1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
D
D
C
C
B
B
A
A
N
am
e:
D
ate
:
V
ers
io
n:
20
23
-0
8-1
6
1 2 3 4 5 6 7 8 9
A B C D E F G H I
br
ow
n
red ora
ng
e
ye
llo
w
gr
een
blu
e
vio
let
gr
ey
w
hit
e
bla
ck
pin
k
lig
ht
gr
een
sk
y b
lu
e
sh
ield
la
ye
r
J K L M N O P Q
A
W
G
30
U
L
10
07
A
W
G
28
U
L
10
07
A
W
G
26
U
L
10
07
A
W
G
24
U
L
10
07
A
W
G
22
U
L
10
07
A
W
G
20
U
L
10
07
A
W
G
18
U
L
10
07
A
W
G
16
U
L
10
07
N
ote
:
W
ire
co
lor
an
d w
ire
siz
e is
sh
ow
n i
n c
od
e.
W
ire
co
lor
co
de
W
ire
siz
e c
od
e
T
ole
ra
nc
e
un
it
m
m
sca
le
:
0~
10
00
10
01
~2
00
0
20
01
~3
00
0
30
01
~4
00
0
40
01
~5
00
0
±1
0
±2
0
±3
0
±4
0
±5
0
j k L m n o p q r
A
W
G
30
U
L
10
15
A
W
G
28
U
L
10
15
A
W
G
26
U
L
10
15
A
W
G
24
U
L
10
15
A
W
G
22
U
L
10
15
A
W
G
20
U
L
10
15
A
W
G
18
U
L
10
15
A
W
G
16
U
L
10
15
A
W
G
14
U
L
10
15
W
ire
siz
e c
od
e
E
xa
m
ple
2 0
m
C
olo
r o
f th
e w
ire
: 2
0 m
ea
ns
re
d
Siz
e o
f th
e w
ire
: m
m
ea
ns
A
W
G
24
U
L
10
15
U
niv
ers
al S
pa
ce
A
m
use
m
en
t m
ac
hin
e
U
N
IS
V
1.0
H
Z
P
D
P
-
P
X
-
0
0
-
0
3
F3 F2 F1
F4
F5
F6
FU
SE
B
O
A
R
D
02
（
V
1.0
）
C
N
1
C
N
2
N
L
E
32
0W
-12
V
②
Po
w
er
su
pp
ly
12
V
40
P
x3
40
P
40
P
40
P
40
P
12
V
40
P
x3
40
P
40
P
F1
F2
F3
F4
F5
F6
F1
F2
F3
F4
F5
F6
45
Q
60
Q
10
Q
Ea
rth
φ6
m
m
PV
C
pi
pe
Fu
se
bo
ar
d 3
N
L
E
32
0W
-12
V
Po
w
er
su
pp
ly
45
Q
60
Q
10
Q
Ea
rth
φ6
m
m
PV
C
pi
pe
G
N
D
2 1
L m
ar
qu
ee
J5
7
12
V
G
N
D
2 1
25
21
H
M
2 1
25
21
H
F
2 1
R
m
ar
qu
ee
J6
3
12
V
G
N
D
41
P
A
0P
2 1
25
21
H
M
2 1
25
21
H
F
A
0P
x5
40
P
41
P
42
P
46
P
20 A0
A
0
20 A0
J5
5
2 1
J5
8
12
V
G
N
D
2 1
C
2 1
P
A
0
A
0
J6
4
42
P
46
P
A
0P
A
0P
42
P
R
m
arq
ue
e
La
rg
e L
O
G
O
m
arq
ue
e
L m
arq
ue
e
φ1
0m
m
PV
C
pi
pe
φ6
m
m
PV
C
pi
pe
φ6
m
m
PV
C
pi
pe
La
rg
e m
arq
ue
e s
id
e li
gh
t
46
P
A
0P
A
0P
A
0P
A
0P
41
P
46
P
2 1
J6
2
12
V
G
N
D
2 1
25
21
H
M
2 1
25
21
H
F
J5
6
2 1
C
2 1
P
24 A0
24 A0
42
P
A
0P
24
20
20
2 1
C
2 1
P
<9
>
A
B
C
40
P
A
0P
+A
0
90
A
0
90
P
A
0P
D
C
p
ow
er
12
V
5A
50
P
20
P
F1
3
Fu
se
A
C
po
rt
D
BV
A
6
A
s c
us
to
m
er's
re
qu
ire
m
en
t
10
60
A
0 93
6 5 4
7
8
C
41
40
H
M
-9
P
45
P
45
P
x2
T
ick
et c
on
ve
rt b
oa
rd
12
V
G
N
D
Tik
dr
iv
e
Tik
fe
ed
ba
ck
24
A
0
40
50
3 2 1
4
3 2 1
4
V
H
6 2 1
7
8
9
C
50
30
H
F-3
x3
P
A
A
M
A
R
es
erv
ed
p
ort
G
N
D
12
V
C
oin
Tik
fe
ed
ba
ck
Tik
dr
iv
e
A
0P
60
90
95
40
P
12
V
G
N
D
Tik
dr
iv
e
Tik
fe
ed
ba
ck
3 2 1
4
3 2 1
4
V
H
20
60
x2
90
x2
20
P
3 2 1
4
5
6
7
8
3 2 1
4
5
6
7
8
P
J2
0
Sta
rt b
utt
on
Tik
dr
iv
e
Tik
fe
ed
ba
ck
12
V
G
N
D
30
40
50
24
A
0
12
V
G
N
D
24
A
0
3 2 1
4
5
6
3 2 1
4
5
6
P
J2
2
12
V
Lo
ck
co
in
C
oin
94
95
x2
24
D
B
V
PX
-0
0-0
1
2 1
H
M
2 1
H
F
3 2 1
H
M
3 2 1
H
F
45
Q
60
Q
+6
0
10
Q
+1
0
Ea
rth
φ6
m
m
PV
C
pi
pe
Ea
rth
C
oin
m
ec
ha
nis
m
24
J0
1
3 2 1
C
3 2 1
P
94
95
24
94
95
24
94
95
45
Q
60
P
10
P
60
P
10
P
10
P
60
P
45
Q
Po
w
er
bo
x
S1
3 2 1
H
M
A
C
P
ow
er s
up
ply
滤
波
器
N
E
L
PL
U
G
3 2 1
H
F
45
Q
60
Q
10
Q
φ6
m
m
PV
C
pi
pe
Ea
rth
J1
5
N
L
E
45
Q
60
Q
x2
10
Q
x2
Ea
rth
φ6
m
m
PV
C
pi
pe
40
P
A
0P
La
rg
e L
O
G
O
m
ar
qu
ee
La
rg
e m
ar
qu
ee
sid
e li
gh
t
47
P
M
arq
ue
e r
ou
nd
ca
rv
e li
gh
t
3 2 1
4
5
6
C
3 2 1
4
5
6
P
41
P
A
0P
24 A0
φ6
m
m
PV
C
pi
pe
47
P
A
0P
47
P
A
0P
47
P
A
0P
D
2 1
12
V
G
N
D
20 A0
20 A0
R
m
ar
qu
ee
2 1
12
V
G
N
D
R
m
ar
qu
ee
J5
9
2 1
12
V
G
N
D
20 A0
20 A0
2 1
25
21
H
M
2 1
25
21
H
F
2 1
12
V
G
N
D
20 A0
20 A0
R
m
ar
qu
ee
2 1
12
V
G
N
D
J6
5
2 1
C
2 1
P
2 1
12
V
G
N
D
2 1
12
V
G
N
D
A
0
20
10
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
2 1
12
V
G
N
D
2 1
12
V
G
N
D
2 1
12
V
G
N
D
A
0
20
A
0
20
G
N
D
A
0 93
A
0x
2
J0
5
2 1
25
21
H
M
2 1
25
21
H
F
A
0
A
0
φ6
m
m
PV
C
pi
pe
φ8
m
m
PV
C
pi
pe
10
60
U
3 m
ain
bo
ar
d
U
3-M
B
.P
C
B
（
V
1.0
）
20 60
20
60
40
90
50
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
2 1
12
V
G
N
D
2 1
12
V
G
N
D
La
rg
e L
O
G
O
m
ar
qu
ee
50
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
2 1
12
V
G
N
D
La
rg
e L
O
G
O
m
ar
qu
ee
50
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
2 1
12
V
G
N
D
20 A0
20 A0
A
0
20
A
0
20
2 1
12
V
G
N
D
M
ar
qu
ee
ro
un
d c
ar
ve
lig
ht
3 2 1
4
5
6
7
8
10 9
3 2 1
4
5
6
7
8
10 9
P
J2
1
12
V
Te
st
R
ese
t
Te
st
Se
ttin
gs
G
N
D
C
oin
co
un
ter
Tic
ke
t c
ou
nte
r
91
92
10
M
20
M
G
N
D
40
M
A
0x
2
A
0
24
30
M
x2
12
V
G
N
D
IN
O
U
T
3 2 1
4
3 2 1
4
V
H
Tic
ke
t d
isp
en
ser
20
A
0 60
90
2 1
2 1
X
H
G
N
D
30
M
SN
A
0
2 1
12
V
G
N
D
A
0
20
A
0
20
2 1
12
V
G
N
D
A
0
20
A
0
20
A
0
20
24 A0
24 A0
J6
7
2 1
25
21
H
M
2 1
25
21
H
F
L m
ar
qu
ee
sid
e li
gh
t
2 1
12
V
G
N
D
28
35
bl
ue
lig
ht s
trip
-7
75
m
m
24 A0
24 A0
J6
6
2 1
25
21
H
M
2 1
25
21
H
F
L m
ar
qu
ee
sid
e li
gh
t
2 1
12
V
G
N
D
28
35
bl
ue
lig
ht s
trip
-7
75
m
m
24 A0
24 A0
J6
1
2 1
25
21
H
M
2 1
25
21
H
F
50 A0
R
m
ar
qu
ee
sid
e li
gh
t
2 1
12
V
G
N
D
28
35
bl
ue
lig
ht s
trip
-7
75
m
m
24 A0
24 A0
J6
0
2 1
25
21
H
M
2 1
25
21
H
F
40 90
2 1
12
V
G
N
D
28
35
bl
ue
lig
ht s
trip
-7
75
m
m
50 A0
28
35
bl
ue
lig
ht s
trip
-1
87
5m
m
C
on
du
cti
ng
rin
g
60
+9
0+
A
0
20
+4
0+
50
φ4
m
m
PV
C
pi
pe
C
on
du
cti
ng
rin
g
60
+9
0+
A
0
20
+4
0+
50
φ4
m
m
PV
C
pi
pe
φ4
m
m
PV
C
pi
pe
28
35
bl
ue
lig
ht s
trip
-9
25
m
m
J0
6
J0
4
G
N
D
12
V
SN
3 2 1
4
3 2 1
4
X
H
Dy
na
mi
c
Or
bs
G
MP
W
ir
in
g
Di
ag
ra
m
3
R
es
erv
ed
p
ort
R
m
arq
ue
e
La
rg
e L
O
G
O
m
arq
ue
e
L m
arq
ue
e
La
rg
e m
arq
ue
e s
id
e li
gh
t
M
arq
ue
e r
ou
nd
ca
rv
e li
gh
t
L m
ar
qu
ee
L m
ar
qu
ee
L m
ar
qu
ee
10
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
10
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
10
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
10
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
10
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
10
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
10
0M
M
lo
ng
lig
ht b
oa
rd
w
hit
e
R
m
ar
qu
ee
sid
e li
gh
t
Summary of Contents for DYNAMIC ORBS
Page 1: ...IMPORTANT Operation Manual...
