84
65 Connecting Diagram
CN6800
CN
5
GN
D_
D
1
51
GND
VB
TX
7P
2
50
RX
7_P
VB
TX
7N
3
49
RX
7_N
GN
D_
D
4
48
GND
VB
TX
6P
5
47
RX
6_P
CN102
CN1200
VB
TX
6N
6
46
RX
6_N
5V
1
1
GND
GN
D_
D
7
45
GND
AC
AS
_D
AT
A
2
2
SC
_I
2C
0_S
DA
VB
TX
5P
8
44
RX
5_P
AC
AS
_R
ST
3
3
SC
_I
2C
0_S
CL
VB
TX
5N
9
43
RX
5_N
5V
_A
CA
S
4
4
SC
_S
TB
Y_3.
3V
GN
D_
D
10
42
GND
AC
AS
_C
LK
5
5
SC
_L
ED
_P
W
M_R
VB
TX
4P
11
41
RX
4_P
SC
_M
AI
N_3.
3V
6
6
SC
_L
ED
_P
W
M_G
VB
TX
4N
12
40
RX
4_N
ERRO
R_
LE
D
7
7
SC
_L
ED
_P
W
M_B
GN
D_
D
13
39
GND
SC
_L
ED
_P
W
M_W
8
8
SC
_S
IR
CS
VB
TX
3P
14
38
RX
3_P
PO
W
ER
_K
EY
9
9
GND
VB
TX
3N
15
37
RX
3_N
MI
C_
DE
T
10
10
SC
_O
PT
_SE
NSE
GN
D_
D
16
36
GND
MI
C_
DAT
AR
+
11
11
LE
D_
Ta
lly
VB
TX
2P
17
35
RX
2_P
MI
C_
CL
K+
12
12
MI
C_
DAT
AL
+
VB
TX
2N
18
34
RX
2_N
GND
13
13
GND
GN
D_
D
19
33
GND
MI
C_
DAT
AL
+
14
14
MI
C_
CL
K+
VB
TX
1P
20
32
RX
1_P
LE
D_
Ta
lly
15
15
MI
C_
DAT
AR
+
VB
TX
1N
21
31
RX
1_N
SC
_O
PT
_SE
NSE
16
16
M
IC_
DE
T
GN
D_
D
22
30
GND
GND
17
17
PO
W
ER
_K
EY
VB
TX
0P
23
29
RX
0_P
SC
_S
IR
CS
18
18
SC
_L
ED
_P
W
M_W
VB
TX
0N
24
28
RX
0_N
SC
_L
ED
_P
W
M_B
19
19
ERRO
R_
LE
D
GN
D_
D
25
27
GND
SC
_L
ED
_P
W
M_G
20
20
SC
_M
AI
N_3.
3V
Vx
1_L
OC
KN
26
26
LOC
KN
SC
_L
ED
_P
W
M_R
21
21
AC
AS
_C
LK
Vx
1_H
TP
DN
27
25
HTP
DN
SC
_S
TB
Y_3.
3V
22
22
5V
_A
CA
S
GN
D_
D
28
24
GND
SC
_I
2C
0_S
CL
23
23
AC
AS
_R
ST
PA
NE
L_
AG
IN
G/
AG
P1
29
23
NC
SC
_I
2C
0_S
DA
24
24
AC
AS
_D
AT
A
AGI
NG_
HO
LD
/A
GP
0
30
22
NC
GND
25
25
5V
NC
/n
W
P
31
21
W
P_
IN
I2C
_W
P(
PA
NE
L_B
IN
T)
/E
VD
D_D
32
20
EV
DD
_D
ET
SC
L
33
19
I2
C-
SCL
2
IR
IS
O:
IM
SA
-11600S
-25A
-G
FN
4
IR
IS
O:
IM
SA
-1
15
01
S-
25
Y9
00
SD
A
34
18
I2
C-
SD
A2
1-
003-
213-
11
184461211
NC
(P
CI
D_
EN
)/P
ane
l_D
ET
35
17
GND
NC
/(D
at
e-
Fo
rm
at
1)
36
16
Dat
a F
or
m
at
1
NC
/(D
at
a-
Fo
rm
at
0)
37
15
Dat
a F
or
m
at
0
NC/
(I2
C_
C)
38
14
I2
C-
SCL
1
PA
NE
L_D
ET
/(I
2C
_D
)
39
13
I2
C-
SD
A1
GN
D/
Erro
rD
et
40
12
Er
ro
r D
ete
ctio
n
GN
D/
AC
_D
ET
41
11
AC
_D
ET
GN
D/
JB
&O
ffR
sD
on
e
42
10
JB
&O
ff-
RS
d
on
e
NC
43
9
NC
(R
es
er
ved
)
NC
(12V)
44
8
NC
(R
es
er
ved
)
NC
(12V)
45
7
NC
(R
es
er
ved
)
NC
(12V)
46
6
NC
(R
es
er
ved
)
CN
1
CN5402
NC
(12V)
47
5
NC
(R
es
er
ved
)
GND
1
1
1
1
G
ND
/G
ND
NC
(12V)
48
4
NC
(R
es
er
ved
)
1-
004-
496-
11
2.
KE
Y
2
NC
NC
2
TS
_TE
MP
/N
C
NC
(12V)
49
3
NC
(R
es
er
ved
)
POW
ER
-IN
T
3
3
3
3
TS
_M
AI
N_3.
3V
/P
OW
ER
_K
EY
NC
(12V)
50
2
NC
(R
es
er
ved
)
1-
822-
693-
11
1-
821-
117-
11
1-
821-
143-
11
NC
(12V)
51
1
NC
(R
es
er
ved
)
JA
M
S
Z15-
03W
LR
SZ
15-
03H
GR
SY
T10-
03H
G
JA
M
S
YT
10-
03W
L
JA
E/
FI
-R
XE
51
S-
HF
CN6801
1-
843-
699-
12,
IP
EX
CN
7
NC
/E
m
er
gen
cy
-U
pd
at
e
1
41
Em
er
ge
nc
y U
pd
at
e
GND
20
CN3803
NC
/(ON
_R
F_
Do
ne
)
2
40
ON
_R
F
GND
19
1
GND
NC
/Q
SM
_E
nab
le
3
39
QS
ME
N
DM
18
2
GND
NC
/Vx
1_B
yt
e_S
el
4
38
Vx
1
By
te
M
od
e
DP
17
3
DM
NC
(SP
I_
CS)
5
37
NC
GND
16
4
DP
NC(
SP
I_
CL
K)
6
36
NC
GND
15
5
GND
NC
(SP
I_
DE
V_
SE
L)
7
35
NC
GND
14
6
GND
NC
8
34
NC
VC
C
13
7
GND
NC
9
33
NC
VC
C
12
8
VC
C
NC
10
32
NC
VC
C
11
9
VC
C
NC
11
31
NC
VC
C
10
10
VC
C
NC
12
30
NC
VC
C
9
11
VC
C
NC
(B
US
SW
)H
:E
/L
:D
13
29
NC
VC
C
8
12
VC
C
NC
(S
PI_
MIS
O)
14
28
NC
VC
C
7
13
VC
C
NC
(S
PI_
MO
SI)
15
27
NC
GND
6
14
VC
C
NC
(S
PI
_E
NA)
16
26
NC
GND
5
15
GND
GN
D_
D
17
25
GND
WO
W_
L
4
16
GND
VB
TX
15P
18
24
RX
15_P
RS
T_L
3
17
WO
W_
L
VB
TX
15N
19
23
RX
15_N
GND
2
18
RS
T_L
GN
D_
D
20
22
GND
GND
1
19
GND
VB
TX
14P
21
21
RX
14_P
IR
IS
O:
IM
SA
-11501S
-20Y
900
20
GND
VB
TX
14N
22
20
RX
14_N
1-
49
8-
07
4-
11
GN
D_
D
23
19
GND
IR
IS
O:
IM
SA
-11501S
-20Y
900
VB
TX
13P
24
18
RX
13_P
VB
TX
13N
25
17
RX
13_N
GN
D_
D
26
16
GND
VB
TX
12P
27
15
RX
12_P
VB
TX
12N
28
14
RX
12_N
GN
D_
D
29
13
GND
VB
TX
11P
30
12
RX
11_P
VB
TX
11N
31
11
RX
11_N
GN
D_
D
32
10
GND
VB
TX
10P
33
9
RX
10_P
VB
TX
10N
34
8
RX
10_N
GN
D_
D
35
7
GND
VB
TX
9P
36
6
RX
9_P
CN6605
VB
TX
9N
37
5
RX
9_N
Fa
sto
n
#187
NC
1
GN
D_D
GN
D_
D
38
4
GND
In
+
(F
as
to
n
# 187)
1
3
#2
2
2
2
CE
NT
ER
_I
NP
UT
_N
VB
TX
8P
39
3
RX
8_P
In
- (
Fa
sto
n
# 110)
2
2
#2
2
1
3
CE
NT
ER
_I
NP
UT
_P
VB
TX
8N
40
2
RX
8_N
Fa
sto
n
#110
NC
4
GN
D_D
GN
D_
D
41
1
GND
JS
T PB
VP-
04
V-
S
1-
842-
566-
12
1-
842-
593-
11
SM
04
B-
PB
VS
S-
TB
(L
F)(S
N)(P
S)
JA
E/
FI
-R
E4
1S
-H
F
CN5404
CN001
4
1
3.
3V
_M
AI
N_H
GND
1
4
3
2
SD
A
SC
L
2
3
2
3
SC
L
SD
A
3
2
1
4
GND
3.
3V
_M
AI
N_H
4
1
NC
5
NC
1-
821-
131-
11
SY
T10-
04H
G
SY
T10-
05H
G
1-
82
1-
14
5-
11
1-
821-
118-
11
1-
821-
119-
11
CN6200
1-
843-
858-
71
GND
1
TM
_E
CS
_L
D_T
O_B
2
250A
1-
HP
-H
02M
25
0A
1-
HS
-H
02
M
(B
LK
)
TM
_E
CS
_B
_T
O_L
D
3
EX
-
1
4
#2
2
LD
_E
RR
4
EX
+
2
3
#2
2
CN6603
TM
_L
OG
_L
D_T
O_B
5
1-
842-
569-
11
TM
_L
OG
_B
_T
O_L
D
6
JS
T S
M
10
B-
PB
VS
S-
TB
(L
F)
(S
N)
(P
S)
TM
_I
2C
_S
CL
7
1
10
SP
_0X
90_R
P
TM
_I
2C
_S
DA
8
250A
1-
HP
-H
02M
25
0A
1-
HS
-H
02
M
(B
LK
)
2
9
SP
_0X
90_R
N
N.
C(
OP
EN)
9
EX
-
1
1
#2
2
2
8
SP
_0X
90_L
N
TM
_R
DY
_M
ON
10
EX
+
2
2
#2
2
1
7
SP
_0X
90_L
P
N.
C(
OP
EN)
11
NA
6
SP
_0X
92_R
P
N.
C(
OP
EN)
12
NA
5
SP
_0X
92_R
N
N.
C(
OP
EN)
13
1
4
SP
_0X
92_L
N
TM
_D
RV
_E
MI
T
14
2
3
SP
_0X
92_L
P
TM
_SP
I_
SY
NC
15
2
2
SP
_0X
94_R
P
GND
16
1
1
SP
_0X
94_R
N
N.
C(
OP
EN)
17
1-
84
2-
59
6-
11
N.
C(
OP
EN)
18
1-
562-
111-
21
PB
VP
-1
0V
-S
N.
C(
OP
EN)
19
WL
+
1
7
#2
2
N.
C(
OP
EN)
20
WL
-
2
8
#2
2
GND
21
JS
T S
M
R-
02V
-N
JS
T
SM
P-
02
VF
-N
TM
_D
RV_S
PI
_M
OS
I_00
22
1-
78
4-
99
1-
21
TM
_D
RV_S
PI
_M
IS
O_00
23
TM
_D
RV_S
PI
_S
CK
_00
24
TM
_D
RV_S
PI
_N
SS
_00
25
GND
26
1-
562-
111-
21
N.
C(
OP
EN)
27
WR
+
1
10
#2
2
SA
_M
OD
E
28
WR
-
2
9
#2
2
N.
C(
OP
EN)
29
JS
T S
M
R-
02V
-N
JS
T
SM
P-
02
VF
-N
BL
_ON
30
1-
78
4-
99
1-
21
CN1700
1-
843-
150-
11
1-
843-
151-
11
PB
DP-
20
V-
S
JS
T S
M
20
B-
PB
DS
S-
TF
#2
2
7
1
GND
#2
2
8
2
GND
#2
2
9
3
GND
#2
2
10
4
GND
CN
64
01
#2
2
17
5
RE
G_12V
TC
ON
_12_O
N
1
12
#2
6
#2
2
18
6
RE
G_12V
BL
_E
RR
2
14
#2
6
#2
2
19
7
RE
G_12V
EV
DD
_O
N
3
13
#2
6
#2
2
20
8
RE
G_12V
AC
_O
FF_
DE
T
4
16
#2
6
#2
2
6
9
ST
BY
_3.
3V
POW
ER
_ON
5
11
#2
6
#2
6
11
10
EV
_C
TR
L
STB
Y
6
9
#2
2
#2
6
5
11
POW
ER
_ON
GND
7
1
#2
2
#2
6
1
12
TC
ON
_ON
/T
CON
_1
2_
ON
GND
8
2
#2
2
#2
6
3
13
BL
_O
N/
TC
ON
_24_O
N
GND
9
3
#2
2
#2
6
2
14
BL
_E
RR
GND
10
4
#2
2
#2
2
14
15
POW
ER
_A
U
EV
_C
TR
L
11
10
#2
6
#2
6
4
16
AC
_O
FF_
DE
T
GND
12
18
#2
2
#2
2
15
17
POW
ER
_A
U
GND
13
20
#2
2
#2
2
12
18
GND
RE
G12V
14
15
#2
2
#2
2
16
19
POW
ER
_A
U
RE
G12V
15
17
#2
2
#2
2
13
20
GND
CN
8
RE
G12V
16
19
#2
2
NC
1
GND
RE
G12V
17
5
#2
2
NC
2
GND
RE
G12V
18
6
#2
2
NC
3
GND
RE
G12V
19
7
#2
2
NC
4
GND
RE
G12V
20
8
#2
2
#2
2
26
5
GND
TC
ON
_12V
21
8
#2
2
#2
2
25
6
GND
TC
ON
_12V
22
7
#2
2
#2
2
22
7
VD
D
TC
ON
_12V
23
NC
#2
2
21
8
VD
D
TC
ON_
GND
24
NC
NC
9
VD
D
TC
ON_
GND
25
6
#2
2
NC
10
VD
D
TC
ON_
GND
26
5
#2
2
NC
11
VD
D
EV
DD
_G
ND
27
NC
NC
12
VD
D
C
N
61
01
EV
DD
_G
ND
28
NC
NC
13
NC
1
1
AC
-N
EV
DD
_G
ND
29
NC
NC
14
NC
2
2
AC
-L
EV
DD
_G
ND
30
NC
Ye
onho
Ye
onho
SF
P7
9-
02
WL
B/
J.A
.M
.
1-
84
3-
91
7-
11
1-
84
3-
92
5-
11
20022H
S-
14B
2
20022W
R
–
H14B
2
1-
82
2-
90
8-
11
JST
SM
30
B-
PB
DSS-
TF
PB
DP
-3
0V
-S
1-
844-
572-
21
CN
66
01
EV
DD
_G
ND
1
1
#2
2
CN
6
EV
DD
_G
ND
2
2
#2
2
#2
2
1
1
EV
SS
EV
DD
_G
ND
3
3
#2
2
#2
2
2
2
EV
SS
EV
DD
_G
ND
4
4
#2
2
#2
2
3
3
EV
SS
EV
DD
_G
ND
5
5
#2
2
#2
2
4
4
EV
SS
EV
DD
_G
ND
6
6
#2
2
#2
2
5
5
EV
SS
EV
DD
_G
ND
7
7
#2
2
#2
2
6
6
EV
SS
EV
DD
_G
ND
8
NC
#2
2
7
7
EV
SS
EV
DD
9
NC
#2
2
10
8
EV
DD
EV
DD
10
8
#2
2
#2
2
11
9
EV
DD
EV
DD
11
9
#2
2
#2
2
12
10
EV
DD
EV
DD
12
10
#2
2
#2
2
13
11
EV
DD
EV
DD
13
11
#2
2
#2
2
14
12
EV
DD
EV
DD
14
12
#2
2
#2
2
15
13
EV
DD
EV
DD
15
13
#2
2
#2
2
16
14
EV
DD
EV
DD
16
14
#2
2
#2
2
17
15
EV
DD
EV
DD
17
15
#2
2
Ye
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EV
DD
18
NC
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EV
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19
NC
1-
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11
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20
NC
1-
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15
1-
11
1-
84
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15
0-
11
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20
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197262511
CE
NT
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IN
D I A G R A M
SAFETY NOTES
SELF DIAGNOSTIC FUNCTION
TROUBLESHOOTING
SERVICE ADJUSTMENT
DIAGRAM
HANDLING GUIDE
84
SYS SET
2021/02/04 23:38:48 (GMT+09:00)