MANUAL

SIMONINI

Version February 2003.

ASSEMBLY

OPERATION

MAINTENANCE


http://flieg.com/fresh.breeze/



TABLE OF CONTENTS

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TABLE OF CONTENTS
02
ASSEMBLY OF THE MOTOR
TECHNICAL DATES
FUEL AND OIL
CARBURETTOR UND INTAKESILENCER
ENGINE
GEARBOX
PROPELLER
POWER IGNITION SYSTEM
EXHAUST
THROTTLE RESPECT
THROTTLE AIRBOSS
HARNESS
CHECKLIST
 

 

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 02 
 

ASSEMBLY OF THE MOTOR

Open the package with care. Do not use long knife. Parts inside the carton could be damaged.
Check the parts and proof for completeness.
Put the left and the right cages together.
Fix the cage to the frame.


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ASSEMBLY OF THE MOTOR (2)

Press the cage into the black clip.
Secure the cage with the Velcro to the frame.
All 4 parts of the cage should be secured.
The lowest velcro is sliped through the rails.

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ASSEMBLY OF THE MOTOR (3)

The backstuffing will fixed also with velcro. The upper and lower ends from backstuffing turn arround the upper and lower rope.
In case that you have a shellform-backstuffing fix it on the left and rigth side.
The Shellform-backstuffing prevent that the motor will turn to cause from torc.


Most maintainance you can make by yourself with the original tools.



Contents:
  • Hexagon 4/5/6/12 mm
    		•
  • Wrench 8/10 mm
    		•
  • Wrench for sparking-plug and screw driver
    		•
  • Beltdressing
    		•

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    TECHNICAL DATES

    Motor Simonini 200ccm
    Type 2 Stroke,
    1 Cylinder
    Power 15,5 kW
    Cooling Air
    Starter Manuel / E-Starter
    Carburettor Bing 84, 32mm
    Exhaust Resonator
    Propeller 2-Blade
    Diameter 110 to 122 cm (44 inch to 48 inch)
    Weight 23 kg (50 lb)
    Tank capacity 10 liter
    Max. take off weight 200 kg (440 lb)

    NEXT DATES ARE DEPEND FROM: WEATHER, ALTITUDE, PILOTS WEIGHT, GLIDER AND SIZE AS WELL AS ATMOSPHERIC HUMITY.

    Consumtion around 3 l/h
    Max. airborne time up to 3 h
    RPM 0-5800 1/min
    Staticthrust up to 155 lb (80 kg)
    Climbrate up to 3 m/sec.


    RESULT FROM THROTTLELEVER-POSITION, FLIGHT-LEVEL, GLIDER AND SIZE AND PILOTSWEIGHT FOR THE CONSUMTION.

    Little throttle less consumtion  
    Big throttle high consumtion  
    Low flightlevel less consumtion  
    High flightlevel high consumtion  
    Small glider high consumtion high speed
    Big glider less consumtion slow speed
    Leightweight pilot less consumtion slow speed
    Heavyweight pilot high consumtion high speed

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    FUEL AND OIL

    The motor will delivered with two lids. The first is for flight with a small hole. The second lid is closed for transport. If you try to fly with the closed one the motor will have a "in flight shut down" after a while. It´s will establish inside the tank a vacuum. The carburettor get fuel from tank through gravity.







    The fuel comes from tank through this filter. Check before flight.










    This picture demonstrate a closed petroltap.



    IMPORTANT INFORMATION:

    The fuel should have 98 octane or 100 LL. The best oil is Castrol RS 2T. Mix 2 % in addition to the fuel.

    For the first 10 h mix 4 % in addition to the fuel. In this time use full throttle very careful.

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    CARBURETTOR AND INTAKESILENCER

    The Intakesilencer is fixed on two positions. One with a clamp on the carb and one with a rubberline on the top.
    In some flyingareas it´s necessary to use such a air filter. Use only original parts. Otherwise you risk to loose power.
     
    How I change the needle? Open the lid with the two screws and pull out all parts which are hanging on the cable.
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    CARBURETTOR AND INTAKESILENCER (2)

    Press the spring together and loose the cable from slider. Now you hold slider and lid apart in your hand. The needle is now loose inside the slider. At our factory we installed the 6L1 in the second position from top.

    Here you see succsession from: Lid/spring/giude piece/needle with ring/slider.





    Why I should change the main jet? Each motor will checked and testet before he leave our factory. During this time we find the suitable jet. Nevertheless the motor is running bad at your first trial. At full throttle the motor runs rough (rpm less than 5600 1/min).

    The reason is: Other metrologic conditions, higher altitude, more humity, higher temperatur. Normally the main jet is 185. Replace this into a smaller one (180). You find this inside the toolbox.

    Attention: Do not loose the small red filter.






    How to change the mainjet? Press the bow back. With the 8 mm wrench screw out the jet.








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    CARBURETTOR AND INTAKESILENCER (3)

    Overfloating Carburettor. Fuel comes out of the two small tubes. The two swimmer regulate the niveau inside the carb. To reduce the quantity in the carb bend the little tongue careful.
    If you hold the carb up side down, the swimmerforc is not parallel to the carburettorcase. If the carb overfloat while using the motor the forc should look a little bit more upward.

    The Choke.

    Before you start the cold motor press down the choke. Start the motor and after a few seconds release the choke.






    The big screw regulate the idlerunning. Turning right - high rpm. Turning left - lower rpm. The idlespeed should round about 2400 1/min.



    The smaller screw is responsible for fuelmixture in idle. Turning right - rich. Turning left - lean.

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    ENGINE

    In flight the motor will become very hot. The most stressed airea are the piston and the rings. Remove the exhaust and have a look to appearenced piston with it´s rings. Test it with screwdriver. The rings should be loose inside the slot.
    Dismantling the head.
    After removing the cylinder you can see the piston. Before you pull out the gudgeon pin remove the safety rings on both sides. Than press out the gudgeon pin.
    An arrow looks into the direction of outlet.
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    ENGINE (2)

    How to clean the decompressionhole?

    After many hour in service time the decompressionhole will closed with carbon. If you use bad oil it will close earlier. To reopening the hole use a 3,5mm drill. Bore from inside the cylinderwall with an angle from 45°.
    Bore until the drill looks into the outlet-channel.
    To mount the cylinder you have to press the two pistonrings into the notch.
    To tighten the headscrews with
    14 Nm.

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    ENGINE (3)

    Replacment of the starterrope: Unsrew the starter-lid, take off the façade plus finger. The white disc should now be removed by pressing it against the tension-force.
    The white disc can now be taken out of the lid.
    The starter-rope can be pulled out of the disc.

     
    To give the starter-rope advanced tension one, place the rolled up into the slot and rotate three times.
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    GEARBOX

    The power-transmission of the gears happens via a Poly V Belt (730 8 PK). The transmission ratio equals 1 : 2,64. The number of the revolution at full load equals 2200 rpm. The lifespan of the belt is aprox. 50-100 hrs. Too little tension shorthens the belt lifspan drastically.
    How to tighten the belt?

    Loose this Screw (6 mm allan-key).
    Inside the propellerhub is an allan key-screw. Turn this with the 12 mm allan key until the tension is reached.
    How to replace the belt?

    Loose maximal the tension of the belt. Now you can pull down the belt during you turn the pulley.
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    GEARBOX (2)

    After put on the new belt bring tension on it in the same way you loosed the belt.

    After that tighten the 8 mm screw with allen-key like you saw in picture.


    To check the tension turn the belt with your fingers.You should not be able to turn more than 40 degrees.


    From time to time use the beltdressing. Only one time spaying on the lower pulley is necessary.


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    PROPELLER

    The propeller consist of the two parts (only at 48 inch) which,put together, measure up from 44 inch to 48 inch in length. The weight is about 900 gram. The propeller is made of gfk or cfk, which allow for small repairs. But it is essential that after repair is accomplish, the propeller gets balanced out again.
    The propeller is fixed onto the hub with 6 screws. Tighten the propeller, use 12 Nm torc.
    How to balanced out the propeller? The propeller has to be placed vertically onto the balancing-out equipment. If turns to one side, then drill a 3,5 mm hole into the lighter half of the propeller.
    Then fill only as much resign into this hole until the propeller doeas not want to turn to one side only.
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    PROPELLER (2)

    Likewise proceed as above in the horizontal position.
    Attention: An imballanced propeller created unnessecary vibration in the engine and can destroy many of it´s components.


    Required materials for repairs and balancing-out
    The propeller balancing-out-resing with hardener, syringe and a stored shaft for a free turning of the propellerblades.

    What do I require for repairing the propeller.
    Fiberglas-spatula and abrasive paper.

    Here now an example when a propellerblade must not be repaired again. If the damage is to large, then repair are dangerous. The repairs sopt has not enough grip and may fall off whern the propeller turns at high revolution. Danger of accident is thus programmed.



     

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    POWER IGNITION SYSTEM

    The engine is equiped with a powerful and service free ignition system. It consist of the components: stator, loading-coil of the ignition, generator coil for the supply of electricity and rotor. To be able to work on the coils, the following should be taken care off.

    Remove the complete ignitionbox including the lid of the starter. Now the rotor with the starter-pot is visible which is held into place by it´s central screw.
    Once the central screw has been removed, the rotor can then be pulled off via a puller. Because the rotor has to be in a specific position to the crankshaft, the rotor with a suspension-disc on the crankshaft is preordained.


    To find the right position of point of ignition look to these picture.

     

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    EXHAUST

    The engine is equipped with a resonance exhaust which allows for an increase of performance and a decrease of excess noise. The white wrap around tape is made of fiberglass and gummen up with silicon.
    The complete exhaust is suspended flexibly as to prevent vibrational eruptions.
    To keep the exhaust flexibly mobile we chose different types of fixtures. One is a rubber connection on the gear-plate and two a stress-bearing spring-gasket at the entry and the exit.
    After 10 hrs the sealing-rings and their fasten screws needs to be checked. The screw you have to changes each 25 hrs.

     
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    THROTTLE RESPECT

    The throttle is taken according to the building kind into the right or left hand. The strap has a variable seize change. Before start the strap should be attracted firmly.
    The Respect-thorttle-lever has in each case a switch at the tube. The one is for the starting the engine, and ...
    ... the other one for killing the engine.
    The thottle has also a travelling locking. After reaching the desired hight of flight,the throttle can be fixed via the clasp-lever. Since long holt of the throttle is hard in hand, the throttle can be placed in position onto the legs. The hand are now free for other things.
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    THROTTLE AIRBOSS

    The Airboss throttle-lever has also a button for killing the engine and where approbiate about one for starting the engine, if an electric starter is available.
    First the throttle is taken into the hand, and ...
    ... after that the steering line and at last the A-riser are grasped.
    This picture clarifies the handling of the riser and the throttle during the start.
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    HARNESS

    This harness is specially constructed for motoring enterprises. Throughout the usage of the machine, ensure that no lose ends are able to get into the propellerblades. The suspension for pilot can be permanently in the snap links.
    The harness is secured via 3 springlocks; tow legs spring and one breast spring lock. It has two adjsutments possibilities. One there are the buckles which are fastenen onto the front of the seat. At the start these should be pulled on lightly, as to make the climbing into the harness easier at the lift-off. Before landing it is advisable to lower the seat fully, to enable a maximal favourable touch-down position. The leg loop does not need to be pulled too tightly.
    All other adjustment options are regulated while flying. Are the straps pulled rigth and left, then one sits up straight, are they loose a slight back prone position can be adopted.
    The harness has also two pockets, which are easily reached at flight.
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    HARNESS (2)

    Now one kneels in front of the engines and pulls the carrying straps over the shoulders.



    Thereafter the pilotsuspension has to be hang into the dropping device of the engine. Usally the hind most hole is used for this.

    The dropping device should be activated at pending danger, for example at a water landing, fire at high altitude or a tree touchdown. The activation occurs when the two strings of the dropping device are pulled outwards.

    Because the engine is now not hanging over the suspension of the chute anymore, the pilot will be in a brought into a strong reclining position. Thus the engine can now slide easily over the shoulders. The landing proceeds from now on without the engine.
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    HARNESS (3)

    Now one get up with the whole engine and goes to the glider. The glider will then be hang into the springlocks for the pilots suspension.
    After all has been done, the throttle and the break-loop had to be taken into the hand. The engine will now be started and the starting run can begin.


    RESCUE SUSPENSION

    The picture shows an example of how to fasten the recuedevice using the V-line. The rescuedevice should be connect with the pilot suspension using the V-line. So it´s an optimal landing position in case of a possible release. The rescuedevice should not be hung in the harness using the spring hooks, because of supine in rescue release.

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    CHECKLIST

    CHECK BEFORE EACH FLIGHT:

    • CAGE SECURED ON THE FRAME
    • CAGE IN GOOD SHAPE
    • PROPELLER-CLEARANCE
    • PROPELLER WITHOUT FREE SPACE
    • PROPELLER WITHOUT DAMAGE
    • BELT AND TENSION ENOUGH
    • KILLSWITCH O.K.
    • FUEL MIN.98 OCTANE OR HIGHER
    • FUEL TANK LEAKY
    • PILOT SUSPENSION AND STRAP WITHOUT STRESSMARKS
    • SPARKING PLUG AND WIRE WELL FIXED
    • TANK-LID WITH SMALL HOLE ON THE TANK
    • PROOF GLIDER, LINES AND RISER FOR STRESSMARKS OR DAMAGES
    • INTAKESILENCER AND IT´S FIRMNESS
    • FULL RPM MIN 5600 1/MIN


    CHECK ALL 10 HOURS:

    • FUEL FILTER
    • CLEAN THE CARBCHAMBER
    • BELT
    • EXHAUST INCL. THE SELAINGRINGS AND THE SCREWS
    • ALL CONNECTION FROM THE WIRES
    • CHECK ALL 50 HOUS
    • REPLACE THE BELT
    • METAL-WIRE FROM THROTTLE
    • REPLACE THE SPARKING PLUG AND THE CONNECTOR
    • REPLACE ALL RUBBERJOINT FROM EXHAUSTSYSTEM
    • REPLACE THE SEALINGRINGS AND THE SCREWS
    • CHECK ALL SCREWS

     
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    CHECKLIST (2)



    CHECK ALL 100 HOURS:

    • CLEANING THE DECOMPRESSIONHOLE INSIDE THE CYLINDER
    • PISTONRINGS


    CHECK ALL 300 HOURS:

    • THE ENGINE AND HIS COMPONENTS SHOULD SEND TO THE MANUFACTURING FOR GENERAL MAINTENANCE

    GLIDER:

    THE GLIDER SHOULD BE CHECKED ALL 2 YEARS. SEND TO THE MANUFACTURER.


    MOTOR:

    THE ENGINE SHOULD BE CHECKED EACH YEAR ALIKE HOW MUCH HOURS IT´S USED.

     
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    IMPRESSUM

    Publisher/Content: Fresh Breeze Bissendorf, Germany

    HTML/Grafics/Layout/Server: FLIEG ZEUG® Magdeburg, Germany ©     

    Last Modified: Monday, March 24th 2003 10:18:54 pm GMT
    URL of Document:
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