Bungard RDC 30 User manual

rdc-30-manual-en Page 1 /
RDC 30 Multidip Dip Coater
translation of the original instructions
Table of Content
General..................................................2
Technical Data.......................................2
EG- Declaration of Conformity...............3
ntended Use..........................................4
Safety Regulations.................................4
Setup......................................................4
Composition...........................................5
Maintenance...........................................5
Operating...............................................5
Loading of machine..............................11
Cup Position..........................................11
Guarantee............................................12
Disclaimer of Warranty.........................12
Copyright..............................................12
Sample sheet for parameter documenta-
tion........................................................13
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]

rdc-30-manual-en Page 2 /
General
The RDC 30 Multidip is a machine designed for laboratory dip coating. They can be used to apply
liquid photoresist to e.g. miniature etching parts or other substrates, to apply liquid solder mask or
any other kind of protective or technical coating. Today a more and more popular application is
the so called: "sol-gel-application". This machine was developed to meet the demand of a greater
variety of speeds, iterations, dipping and dripping times and heavier workpieces. What is more:
With the RDC30 dipping sequences with different liquids can be performed in one machine and in
endless variations.
Features:
Rotary table with 6 cups for multi-coating!
Each dive individually programmable (diving, drawing speed, dipping and dropping time)
integrated magnetic stirrer with programmatic function and speed (1 - 999 1/min)
Diving and drawing speed between 1 - 9500 mm/min
Save this job and job iterations possible
Of course we try to realize your special demands. Please contact us!
Foil keyboard for easy data entry
Display 20 x 4
Stepper motor operated lift device
Stepper motor operated turning table
Setting of virtual offset position prevents unnecessary travel paths and saves time
Setting of virtual speed change position allows fast travel to overcome longer distances and slow
travels for precise coating
The dipping time as well as the drip-off-time (pause time up and down) is separately adjustable from
0 s up to 99h : 59min : 59s. This enables the machine not only to coat but to precisely develop. This
is of great importance with certain photo coatings of the miniature etching technology.
Up to 1000 iterations of a dip routine are possible.
Turning table with support for 6 vessels (cup glasses) D80mm, programmable positioning and stir-
ring device on board!
Technical Data
Stroke lengt : 575 mm
Maximum load: 3 kg (reduced max. speed with maximum load)
Weig t: 15 kg
Dimensions (WxDxH): 330x470x1020mm (960mm without Controller)
Speed 3 – 9500 mm/min/min
Dipping / Drip off Time: 0s - 99h:59min:59 s
Power supply: 100-240 V, 50-60 Hz, 100 W
Turning Table: Support for 6 vessels D80mm (other diameters possible)
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]

rdc-30-manual-en Page 3 /
EG- Declaration of Conformity
EG-Konformitätserklärung/Declaration of Conformity
Hersteller / Supplier: Bungard Elektronik GmbH & Co. KG
Rilkestraße 1
51570 Windeck Germany
Bevollmächtigte Person für die Zusammenstellung
der technischen Unterlagen:
Person in charge
Jürgen Bungard, Geschäftsführer /general director
Rilkestraße 1
51570 Windeck Germany
Product: Tauchbeschichter RDC21-k
Dip Coater RDC21-k
Hiermit erklären wir, dass die oben beschriebenen Maschinen allen einschlägigen Bestimmungen der Maschinen-
richtlinie 2006/42/EG entspricht.
Die oben genannte Maschine erfüllt die Anforderungen der nachfolgend genannten Richtlinien und Normen:
We hereby declare that the machines described above complies with all relevant provisions of the Machinery Direct -
ive 2006/42/EC.
The above machine meets the requirements of the following guidelines and standards:
Masc inenric tlinie 2006/42/EG / Mac inery Directive 2006/42/EC
EMV-Ric tlinie 2014/30/EG / EMC Directive 2014/10830EC
Niederspannungsric tlinie 2014/35/EG / Low Voltage Directive 2014/35/EC
DIN EN 60204-1 Sicherheit von Maschinen - Elektrische Ausrüstung von Maschinen - Teil 1: Allgemeine Anforder-
ungen / Safety of machinery - Electrical equipment of machines - Part 1: General requirements
DIN EN ISO 14121-1 Sicherheit von Maschinen - Risikobeurteilung - Teil 1: Leitsätze / Safety of machinery - Risk
assessment - Part 1: Principles
DIN EN ISO 12100-1 Sicherheit von Maschinen - Allgemeine Gestaltungsleitsätze, Risikobeurteilung und Risikomin-
derung / Safety of machinery - Basic concepts, risk assessment and risk reduction
DIN EN 55014-1 2012-05 Elektromagnetische Verträglichkeit, Anforderungen an Haushaltsgeräte, Elektrow-
erkzeuge und ähnliche Elektrogeräte, Teil 1: Störaussendung / Electromagnetic compatibility Requirements for
household appliances, electric tools and similar electrical appliances Part 1: Emission
DIN EN 55014-2-2009-06 Elektromagnetische Verträglichkeit - Anforderungen an Haushaltgeräte, Elektro-
werkzeuge und ähnliche Geräte - Teil 2: Störfestigkeit - / Electromagnetic compatibility - Requirements for house-
hold appliances, electric tools and similar apparatus - Part 2: mmunity
Niederspannungsric tlinie / Low Voltage Directive 2014/35/EG
Masc inenric tlinie / Mac inery Directive 2006/42/EG/37/EG
Windeck, 10.1.2020
Jürgen Bungard Geschäftsführer
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]

rdc-30-manual-en Page 4 /
Intended Use
The machines are designed for coating positive and negative photoresists and solder masks as
well as other paints or SolGel liquids.
All other applications require our written consent or are at full risk of the user. Bungard GmbH &
Co. KG assumes no liability whatsoever for any damage that may result from the use of the ma-
chine.
Safety Regulations
Please apply the general safety rules for working with electrical machines.
There are no tools needed to operate the machine. With any intervention on the machine the war -
ranty will void.
Do not run t e mac ine in corroding, umid, dusty, extremely ot or explosive atmosp ere.
If you do run t e mac ine in an atmosp ere as described above be aware t at t is appens
on your own risk and responsibility.
The operator has to provide appropriate safety precautions and equipment. We explicitly exclude
any warranty for damages resulting from running the machine in an atmospheres as described
above.
mportant: the motor holds the lift bar only when the power supply is switched on. Mount items
only to the holder with power on. Otherwise the lift bar will move downwards. The maximum load
is 2 kg at maximum speed.
Do not remove cabling w ile t e mac ine is turned on! Turn off t e mac ine and wait for
equipotential.
Please take great care w en adjusting stroke lengt and speeds. Consider t e eig t of t e
liquid container and additional stirring devices. If t e value of virtual offset, distance drive
and dip drive is ig er t an t e stroke lengt (normally 575mm), t en t is will result in step
loss during t e first drive down.
We do not warrant damages caused by wrong settings.
Do not run the machine unattended.
Be careful not to spill liquid over the turning table. This may effect mechanics and electronics.
Setup
Examine the machine for possible transport damages. f you en-
counter any problems inform us and the carrier immediately.
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]

rdc-30-manual-en Page 5 /
Carefully transport the machine to its operation site. Do not use
the motor or other extending parts as a handle.
Strip off the packing. Make sure not to damage the belt!
Mount the controller to the machine. Click into the guidance and
carefully move down to a secure position.
Connect the cables for the turning table and the stirring device.
The plugs are made in a way you cannot interchange the cables.
There is a separate cable with a European plug connected to the
bottom of the machine. This is designed to realize equipotential
for the machine body. Connect this cable to a free plug.
f you do not want to use cup glasses with diameter 80mm, you
can set a platform on top of the vessel support (compare picture
below).
Cups/Glasses/Vessels are not part of delivery!!
Composition
Maintenance
The Dip Coater RDC 30 Multidip is almost maintenance free. After each working day please clean
the guidance tracks with an oil soaked rag (resin and acid free, e.g. sewing machine oil).
Operating
Die RDC30 has a stroke length of 575mm. This is the distance the lever arm can drive between the
upper end switch and the lower end switch.
To avoid unnecessary drives, it is possible to set a virtual end switch for the dipping sequence. n
addition many customers want to have a fast speed to drive from virtual offset to the point, where
the object touches the dipping liquid and a slow speed for the actual dipping movement inside of the
liquid. For this reason there are 5 different positions to consider. From Top to Bottom:
1. Home position (mechanical end switch)
2. virtual end switch
3. point of speed change (starting the actual dipping movement)
4. bottom point dip (resting the object in the liquid)
5. mechanical bottom end switch.
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]

rdc-30-manual-en Page 6 /
From home position to virtual end switch, the machine drives at maximum speed. You can set sep-
arate speeds for distance drive down (between virtual end switch and point of speed change) and
dip drive down (between point of speed change and bottom point dip) and the same with dip drive
up (between bottom point dip and point of speed change) and distance drive up (between point of
speed change and virtual end switch ). With 6 different vessels you can enter up to 24 different
speeds.
Please consider that virtual end switch, distance and dip drive together may not exceed the stroke
length ! f you establish new settings, we recommend to make a test drive without vessels and dip -
ping object.
Menu structure RDC 30 Multidip
Screen # Description Display
1 After switching on, the welcome screen shows up with the soft-
ware version...
2 ... and then calls for reference drive.
3Please confirm with 1. The machine drives to HOME POS T ON
(upper limit switch).
4 Also the table will move into home position.
5 Here you can decide whether you want to install a virtual upper
end position or not. f you want to keep the old offset by press-
ing 1, screen 6 and 7 will be skipped.
6 n this screen you can insert your virtual upper end position, e.g.
100mm. Confirm with Enter. This avoids unnecessary drives.
You can enter max. 999mm, but be careful! Normal machines
have a stroke length of 575mm. Please consider that virtual end
switch, distance and dip drive together may not exceed the
stroke length ! f you establish new settings, we recommend to
make a test drive without vessels and dipping object.
7 Call for confirmation.
8 The lever arm moves to the virtual end switch.
Bungard
BEL
RDC31
Version 09022014
for homeposition
(endswitch up)
press 1
Drive to
home position up
Drive to
table home position
Change offset pos.
1= no 2= yes
Offset position
Virtual endswitch up
____
(in mm/max. 999)
For offsetposition
(virtual endswitch)
press 1
Drive offsetposition
(virtual endswitch)
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]

rdc-30-manual-en Page 7 /
Screen # Description Display
9Now you can still correct your virtual offset. f you press 2, the
software calls for another home drive. With 1 you continue with
screen 12
10 f you confirm this screen with 1, the machine moves to home
position.
11 While moving to home position, this screen is shown.
12 f you pressed 1 in screen 9 the main menu shows up:
With 0, you can call for another reference drive and start from
the beginning.
1 opens the menu for each table position. You can adjust differ-
ent settings for every vessel on the table.
Pressing 2 you have the chance to adjust the sequence of the
vessel.
Pressing 3 you can set iterations for the whole dipping se-
quence.
And 4 will start the dipping procedure.
13 Clicking on 0 in screen 12 you need to confirm the home drive.
14 Clicking 1 in screen 12, the table position menu opens. Here
you can select a table position and insert settings in the next
screens. With 7 you go back to main menu (12).
15 f you selected a table position in screen 14 the table menu for
this position will show up.
1 adjusts the dipping depth; 2 adjusts the downward speed, 3
the upward speed, 5 sets the waiting time in bottom position
(dipping time) and 6 the waiting time in upper position (drip off
time). With 7 you can set iterations for this table position and
with 8 you move directly back to the main menu (12).
f you click 4, you get an overview of all settings for this table
position. We recommend to check the settings of each table be-
fore you are going to use it in your sequence. There is not
enough memory to store different dipping sequences, so we re-
commend to write down the current settings if you want to
change to another dipping sequence.
Offsetposition
Ok press 1
Not ok press 2
For homeposition
(endswitch up)
Press 1
drive to
homeposition up
0.ref. 4.start
1.P.tablepos.
2.table seq.
3.iter seq.
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]
1.pos.1 5.pos.5
2.pos.2 6.pos.6
3.pos.3 7.back
4.pos.4
1.dip 5.T.down
2.V.down 6. T.up
3.V.up 7.it.tool
4.View 8.back
For homeposition
(endswitch up)
Press 1

rdc-30-manual-en Page 8 /
Screen # Description Display
16 Having clicked 1 in screen 15 you can adjust the dipping depth.
This menu has two screens. One for the distance drive from vir-
tual end switch to point of speed change and one for the dip
drive (point of speed change to bottom point dip) First you set
the distance drive. Please insert at least 50 mm. The maximum
drive is limited to 1000 mm, but keep in mind our remark at the
beginning of chapter Operating.
When you press C, the screen changes to edit mode. You can
enter your desired distance and confirm with Enter. You will
automatically go to:
17 Set distance dip. The menu has the same structure as the dis-
tance drive. Pressing C this screen changes into edit mode and
you can insert your desired distance. With Enter you return to
screen 14.
18 Having clicked 2 in screen 15 you can adjust the descending
speed. This menu has also 2 screens. First you can adjust the
speed for the distance drive. Press C to change screen into edit
mode. nsert your desired speed. With Enter you go automatic-
ally to screen Speed down dip.
19 The Speeddown dip mene works the same as the Distance
menu before. Press C to get into edit mode. nsert your desired
speed between 3 mm/min and 2500 mm/min. You can correct
your input with CE. Confirm with Enter to go back to screen 14.
20 Having clicked 3 in screen 15 you can adjust the ascending
speed. This menu works the same as screen18 and 19. With
Enter you confirm the values and return to screen 14.
21 Having clicked 4 in screen 15 you get an overview on all set-
tings adjusted to the current table position. n the first screen
you can see the settings for the distance drive. f you press 8,
another screen with the settings for the dip drive shows up. With
8 you can switch between the two screens, with 9 you go back
to screen 14. Please check carefully, if all settings are correct,
before starting the dipping procedure. “it” in these screens
stands for iterations for this drive, whereas “Itg” means the
number of iterations for the whole job.
distance
distance: ___mm
Change=C or OK=Enter
Min. 50/max. 1000mm
1.pos.1 5.pos.5
2.pos.2 6.pos.6
3.pos.3 7.back
4.pos.4
Speeddown distance
6500 mm/min
____________
(min.3 / max 7000)
Speedup distance
____ mm/min
Change=C or OK=Enter
(min.3 / max 7000)
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]
Distance dip
distance: ___mm
Change=C or OK=Enter
Min. 50/max. 1000mm
distance
distance: ___mm
_____
Min. 50/max. 1000mm
Speeddown distance
6500 mm/min
Change=C or OK=Enter
(min.3 / max 7000)
Speeddown dip
200 mm/min
________
(min.3 / max. 2500)
Speedup dip
____ mm/min
Change=C or OK=Enter
(min.3 / max 2500)
Vdis.u=6000 dist=50
Vdis.d=5000 it=1
Timer up=00:00:09
tg=1 ->=8 esc=9
Vdip.u=300 dip=10
Vdip.d=200 it=1
Timer d=00:00:05
tg=1 ->=8 esc=9

rdc-30-manual-en Page 9 /
Screen # Description Display
22 f you click 5 in menu 15 the screen for adjusting the waiting
time at bottom position (dipping time) shows up. You can enter
max. 99 hours, 59 minutes and 59 seconds and at least
00:00:00. Press C to change to edit mode. nsert your desired
dipping time. You can correct your input by pressing CE and
confirm your input with Enter. After pressing Enter you can de-
cide whether you want to have your liquid stirred or not. After in-
serting 1 or 2 you will automatically return to screen 14.
23 f you click 6 in menu 15 the screen for adjusting the waiting
time at top position (drip off time at virtual end switch) shows up.
You can enter max. 99 hours, 59 minutes and 59 seconds and
at least 00:00:00. Press C to change to edit mode. nsert your
desired drip off time. You can correct your input by pressing CE
and confirm your input with Enter. After pressing Enter you can
decide whether you want to have your liquid stirred or not. After
inserting 1 or 2 you will automatically return to screen 14.
24 Clicking 7 in menu 15 you can enter iterations for the selected
table position. You can enter between 1 and 1000 iterations.
Press C to change to edit mode. nsert your desired iterations
and confirm with Enter.
Now we have completed all settings for one table position. Now
we need to do the same with the all other table positions you
want to use in this sequence. After having finished we go back
to the main menu (screen 12).
25 f you press 2 in the main menu (screen 12) you can arrange the
sequence of the vessels you want to dip your object in. nsert the
desired vessel position you want to start the sequence with and
confirm with Enter. You can assign up to 9 sequences (s1 – s9).
For each sequence you need to assign a vessel. f you want to
make e.g. only 3 sequences, you insert a 0 for sequence 4 (s4) and
confirm with Enter. After that the menu returns to screen 12.
26 Selecting 3 in main menu (12) you can enter iterations for the
whole dipping sequence.
You need to enter at least one and at most 1000 iterations.
27 Now we have entered all settings and can continue with the actual
dipping process. We recommend to run the machine first without
the liquid in the vessels to check speed and end positions. When
you click 4 in the main menu, the machine will start the dipping se-
quence. First it will drive to the correct table position and then start
the drip-off-time.
Stir
1.on
2.off
Stir
1.on
2.off
sequenz of tools
s1=tp__
1-6 // 0=not used
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]
t. up: 00:00:05
00:00:00
Successively enter
(E=ok /max9/CE=k)
teration: ___
OK=Enter
(min.:1 / max.: 1000)
teration=1
_
OK=Enter
(min. 1 / max. 1000)
wait
stir on
Timer 00:00:00
T.down: 00:00:05
change=C or OK=Enter
t. down: 00:00:05
00:00:00
Successively enter
(E=ok /max9/CE=k)
time up: 00:00:09
change=C or OK=Enter
teration: ___
change=C or OK=Enter
(min.:1 / max.: 1000)
teration=_
change=C or OK=Enter
(min. 1 / max. 1000)

rdc-30-manual-en Page 10 /
Screen # Description Display
28 Then it will begin the descend. The display for distance drive
and dip drive is the same, but you will notice that a different
speed will be displayed. f you have set e.g 3 iterations for this
vessel, the display starts with iteration 3. The same is valid for
iterations of the whole sequence ( teration g)
29 f you adjusted a dipping time, the screen on the right shows up
and counts down the time. f you haven't adjusted a time, the
screen will just flash...
30 ... and the machine continues with the drive up to the end or to
the virtual end position. Again the display for distance drive and
dip drive is the same, but you will notice that a different speed is
displayed. f you have set e.g 3 iterations for this vessel, the dis-
play starts with iteration 3. The same is valid for iterations of the
whole sequence ( teration g). After having completed the vessel
for this sequence.....
31 ..... the machine drives to the next table position...
32 f you adjusted a drip off time the screen on the right shows up
and counts down the time. f you haven't adjusted a time, the
screen will just flash...
33 ....... and continues with the next descend. The screens 28 till
32 will continue till the whole job is finished.
34 At the end of the job the lever arm will rest at the virtual end po-
sition and the table will turn to home position.
35 You are asked to confirm with 1 and then screen 12 (main
menu) shows up again.
Selected parameters are stored and can be used next time the machine is switched on.
Limit switches prevent drives that exceed the maximum possible way.
Please take great care w en adjusting stroke lengt and speeds. Consider t e eig t of t e
liquid container and additional stirring devices.
We do not warrant damages caused by wrong settings.
Drive down
teration 1
Speed down: 5200
teration g.: 2
wait
stir on
Timer 00:00:00
Drive to
table position
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]
Drive down
teration 1
Speed down: 950
teration g.: 2
Drive up
teration 1
Speed up: 950
teration g.: 2
Drive up
teration 1
Speed up: 4000
teration g.: 2
Drive down
teration 1
Speed down: 5200
teration g.: 2
wait
stir on
Timer 00:00:00
teration g: 2
Drive to
Table home position
Job completed
Ok press 1

rdc-30-manual-en Page 11 /
oading of machine
The machine is equipped with a universal carrier. n addition there are two M5 threads in the slay,
so you can insert a holder device fitting your special application.
Cup Position
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]
Order of dipping positions

rdc-30-manual-en Page 12 /
Guarantee
All machines are submitted before distribution to examination on function and continuous operation
firmness. On the machine we grant a work warranty of 12 months to our customers starting from
purchase date on accuracy in material and processing. We warrant at our choice by exchange of in-
correct parts or by repair of the machine in our house. Old parts change into our possession.
Disclaimer of Warranty
All parts subjected to wear are excluded from this warranty. Non-observance of this manual shall
void all warranty claims.
We cannot accept subsequent claims from damage or destruction of workpieces worked on in the
machine, because we have no knowledge or control over the operating conditions at your site. This
is valid in a general manner also for requirements from damage to articles, buildings and persons as
well as the environment.
We do not warrant that the function of the machine will meet the customer's requirements or that the
operation of the machine will to this regard be error free.
n no event will we be liable to the customer for any incidental, consequential, or indirect damages
of any kind, including loss of profit and prosecution for environmental pollution, even if we could
have been aware of the possibility of such damages.
All information was arranged with great care. We reserve ourselves however mistake and technical
changes without previous announcement.
Running the machine in corroding, humid, dusty, extremely hot or explosive atmosphere happens
at the operator's own risk and responsibility.
We explicitly exclude any warranty for damages resulting from running the machine in in corrod -
ing, humid, dusty, extremely hot or explosive atmosphere.
Copyright
2020 Bungard Elektronik
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]

rdc-30-manual-en Page 13 /
Sample sheet for parameter documentation
Cup 1 Cup 2
Distance: Distance:
Distance dip: Distance dip:
Speeddown distance: Speeddown distance:
Speeddown Speeddown
Speedup distance: Speedup distance:
Speedup dip: Speedup dip:
Speedup distance: Speedup distance:
T.down: T.down:
Stirr down: Stirr down:
T.up: T.up:
Stirr up: Stirr up:
terations: terations:
Cup 3 Cup 4
Distance: Distance:
Distance dip: Distance dip:
Speeddown distance: Speeddown distance:
Speeddown Speeddown
Speedup distance: Speedup distance:
Speedup dip: Speedup dip:
Speedup distance: Speedup distance:
T.down: T.down:
Stirr down: Stirr down:
T.up: T.up:
Stirr up: Stirr up:
terations: terations:
Cup 5 Cup 6
Distance: Distance:
Distance dip: Distance dip:
Speeddown distance: Speeddown distance:
Speeddown Speeddown
Speedup distance: Speedup distance:
Speedup dip: Speedup dip:
Speedup distance: Speedup distance:
T.down: T.down:
Stirr down: Stirr down:
T.up: T.up:
Stirr up: Stirr up:
terations: terations:
Bungard Elektronik GmbH & Co. KG, Rilkestraße 1, 51570 Windeck – Germany
Tel.: [phone] - 0, Fax: [phone] - 29, E-mail: [e-mail]