Opitec 110.693, Instructions Manual

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6
D110693#1
+ -
ANODE long
leg = + plus
CATHODE short
leg = - minus
Cabling – For the lengths see the plan on page 7 :
INSTRUCTIONS
21.Solder one end of 150mm long black
cable (17) to the back (minus) con-
nection on the solar cell . The solder
a 150mm long red cable to the plus
connection on the solar cell.
Insert both cable through the 7mm
hole in the rear of the trike. Connect
( solder the free end of the red cable
to the Schottky diode(16). Don’t for-
get to use the insulating shrink tube
on the joints !
22. Place a piece of shrink tube over the
red cable where it joins the Schott-
ky-diode. Solder the black cable
from the solar cell with the black
cable from the battery holder.
23. Connect a 60mm piece of black cable
(17) with the black cable motor, battery
and solar cell. Solder the free end of
the black cable to the minus pole on
the voltage regulator.
A red 60mm cable is soldered to the
plus + connction on the voltage regu-
lator (15) Solder the middle cable of
the switch (10) with the Schottky diode
(Shrink tube ).
24. Solder a 60mm red cable (18) to the
Anode of the LED (12) in the fork .
The other end is connected to the
voltage regulator (15) + output ).
Solder a 120mm piece of red cable
from the Cathode on the LED (12)
and guide it through the hole in
the rear of the trike . Solder it to the
Anode on the left hand side of the
rear light ( LED red,11) ( Use shrink
tube insulation ).
25. Solder a 100mm length to the volta-
ge regulator to the free connection
on the voltage regulator. The other
end is soldered to the Cathode on
the left hand rear light.
Insulate the joist with insulation tape
! Check the circuit .
26. Tie all the loose cable together with
a clip(25) Add the cable cover using a
machine screw(20) and a stop nut (23).
19. The rear lights ( Led red, 11 ) are inserted through the 5mm hole
in the rear of the frame.
Please note !
If its difficult to solder the LED in place the gearbox can be mo-
ved. Insulate the solder joints with insulation tape.
Dia. 19
20. Insert a machine screw (21) through the axle in the front fork.
Add a nut (22) and tighten. Add a wooden wheel (5) and finish
with a capped nut (24) The fork should be able to turn See dia.19
27. Insert a reducer (28) in each of the rear
wheels. Push the two wooden wheels
(6) on the rear axle . Finally mount the
top cable cover using two machine
screws (20) and 2 stop nuts (23).
+
+
-
-
input
output