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FEDERATION INTERMATIONALE DU SPORT AUTOMOBILE ... federation intermationale fisa homologation no du sport automobile japan aÜt0m08ile federation a-5296 group y iv j af5>£2§-t j

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  • FEDERATION INTERMATIONALE F IS A Homologation No DU SPORT AUTOMOBILE

    JAPAN AÜT0M 08ILE FEDERATION A - 5 2 9 6

    Group y IV

    J AF5>£2§-t j A F s a y /u - r ^ J AFîÊ?ii:ÇHa

    HOMOLOGATION FORM IN ACCORDANCE WITH A PPEN D IX J OF TH E IN TER N A TIO N A L SPO RTING CODE Effix.-K-'yjélIftaiJ J JRIA-J: t/J A FHi^iK}ÎJÎîü5i%aij)UëÉor-2rîSîï

    Homologation valid as from FISA%?t#^AB ____________ - 1 AVR. 1986 in group .F I s A fiî2 F ;u -r Photo A Photo B

    1. D E F IN IT IO N S / S S

    101) M anufacturer TOYOTA MOTOR CORPORATION

    10 2 ) Commercial name(s) — Type and model

    1 0 3 ) Cylinder capacity

    T o y o ta C e l ic a 2 .0 G T Coupe (S T 1 6 2 )

    (S e e P age 1 0 )

    1 9 9 8 .2

    104 ) Type of car construction «iaiWüïcnifM

    I—I separate, material of chassis

    CO •-3—a a\ NJ U) CO I Cl w r 0

    1

    0 unitary construction

    S t e e l

    1 0 5 ) Number of volumes >> |-

  • Make TOYOTA Model5'-! ̂ ST1 62 A - 5 2 9 6

    .No Homo!..

    2 . D IM E N S IO N S , W E IG H T / s s J A JA"^QSi

    2 0 2 ) Overall length 441 0 mm± 1 %

    203)0verall width , Where measured 1 7 4 . 1mm r e a r w a r d _______ m m lLl% iiiîEfflpir______________________ f r o n t a x l e c e n t e r

    2 0 4 ) Width of bodywork: a) At front axle 1 690

    b )A t re a r axle 1 690

    2 0 6 ) W heelbase: ,t. ■( 7.

    a) R ight 7̂ 2 5 2 5 m m ±1%

    b )L e ft : £ 2 52 5

    2 0 9 ) O verhang: a) F ro n t: tw 960

    b )R e a r: lâ 925 1

    2 1 0 ) D is tan ce (G )(s te e r in g wheel — re a r bulkhead) •rS(XTTij > V) 1 574 1

    m m i 1 %

    mmi 1 %

    m m i 1 %

    ± 1%mm

    3 . E N G IN E / = > p > (ln case of rotative engine, see Article 3 3 5 on complementary form) (o -;7

    30 l)Lo cation and position of the engine: I n c l i n a t i o n ( L / R ) : O d e g ree v -x n iiE iif-ji__________ F r o n t , T r a n s v e r s e , R e a r ______ : 2 4 d e a ra e s

    30 3} C ycle • -t-f 4 , O t t o

    x x x x 3 0 4 ) Supercharging Xfis/no; type

    jStm ____________________________________ (in case of supercharging, see also Article 3 3 4 on complementary form)

    305)Number and layout of the cylinders ■>'] > r-co&ifii t &__________ 4 , I n - l i n e

    3 0 6 ) Cooling system L iq u id

    ca

  • Make TOYOTA Model ST1 62

    3 1 2 )C y lin d e r block m aterial >') > f '—T’a y _______

    . No Homol._____

    JAF£K#f- . JA - 0 9 0

    A-5296

    Cast-iron

    31 3)S leeves: 7. 'j—r

    3 1 4 )B o re ; n r - _____

    a) yes/no

    8 6 . 0

    c)Type: xxxx

    mm 315)M axim um bore allowed

    .îTÿilàiri^C.-l^Tiï Of. n (T h is indication is not to be considered in Gr N)_____mm r;i— 7'NlC(î ffi?nCfV') 31 6 )S tro k e

    X F 0 - 7 8 6 . 0 mm 31 8)Connecting rod: a) M a te ria l

    ■{ > To -, K steel b}Bigend typet'-x KifJJt Separate

    51 .0c) In te rio r diameter of the bigend (w ithout bearings)h- y / i V K?5F̂ iI ).__________________________________________ d) Length between the axes: e)Minimum weight:

    o >o /K7)5?------------ 138.0 mn, ( ± Q. 1 mm) ft'&aSl_________ 760 j n m i O . 1 %

    ___________g 31 9 )C ra n k s h a ft: a) Type of m anufacture

    i- ■ K i2 0 .T i? :___________________ Integral b) M a te ria !

    H7Î_____ Steel c) I—I moulded f-y, stamped

    ^ m;3.

    e)T yp e of bearings '< r I) > __________

    d) Number of bearings • r — ■ X V ■ ') > f — '-X K

  • Make A - 5 2 9 6

    J A F:Ẑlg§-f- ^A-09 0__________ d) Number of m'xture passages per carburettor 1 ^ r T ' l ' ^ — tb D (^ ' '< U ;U £ 7 5 & ___________________________ X X X X

    e) Maximum diameter of the tianga hole of ̂ the carburettor exit port ̂ f _________________________________________ X X X X

    f ) Diameter of the venturi at the narrowest point 'O ^ j. i j - a ________________________________________________________________ X X X X

    --------------------------------- mm

    3 2 4 ) Fuel feed by injection: a )M anufacturer: , _ KIS# N IPPO N DENSO b) Model of injection system: ' -------------

    _________ L-Jetronic______ measurement: j-jm echanical ^ electronical hydraulical

    ̂ I—I éâŒît ̂ XRs/no c2/M eassurem ent of air volume yes / « 8

    W n o 4 ) Measurement of air sppeed W n o ̂ $5liSS:SiIiS

    pressure xes/no Which pressure is takenfor measurement ? x x x bars

    d )E ffec tive dimensions of measure position in the throttle area 5 5 q

    e)Number of e ffective fuel outlets / X;KT)gr___

    f)Position of injection valves: ^ Inlet manifold r j \ Cylinderhead

    g )i(.a tem ent of fuel measuring parts of injection system

    A i r f lo w m e t e r . I n j e c t o r ^ C o n t r o l u n i t

    3 2 5 ) Camshaft; a) Number b)Location &___________ 2 Top (DOHC)

    B e l t d) Number of bearings for each shaft

    f)T y p e of valve operation ____________ D i r e c t

    3 26 )T im in g : e)Maximum valve lift Inlet Fvhai.=f 7 .6 _ 7 .6

    with clearance 7 >; r 7 > X 0 . 2 0—------------- — -------------- mm 0 . 2 5

    mm

    3 2 7 ) ln le t: a) Material of the manifold A lu m in u m a l l o y

    Ui t-3

    b) Number of manifold elements K i u / V I 2

    c) Number of valves per cylinder 1 'J à ') !^' ______________ C o i l H ir*

    0 *01 tTJLfit''

    L i

    C>.c* —■" '

    Page 4

  • Make ènr, TOYOTA Model ST1 62 No Homo!. A - 5 2 9 6

    3 2 8 )E x h a u s t: a) Materia! of the manifold 'A i rt; - ;u K CO W R________

    b) Number of manifold elements = . >u Kxu y > f. coa_____________ 1

    J A F ; F A -0 9 0

    Cast-iron d) Number of valves per cylinder

    1 X 'J â T co-' r - S ' ) £ 0 7 * 7 r c o a _______________ 1

    3 3 3 ) Lubrication system: a)Type ifJ«t=K7c Wet sump

    -mm / 'v u rx r i;

    Battery c) Number of distributors

    f '< X h ij t ' i — coa_____

    b) Number of oil pumps

    Coil mm

    4 . F U E L C IR C U IT /

    4 0 l ) F u e l tank; a)Number a ____________ 1

    c) Material tïîî S t e e l o l a t e

    b) Location ficE______ Under the rear floor

    d) Maximum capacity 60

    5 . E L E C T R IC A L E Q U IP E M E N T /

    5 0 1 )5 a t te r y ( ie s ) : a) Number a___________ 1

    6 . D R IV E /

    6 0 1 ) Driving wheels: front ffi

    6 0 2 )C lu tc h : b)Drive system m u i : ________

    c) Number of plates r'-< x?cna____________

    □ rearII Hydraulic

    4 Ü T 0N 10®

    Page 5

  • Make iîiir, TOYOTA Model5'iîï ST1 62 No Homo!. fl-5296

    lA -0 9 0 6G 3 )G e a r-b o x : a)Location

    A-'A-.-n■■/ 7 X {tr.’ji_____ Attached to engine in engine compartment b)(M anua!)m ake

    TOYOTA c) make xxxx d) Location of the geariever

    Floor e)Ratios

    Q 0 0 O f)G ear change gate

    ■>y h'

    © 0 © Ô

    Mani.

    ratio i t

    jal / ^t)i

    number of teeth

    oL_ JCo c >. (0

    Autom

    ratio i t

    atic / gfii

    number of teeth

    oL. JCo

    (A

    Additional G.!

    ratio i t

    2 !

    number of teeth

    SiK

    ouSI u c >% U)

    1 3.286 46/1 4 X 2.667 40/1 5 X 2 2.042 49/24 X 2.056 37/18 X 3 1 .323 41 /31 X 1.619 34/21 X 4 1 .029 36/35 X 1 . 364 30/22 X 5 0.821 32/39 X 1 .1 67 28/24 X

    R 3.1 54 28„41 13 23 3.1 54 28 41 1 3^28

    Cons-j tant.l

    1 xxxx xxxx xxxx xxxx

    Q Q Q O

    © Ô 0 Ô 6 0 4 )0 v e rd r iv e : a) Type

    t - ' < - y ÿ y ( r niiZ

    tu w IoMf 0 T3 1

    b) Ratio

    xxxx

    xxxx c) Number of teethf ta _____________ oj d)Usuabie with the following gears

    K 7 -f r 5 üf-'v xxxx

    xxxx

    Page 6

  • Make éttt; TOYOTA Model

    , 5üiÇ___

    6 0 5 ) Final drive:

    a)Type of final drive _______________

    b)Ratio _________

    c)Teeth number tea

    d)Type of differential limitation (if provided) r-7 D

    ST1 62 No Homol.. «-5296 J A F 5>Î2 S-f-

    Front / 69 Rear / it

    H e r i c a l g e a r x x x x

    3 . 9 4 4 x x x x

    7 1 /1 8 x x x x

    x x x x x x x x

    e) Ratio of the transfer box h 7 > X 7 T - i t l i l l t i l J t _____________ x x x x

    6 0 6 )T y p e of the transmission shaft ____________D r iv e s h a f t w i t h c o n s t a n t v e l o c i t y j o i n t

    7 . S U S P E N S IO N /

    7 0 l ) T y p e cf suspension: a )r ro n t / ifi_>■ 3 > b )rear / __

    In d e p e n d e n t / M c p h e rs o n

    In d e p e n d e n t / M c p h e rs o n

    702 )H e lico id a l springs: F ron t: yes/not g:; Rear: yes /»«It

    7 0 3 )L e a f springs: F ront: yesv^no ' ) - 7 x r < l > i r in

    Rear: jces/no It

    7 0 4 )T o rs io n bar: F ront: yesjfno h — i ' 3 > / ' • — x r >; > r gtj

    Rear: f ^ n o I t

    7 0 5 ) Other type of suspensicn:See photo or drawing on page 1 5 ftË ï^ît«0 -^X -«> X 3 > y iS O K I > EltaSSB

    CO

    (TiNJ U) CO I o Cd c

    x x x x

    ^ U T O W O ^

    P age 7

  • Make ùnr. TOYOTA Model

    7 0 7 )S h o c k Absorbers: 3 y ^ r y

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