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Instruction Manual
Omegon® Coin operated
Telescope Bonview 20x100
English Version 7.2017 Rev A #53306
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property of Nimax GmbH
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No.
Items
Specifications
1
Magnification
20X
2
Field of View
3,5°
3
Exit Pupil
Φ5mm
4
Eye Relief
21.5mm
5
Entrance Pupil
100mm
6
Twilight Factor
50
7
Relative Brightness
16
8
Resolution
≤2.4″
53306 Omegon® Coin operated telescope Bonview 20x100
Thank you very much for your purchase of and using the Omegon® Coin operated telescope Bonview
20x100 Series High Power Stationary Telescope manufactured by our company. Please take time to
read through this manual beforehand for the correct using of your telescope. And you may need to
keep this manual at hand in case of further reference.
INTRODUCTION
The Omegon® Coin operated telescope Bonview 20x100 Series High Power Stationary Telescopes
are coin operated models. The telescopes are designed specially for outdoor installation and long
distance viewing. As a result, they can be operated even in adverse weather conditions. Major adopted
standards during the process of design and manufacture include GB/T17117 Prism Binoculars,
GB1185 Surface Imperfections of Optical Elements, GJB1240 General Specification for Telescope,
GJB150 Laboratory Environmental Test Methods for Military Material, MIL-STD-810 Environmental
Engineering Considerations and Laboratory Tests, etc. An optical shutter system is built into the coin
operated model of the series. The coin operated system is connected to this shutter system, in which
the shutter will be released and hence the user can observe through the telescope for a limited period
when an acceptable coin is deposited into the coin chute. What’s more, the coin operated system is
characterized by its low power consumption, electronic intelligence and long life. The coin chute of
the system can be customized to detect and accept different coins and the shutter cannot be released if
an unacceptable coin is dropped into the chute. The unacceptable coin will then be ejected
automatically. The circuit of the system will automatically go into hibernation when it is idle for some
time and the user needs to drop a first coin (which will be ejected) to awaken the circuit when a beep
sound will be heard. Then the shutter system can be operated again by depositing coin(s) and shutter
duration will be accumulated in accordance with the number of accepted coins.
I. PRODUCT SPECIFICATONS
1. Major Index Specifications
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property of Nimax GmbH
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9
Visibility Fixation
－0.5±0.25
10
Eye Distance
63mm
11
Prism Type
Composite Prism
12
Prism Material
K9
13
Lens Number (binocular)
10 sets/ 14pieces
14
Lens Materail
K9、ZF2、ZF6、ZK10
15
Light Transmittance of One
Lens
wavelength（nm）
16
Main Structure Material
ADC12、ZL102、LY12-CZ、HT200
17
Azimuth Rotation
300°（non-coin operated model: 360°）
18
Range of Vertical Motion
-45°～+65°(can stay anywhere within the range)
19
Height from Eyepiece Center
to Mounting Surface
1465mm
20
Dimensions
1540 mm×603 mm×300 mm
21
Weight
42kg
No.
Items
Performance
1
Waterproof
Meet the Standard of Q/KYD01-2010
2
Temperature Adaptivity
-20℃～+70℃
3
Internal Moisture Preventing
Disposal
Filled with Nitrogen Gas
No.
Items
Specifications
1
Power Source
DC8.2V、1800mAH Lithium Battery
2
Coin Chute Protection Level
IP56 ( Battery Excluded)
curve of transmittance
Transmittance
(%)
2. Environmental Adaptivity Performance
3. Electrical Device Specifications (only for coin operated model)
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property of Nimax GmbH
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3
Shutter’s Service Life (number of
cycles)
＞105
4
Shutter Duration
10～3600s/coin，10s/change
5
Coin Diameter Requirement
18mm～29mm
6
Coin Thickness Requirement
1.2mm～3.0mm
7
Number of Different Samples Coins
Memorizable
≤45
8
Power Save Mode
Automatically Enter Hibernation in
1min’s idle
9
Operating Temperature
-20℃～+50℃
4. Optical Configuration:
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property of Nimax GmbH
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Figure 1
Please note that this is just a rough
sketch. The 4 pcs screw #8 are
inserted trough open #5 to connect
the two main parts of the telescope
II. ASSEMBLY
1. The configuration of the Omegon® Coin operated telescope Bonview 20x100 Series Telescopes are
shown in Figure 1.
1.Telescope 2.Pier 3.Base 4.Coin Chute 5.Power Source Lock 6.Base Lock
7. Ring (no longer necessary or included in newest model) 8.Allen Screw 9. Lock Nut 10.Set Screw
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property of Nimax GmbH
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2. Setting-up Steps
1) Take components no.1, 2, 7 and 8 out of the carton. Put no.7 into the concave top of no.2 and then
put no.1 on top of no.2. Unlock no.5 with the provided key (only for coin operated model) and rotate
no.1 until the screw holes in no.1 align with those in no.2. Twist no.8 into the screw holes and tighten
them with the provided M6 hex wrench until no.1 and no.2 are securely locked together.
2) When the telescope needs to be put on a particular place for a long time, it can be mounted into the
surface of that location. In this case, take no.10 out of the carton and set them through the holes in
no.3 and into the drilled holes beneath. Tighten the screws with the provided carriage wrench until the
base is securely fixed to the floor.
III. Operating instructions
Take the rechargeable lithium battery out of the carton. Unlock component no.5 and fit the power
source plug into the battery-pack. Then the self-check of the device begins and a beep can be heard
when the self-check has been finished. Subsequently the display panel on the electrical box turns off
and the device enters the stand-by state. Once the coin chute has been successfully set, the user can
adjust the optical tube up and down or side-to-side and enjoy the observation through the telescope
after dropping an acceptable coin into the chute.
2) Coin Chute Settings (as shown in Figure-2):
a. Coin Setting: power on and press “INS” button, coin chute sounds a beep “0” flashes on the
display coin chute sounds a second beep countdown from 30 to 0 sec on the display deposit a
sample coin coin chute beeps (coin setting successfully completed) device in stand-by state. To
eliminate the error that comes from the differences among different batches of the same kind of coin,
up to 45 sample coins from different batches can be deposited into the coin chute during the 30~0 sec
countdown period, which enables the coin chute to recognize coins from varied batches.
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property of Nimax GmbH
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b. Coin-Setting Delete: press “DEL” button, coin chute sounds a beep “0” flashes on the display
coin chute sounds a second beep coin chute sounds a long beep “E003” on the display
device in stand-by state.
c. Shutter Duration Setting: press “△” button (duration increases) duration time shown on the
display (10s for each increase, 3600s at most) number flashes on the display device in stand-by
state; press “▽” button (duration decreases) duration time shown on the display (10s for each
decrease, 10s at the minimum) number flashes on the display device in stand-by state.
d. Shutter System Testing: press “OPEN” button shutter opens press “CLS” button shutter
closes. This announces that the system is in a normal state, otherwise it is not.
e. Interpreting Other Displays: after being awakened, the number on the display indicates the
number of accepted coins; when the telescope is operating, remaining time of the shutter duration
countdown is shown on the display; when there is no remaining time, the number of accepted coins
will be shown again on the display; “E000” on the display indicates low battery.
3) Coins from the users will fall inside component no.2. Unlock no.6 with the provided key and the
coins inside can be taken out.
4) When “E000” appears on the display, remove the power source plug from the battery-connected
output socket. Take out the battery and put it in the provided charger. When the battery is fully
charged, the indicator light on the charger will turn from red to green.
IV. TELESCOPE STORAGE & MAINTENANCE
The Omegon® Coin operated telescope Bonview 20x100 Series High Power Stationary Telescopes
contain precision optical instruments and their service lives are directly affected by the maintenance.
Proper storage and regular maintenance will ensure the telescopes perform at their best.
1. The telescopes should be stored in a warehouse where it is ventilated, dry and clean. Do not wipe
any part of the telescope with your fingers, unclean cloth or any paper. Surface of metal components
should be kept clean. Peeled-off or uncoated part of the surface should be covered with a layer of
antirust oil to prevent rust. Grease should never be applied to the glass surface. Acid, alkali, salt,
storage battery and other chemical-contained goods should not be stored together with the telescopes
in the same warehouse. Stove or any other heating apparatuses should be kept at least 1.5 meters away
from the telescopes in the warehouse. The telescope should never be heated over any heating
apparatus.
2. The telescope should be handled gently and collision should be avoided. The telescope should be
securely packed into the carton in the course of transportation. The telescope should be firmly
mounted into the surface of a solid foundation.
3. If dust or other dirt has built up on the optics, remove it with optics cleansing fluid. Do not blow on
the optics for fear that moisture may build up on the optics. Do not wipe the telescope with unclean
cloth or stiff brush, otherwise the coating or mirrors may be damaged. Do not touch the optics with
fingers. If any finger mark is left on the mirrors, use a solution of 50% anhydrous alcohol mixed with
50% ether and absorbent cotton balls (or gauze) to remove it. Apply the solution to the absorbent
cotton balls (or gauze) and then apply the cotton balls (or gauze) to the optics. Low pressure strokes
should go from the center of the lens (or mirror) clockwise or counterclockwise to the rim (go in only
one direction; do not rub back and forth). Frequently change cotton balls (or gauze) until the lens (or
Any total or partial reproduction of the contents outside the limits of private use is explicitly prohibited. All texts, pictures and figures are
property of Nimax GmbH
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1
Telescope
1
2
Allen Screw
4
3
No longer necessary or
included
0
4
Set Screw with Nut and
Washer
4
5
Hex Wrench
2
6
Carriage Wrench
1
7
Charger*
1
8
Lithium Battery*
2
9
Key*
2
10
Lens Wipe
1
11
Desiccant
1
12
Instruction Manual
1
13
Certificate
1
mirror) is clean. The optics should be cleaned aperiodically. Do not apply organic solvents to the
optics lest antireflection coatings on the lenses will be damaged.
4. The optical tube may be difficult to set at a desired angle after a long service time. This is due to
the unfastening of the two screws in the centers of component no. 9. Tighten them with the provided
M6 hex wrench until the optical tube can be easily set to any possible position again.
5. If the telescope has a breakdown, please contact our professional staff for further testing or troubleshooting, or send it back to the factory for repair. Do not dismantle the telescope by yourself for fear
of causing unnecessary damage to the instrument.
V. ITEMS IN THE CARTON
note: items with asterisk (*) only provided in coin operated models
Declaration: Our company persists in following the strategy of sustainable development and pursuing
the goal of technological improvement. Therefore products are subject to change or upgrading without
notice or any obligation on the part of the manufacturer.
Any total or partial reproduction of the contents outside the limits of private use is explicitly prohibited. All texts, pictures and figures are
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property of Nimax GmbH
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