MITSUBISHI PAJERO PININ 2000 Workshop Manual

#
/
R ep air 3
SD W
O S
uhnu F7S f A aoF d nu Lca k . co L hF at e FtE aY K FIF ao. a9 KO A1aU ) a: aG . b7
s cF re ..onu hT! K
FgcL tF aoe F a L CnL o. aIL u ad .o. aL uC aIL u at . uo . ccF aL rrF d scm T O
H i
FLrb F aL oaoe F aF uhnu F7S f A at . uuFto. r af 7U 'T
Connect th e c o nnecto r.
Pull o ut th e te rm in al N o.1 8 to d is co nnect it ( Ig nit io n s w it c h : O N)
O K: The r a dia to r fa n m oto r o pera te s.
Connect th e te rm in al N o.1 8 to th e b ody e arth ( Ig nit io n s w it c h : O N)
O K: The r a dia to r fa n m oto r s to ps. O
K F
an c o ntr o lle r c h eck ( R efe r to P .1 4-1 0.) N
G R
epla ce th e r a dia to r fa n m oto r a nd fa n c o ntr o lle r a sse m bly . O
K M
easu re a t th e e ngin e-E C U c o nnecto rs C -1 7.
Connect th e c o nnecto r.
Volt a ge b etw een 1 8 a nd b ody e arth
( E ngin e: id lin g, e ngin e c o ola nt te m pera tu re : 8 0
C o r le ss)
O K: 0 ± 0 .3 V ( E ngin e: id lin g)
O K: 0.7 V o r m ore ( W hen r a dia to r fa n is o pera tin g) N
G C
heck th e h arn ess w ir e b etw een fa n c o ntr o lle r a nd e ngin e-E C U. O
K w
st u u Wh rl n bh R
epla ce th e r a dia to r fa n m oto r a nd fa n c o ntr o lle r a sse m bly .
I n sp ectio n P ro ced ure 4
C onden ser f a n d oes n ot o pera te . < V eh ic le s w it h A /C > P
ro bab le c au se O
H K
FgcL tF aoe Fa L CnL o. aIL uad .o. aL uCaIL u
t . uo . ccF aL rrF d scm T O
H f
eFtE aoe F ao . bscF ar md go. d T W
9 K
FgcL tF aoe F at . uCFurF aIL u ad .o. T f
.uCFurF aIL u ad .o. at e FtE aY K FIF ao.
9 KO A1 a5 5T! W
9 f
.uCFurF aIL u ad .o. at . uuFto. W
9
Rep air

(
+>: *    " :
E N G IN E C O OLA NT L E A K C HEC KIN G
1 . Confir m th at th e c o ola nt le ve l is u p to th e fille r n eck. In sta ll
a r a dia to r c a p te ste r, a dapte r a nd c a p a dapte r to th e fille r
n eck, a nd a pply 1 60 k P a p re ssu re , a nd th en c h eck fo r
l e aka ge fr o m th e r a dia to r h ose o r c o nnectio ns.
C au tio n
( 1 ) Be s u re t o c o m ple te ly c le an a w ay a n y m ois tu re
f r o m t h e p la ces c h ecked .
( 2 ) W hen t h e t e ste r is t a ken o ut, b e c are fu l n ot t o
s p ill a n y c o ola n t f r o m it .
( 3 ) Be c are fu l, w hen in sta llin g a n d r e m ovin g t h e t e ste r
a n d w hen t e stin g, n ot t o d efo rm t h e r a d ia to r f ille r
n eck.
2 . If th ere is le aka ge, r e pair o r r e pla ce th e a ppro pria te p art.
R ADIA TO R C AP V A LV E O PEN IN G P R ESSU RE
C HEC K
1 . Use a c a p a dapte r to a tta ch th e c a p to th e r a dia to r c a p
t e ste r.
2 . In cre ase th e p re ssu re u ntil th e in dic a to r o f th e g auge s to ps
m ovin g.
S ta n dard v alu e: 7 5 ± 1 05 k P a
L im it : 6 5 k P a
3 . Repla ce th e r a dia to r c a p if th e r e adin g d oes n ot r e m ain
a t o r a bove th e lim it .
N O TE
B e s u re th at th e c a p is c le an b efo re te stin g, s in ce r u st
o r o th er fo re ig n m ate ria l o n th e c a p s e al w ill c a use a n
i m pro per in dic a tio n. C
ap a dapte r

%
    

  

$
-  0$- " $ / # $# ! ( (&% #

    
 8
+ G 7+D

  
 #  , 5 8 ?


  
  

 

  

  
 
 

 


* "  (  
R EM OVA L A ND IN STA LLA TIO N

B
   

#
 "  ,  
R EM OVA L A ND IN STA LLA TIO N

#
 " * (  +- #  "  
R EM OVA L A ND IN STA LLA TIO N 1
3
9 4
R em oval s te p s

A B
1. R adia to r lo w er h ose c o nnectio n
2 . Therm osta t c a se a sse m bly
3 . W ate r p ip e
C
4. O -rin g
5 . W ate r fit tin g
6 . H eate r h ose c o nnectio n
7 . W ate r p ip e a sse m bly
A
8. W ate r b y-p ass fit tin g
C
9. O -rin g 
EG R v a lv e
( R efe r to G RO UP 1 7.)
1 0. W ate r h ose
1 1 . W ate r h ose
1 2. W ate r p ip e
1 3. W ate r h ose
1 4. W ate r p ip e
B
15. R adia to r u pper h ose c o nnectio n
A
16. W ate r o utle t fit tin g