MITSUBISHI PAJERO PININ 2000 Workshop Manual

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033,74A

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R EM OVA L A ND IN STA LLA TIO N 2
4 N m 1
9 N m
1 0 7
6
R em oval s te p s

A 1. Fuel p um p p ro te cto r
2 . E G R v a lv e h arn ess c o nnecto r
c o nnectio n
3 . W ate r h ose
4 . W ate r p ip e
5 . W ate r h ose 6
. E G R v a lv e a nd s u pport a sse m bly
7 . E G R p ip e g aske t
8 . E G R v a lv e
9 . E G R v a lv e g aske t
1 0. W ate r h ose
R EM OVA L S ER VIC E P O IN T

A FU EL P U M P P R O TE C TO R R EM OVA L
L if t u p th e tr a nsm is sio n w it h a ja ck to c re ate c le ara nce b etw een
t h e e ngin e a nd fr o nt d eck, a nd th en r e m ove th e fu el p um p
p ro te cto r.


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G EN ER AL IN FO RM ATIO N
T he th re e-w ay c a ta ly tic c o nve rte r, to geth er w it h th e
c lo se d lo op a ir -fu el r a tio c o ntr o l b ase d o n th e o xyg en
s e nso r s ig nal, o xid iz e s c a rb on m onoxid es ( C O ) a nd
h yd ro ca rb ons ( H C) a nd r e duce s n it r o gen o xid es
( N O x). W
hen th e m ix tu re is c o ntr o lle d a t s to ic h io m etr ic
a ir -fu el r a tio , th e th re e-w ay c a ta ly tic c o nve rte r
p ro vid es th e h ig hest p urif ic a tio n a gain st th e th re e
c o nstit u ents , n am ely , C O , H C a nd N O x.
R EM OVA L A ND IN STA LLA TIO N

+ "  + ( " ( +
T he c lu tc h is a d ry s in gle -d is c, d ia phra gm t y p e;
h yd ra ulic p re ssu re is u se d fo r th e c lu tc h c o ntr o l.
S ER VIC E S PEC IF IC ATIO NS
I te m s S
ta ndard v a lu e C
lu tc h p edal h eig ht m m 2
12 ± 2 15 < L.H . d riv e v e hic le s>
2 02 ± 2 05 < R .H . d riv e v e hic le s> C
lu tc h p edal c le vis p in p la y m m 1
± 3 C
lu tc h p edal fr e e p la y m m 6
± 1 3 D
is ta nce b etw een th e c lu tc h p edal a nd th e to eboard
w hen th e c lu tc h is d is e ngaged m m 1
1 0 o r m ore S
pecif ie d lu bric a nts Q
uantit y C
lu tc h flu id B
ra ke flu id D O T3 o r D O T4 A
s r e quir e d P
ush r o d a sse m bly R
ubber g re ase R
ele ase c ylin der p ush r o d M
IT S U BIS H I g enuin e g re ase
P art N o. 0 101011



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R EM OVA L A ND IN STA LLA TIO N


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R EM OVA L A ND IN STA LLA TIO N K
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6
8
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2 1
3
9 1
9 N m 1
3 N m
1 3
5
1 0
1
1
1 2
1 3 1
2 N m 5
N m
C lu tc h m aste r c ylin der a ssem bly
r e m oval s te p s
1 . C le vis p in
2 . C lu tc h p ip e c o nnectio n
3 . B re ath er h ose c o nnectio n
4 . C lu tc h m aste r c ylin der a sse m bly
5 . S eale r
R eserv o ir t a n k r e m oval s te p s
3 . B re ath er h ose c o nnectio n
5 . B olt
6 . R ese rv o ir b ra cke t 7
. R ese rv o ir ta nk
8 . B re ath er h ose
C lu tc h r e le ase c ylin der a ssem bly
r e m oval s te p s
9 . C lu tc h p ip e c o nnectio n
1 0. C lu tc h r e le ase c ylin der a sse m bly
C lu tc h lin e r e m oval s te p s
1 1 . C lu tc h p ip e
1 2. B ra cke t
1 3. C lu tc h h ose

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2
3 4
5
9 7 5
N m
7 1
2 N m
C lu tc h m aste r c ylin der a ssem bly
r e m oval s te p s
1 . C le vis p in
2 . C lu tc h p ip e c o nnectio n
3 . C lu tc h m aste r c ylin der a sse m bly
4 . S eale r C
lu tc h r e le ase c ylin der a ssem bly
r e m oval s te p s
5 . C lu tc h p ip e c o nnectio n
6 . C lu tc h r e le ase c ylin der a sse m bly
C lu tc h lin e r e m oval s te p s
7 . C lu tc h p ip e
8 . B ra cke t
9 . C lu tc h h ose