Pentashot FLP 15 Manuale utente
www.pentashot.eu
FLP 15 Laser Simulator
OPERATING INSTRUCTIONS
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PREFACE
Before using the laser simulator, study the manual carefully. The manual must be considered an
inseparable part of the product. For this reason, store it for future use.
The illustrations used in this manual may not correspond to the actual product. They are used
solely to describe the main principles of the equipment and its settings. The texts, drawings,
photographs and other elements are protected by copyright. Abusing them or copying them
without authorization is subject to prosecution.
CONTENT OF SUPPLY AND UNPACKING
The laser simulator and its parts are supplied in an original case, containing the following:
1 Laser simulator
2 Starting magnet
3 Battery AAA (1pc)
4 Set of screwdrivers
5 Hexagonal key
Upon delivery or purchase, immediately check whether the product is damaged and whether it is
the type you ordered. If it is the wrong product or is damaged, contact your seller immediately. If
the claim isn’t filed on time, it cannot be honoured.
If the case has been packed, ensure proper disposal and recycling. Dispose of it according to the
waste legislation applicable in the product user’scountry.
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INTRODUCTION
The FLP 15 laser simulator is designed for use at instructional courses, trainings or modern
pentathlon competitions. It is intended for laser beam shooting initiated by atrigger.
The FLP 15 laser simulator employs the FLPM20 laser module with a15.6 ms code as an emitter.
The code is fully compatible with the International Modern Pentathlon Union (UIPM) standards.
1 Front sights
2 Battery cover / battery
3 Loading lever
4 Rear sights
5 Anatomical grip*
6Trigger
7 Weight area (with two weights á 40 grams each)
8 Starting magnet
* Universal grip is also available
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TECHNICAL DATA
SIMULATOR
Simulator type Single shot laser simulator
Dimensions 355 mm x 150 mm x 50 mm
Weight
with universal grip 780 g
with anatomical grip 830 g (with 2 pcs weight á 40g)
Recommended shooting distance up to 10 m
LASER
Laser module type PENTASHOT FLPM20
Laser class
I.
(in accordance with EN 60825
- 1:2014 standard)
Wavelength 650 nm
Laser beam diameter 4 mm ±5% / 10 m
Laser coding 15,6 ms UIPM laser signal
Laser class certificate No.: 1140735 (ELECTROTECHNICAL TESTING
INSTITUTE, Prague, CZECH REPUBLIC)
Minimum laser peak value (empty battery) 2,5 mW
Maximum laser peak value (full battery) 3,2 mW
OPERATION
Operating conditions +10° C to +50° C; IP 52
Emitter power supply 1,5V AAA Alcaline battery
Number of shots made with 1 pc AAA type
battery min. 50 000 / at 20° C
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SWITCHING ON/OFF
SWITCHING ON
Attach the chip (8) to the simulator body and move it from right to left. This will switch simulator ON
and the LED (9) will flash. The number of flashes indicates the battery status:
• 5 flashes – the battery is 100% full
• 4 flashes – the battery is at 75% charge level
• 3 flashes – the battery is at 50% charge level
• 2 flashes – the battery is at 25% charge level
• 1 flash – the battery is discharged, replace it.
After the battery test, the LED light remains constantly blue to indicate the laser is on and ready for
use.
The LED flashing continuously blue means the battery is discharged and it should be immediately
replaced.
SWITCHING OFF
The laser container will switch off approximately 20 minutes after the last shot. In case you need to
switch it off immediately, remove the battery from the simulator body.
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SETTINGS
The user can only set or maintain the following:
• set the simulator sights (the laser dot)
• set the trigger position, weight and travel
• set the grip angle
• change the battery
• change the simulator stock
It is forbidden to open or modify the laser simulator, with the exception of changing the battery
or grip. The Laser beam parameters can only be changed by the manufacturer or an authorized
person. The simulator owner must confirm his consent to the change in writing. The manufacturer
does not assume responsibility for any damage that would arise from the change.
SETTING THE SIGHTS (ALIGNING THE LASER DOT)
To adjust the simulator sights, aim at awhite wall or awhite object from adistance of 10 meters
and check the alignment of the red laser dot and simulator sights. If necessary, use the adjusting
screws to align the laser dot:
• Turning the screw (10a) clockwise – laser dot moves to the right
• Turning the screw (10a) counterclockwise – laser dot moves to the left
• Turning the screw (10b) clockwise – laser dot goes downward
• Turning the screw (10b) counterclockwise – laser dot goes upward
IMPORTANT: The movement of the adjusting screws must be very small.
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SETTING THE TRIGGER POSITION
After loosening the screw (A) you can change the position of the trigger forward or backward.
After loosening the screws (B) you can change the position of the trigger upwards or downwards.
SETTING THE TRIGGER WEIGHT AND TRAVEL
Second stage weight
The second stage weight is already exactly adjusted by the manufacturer and it is not recommended
to change it. In case you still need to change its setting, carry out the following:
• Turn the screw (11) counterclockwise by one turn.
• Load the simulator by means of the lever.
• Turn the screw (11) very slowly clockwise untill simulator shoots by itself.
• Turn the screw (11) counterclockwise by one ¼ turn.
By this, the second stage weight is set. Check the correct function by few shots.
First stage weight
Turning the screw (12) clockwise increases the first stage trigger weight. Turning the screw (12)
counterclockwise reduces the first stage trigger weight.
First stage travel weight
Turning the screw (13) clockwise increases the first stage travel weight. Turning the screw (13)
counterclockwise reduces the first stage travel weight.
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First stage travel
Turning the screw (14) clockwise reduce the first stage travel. Turning the screw counterclockwise
(14) increases the first stage travel.
SETTING THE GRIP ANGLE
Use the supplied hexagonal key to loosen the small screw on the simulator grip bottom. Set anew
position of the grip and fix it by tightening the small screw.
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BATERRY REPLACEMENT
When the LED indicator flashes once or is constantly flashing, replace the battery.
• Unscrew the battery cover (A) from the simulator body (B).
• Remove the discharged battery using the ribbon (C) and insert a new one (AAA 1,5V).
Pay attention to the correct polarity of battery!
• Reinstall the cover (A).
Indice
