Draminski DOD2 User manual

ISO 9001
Dramiński DOD2
Dog Ovulation Detector
www.draminski.com
Dramiński DOD2
Dog Ovulation Detector
MANUAL EN

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EN
TABLE OF CONTENTS
INTRODUCTION ............................................... 3
SECTION 1 | EQUIPMENT .................................................. 5
SECTION 2 | DESIGN OF THE DEVICE ........................................7
SECTION 3 | KEYBOARD FUNCTIONS ....................................... 11
SECTION 4 | STARTING THE DEVICE ........................................ 13
SECTION 5 | NOTES TO THE MEASUREMENTS ................................ 17
SECTION 6 | ANIMAL EXAMINATION ....................................... 21
SECTION 7 | PROBE INSERTION METHOD ...................................25
SECTION 8 | DISINFECTION ...............................................29
SECTION 9 | RESULT INTERPRETATION ...................................... 31
SECTION 10 | MAIN MENU .................................................37
SECTION 11 | BATTERY REPLACEMENT .......................................47
SECTION 12 | FINAL REMARKS ..............................................49
SECTION 13 | TECHNICAL DATA ............................................. 51

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EN
INTRODUCTION

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One of the basic elements in the organization of animal breeding
is the detection of the moment of ovulation. It is of key impor-
tance for the eectiveness of female mating (eective mating at
the right moment depends to a large extent on this). Searching
for a reliable and simple method of ovulation detection, scien-
tists and animal breeders have identied a direct correlation be-
tween changes in the electrical resistance of the vaginal mucus
and the occurrence of ovulation.
In the course of research on the properties of vaginal mucus, sci-
entists found that the closer to ovulation, the greater the change
in electrical resistance. Current knowledge of animal physiology,
especially regarding changes in the genital organs during the
oestrous cycle, enabled the science to understand the correla-
tion between changes in the ovaries and changes in the electri-
cal resistance of the mucous membrane in the animal’s vagina.
All the above-mentioned phenomena and the dependence of
electrical resistance on ovulation were used in the construction
of DRAMIŃSKI DOD2 (Dog Ovulation Detector).
The manufacturer – DRAMIŃSKI S.A. serves the users with its
knowledge and at the same time reserves the right to introduce
changes and improvements in design and software. DRAMIŃSKI
S.A. also reserves the right to amend the contents of the manual.
Read this manual carefully before starting the device. This will
guarantee safe, long and reliable operation of the instrument.
The amount of electric current owing through the measuring
electrodes and the electric eld produced by this mini-current is
completely harmless to animals and humans.
The declaration of conformity of the device is available at the
seat of DRAMIŃSKI S.A., ul. Owocowa 17, 10-860 Olsztyn, Poland.
For more information and always up-to-date data please visit
www.draminski.com
www.dog.draminski.com
Please note that electronic equipment, batteries
and accumulators must not be disposed of in
standard household waste containers. It is the us-
er’s responsibility to dispose of this type of waste
to appropriate disposal companies in accordance
with the applicable laws and regulations. By ensuring proper dis-
posal, you help to protect the environment.
INTRODUCTION

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EN
EQUIPMENT
SECTION 1

6SECTION 1 | EQUIPMENT
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EQUIPMENT:
1. Transport case with foam insert.
2. Dramiński DOD2 electronic ovulation term
detector in bitches.
3. 1.5 V AA LR6 type batteries.
4. USB cable - mini USB for communication
with a computer.
5. Lanyard with metal snap hook.
6. Instruction manual.

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EN
DESIGN OF THE DEVICE
SECTION 2

8 SECTION 2 | DESIGN OF THE DEVICE
SECTION 2 | DESIGN OF THE DEVICE
1. Probe ended with 2 measuring electrodes.
2. Graphic LCD display with LED backlighting.
3. Membrane keyboard.
4. Housing made of high-quality ABS.
5. Mini USB socket with rubber cover.
6. Compartment for four 1.5 V AA LR6 type batteries.
7. Battery compartment cover.
EXTERNAL DESIGN
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EN
SECTION 2 | DESIGN OF THE DEVICE
APPROXIMATE DIMENSIONS
7,5 cm
8,0 cm
33,0 cm
12,5 cm