User guide
125
NO T ES:
1. MA IN W I RE CO L OUR L I S TED F I RST
E. G. RED / GR N IN DIC A T ES RE D W IRE WI TH G R EEN S T RIP E
2. US E V - 9 0 H T P V C I NS UL A TIO N .
3. WI RE S I ZES A S F OLL O W S ( OR N EAR ES T E QUI V ALE NT) :
A WG
24
20
18
16
13
A RE A
(s q .mm )
0 .2 5
0 .5
1 .0
1 .5
2 .5
SU G G. S TR AN DIN G
#C O ND / D I A(m m)
7/ 0. 20
10 /0. 2 5
16 /0. 3 0
30 /0. 2 5
50 /0. 2 5
H AL T E C H , S Y D N E Y A U S T R A L I A
D AT E : 2 2N D N O V 1 9 9 5 v a s
S HE E T 1 O F 1R EV C
E6 A M AI N H AR NESS - EL EC TR ICAL
TR IM
GN D
+5 VDC
20 A WG
20 A WG
18 A WG
BL K
BL K/ WH T
OR G
A
B
C
J 14 : T RIM
P AC KAR D 1 2 01 0 71 7
P IN : 12 1 2 4 5 80 L
SP ARE A/ D
GN D
+5 VDC
20 A WG
20 A WG
18 A WG
BL K
RE D/ BL K
OR G
A
B
C
J1 5 : SP AR E A /D
PA C KAR D 1 2 01 07 1 7
PI N : 12 12 458 0L
24 A W G
24 A W G
24 A W G
RE D
BL U
BL K
2
3
5
1
4
6
7
8
9
TX
RX
GN D
J2 : PC I NTE RF ACE
9 PI N D - F E M ALE
16 A W G
20 A W G
18 A W G
16 A W G
16 A W G
20 A W G
20 A W G
24 A W G
16 A W G
16 A W G
16 A W G
20 A W G
20 A W G
18 A W G
20 A W G
20 A W G
20 A W G
20 A W G
18 A W G
16 A W G
20 A W G
18 A W G
18 A W G
18 A W G
16 A W G
16 A W G
24 A W G
18 A W G
TR IM
SP A RE A /D
BY P ASS / A U X I /O
AU X O UT 1
AU X O UT 2
IN J1
AI R T EMP
ID L1
+1 3V DC E C U
TX
IN J3
IN J2
O2 SE NSO R
MA P
+5 VDC
HO ME
TH ROT T L E P OS
T RI GGE R
PU MP REL AY
IN J4
C OO LAN T
ID L2
ID L3
ID L4
GN D
GN D
RX
I GN O UT
L. B L U
GR Y
BR N
RE D/ WH T
BL U
RE D/ BL K
BL K/ WH T
RE D
WH T/ BL K
GR N/ RE D
BL U/ RE D
GR Y
YE L
OR G
GR N
WH T
GR N/ BL K
YE L
BL K/ YE L
PI NK
VI O
GR N/ YE L
YE L/ RE D
BR N/ WH T
L. G R N
BL K
BL K
BL U
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
J 1: EC U M AIN C ON NEC T OR
P IN : 03 0 -24 64- 0 0 0
I TT C ANN ON S LEC 2 8P4 R
16 AW G
13 AW G
13 AW G
13 AW G
13 AW G
RE D /WH T
RE D /GR N
YE L /RE D
OR G /GR Y
OR G
A
B
C
D
E
+1 3.8 V D C E CU
+1 3.8 V D C I NJ
SY STE M + 13. 8 V DC
PU MP 1 A
PU MP 2
J3 : F US E BL O CK
PA CKA R D 1 203 43 42
PI N: 1 2 12 45 8 2L
13 AW G
13 AW G
18 AW G
18 AW G
YE L \RE D
RE D
GR Y
BL K
87
30
85
86
SY S TEM + 1 3 .8V DC
BA T TER Y + V E
SW I TCH E D + 1 2VD C
GN D
J4 : P OW ER R E LAY
AM P 9 2 6 526
PI N: 3 4 100 1-3
13 AW G
13 AW G
18 AW G
18 AW G
OR G /GR Y
OR G
GR Y
BL K /YE L
87
30
85
86
PU M P 1A
PU M P 1
SW I TCH E D + 1 2VD C
PU M P RE LAY
J5 : PU MP R E LAY
AM P 9 265 2 6
PI N: 341 001 -3
16 A WG
16 A WG
13 A WG
16 A WG
16 A WG
1 6 A WG
1 6 A WG
AU X O UT1
AU X O U T 2
+1 3.8 V D C I NJ
IN J 2
IN J1
IN J 3
IN J 4
WH T/B L K
B LU
RE D/G R N
L. B L U
BL U/R E D
GR N/R E D
PI NK
A
B
C
E
F
G
H
J1 3: I NJEC T OR HA R NESS
PA CK AR D 1 20 4 79 38
PI N: 120 4 8 07 4
16 AW G
16 AW G
20 AW G
RE D/G R N
BL K
GR Y
+1 3 .8V D C I NJ
GN D
O2 SE NSO R
A
B
C
J6 : O2 S E NSOR
PA C KAR D 1 2 01 07 1 7
PI N : 12 12 458 2L
BR N /WH T
YE L /RE D
BR N
GR N /YE L
18 AW G
18 AW G
18 AW G
18 AW G
A
B
C
D
ID L 4
ID L 3
ID L 1
ID L 2
J9 : ID LE SPE ED M O TOR
PA C KAR D 1 2 01 57 98
PI N : 12 12 458 0L
20 AW G
20 AW G
18 AW G
BL K
YE L
OR G
GN D
MA P
+5 V DC
A
B
C
J8 : MA P S ENSO R
PA C KAR D 1 2 02 04 0 3
PI N : 12 12 458 2L
20 A WG
20 A WG
18 A WG
GN D
TH ROT T L E P OS
+5 VDC
BL K
WH T
OR G
A
B
C
J1 0: T HROT T LE PO S
PA CKA R D 1 201 57 93
PI N: 1 2 12 45 8 2L
20 AW G
20 AW G
BL K
GR Y
A
B
GN D
AI R T EMP
J1 1: A IR T E MP SE NS
PA CKA R D 1 216 21 97
PI N: 1 2 10 38 8 1L
20 AW G
20 AW G
BL K
VI O
A
B
GN D
CO O LAN T
J1 2: C OOLA N T S ENS
PA CKA R D 1 216 21 93
PI N: 1 2 10 38 8 1L
B LK
RE D/G R N
Y EL
G RN
GN D
+1 3.8 V I NJ
TR IGG E R
HO ME
20 A WG
20 A WG
20 A WG
20 A WG
A
B
C
D
J1 6 : TR IG GER I N PUT
PA C KAR D 1 2 01 50 2 4
PI N : 12 12 458 0L
20 AW G
18 AW G
16 AW G
16 AW G
16 AW G
16 AW G
BL U
GR N /BL K
BL K
L . G RN
WH T /BL K
L . B LU
BY P ASS / A UX I /O
AU X O UT1
AU X O UT2
GN D
IG N O UT
IN J 1
A
B
C
D
E
F
J7 : I GN ITIO N O UTP U T
PA CKA R D 1 202 07 86
PI N: 1 2 12 45 8 0L
1 3 A WG
1 8 A WG
1 3 A WG
1 3 A WG
1 3 A WG
RE D
GR Y
OR G
OR G
BL K
BA TT ER Y + V E
SW IT CH E D + 1 2VD C
GR OU ND
PU MP 1
PU MP 2
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