MITSUBISHI TRITON 1997 Workshop Manual

E
VA PO RATO R < V EH IC LE S W IT H A /C > 5520036011 0
R EM OVA L A ND IN STA LLA TIO N

<
D ie sel- p ow ere d
v eh ic le s ( A /T )> 1
5
4
67
8
9
10
9
9 8
2
3
4
D is assem bly s te p s
1 . C lip
2 . E va pora to r c o ve r ( u pper)
3 . Lin in g, u pper
4 . Therm osta t
5 . C om pre sso r-E C U < D ie se l- p ow ere d
v e hic le s ( A /T )> 6
. E va pora to r c o ve r ( lo w er)
7 . Lin in g, lo w er
8 . E xp ansio n v a lv e
9 . O -rin g
1 0. E va pora to r
I N SPEC TIO N 55200370038
T H ER M OSTA T, A IR T H ER M O S EN SO R C HEC K
1 . Apply b atte ry v o lt a ge b etw een th e th erm osta t te rm in als
s h ow n in th e illu str a tio n, a nd c o nnect a te st la m p to
t e rm in al ( 3 ).
2 . Blo w c o ol a ir o nto th e a ir th erm o s e nso r a nd c h eck t h at
t h e te st la m p s w it c h es o ff w hen th e c o ol a ir te m pera tu re
b eco m es a ppro xim ate ly 3
C o r le ss.
C O M PR ESSO R-E C U S IM PLE T E ST < D ie sel- p ow ere d
V eh ic le s ( A /T )>
1 . Check to b e s u re th at th erm osta t h as n o d efe ct.
2 . Apply b atte ry v o lt a ge b etw een th e c o nnecte rs s h ow n in
t h e illu str a tio n, a nd c o nnect a te st la m p to te rm in al ( 6 ).
3 . Check th at th e te st la m p illu m in ate s fo r 7 s e co nds o nly
w hen te rm in al ( 3 ) is e arth ed. A
ir th erm o s e nso r

C
O M PR ESSO R A ND T E N SIO N P U LLE Y 55200410174
R EM OVA L A ND IN STA LLA TIO N 2
2 N m 8
2
2 N m
7

<
4D 5>

T
hic kn ess g auge

C
O NDEN SER A ND C O NDEN SER F A N M OTO R 55200670138
R EM OVA L A ND IN STA LLA TIO N 1
0 1
0 1
0 1
0 1
0 1
2
9
*
N O TE
* : L .H . d riv e v e hic le s
C onden ser f a n m oto r r e m oval
s te p s
1 . H ood lo ck s ta y
2 . C ondense r fa n m oto r a nd s h ro ud
a sse m bly
3 . N et
4 . C ondense r fa n
5 . C ondense r fa n m oto r
6 . S hro ud C
onden ser r e m oval s te p s
 Refr ig era nt D is ch arg in g a nd C harg in g
( R efe r to P .5 5-8 .)
 Engin e o il c o ole r < D ie se l- p ow ere d
v e hic le s> ( R efe r to G RO UP 1 2.)
1 . H ood lo ck s ta y
2 . C ondense r fa n m oto r a nd s h ro ud
a sse m bly
7 . C able p ro te cto r
 A
8. D is ch arg e p ip e B < L.H . d riv e v e -
h ic le s>
 A
9. D is ch arg e h ose , d is ch arg e p ip e A
a nd c o ndense r c o nnectio n
1 0. O -rin g
1 1 . B um per S upport ( R .H .) < L.H . d riv e
v e hic le s>

A 12. C ondense r

R
EFR IG ER ANT L IN E 55200640146
R EM OVA L A ND IN STA LLA TIO N
< L .H . D RIV E V EH IC LE S> 1
0 1
0 1
0 1
0 1
2
1
0 1
0 1
0
 A

A 1. S uctio n h ose
 A
2. S uctio n p ip e
 Pow er s te erin g o il r e se rv o ir ( R efe r to
G RO UP 3 7A ± P ow er S te erin g H ose .)
 A
3. S uctio n p ip e
 A
4. D is ch arg e p ip e A
 A
5. D is ch arg e h ose
6 . H ood la tc h
7 . H ood lo ck s ta y 
Engin e o il c o ole r < D ie se l- p ow ere d
v e hic le s> ( R efe r to G RO UP 1 2.)
 A
8. D is ch arg e p ip e B
 A
9. D is ch arg e p ip e C
1 0. O -rin g
 A

A 11 . R ece iv e r a sse m bly
1 2. D ual p re ssu re s w it c h
1 3. R ece iv e r b ra cke t

8
8
1 8
 A

A 1. S uctio n h ose
 A
2. D is ch arg e p ip e A
 A
3. D is ch arg e p ip e B
 A
4. D is ch arg e h ose 
A

A 5. R ece iv e r a sse m bly
6 . D ual p re ssu re s w it c h
7 . R ece iv e r b ra cke t
8 . O -rin g
R EM OVA L S ER VIC E P O IN T
 A
HO SE/P IP E/R EC EIV ER A SSEM BLY
D IS C O NNEC TIO N
P lu g th e d is co nnecte d h ose , th e r e ce iv e r, th e e va pora to r a nd
t h e c o m pre sso r n ip ple n ot to le t fo re ig n m atte r g et in to th em .
C au tio n
S eal t h e h oses c o m ple te ly , o th erw is e t h e c o m pre sso r
o il a n d r e ceiv er w ill a b so rb w ate r v ap our e asily .

(
T hre aded p ortio n)
S eala n t:
3 M N ut L ockin g P art N o. 4 171 o r e q uiv ale n t 3
4 N m 1
2
1 . E ngin e c o ola nt te m pera tu re s w it c h
( fo r A /C c u t- o ff )
2 . E ngin e c o ola nt te m pera tu re s w it c h
( fo r c o ndense r fa n)