MITSUBISHI PAJERO PININ 2000 Workshop Manual

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Does ª S hif t p osit io n: R º a ppear w hen th e s h if t p osit io n is R ?
Does ª S hif t p osit io n: E xce pt R º a ppear w hen th e s h if t p osit io n
i s n ot R ? N
O E
nd ( n o a bnorm alit y ) Y
ES M
easu re a t th e C -5 2 m ult i- c e nte r d is p la y u nit c o nnecto r.
Connecto r d is co nnecte d
Volt a ge b etw een te rm in al ( 2 2) a nd b ody g ro und
O K: 10 V o r h ig her w hen s h if t p osit io n is R N
G C
heck th e h arn ess b etw een th e b ack-u p la m p s w it c h a nd th e
m ult i- c e nte r d is p la y u nit , a nd r e pair if n ece ssa ry . O
K R
epla ce th e m ult i- c e nte r d is p la y u nit .
I N SPEC TIO N P R O CED URE 1 1
O ne o f t h e f o llo w in g m essag es a p pears d urin g n avig atio n m ode.
The C D-d riv e h as fa ilu re c o ndit io n. C onfir m a nd r e lo ad th e d is c, p le ase .
Wro ng d is c is in th e C D-d riv e . In se rt a m ap d is c, p le ase .
No d is c is in th e C D-d riv e . In se rt a m ap d is c, p le ase .
A m usic d is c is in th e C D-d riv e . I
n se rt a p ro per m ap d is c. N
O I
n se rt th e C D o nce m ore , a nd th en p re ss th e N AV I s w it c h . D oes
t h e N AV I s cre en ( c o m pass d is p la y, o uts id e r o ute , r o ute m ap) s till
n ot a ppear? Y
ES R
epla ce th e n avig atio n u nit . N
O E
nd
2 . ªN o d is c is in t h e C D-d riv e. In sert a m ap d is c, p le ase.º o r ª A m usic d is c is in t h e C D-d riv eº
a p pears . y
u rF o aL ag . gF ad Lg aC nr tT 3
SD y
u rF oaoe F ad Lg aC nr t a. utF ad . F xaL uC aoe Fu ag F rr aoe F aW w± yar P no t e T
2 .Fr aoe F aW w± yar t F Fu aY t . d gLrr aC nr g cL mx a. bor nC F a . boF xa . boF
d Lg!ar oncc au .oaL ggFL ; W
O K
FgcL tF aoe F au Lknh Lon. u ab uno T 3
SD S
uC

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Dis co nnect c o nnecto r.
Resis ta nce b etw een te rm in al ( 2 3) a nd b ody e artth .
O K: 500 Ω ± 1 00 k Ω N
G C
heck th e h arn ess b etw een C -5 2 a nd A -8 9. O
K R
epla ce th e m ult i- c e nte r d is p la y. N
G

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Dis co nnect c o nnecto r.
Ig nit io n s w it c h : O N
Volt a ge b etw een te rm in al ( 3 3) a nd b ody e artth .
O K: 0.1 V ( fu ll ta nk fu ll) ± 3 V ( fu el e m pty ) N
G C
heck th e h arn ess b etw een C -5 2 a nd D -1 7. O
K R
epla ce th e m ult i- c e nte r d is p la y.
E rro r C ode N o. 1 031 K
FgFLoaoe F aP n nu h at e FtET 3
SD K
FgFLoaoe F aP n nu h at e FtETayI aoe F ar L d Fag . scF d a. ttb r xaoe F F anr
L ad LcI b uton. u a. Iaoe F a9 1D anu rnC F aoe F ad bco n7 t F uoF aC nr g cL mT K
FgcL tF aoe F ad bco n7 t F uoF aC nr g cL mT
E rro r C ode N o. 1 041 K
FgFLoaoe F aP n nu h at e FtET 3
SD f
.uuFtoai AG7II a nd d ia gnose e ngin e. N
G C
heck th e h arn ess b etw een C -5 3 a nd C -1 9. O
K R
epla ce th e m ult i- c e nte r d is p la y.
E rro r C ode N o. 1 051 K
FgFLoaoe F aP n nu h at e FtET 3
SD f
eFtE at . uuFto. aY f 75 )xaf 7z )!
W9 K
FIF ao. a9 KO A1 a5 j0 a: aG . bscF re ..onu hT
O
H f
eFtE aD l DaC nL hu.rnr ao . bscF at . CFT K
FgcL tF aoe F ad bco n7 t F uoF aC nr g cL mT W
9
Rep air
O K
E rro r C ode N o. 1 091 K
FgFLoaoe F aP n nu h at e FtE aL IoF aoe F au Lknh Lon. u ab uno as Ft. d Fr at . .cT W
O K
FgFLoaoe F aP n nu h at e FtETayI aoe F ar L d Fag . scF d a. ttb r xaoe F F anr
L ad LcI b uton. u a. Iaoe F af 2 aC nk F aP no e nu aoe F au Lknh Lon. u ab uno T K
FgcL tF aoe F au Lknh Lon. u ab uno T

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E rro r C ode N o. 1 0A 1, 1 0B 1 K
FgFLoaoe F aP n nu h at e FtET 3
SD K
FgFLoaoe F aP n nu h at e FtETayI aoe F ar L d Fag . scF d a. ttb r xaoe F F anr
L ad LcI b uton. u a. Iaoe F ad Fd . m aP no e nu aoe F au Lknh Lon. u ab uno TT K
FgcL tF aoe F au Lknh Lon. u ab uno T
E rro r C ode N o. 2 0D 1, 3 0D 1 K
FgFLoaoe F ar F ur. at e FtET O
H i
FLrb F aL oaoe F au Lknh Lon. u ab uno at . uuFto. a0 7N zT
Dis co nnect c o nnecto r.
Turn o n th e Ig nit io n s w it c h a nd th en m ove th e v e hic le s lo w ly .
Volt a ge b etw een te rm in al ( 4 ) a nd b ody e artth .
O K: HI: 4 ± 5 V , L o: 0 ± 1 V , p uls e s ig nal N
G C
heck th e v e hic le s p eed s e nso r. ( R efe r to P .5 4A -2 7.) O
K R
epla ce th e n avig atio n u nit . Y
ES C
heck c o nnecto r ( B -0 8, C -5 0). R
ep air
N G
E rro r C ode N o. 2 0E 1, 2 0E 2, 3 0E 1, 3 0E 2 K
FgFLoaoe F ar F ur. at e FtET 3
SD K
FgFLoaoe F ar F ur. at e FtETayI aoe F ar L d Fag . scF d a. ttb r xao e F F anr
L ad LcI b uton. u a. Ia9 m . ar F ur. aP no e nu aoe F au Lknh Lon. u ab uno T K
FgcL tF aoe F au Lknh Lon. u ab uno T


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D ata lin es fo r m ult ip le x c o m munic a tio n a re c o nnecte d b etw een th e fr o nt- E C U, E TA C S-E C U, c o lu m n s w it c h
a sse m bly , m ult i- c e nte r d is p la y, p ow er w in dow m ain s w it c h , a nd p ow er w in dow m oto rs a s illu str a te d b elo w . M
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heckin g o f th e S W S
( D ia gnosis c o de d is p la y a nd in put c h eck
w it h th e M UT-I I ) M
B991529 D
ia gnosis c o de
c h eck h arn ess S
im ple d ia gnosis H
arn ess s e t
A : Te st h arn ess
B : LE D h arn ess
C :LE D h arn ess
a dapte r
D :Pro be M
easu re m ent o f te rm in al v o lt a ge a t E C Us
A : Connecto r p in c o nta ct p re ssu re in sp ec-
t io n
B : Pow er c ir c u it in sp ectio n
C :Pow er c ir c u it in sp ectio n
D :C om merc ia l te ste r c o nnectio n