Dors 1300 User manual

www.dors.com
UNIVERSAL COUNTERFEIT DETECTOR
User Manual
Revision 0En
USER MANUAL

3
Contents
PURPOSE ..........................................................................................................4
IMPORTANT INFORMATION .............................................................................6
DELIVERY
SET ...................................................................................................7
APPEARANCE ...................................................................................................8
PREPARING FOR OPERA
TION ......................................................................10
OPERA TION ..................................................................................................... 11
Verifying UV marks ....................................................................................19
Verifying IR marks ................................................................................19
Verifying IR blink marks ...........................................................................20
Reflected light control ................................................................................20
Verifying marks, printed by optical variable inks (OVI) ..............................20
Control with white transmitted light and IR transmitted light .................... 21
Size control ...............................................................................................21
OPERATION WITH EXTERNAL VIDEO MAGNIFIER
DORS 1020 ..............................................................................................22
OPERATION WITH DETECTOR
OF MAGNETIC AND IR MARKS DORS 15 ..............................................23
CARE AND MAINTENANCE ............................................................................27
TROUBLESHOOTING .....................................................................................32
SPECIFICATIONS ............................................................................................33
TRANSPORTATION, STORAGE AND
DISPOSAL...........................................34
SUPPORT AND WARRANTY ..........................................................................34
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300

4
We would like to thank you for your choice of Universal Counterfeit
Detector DORS 1300.
READ THE MANUAL WITH ATTENTION
BEFORE YOU START TO WORK!
Universal counterfeit detector DORS 1300 (hereafter – ‘the device’)
shall be used for a visual detection of authenticity of banknotes, securities, ex-
cise stamps and other documents with the protective marks that may be verified
by the device.
THE DEVICE IS EQUIPPED WITH
■ an ultra-violet (hereafter – UV) source consisting of 3 fluorescent lamps
(6W each);
■ a top infrared (hereafter – IR) source emitting at the 850 nm and 940 nm
wavelength;
■ top white oblique source with an opportunity to examine a variable
color inks (OVI);
-
■ a viewing table with combined illumination – transmitted IR light and white
light;
* provided the detector is used in strict compliance with the given User Manual and the
applicable technical standards.
5
■ 7” color TFT LCD;
■ two video cameras transmitting image of the banknote (document) on
the viewing table to the LCD screen in scale 1:1 or with 10-fold magnifi-
cation;
■ the connectors for video magnifier DoRs 1020, and a detector of magne-
tic and IR marks DORS 15;
■ an additional video input and a video output.
THE DEVICE MAY
1. Verify absence of a general visible luminescence in ultraviolet light on
a banknote (document).
2. Verify a presence of IR marks in a reflected and transmitted light as well
as verify IR blink marks in two-wave lengths mode (940/850 nm).
3. Verify a luminescence of the specific areas of a banknote (document) in
UV light (marks, security threads and fibers).
4. Verify watermarks and security threads on banknote (document).
5. Examine the surface of banknotes or documents with protection
elements in a white oblique reflected light. This way you can verify the
relief of printed elements, a tilting effect and the marks made with
variable color inks.
6. Verify an authenticity of micro perforations.
7. Verify the security elements on a banknote that are printed with a variable
color ink (OVI).
PURPOSE
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
8. Perform an advanced verification under a 10-fold magnification
in two b ands (white/IR) when using a built-in 10x camera or and in
three band s(white/IR/UV) when using th e vide o magnifier. DORS 1020
This way you can verify a coincidence of thin multicolored lines of the
currency design, a readability of a microtext and the currency design at
specific points.
9. Verify a presence of magnetic marks when using the DORS 15
detector of magnetic and IR marks.
The UV marks may be examined on the surface of the document when it is
put on the viewing table of the device. The IR marks and IR blink marks can
be examined on the 7” LCD o f the device. When the IR – marks are being
inspected on the display, a 10-fold zoom mode makes it possible to check the
structure of the mark lines without the video magnifier.
The device has an additional video input that makes it possible to display
animage from an external video signal source, for example, from a CCTV
camera. The video output may be used for transmitting the image to an
external display or a co mputer.

The device is controlled with an on-screen menu system. There are special
buttons for the most frequently used functions. The device may be used by a
cashier who had training in a visual detection of authenticity of banknotes
after he has studied the given manual.
WARNING! TO AV OID A N ELECTRIC SHOCK, APPLY ONLY TO A
QUALIFIED SPECIALIST TO REPLACE THE LAMPS.
DELIVERY
SET
Universal counterfeit detector DORS1300 ................................................. 1 pcs.
User manual
............................................................................................... 1 pcs.
Brochure of security features of USD and EUR
......................................... 1 pcs.
Packaging................................................................................................... 1 set.
6 7
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
IMPORTANT INFORMATION
IT IS PROHIBITED TO LOOK AT THE UV-LAMPS DURING THE DEVICE
OPERATION.
IT IS PROHIBITED TO TOUCH THE DEVICE AND THE POWER CORD
PLUG WITH WET HANDS. IT MAY RESULT IN AN ELECTRIC SHOCK.
WARNING! TO AVOID ANY DAMAGE OF THE CABLE OR ITS BREAK,
UNPLUG THE POWER C ORD FR OM THE P OWER OUTLET BY G ET-
TING HOLD OF ONLY THE PLUG.
WARNING! TO AV OID A NY P OWER C ORD DAMAG E A ND A SHORT
CIRCUIT, MOVE THE DEVICE ONLY AFTER THE POWER CORD PLUG
HAS BEEN DISCONNECTED FROM THE POWER SUPPLY.
ATTENTION! THE DEVICE IS TO BE INSTALLED ON A H ORIZONTAL
PLANE OF A W ORKING TABLE. IT IS PROHIBITED TO INSTALL THE
DEVICE WITH ITS UV-LAMPS BEING VISIBLE FOR THE OPERATOR.
ATTENTION! IF THE DEVICE HAS BEEN UNDER COLD CONDITIONS
FOR A L ONG TIME, I T SHALL B E K EPT U NDER R OOM TEMPERA-
TURE FOR NOT LESS THAN TWO HOURS BEFORE ITS SWITCHING
ON.
ATTENTION! TO PROVIDE A SUCCESSFUL OPERATION OF THE DE-
VICE FOR A LONG TIME WITHOUT A SERVICE ENGINEER INTERFER-
ENCE, OBSERVE THE FOLLOWING RULES, PLEASE:
1. THE D EVICE SHALL B E I NSTALLED ON A N EVEN H ORIZONTAL
SURFACE.
2. WHEN I NSTALLING THE D EVICE, AV OID I TS EXPOSURE TO DI-
RECT SUNLIGHT AND DIRECTED ARTIFICIAL ILLUMINATION.
IT IS PROHIBITED TO DISPOSE THE USED LAMPS IN THE DOMESTIC
GARBAGE CONTAINERS. AFTER A LAMP HA S BEEN REPLACED, IT
SHALL BE HANDED IN TO THE SERVICE OF FLUORESCENT LAMPS
DISPOSAL.
APPEARANCE
 V iewing table
 Display
 Slot for a large-sized document
 UV-lamp (one in three is shown)
 Power switch

TV key (selection of the source for
an image on the display)
 DL key (selection of white
illumination)
 IR key (selection of IR-illumination
type)
 UV key (selection of UV-
illumination)
 Menu control keys
Fig. 1. Front view

8 9
 Display
 Slot for a large-sized document
 Power cord
, C onnectors V1, V2 for DORS
1010 (DORS 1020)
 Connector IN to connect to an
external video signal source
 Connector OUT to connect to the
computer or an external display
, C onnectors M1, M2 to connect
DORS 10 (DORS 15)
Fig. 2. Rear view
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
APPEARANCE PREPARING FOR OPERA
TION
 ATTENTION! BEFORE THE DEVICE OPERATION STARTS, MAKE
SURE ABOUT INTEGRITY OF ITS BODY AND THE THREE FLUORES-
CENT LAMPS 
.
IT IS PROHIBITED TO CONNECT TO THE POWER SUPPLY THE
PRODUCT
WITH A DAMAGED BODY, WITH THE DAMAGED UV-
LAMPS OR WITHOUT THEM.
The device is supplied in a package with display body in lower position 
. This
position of the display is for transportation or moving the device to a different
working place. The display body may be turned around the horizontal and ver-
tical axes to provide the best view. After the device has been installed on its
working place, it is necessary to lift the display body to its working position and
orient it is so that the operator’s glance would be perpendicular to the screen
surface.
If it is supposed to use additional external devices (DORS 15,
DORS 1020) during the device operation, they shall be connected to the
corresponding rear panel jacks before the device is connected to the
mains. Video magnifier DORS 1020 is connected to the jacks V1 or V2
(,), and DORS 15 detector of magnetic and IR marks — to the jacks
M1 or M2 (,).
To start the device operation, the power cord shall be connected to power
socket 110-240 VAC 50/60 Hz. Then to switch on the device, press the power
switch 
. A built-in red indicator will turn on showing that the device is switched
on. After a 7-10 second energizing, the display driver is initialized, the working
settings are loaded and the detector undergoes self-testing. Until this process
is finished, the device controls are disabled. Appeara n c e of “Self-testing...
Please wait!” on the screen means the self-testing stage has started. The first
switching on establishes the mode of the IR marks inspection in a reflected
light.

10 11
OPERA
TION
Use the corresponding mode control keys to select the required operation
mode. These keys provide an access to the most frequently used functions of
the device. Let’s consider them in brief.
ATTENTION! DURING IGNITION OF THE UV AND WHITE LAMPS, ALL
THE KEYS GET DISABLED. AN ACTIVE STATE OF THE KEYS IS RE-
COVERED AFTER IGNITION OF THE LAMPS HAS BEEN COMPLET-
ED.
1. TV key  switches the source of the image appearing on the device
display. The image sources may be both device cameras (with zoom
1x and zoom 10x), and the external devices connected to connectors V1,
V2, IN.
1.1 short pressing of the TV key switches the modes of the image from the
device built-in cameras.
■ The first short pressing switches on a 10x zoom displaying. The
“Zoom 10x” message appears on the display for several seconds.
After the time has expired, the display restores the message about
the current illumination mode, for example, “IR”.
■ the second short pressing returns the image without zoom. The
“Zoom 1x” message appears on the display for several seconds.
After the time has expired, the display shows a restored message
about the current illumination mode, for example, “IR”.
■Any further short pressing results in the same switching as after
the first pressing, the second one etc.
1.2 A long pressing of the TV key results in displaying an image from an
external video source (from input V1), the image is accompanied by the
“Video input V1” message appearing on the display for several sec -
onds. After the time has expired, there is displayed a message about the
current illumination mode set in the signal source (a video magnifier), for
example, “Video 1 IR”, connected to the given video input.
1.2a Any further short pressing of the TV key results in connection of
the display to video inputs V2 and IN.
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
■The first short pressing switches on displaying from input V2
accompanied by the “Video input V2” message displayed for
several seconds. After the time has expired, there is displayed
a message about the current illumination mode set in the signal
source (a video magnifier), for example, “Video 2 UV”, connect-
ed to the given video input.
■the second short pressing switches on displaying from in-
put IN with the “Video input In” message displayed for sev-
eral seconds. After the time has expired, there is displayed the
“Video In” message.
■the third short pressing results in returning to displaying from
input V1 which is accompanied by the “Video input V1” mes-
sage displayed for several seconds. After the time has expired,
there is a message displayed about the current illumination
mode set in the signal source (a video magnifier), for example,
“Video 1 IR” connected to the given video input.
■Any further short pressing results in the same switching over
as after the first pressing, the second one etc.
1.2b to return to the image from the device built-in camera, it is
necessary to press the TV key once more for a long time.
2. DL key 
controls switching on of the top oblique white light as well
as a combined illumination of the viewing table by white light and
transmitted IR light. The source of the top white light may be switched
on in the mode of switching of the incidence angle. Illumination of the
viewing table and an oblique white light do not switch on simultaneously.
■The first pressing switches on illumination of the viewing table by white
light and transmitted IR light. There is displayed the
“TOP White” mes-
sage for several seconds. After the time has expired, there is a message
about the current illumination mode, i.e. “TOP White+IR”.
■ A result of next pressing is depended on current magnification mode:
а. No magnification (1х):
a mixed light consisted of top white light and IR light is switched on.
There is displayed the “TOP White” message for several seconds.
After the time has expired, there is a message about the current il-
lumination mode, i.e. “TOP White+IR”.

12 13
b. 10x magnification:
a top white light is switched on. A message “TOP WHITE” is appear-
ed on the screen.
■the third pressing is caused a switching on of oblique white light.
A message “oblique white” is appeared on the screen.
■the fourth pressing transfers the top white light source to the mode of
a variable color ink verifying. This mode is an alternate switching on of
either an oblique white light source or a top white light source. The bank -
note security mark printed in a variable color ink will alternately change
its color because of the difference in the light incidence angles on the
viewing table.
When you choose this OVI control mode, a type of illumination is also
depended on current magnification mode:
a. no magnification (1х):
a mixed light consisted of Top white light for variable ink control and
IR light is switched on. A message “Variable color” is appeared on
the screen for few seconds, then it will be replaced with a message
“Variable color + IR” which means a current type of illumination.
b. 10x magnification:
a top white light for variable ink control is switched on. A message
“Variable color” is appeared on the screen.
■The fifth pressing switches off the white illumination and sets the IR illu-
mination mode. There is displayed the “White off” message for several
seconds. After the time has expired, there is a message about the cur-
rent illumination mode, i.e. “IR”.
■Any further pressing results in switching over in the same way as at
the first pressing, the second one etc.
3. A function of IR key  is also depended on current magnification mode:
a. when there is no magnification (1х)
it is switched between IR mode and IR Blink mode and displayed a
message (“IR” or “IR Blink” correspondingly) for several seconds. After
the time has expired, there is displayed a message about the current
illumination mode, i.e. “IR” or “IR Blink”. A banknote wideband illumina-
tion by IR light within a 800 nm – 1000 nm band takes place in IR mode.
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
In IR blink mode, periodical switching of the emission wavelength from
850 nm to 940 nm and vice-versa takes place to verify the IR blink
marks. If they are existed on a banknote (document), the image of the
IR blink mark is started to blink on the screen.
b. when there is 10x magnification
it is switched on IR light only. A message “IR” is appeared on the screen.
4. UV key 
switching UV lamps on/off.
■The first pressing switches on a combined illumination UV+IR.
“UV 365 nm” message is displayed for several seconds. After the time
has expired, a message about the current illumination mode is isplayed,
i.e. “UV+IR”.
■Further pressing switches off the UV-illumination. The The IR
mode is on. The “UV off” message is displayed for several
seconds. After the time has expired, a message about the
current illumination mode is displayed, i.e. “IR”.
■Any further pressing results in switching in the same way as at the first
pressing, at the second one etc.
The on-screen menu provides an access to the device functions and settings.
To control the on-screen menu, use a group of 5 keys 
. Fig. 3 shows the loca-
tion and the marking of these keys.
 Key ↑ (Up)
 Key → (Right)
 Key ↓ (Down)
 Key ←
(Left)
 SET key (Set)
Fig. 3. The on-screen menu control keys
Table 1 is explained the functions of the menu operation keys. After the device
has been switched on, the menu is disabled. To enter the menu, press SET
key . Then use the keys 18, 19, 20, 21 to select the required menu item. To
enter the selected menu item, press SET.
↑

14 15
table 1. The functions of the on-screen menu control keys
Key pressing Functions
“SET”
In the disabled menu mode – enter the menu mode.
In the menu mode – selection of the end menu item.
In the mode of value change for the selected menu item
– exit from the menu item accompanied by saving of the
changed value.
and
In the menu mode – moving up/down through the menu
items.
In the mode of value change for the selected menu item –
change of the value (increase, decrease, moving through
the list).
In the menu mode:
- enter the menu item value change
- enter the lower submenu
In the mode of value change for the selected menu item
– no response
Lower submenu exit to the top submenu/ menu.
In the mode of value change for the selected menu item
– exit from the menu item without saving of the changed
value.
To set the required value for the menu item, use the keys ↑ and ↓. Press SET to
confirm the value you choose. Press ← to cancel the selected value or in case
of an error. Fig. 4 shows the menu structure.
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
Fig. 4. Structure of the DORS1300 menu

16 17
Selection of illumination mode.
Press the SET key  of the top keyboard. The main menu image appears
in the top left corner of the display. Use the keys ↑and/or ↓ to select the
“MODE” menu item. Press the SET key or → to go to the “MODE” submenu.
The “Mode” submenu highlights the menu item corresponding to the current
illumination mode. Use the keys ↓ and/or ↑ in the «Mode» submenu to select
the required illumination mode. If you work without magnification (1x), the
following illumination modes are available: “UV+IR”, “Bottom White + IR”,
“Top White + IR”, “Oblique white + IR”, “Variable color + IR”, “IR”, “IR Blink”.
If you work with 10x magnification, the available illumination modes are:
“UV+IR”, “Bottom White + IR”, “Top White”, “Oblique white”, “Variable color”,
and “IR”. To set the selected illumination mode, press the SET key. It results
in switching on of the required illumination mode accompanied by displaying
an information message about the set illumination mode.
Selection of video signal source.
Press the SET key on the top keyboard. The main menu image appears
in the display top left corner. Use the keys ↑ and/or ↓ to select the “VIDEO”
menu item. Press the SET key or → to go to the “VIDEO” submenu. Use the
keys ↓ and/or ↑ in the “Video” submenu to select the required video signal
source. Press the SET key to set the required video signal source. The im-
age from the selected source is brought to the display screen. The first line
of the display will show for several seconds an information message about
the selected video signal source (“Zoom 1x”, “Zoom 10x”, “Video input V1”,
“Video input V2” or “Video input IN”).
Brightness setting.
ATTENTION! BRIGHTNESS IS SET SEPARATELY FOR EACH
VIDEO SIGNAL SOURCE. THE SET BRIGHTNESS VALUES ARE
STORED IN A NONVOLATILE MEMORY A\ND USED DURING THE
NEXT OPERATION WITH THE GIVEN VIDEO SIGNAL SOURCE.
Press the SET key on the top keyboard. The main menu image appears in
the display top left corner. Use the keys ↑ and/or ↓ to select the menu item
“Settings”. Press the SET key or → to go to the “Settings” submenu. Use
the keys ↓ and/or ↑ of the “Settings” submenu to select the “Brightness”
item. Press the SET key or → to go to the “Brightness” submenu which ap-
pears on the LCD instead of the “Settings” submenu. The current value
of the image brightness will appear on the screen. Single pressings of the
keys ↑ increase the value
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
or ↓ (decrease the value) set the image brightness. The latter may also be
set in a fast way by pressing the key ↑ (↓) and holding it down. To
save the set brightness value, press the SET key. Press key ← to return to
the top submenu without saving the set value (return to the previous value).
CONTRAST SETTING.
ATTENTION! CONTRAST IS SET SEPARA TELY FOR EACH VIDEO
SIGNAL SOURCE. THE SET CONTRAST VALUES ARE STORED IN
A NONVOLATILE MEMORY AND USED DURING THE NEXT OPER-
ATION WITH THE GIVEN VIDEO SIGNAL SOURCE.
Press SET key on the top keyboard. The main menu image appears in
the display top left corner. Use the keys ↑ and/or ↓ to select the menu item
“Settings”. Press SET key or → to go to the “Settings” submenu. Use the
keys ↓ and/or ↑ of the “Settings” submenu to select the item “C ontrast”.
Press SET key or → to go to the “Contrast” submenu which appears on the
LCD instead of the “Settings” submenu. The current value of the image
contrast will appear on the screen. The required image contrast is set by
single pressings of the keys ↑ (increase the value) or ↓ (decrease the
value). The contrast may also be set in fast way by pressing the key ↑ (↓)
and holding it. To save the set contrast value, press the SET key. Press key
← to return to the top submenu without saving the set value (return to the
previous value).
SETTING OF AUTO OFF TIMER.
ATTENTION! SETTINGS OF AN AUTO OFF TIMER ARE STORED
IN A NONVOLATILE MEMORY AND USED FURTHER AS THE DE-
FAULT ONES. IF THE OPTION OF AUTO OFF TIMER IS SWITCHED
ON, A APPEARS IN THE LEFT BOTTOM CORNER OF THE
SCREEN WHICH INDICATES THE TIME AFTER WHICH THE DE-
TECTOR GOES TO THE STANDBY MODE.
Press the SET key on the top keyboard. The main menu image appears in
the display top left corner. Use the keys ↑ and/or ↓ to select the “Settings”
menu item. Press the SET key or → to go to the “Settings” submenu. Use
the keys ↓ and/or ↑ in the “Settings” submenu to select the “Auto off timer”
item. Press SET key or → to go to the “Auto off timer” submenu which ap-
pears on the LCD instead of the “Settings” submenu. The value of the
current settings of an auto off timer will appear on the screen. Use the
keys ↓ and/or ↑ to select the desired time interval of the auto off timer. To
save the new value

18 19
of the time interval for the auto off timer, press the SET key. Press key ← to
return to the top submenu without saving the set value (return to the previ-
ous value).
SETTING THE LANGUAGE FOR MENU AND INFORMATION MESSAGES.
ATTENTION! SETTINGS OF THE LANGUAGE OF THE MENU AND
INFORMATION MESSAGES ARE STORED IN A NONVOLATILE
MEMORY AND USED LATER ON AS THE DEFAULT ONES. BE
CAREFUL NOT TO SET FOR THE MENU (BY MISTAKE) THE LAN-
GUAGE YOU FAIL TO UNDERSTAND.
Press the SET key on the top keyboard. The main menu image appears in
the display top left corner. Use the keys ↑ and/or ↓ to select the “Settings”
menu item. Press the SET key or → to go to the “Settings” submenu. Use the
keys ↓ and/or ↑ in the “Settings” submenu to select the “Language” item.
Press the SET key or → to go to the “Language” submenu which appears on
VERIFYING UV MARKS
Place a banknote or a document on the viewing table. Press the UV key
() to switch on UV-illumination – the “UV 365 nm” message is displayed.
Examine spect the UV-marks on the banknote (document) surface. The
“Fan” method of verification is also permitted when several documents (e.g.
banknotes) are placed on the device viewing table stacked in a fan shape. If
a simultaneous verifciation of the IR marks is required, use the TV key to
select the zoom 1x image on the display (message “Zoom 1x” shall appear
on the display). Then the UV-marks may be viewed directly on the
document surface, and the IR marks is on the display screen in the same
scale.
VERIFYING IR MARKS
Place a banknote or a document on the viewing table. Use the TV key ()
to select the required zoom. To verify the chart of the IR marks, use zoom
1x. Zoom 10x is used if it is necessary to study in detail the structure of the
document part visible at IR light. In this case, use the on-screen
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
the LCD instead of the “Settings” submenu. There is highlighted the m en u
item with the language of an information message used at the given
moment. Use the keys↓ and/or ↑ to select the required language of
information messages. To save, press the SET key. Press key ← to return
to the top submenu without saving the set value (return to the previous
value).
menu to adjust the required brightness and the contrast of the image on the
display. Observe the IR marks on the screen.
VERIFYING IR BLINK MARKS
Place a banknote or a document on the device viewing table. The docu-
ment inside the device shall void direct sunlight or the light from
powerful incandescent lamps. Otherwise inspection of the mark will be
diffi cult or absolutely impossible. Choose built-in camera with no
magnification (1x) as a s ource of signal. Switch on the verifying IR blink
marks mode by pressing the IR key () – the “IR Blink” message shall
be displayed. If it is required, adjust the required brightness and contrast
of the image on the display. The IR blink marks should clearly blink with
an interval of about 2 times per second. A repeated pressing of the
IR key (message “IR” shall be displayed) switches off the mode.
REFLECTED LIGHT CONTROL
You can use a source of top white light or a source of oblique white light for
the reflected light control.
Place a banknote or a document on the viewing table of the detector.
Use DL key () for switching on a source of top white light (a message
“TOP WHITE” is appeared on the screen) or a source of oblique white
light (a message “oblique white” is appeared on the screen). Examine a
banknote (or a document).
These modes are ideal for control of such security features as color variable
inks and latent images. Besides that, you can evaluate a height of printed
elements, since high elements are produced remarkable shadows under
oblique light.
The detector is used LEDs of high brightness as sources of white light,
therefore WE STRONGLY SUGGEST YOU DO NOT LOOK AT SOURCES
OF WHITE LIGHT.
VERIFYING MARKS, PRINTED BY OPTICAL VARIABLE INKS (OVI)
Place a banknote or a document on the device viewing table. To obtain the
most obvious change in color, the banknote shall be either in the middle of
the viewing table or closer to its back edge. Press the DL key () to switch
on the mode of a variable color ink inspection (message “Variable color”
will be displayed). Monitor the color of the marks printed in a variable color

20 21
ink. The given mode is distinguished by a periodical switching over of the
angle of incidence of the top white light to the banknote. Due to this, the
banknote security mark printed in the variable color ink alternately changes
its color. The color of the marks shall change within the limits specified in de-
scription of the banknote security features. If a mark on the banknote does
not change its color in compliance with the description, the banknote may
be counterfeited, that‘s why the other authenticity marks need verification .
Visibility of the mark shall change on banknotes of some currencies, for ex-
ample, on euro banknotes. Next pressing of the DL key switches off the
white illumination source.
CONTROL WITH VERIFYING IN WHITE TRANSMITTED LIGHT AND
IR TRANSMITTED LIGHT
Place a banknote or a document on the viewing table. Press the DL key () to
switch on the bottom illumination source (the “Bottom White + IR” message
will be displayed). The source inside the viewing table is emitted
simultaneously white light and transmitted IR light;
meanwhile the top source of IR light is switched off. The mode is good for
verification of the watermarks and imprinted metalized stripes with drawing,
micro perforations etc. The screen shows the image obtained at its
transmission by IR-rays. It makes possible to examine watermarks and
markings on the metalized stripes with better contrast;
this mode is good for Euro banknotes control. The best way of micro
perforation control is 10x zoom mode. The authentic holes of micro
perforations are located with a constant pitch, have a round form and the same
size; there is not observed any darkening of paper or its thickening at their
edges.
SIZE CONTROL
To check the dimensions of the banknotes and the accuracy of the sepa-
rate marks located on them, use the control scale applied on a matt glass
of the viewing table.
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
OPERATION WITH EXTERNAL VIDEO MAGNIFIER DORS 1020
Connect video magnifier DORS 1020 (Fig. 5)
to jack V1 or V2 on the device rear panel.
 SELECT key
Fig. 5. Video magnifier DORS 1020
ATTENTION! BEFORE CONNECTION AND DISCONNECTION OF
THE MAGNIFIER CABLE, MAKE SURE THE DEVICE HAS BEEN
DISCONNECTED FROM THE POWER SOCKET OR SWITCHED
OFF WITH A POWER SWITCH!
Switch on the device. Press (in case of the SELECT key  on the top
of the magnifier.
The device automatically switches to the mode of image examination through
the magnifier. Further pressing of the given key makes possible selection
of the required illumination source. Magnifier DORS 1020 has three light
sources:
white, IR and UV. The message in the top part of the screen
indicates the examination mode.
Long pressing of the TV key () switches the device for viewing with
the built-in camera. Returning to operation with the video magnifier requires
one more long pressing of the TV key, or pressing of the SELECT key ()
on the top of the magnifier.
23

22 23
OPERATION WITH DETECTOR OF MAGNETIC AND IR MARKS DORS 15
Connect detector DORS 15 to any of jacks:
M1 or M2 on the device rear panel. The DORS 1300 must be connected to
the power supply and switched on with a power switch but it may remain in a -
standby mode.
Then perform the following:
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
Magnetic verification with use of the DORS 15:
1. When detector DORS 15 (see Fig. 6) is in use, the operation mode of
the device itself may be any.
2. The device and the banknote to be examined should be on a special
mat for verification (included in the delivery set of the DORS 15).
3. Press any key (, ) to switch on the DORS 15.
4. A short pressing of the SELECT key () selects the magnetic verifi-
cation mode (built-in LED is lighted in green color).
Put the DORS 15 on a banknote in such a way that the area to be
examined is under the sensor . Moving the sensor along the area
to be examined, determine the places where the sensor is trigge-
ring and nontriggering. A sound signal and a glowing indicator in-
form about the sensor triggering. The sound signal may be swit -
ched ON/OFF at any moment of operation. To switch it off, press
 SELECT key
 VOLUME key
 Sensor
The places where the sensor is
triggering are magnetic, and where
it's non-triggering are non-magnetic.
Thus, location of the magnetic and
nonmagnetic inks of the text and the drawings
is detected with a high accuracy.
24 25
26
the VOLUME key () and
Fig. 6.
Visualizer of magnetic
and IR marks
DORS 15
5. The obtained data shall be compared with the location of the magnetic
marks on an authentic banknote (this information is usually
available on the web site of the appropriate Central (National) Bank).
ATTENTION! THE MAGNETIC SENSOR OF THE DORS 15 IS
DISTINGUISHED WITH HIGH SENSITIVITY; THAT IS WHY ANY
SWITCHED ON MOBILE PHONE WITHIN THE RANGE OF 2.5 m
FROM THE DEVICE MAY CAUSE THE DEVICE'S ERRORS.
Note:
If the marks are not clearly detected during verification, it is necessary
to adjust the sensitivity. It is caused by a wide variation of the
magnetic characteristics among banknotes of different currencies. Be-
side this, banknotes of the same type may also differ significantly be-
cause of the printing technological peculiarities and due to their wear and
tear and blotting during circulation.
If it's necessary to change the sensitivity, press shortly the VOLUME key
() to select the required sensitivity level. The red illumination of the
VOLUME key corresponds to the highest sensitivity, yellow to the middle
sensitivity and green to the lowest one. Being switched on the detector
goes to the mode in which it was before the last switching off.
If the DORS 15 actuates in the areas that shall be devoid of magnetic
marks, repeat the examination with the lowest sensitivity mode. If even
now the device actuation is still preserved for the banknote non-magnetic
areas or ceased on the magnetic ones, the banknote may be counterfeit-
ed and requires examination according to the other marks. If the problem
does not exist any more, the banknote is authentic but it may have some
printing defects.
It is recommended to set the highest sensitivity level to verify the worn
banknotes with vague magnetic properties: The Euro, US dollars etc.
It is worth mentioning that the magnetic sensor has a reliable
reaction to the protection marks based on the use of conductive materials
(including semiconductors), and special magnetic ones the conventional
magnetic detectors do not react to. To avoid false triggering, take into
account the given feature of the magnetic sensor as well as its high sen-
sitivity: do not touch either the sensitive element or the metal parts, avoid
any mechanical impact on the sensor.

24 25
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
To switch off detector DORS 15, press and hold the SELECT key ()
during 3 s. If the DORS 15 is not used during an hour, it switches
off automatically.
AUTO OFF MODE
The auto off mode is controlled by the on-screen menu (see Fig. 4).
If the auto off mode is selected, the device automatically goes to the standby
mode after the choosen period of time (3, 10, 30 or 60 minutes) since the last
pressing of any key. Appearance of a message in left bottom corner of the
screen means the auto off mode is turned on; the message shows the period
of time after which the detector will go to the standby mode.
When in the standby mode, the power switch indicator continues to light but
all the light sources, and the display backlight and most of other power con-
sumers of the device get switched off. This ensures lowered power consump-
To leave the standby mode, press any operation key. The device goes to
the mode corresponding to the pressed key. If the key ↑ , ↓ , ←, → or the SET
key is pressed that control the mode only with the help of the menu, the
device goes to the IR-illumination mode.
SWITCHING DEVICE OFF
Press the off power switch key 
; here the switch illumination shall go out.
It is the user who decides whether to disconnect the power cord from the
power supply or not. It is worth disconnecting only in case of a long-term
(more than several days) device standing by.
If it is necessary to install the device on a new place after it was switched off,
one shall place the display body  in a transportation position. To do it, turn
the display around a vertical axis so that the screen surface became parallel
to the device rear wall. Then lower (without any excessive strength) the dis-
play body  in a horizontal position with the screen down up to touching the
device body. Disconnect the power plug from the power socket. Having done
this, one may move the device to a new place.
tion.
CARE AND MAINTENANCE
To clean the device surface from dirt, use water-based neutral detergents
(for example, the ones for dish washing) or the cleaning compositions on the
base of isopropyl alcohol. Remove carefully excess of the detergent or the
cleaning composition from the device.
WARNING! BEFORE CLEANING THE DEVICE SURFACE FROM DIRT,
MAKE SURE THE POWER PLUG HAS BEEN REMOVED FROM THE
POWER SOCKET!
WARNING! TO AVOID AN ELECTRIC SHOCK, AVOID INGRESS OF
THE DETERGENT OR THE CLEANING COMPOSITION INSIDE THE
DEVICE!
WARNING! WHEN CLEANING THE SURFACE, USE ONLY A SOFT TIS-
SUE TO APPLY THE DETERGENT OR THE CLEANING COMPOSITION!
IT IS PROHIBITED TO USE A BRUSH, ASPRAYER OR AN AEROSOL
SPRAY TO APPLY THE DETERGENT OR THE CLEANING COMPOSI-
TION!
Fluorescent lamps are used in the device as the sources of UV light and bot-
tom white light. The device has a built-in system of fluorescent lamps diagnostic
which informs the user about a lamp failure and the necessity to replace it.
After a lamp failure, the lamp shall be replaced. As an exception, the device
with a failed lamp may be in operation during not more than 8 working hours.
Attention! Fluorescent lamps are consumables, and the manufacturer's warranty
doesn't cover them.
To replace the fluorescent lamps, one shall use the lamps of the type installed in
the device. To replace UV-lamps, one shall use lamps DORS TL 6W/08 F6T5/
BLB. To replace white lamps for viewing table illumination, one shall use lamps
DORS TL 6W/08 F6T5/DL.
WARNING! REPLACING OF THE LAMPS MAY BE ACCOMPANIED BY
TOUCHING OF THE METAL CAPS OF THE FLUORESCENT LAMPS
HAVING A SINGLE INSULATION FROM THE CIRCUIT OF THE DEVICE
POWER SUPPLY. THEREFORE, IT IS PROHIBITED TO REPLACE THE
LAMPS IN THE DEVICE WITH ITS POWER PLUG INSERTED INTO THE
POWER SOCKET. ONLY QUALIFIED PERSONNEL SHALL REPLACE
THE LAMPS IN THE DEVICE;

26 27
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
The message of the system of fluorescent lamps diagnostic appearing on
the display screen contains the number of the failed lamp, for example:
“Change UV Lamp 2” or “Change White Lamp 1”. The lamps in such messages
are numbered from the device front panel. Number 1 belongs to the UV-lamp
or a white lamp that is the nearest to the device front panel. The most remote
UV-lamp has number 3, the white lamp that is the second from the device front
panel has number 2.
UV-LAMP REPLACING PROCEDURE
WARNING! BEFORE REPLACING A LAMP, MAKE SURE THE
POWER PLUG HAS BEEN DISCONNECTED FROM THE POWER
SOCKET!
ATTENTION! TO AVOID CONTAMINATION OF A GLASS BULB, USE
COTTON GLOVES DURING LAMP REPLACEMENT.
1. Place the display body in a transportation position.
2. Place the device on the working table covered by soft cloth.
3. Find a failed UV-lamp by its number.
4. Without any excessive strength, turn the failed lamp around its axis for a
quarter of a turn. Doing it, hold the lamp with two fingers of both hands.
5. Remove the failed lamp together with its protection covers  out of the
holders  (see Fig. 9).
6. Remove (shift off) the lamp protection covers .
7. Take a new lamp from the package and inspect it: the glass bulb shall be
devoid of scratches and chipping, the lamp cap shall not be damaged,
and the glass bulb surface shall be not contaminated.
 UV lamps (two of three)
 Protection cover catch
 UV-lamp holder
 UV-lamp protection cover
Fig. 7. Removing of the UV-lamp protection cover
 ATTENTION! DO NOT INSTALL IN THE DEVICE A LAMP HAVING
MECHANICAL DAMAGES AND BULB CONTAMINATION!
8. Insert the lamp into the holders up to the stop. Holding the lamp by
two fingers of both hands, turn it around its axis by a quarter of a turn.
Make sure the lamp has fixed in the holders.
9. Put on a protection cover on each lamp holder (no tool is re-
quired).
10. Install the device in a working position and make a trial turning on
UV light, make sure that the failure is recovered.
11. Pack the failed lamp and hand it over to a specialized disposal ser-
vice.
27 28 29


28 29
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
30
WHITE LAMP REPLACING PROCEDURE
WARNING! BEFORE REPLACING A LAMP, MAKE SURE THE
POWER PLUG HAS BEEN DISCONNECTED FROM THE POWER
SOCKET!
ATTENTION! TO AVOID CONTAMINATION OF A GLASS BULB, USE
COTTON GLOVES DURING LAMP REPLACEMENT.
1. Place the display body in a transportation position.
2. Place the device on the working table covered by soft cloth
(as shown on Fig. 8).
3. On the device bottom surface unscrew 6 screws 
fixing the hatch cov-
er for getting access to the lamps for the viewing table illumination
(see.Fig. 10). Remove the hatch cover.
 The hatch cover of the lamps for the viewing table illumination
 The fixing screws of the hatch cover of the lamps for the viewing table
illumination
Fig. 8. The hatch of the lamps for the viewing table illumination
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
30
31
4. Find the failed lamp to be replaced by its number.
5. Without any excessive strength, turn the failed lamp around its axis for a
quarter of a turn. Doing it, hold the lamp with two fingers of both hands.
6. Remove failed lamp from its holders.
7. Take a new lamp from the package and inspect it: the glass bulb shall be
devoid of scratches and chipping, the lamp cap shall not be damaged,
and the glass bulb surface shall be not contaminated.

ATTENTION! DO NOT INSTALL INTO THE DEVICE A LAMP HAV-
ING MECHANICAL DAMAGES AND BULB CONTAMINATION!
8. Insert the lamp into the holders up to the stop. Holding the lamp with two
fingers of both hands, turn it around its axis by a quarter of a turn. Make
sure the lamp is fixed in the holders.
9. Install the hatch cover 
on its place, and screw in the screws  up to
the stop.
10. Install the device in a working position and make a trial turning on of UV-
radiation; make sure the failure is recovered.
11. Pack the failed lamp and hand it over to a specialized disposal service.

31
UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
TROUBLESHOOTING
The device fails to switch on (the power switch key doesn’t light).
Check the device connection to the power supply.
Fuse F1 (2.0A, 250V) on the CPU power board has failed. Apply to the ser-
vice center.
There is a message “Change UV Lamp 1” (the message may contain ei-
ther a different number of the lamp or several lamps may be indicated).
A UV illumination fluorescent lamp corresponding to the indicated number
has failed. Apply to the electrician to replace the lamp in compliance with
the abovementioned instruction.
There is a message “Change white Lamp 1” (the message may contain
either a different number of the lamp or several lamps may be indicated).
The white fluorescent lamp for illumination of the viewing table correspond-
ing to the indicated number has failed. Apply to the electrician to replace
the lamp in compliance with the above-mentioned instruction.
There is no picture from an external video magnifier / there is no
changing over to the corresponding video input by pressing the select
key on the magnifier.
The magnifier connector might be not completely inserted in the V 1/V2 jack
of the device. Insert the connector into the jack till the stop.
.............................................................100 – 240 VAC, 50/60 Hz
Current consumption .........................................................................0.4 – 0.17 A
Weight ........................................................................................................2.3 kg
Overall dimensions (Width x Depth x Height):
The display is in a transportation position .......... 300 x 170 x 210 mm
The display is lifted by angle 90°........................300 x 170 x 324 mm
The display is lifted by angle 120°......................300 x 203 x 314 mm
Size of screen active zone............................................................154 x 86.6 mm
Size of viewing table window. ........................................................180 x 109 mm
Total power of UV-radiation source..............................................................18 W
Peak wavelength of UV-radiation .............................................................365 nm
Operating range of IR-radiation ...................................................800 – 1,000 nm
Two wavelengths at IR blink marks verifying ....................................850/940 nm
Video signal standard at connectors IN, OUT ............................ITU R BT.470-7,
peak-to-peak 1
V
Color coding standard ................................................................................... PAL
Linear magnification on display:
at the use of the built-in cameras ........................... 1x / 10x
at the use of the DORS 1020 ........................................22x
Operating temperature ..................................................................... +5 to +40°C
Design and specifications are subject to change without notice for product improvement. The
devices presented on the pictures may have some differences in appearance with serial production.
Supply voltage
SPECIFICATIONS

32 UNIVERSAL COUNTERFEIT DETECTOR DORS 1300
TRANSPORTATION, STORAGE AND
DISPOSAL
The device shall be transported in a standard package by sea (in contain -
ers), railway (in closed wagons), air (in a pressurized baggage or a cargo
compartment) and motor (in an enclosed body or in a container under a water-
resistant canopy along the public paved roads) transport. The transportation
conditions: temperature – 30 to + 50°C, relative humidity up to 95 % without
water condensation at +25°C, atmosphere pressure 84 to 107 kPa (630 to 800
mm Hg).
The device shall be stored in the package, in a heated warehouse at tempera-
ture +10 to +25°C, at a relative air humidity not exceeding 80%.
The device meets the requirements of the European Union RoHS directive
which results in decrease of the environmental pollution by hazardous sub-
stances.
 ATTENTION! BEFORE DISPOSAL, REMOVE ALL THE FIVE FLUORES-
CENT LAMPS FROM THE DEVICE FOLLOWING ITEMS 1 – 6 OF THE
SECTIONS “UV -LAMP R EPLACEMENT PR OCEDURE” A ND “WHITE
LAMP REPLACEMENT PROCEDURE”. THE REMOVED LAMPS SHALL
BE HANDED OVER TO A SPECIALIZED DISPOSAL SERVICE.
The device without its lamps may be disposed as a domestic waste.
SUPPORT AND WARRANTY
The manufacturer guarantees a 12-month operation of the device since the
moment of its sale (or since the moment of its release if the warranty card does
not contain the sale date). The manufacturer is obliged to repair the failed de-
vice if the user has observed all the requirements of the given service manual.
Failure of the fluorescent lamps is not a guarantee event. Neither is a guarantee
event the device damage resulting from an improper use of the device, its fall-
ing and applying an excessive physical strength.