–+ELEC
8. Festziehen:
Schraube (TPS) 1
9. Den Motor Stoppen
PRÜFEN DER TPS-EINGANGS-
SPANNUNG
1. Die TPS-Steckverbindung
trennen.
2. Den Motor starten.
3. Prüfen:
TPS-Eingangsspannung
Außerhalb des Sollwerts →
Die CDI-Einheit austau-
schen.
Prüfgerätkabel (+) →
Blaues Kabel 1
Prüfgerätkabel (–) →
Schwarzes/Blaues Kabel 2
TPS-Ein-
gangs-
spannung Prüfgeräte-
instellung
4–6 V DCV-20
8. Serrer:
Vis (TPS) 1
9. Arrêter le moteur
CONTROLE DE LA TENSION
D’ENTREE DU TPS
1. Débrancher le coupleur de TPS.
2. Démarrer le moteur.
3. Contrôler:
Tension d’entrée du TPS
Hors spécifications → Rempla-
cer le bloc CDI.
Fil (+) de multimètre → Fil bleu 1
Fil (–) de multimètre →
Fil noir/bleu 2
Tension
d’entrée du
TPS Position du
sélecteur de
multimètre
4 à 6 V DCV-20
8. Apretar:
Tornillo (TPS) 1
9. Parar el motor
INSPECCIÓN DE LA TENSIÓN DE
ENTRADA DEL TPS
1. Desconectar el acoplador TPS.
2. Arrancar el motor.
3. Inspeccionar:
Tensión de entrada del TPS
Fuera de especificaciones →
Reemplazar.
Cable del tester (+) →
Cable azul 1
Cable del tester (–) →
Cable negro/azul 2
Tensión de
entrada del
TPSPosición del
selector del
tester
4 ~ 6 V DCV-20
SYSTEME TPS (CAPTEUR DU PAPILLON D’ACCELERATION)
TPS-SYSTEM (DROSSELKLAPPEN-POSITIONSSENSOR)
SISTEMA TPS (SENSOR DE POSICIÓN DEL ACELERADOR)
6 - 11
7 - 2
TUN
CAUTION:
The carburetor is extremely sensitive to
foreign matter (dirt, sand, water, etc.).
During installation, do not allow foreign
matter to get into the carburetor.
Always handle the carburetor and its
components carefully. Even slight
scratches, bends or damage to carbure-
tor parts may prevent the carburetor from
functioning correctly. Carefully perform
all servicing with the appropriate tools
and without applying excessive force.
When the engine is stopped or when
riding at no load, do not open and close
the throttle unnecessarily. Otherwise, too
much fuel may be discharged, starting
may become difficult or the engine may
not run well.
After installing the carburetor, check that
the throttle operates correctly and opens
and closes smoothly.
Atmospheric conditions and carburetor
settings
The air density (i.e., concentration of oxygen
in the air) determines the richness or lean-
ness of the air/fuel mixture. Therefore, refer
to the above table for mixture settings.
That is:
Higher temperature expands the air with its
resultant reduced density.
Higher humidity reduces the amount of oxy-
gen in the air by so much of the water vapor
in the same air.
Lower atmospheric pressure (at a high alti-
tude) reduces the density of the air.
Air temp. HumidityAir
pressure
(altitude)Mixture Setting
High High Low (high) Richer Leaner
Low Low High (low) Leaner Richer
SETTING
