Instrukcja obsługi Merlin 6-IN-1 DIY Educational Solar Robot Kit

Merlin Zabawki 6-IN-1 DIY Educational Solar Robot Kit

Przeczytaj poniżej 📖 instrukcję obsługi w języku polskim dla Merlin 6-IN-1 DIY Educational Solar Robot Kit (5 stron) w kategorii Zabawki. Ta instrukcja była pomocna dla 5 osób i została oceniona przez 2 użytkowników na średnio 4.5 gwiazdek

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in step 1.
b) In step 2 fit the motor(P5) in its slot. Be careful to not put the
motor in skew it can damage the plastic parts.
c) Close the gearbox by fitting the cover (D21). Carefully put the
wires through the space provided.
d) The finished gearbox should look like the one in step 4.
Gearbox B:
a) Start by fitting the main gear axel(P2) into plastic part (D20) as
in step 1.
b) In step 2 fit the motor(P5) in its slot. Be careful to not put the
motor in skew it can damage the plastic parts.
c) Close the gearbox by fitting the cover (D21). Carefully put the
wires through the space provided.
d) The finished gearbox should look like the one in step 4.
2) Solar Module:
The Solar module provides power to the gearbox and makes the
toy come alive.
a) Place the adhesive pads (P4) on plastic module D22 (Step 1)
and then place the solar cell (P1) onto it (step 2). Be careful not
to bend the terminals. Remove the protective film that covers
the solar cell.
b) The final step in the assembling the solar module is place the
protective cover onto the module (step 3) to have the
completed solar module which should look like step 4.
6-IN-1 DIY EDUCATIONAL
SOLAR ROBOT KIT
Thank you for purchasing this Merlin Product. Please read the instruction
manual carefully before using the product.
The documentation provided will allow you to fully enjoy all the features
this unit has to offer.
Please save this manual for future reference.
The following items are enclosed in the box. Please note that this
product contains small plastic items that can easy be swallowed
by children. Adult supervision is recommended when having
children assemble this product.
Instructions:
For the assembly of all the different toys in this product two
items need to be assembled first. The Gearbox and the Solar
Module.
Hint: Use a small side cutter to remove the individual pieces from
the main plastic assembly. Also remember to cut off the burr to
make a smoother edge.
1. Gearbox:
The gearbox drives the different toys. There are two different
types of gearboxes, A and B. Ensure you have the correct
gearbox for the toy you want to construct.
Gearbox A:
a) Start by fitting the main gear axel(P3) into plastic part D20 as
2
3) How the Solar and Gearbox Modules work together:
Now that the Gearbox and Solar Modules are completed we
can put them together and start making some of the toys.
a) The first step is removing the ends off the wires from the
solar module. The wires are already partially stripped but
left in place for safety. While holding the wire and the
stripped piece twist the stripped piece and gently pull it off.
It should come off easily. Remove both pieces of stripped
ends.
b) Bend over the spring terminal on the solar module and
insert the wires (remember to observe the correct colors)
through them to protrude out the other side. Release the
spring terminal gently. The wires from the gearbox should
be securely in place to form a good connection. If they are
loose repeat the process until they are firmly in place.
Ensure that the wires don’t touch as this will cause a short
circuit and the motor will not turn.
Different Toy Assembly Instructions:
1.Solar Windmill.
a) Start by collecting all the parts needed for the Solar
Windmill as shown in the requirements list. Assemble the
base of the windmill by attaching the feet (A1) to base
(C24) as shown in step 1.
b) Now place the main mast(C27) and holding bracket(D32)
in place.
c) In step 2 take the gearbox B and attached the solar
module by using bracket(B4). Then the windmill blades
can be attached.
d) Place the gearbox and windmill assembly on the tower.
The wires can now be connected from the gearbox to the
solar module. Ensure the polarity is connected as in step 3.
e) This completes the Solar Windmill.
2.Solar Robot
a) Start by collecting all the parts needed for the Solar Robot
as shown in the requirements list. We will start with the
body of the robot. Connect (D28) and (D29) to the body
(B16). Now connect the mounting bracket for the solar
module (B4).
b) In step two we assemble the head using (D30) and (D31).
Once the head is made it can be mounted on the
body(step 2).
c) Using the gearbox A connect the wheels (B14) and support
brackets B12 and B15(Step 3).
3
d) Now we can do the final assembly of the robot. Attach the
body to the wheel assembly and then place the solar
module on top (step 4).
e) Finally connect the wires from the gearbox to the Solar
module as shown in step 5.
3.Solar Wheeler
a) Start by collecting all the parts needed for the Solar
Wheeler as shown in the requirements list. Take the
gearbox A and connect the wheels (B14) then add the
support brackets B13 and the front wheel (B12) as shown
in Step 2.
b) Next place the mounting bracket(B4) on the wheeler
followed by the solar module (step 3). The final step is to
connect the wires from the gearbox to the solar module
(Step 4).
c) The completed Solar Wheeler should look like the one in
step 5.
4.Solar Airboat
a) Start by collecting all the parts needed for the Solar Airboat
as shown in the requirements list. First assemble the
floating platform by connecting (A1) pieces together and
adding the mounting point (C19). These pieces are shown in
step 1.
b) Next take the gearbox B and attach the propeller (A3). Next
connect the mounting bracket (B4) and (B2) to the
assembly. Finally clip the Solar Module to complete the
Solar Airboat (step 2).
c) The final step is to connect the wires from the gearbox to
the solar module (Step 3).
5.Solar Helicopter
a) Start by collecting all the parts needed for the Solar
Helicopter as shown in the requirements list. First take the
base(C24) and connect the feed(A1) to it. Now insert the
mast (C26) and turning arm (C25). Add counter balance
holder (A5) and fitting (A6) as displayed in step 1.
b) Take Gearbox B and clip the housings (A7 and A8) to it and
add the propeller (A3) to this assembly. This assembly can

Specyfikacje produktu

Marka: Merlin
Kategoria: Zabawki
Model: 6-IN-1 DIY Educational Solar Robot Kit

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