perforation or the start of the label. With this function a fine setting of
the cutting position is carried out.
The setting range for the offset is ± 2.0 mm.
ON LINE
PROG ESC
Ù
FEED
ON LINE
Ù
FEED
ON LINE
Panel display
[ON LINE ]
↵
Notes
Turn the printer OFF LINE with this
key.
[OFF LINE ]
The PROG ESC key gives the user
access to the menu structure.
[Menu Level 1 ]
Press the FEED s or CUT t key until
[Engine ] is displayed.
[Engine ]
↵
[Paper Move ]
Press the FEED s or CUT t key until
[Cutting Pos. ] is displayed.
[Cutting Menu ]
↵
[Cutting Pos. ]
ON LINE
FEED
↵
Ù
[Position: + 0.0 mm ]
[Position: - 0.5 mm ]
ON LINE
ON LINE
↵
↵
[Position: - 0.5 mm ]
This panel function is valid for printers equipped with a cutter (option).
If your network is using DHCP , an address can be automatically
assigned (select the subitem DHCP from the network menu).
The parameters Subnet Mask and Gateway are configured in
the same way as described above. Please select the concerning
panel functions for this (compare chapter 5.6 Menu Structure).
Select the subitem Off from the network menu to switch off the
network access.
Dynamic Host Configuration Protocol: offers among other things
In order to run the printer on its highest quality level, it is necessary
to perform regularly simple cleaning operations, and to
occasionally replace certain components.
These operations can be performed by a MICROPLEX trained
operator. A not trained person is not allowed to perform these
operations.
7.1. Printer Cleaning
By a regular and conscientious performance of the following
operations, the printer is guaranteed to always work at an
optimum reliability.
For safety pull out the mains plug first. Make sure the elements that
are to be cleaned have cooled down.
Please be especially careful to avoid damaging mechanical or
electronic modules.
Do not use detergents, or any other devices or tools not mentioned
in this manual to avoid damages and unnecessary costs of repairs.
For the following cleaning operations the concerning parts or
modules have to be freely accessible. Because of this please
perform the following operational steps first if necessary:
After the cleaning operations please load the wanted consumables
(again), see chapter 4: Handling of Consumables.
7.1.1. Printer Cabinet Cleaning
Soilings like dust, grease or similar things can be removed with a
soft, lint-free cloth. If necessary the cloth can be moistured with water
or a neutral detergent. Inside the printer dust or paper dust can be
removed best with a soft (non-metallic) brush.
This maintenance operation should be done after each ribbon
exchange or not later than the print quality is reduced (unwanted
F
"lines" or "gaps" in the printout).
Please pay attention to the following:
- For the printhead cleaning there is no need to disassemble or
remove the printhead.
- The printhead can be damaged by electrostatic charges.
Therefore first of all touch a properly grounded part of the
printer (f.e. the base plate of the printer).
- If the printhead is axially adjusted please mark the actual
position before you start the cleaning work.
1. Unscrew the two thumb screws on the printhead mounting until
the entire printhead mounting can be removed from the contact
shaft.
thumb screws
Fig. 7.1.2.a Loosening the thumb screws
2. For the printhead cleaning larger particles are to remove best
with a soft (non-metallic) brush.
For further cleaning use cotton-wool tips saturated with isopropyl
alcohol (99.9 %).
3. After cleaning, return the printhead mounting to its old position
The device is provided with three sensors to enable controlling of
consumable movements.
The gap photoelectric switch and the reflex photoelectric switch are
located “below” the printhead mounting.
The material end photoelectric switch is located on the inner red
material feed on the print module.
For the cleaning of the gap/reflex photoelectric switches you have
to unscrew the two thumb screws first until the entire printhead
mounting can be removed from the contact shaft.
Please pay attention to the hints of chapter 7.1.2 !
Normally the sensor cleaning is possible with a soft lint-free cloth, if
necessary alcohol saturated cotton-wool tips (see chapter 7.1.2) can
be used.
7.1.4. Transport Roller Cleaning
The printer’s transport rollers (feed roller and print roller and the
transport rollers and plastic rollers, too) can be soiled by the print
media (e.g. with adhesive residues).
For the following cleaning operations the hints of chapter 7.1.2 are
valid, too !
Stickings can be removed best with a soft lint-free cloth saturated
with isopropyl alcohol (99.9 %).
Make sure the concerning transport rollers have been cleaned on
their whole extent so that there is no reason for irregular media
transport after that.
The lifetime of the printhead is up to 50,000 m
(if a contrast of 85% and "Setting 2" for the printhead pressure
adjustment are chosen. See chapter 4.5, too).
Only use consumables being specially developed for this device.
Using unsuitable consumables or excessive contact pressure can
result in premature wearing of the printhead.
F
Only a MICROPLEX - trained operator is allowed to exchange the
printhead.
The following operations have to be done to carry out the
printhead exchange:
- Printhead removal and installation
- Input of head resistance
- Adjusting the right printhead pressure (see chapter 7.3)
The printhead is adjusted to the printhead mounting during
manufacture. Therefore the printhead can only be replaced in
conjunction with the printhead mounting.
2. Switch off the printer and pull the power plug.
3. Remove the ribbon (see chapter 4.3.3).
4. Remove the printmedia (see chapter 4.2.2).
Please pay attention to the following:
- Wait at least 3 minutes after switching off the device
before disassembling the printhead.
- The printhead can be damaged by electrostatic charges.
Therefore first of all touch a properly grounded part of
the printer (f.e. the base plate of the printer).
- The printhead may not be touched on the print bar or
on the plug-in contacts.
- If the printhead is axially adjusted please mark the actual
position at first.
5. Unscrew the two thumb screws on the printhead mounting
until the entire printhead mounting can be removed from the
contact shaft.
By using this function the head resistance has to be adjusted
after a printhead exchange (Input of the new printhead’s
resistance value).
This setting has to be done first after turning the printer on.
F
F
It is not allowed to interrupt the settings by switching the printer
off.
If the new printhead meets the requirements an automatically
printhead identification happens.
By activating the “Head Resistance Value Setting” control panel
function the automatically measured value is displayed.
In this case, an input or alteration of the head resistance value
is not possible and not necessary, too.
Starting the printer in the Service Mode:
Panel display
+
Ù
ON LINE
↵
Turn the printer on
FEED
[Service Mode ]
Notes
Before starting the printer the
ON LINE ↵ key and the FEED s key
have to be pressed simultaneously.
Turn the printer on and keep the keys
ON LINE ↵ and FEED s pressed
until the message [Service Mode] is
displayed shortly.
Now the functions of the service
mode are available (compare
dashed areas in the Menu Structure
of chapter 5.6).
With the FEED s key the value of the
actual digit can be changed (Digit 1 =
last digit, in the following example: 3).
With the CUT t key you can switch
to the next digit.
In this example 1203 Ohm is selected
for the head resistance.
The new value for the head resistance
has to be saved permanently by
operating the ON LINE ↵ three times.
PROG ESC
ON LINE
↵
F
[Saved! ]
Operate the PROG ESC key until the
[SOLID T8 ]
After having finished the settings described above, the printerhas to be turned off and on.
A correction of the pressure value is necessary, if the diameter of
the new printmedia is bigger or smaller than the previous one.
In addition the pressure value can be modified in order to adapt
the characteristics of the consumables. An increase of the
pressure value, for example, can improve the transfer of the
image onto the printmedia.
pressure
printhead
thermal transfe
ribbon
F
printmedium
print roller
Fig. 7.3.a Principle view of the print process
The operation steps to perform are described in chapter 4.5
(Printhead Pressure Adjusting).
Please consider that increasing the pressure value will increase
the friction between printhead, ribbon, printmedia and the print
roller, too.
The abrasion of the concerning components (for example the
printhead surface) will be accelerated considerably due to the
increase of the pressure value.