UNIS To Tha Net Low Profile GMP, Руководство по эксплуатации

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To Tha Net Low Profile GMP Manual
08/25/2020
64
1 1
2 2
3 3
4 4
5 5
6 6
7 7
8 8
D
D
C
C
B
B
A
A
Na
m
e:
Da
te
:
V
ersi
on:
=C
urre
nt
D
ate
1 2 3 4 5 6 7 8 9
A B C D E F G H I
br
o
w
n
red o
ran
ge
ye
llo
w
gr
ee
n
blue vi
o
le
t
gr
ey whit
e
bl
a
ck
pi
n
k
lig
h
t g
reen
sk
y b
lue
sh
ield la
y
er
J K L M N O P Q
A
W
G3
0 U
L
10
07
A
W
G2
8 U
L
10
07
A
W
G2
6 U
L
10
07
A
W
G2
4 U
L
10
07
A
W
G2
2 U
L
10
07
A
W
G2
0 U
L
10
07
A
W
G1
8 U
L
10
07
A
W
G1
6 U
L
10
07
No
te
:
W
ire c
o
lo
r a
n
d
wire
si
ze
is
s
h
o
wn
in c
o
d
e.
W
ir
e color cod
e
W
ire si
ze cod
e
To
le
ra
nc
e
uni
t
mm
sc
a
le
:
0
~
10
00
10
01
~
20
00
20
01
~
30
00
30
01
~
40
00
40
01
~
50
00
±1
0 ±2
0 ±3
0 ±4
0 ±5
0
j k L m n o p q r
A
W
G3
0 U
L
10
15
A
W
G2
8 U
L
10
15
A
W
G2
6 U
L
10
15
A
W
G2
4 U
L
10
15
A
W
G2
2 U
L
10
15
A
W
G2
0 U
L
10
15
A
W
G1
8 U
L
10
15
A
W
G1
6 U
L
10
15
A
W
G1
4 U
L
10
15
W
ire
s
ize
cod
e
Exam
p
le
2 0 m
C
o
lor
of
t
h
e w
ir
e:
20
m
ean
s r
ed
S
iz
e
of
th
e w
ir
e: m
m
ean
s A
W
G
2
4
U
L
1
0
1
5
U
niv
er
sa
l S
pac
e
A
m
us
em
en
t m
ach
in
e
UNI
S
XDL
QT-P
X-00
-00（1/2
）
To Tha Net LP
Wiring Diagram
1
V1
.0
A
C
p
ow
er
co
rd
PL
UG
S1
3 2 1
J0
1
HM
3 2 1
HF
FU
SE
1
45
Q 60
P 10
P
60P 10P
1
0P
60
P 45
Q
45
Q 60
Q 10
Q
Pow
er
b
o
x
W
iring c
ap
45
Q
+
45P
x
3
60
Px
4 10
Px
4
N
etw
or
k port
PC
12V 12V
Fu
se
b
o
a
rd
0
1
12V 12V 12V
J2
GN
D GN
D GN
D GN
D GN
D
（
V1
.0
）
A
C
port
4
se
ts c
abl
es
of
pow
er
suppl
y
to
F
use
bo
ard P
1, P
2,
P3
, P
4
Fus
e b
oard
3 2 1 J02
HM
3 2 1
HF
50
P 90
P A0
P
45
P 60
P 10
P
Φ
6m
m
P
V
C t
ube
U6-
M
B
.P
C
B
（
V1
.0
）
1 2 3 4 J1
C
oin
co
un
te
r
Ti
ck
et c
ount
er
O
ut of
tic
ke
t l
ight
1 2 3 4 5 6 7 8 9 10 11
J13
M
iddl
e s
ide
light
R
+12V
1 2 3 4 5 6 7 8 9
J8
+12V +12V GN
D GN
D
Top ne
t1#
light
R
T
op ne
t1# l
ight
G
Top ne
t1#
light
B
3 2 1 4
VH
3 2 1 4 5 6 7 8
10 9
11
XH
3 2 1 4 5 6 7 8 9
VH
U
6
m
a
in
boar
d
40P A0
P A0
P 40P
+12V
Ga
te
m
oto
r
Ct
rl
pa
ne
l l
ight
R
C
trl
pa
ne
l l
ight
G
Ct
rl
pa
ne
l l
ight
B
PC
65'
' mon
it
o
r
A
C
port
A
C
por
t
3.5
gre
en a
udi
o port
Po
rt
DO
N
G
L
E
3 2 1
J03
HM
3 2 1
HF
45
P 60
P 10
P
Φ
6m
m
P
V
C t
ube
50
P 90
P A0P
3 2 1 J04
HM
3 2 1
HF
45
P 60
P 10
P
Φ
6m
m
P
V
C t
ube
50
P 90
P A0P
DB
9
DB
9
Se
ri
al
ca
ble
(D
B
9 F
/F
)
D
V
I port
3 2 1 4 5
J9
3 2 1 4 5
VH
lo
ck
co
in
Ti
ck
et
dri
ve
3 2 1 4 5
J10
Ea
sy
but
ton
light
GN
D
+12V
3 2 1 4 5
XH
+12V +12V
3 2 1 J39
HM
3 2 1
HF
（
cab
le
）
D
V
I port
3 2 1 4
J1
40P A0
P A0
P 40P
M
o
tor con
trol
b
o
a
rd
JS
H
0265A
3 2 1 4
J1
+12V GN
D
+5V SN
C
o
n
tr
o
l p
a
n
el L
li
g
h
t
3 2 1 4
12V R G B
5050RG
B
light
st
ri
p-700m
m
24 20 50 60
C
o
ntr
o
l pan
el
R
light
3 2 1 4
12V R G B
5050RG
B
light
st
ri
p-700m
m
24 20 50 60
C
o
ntr
o
l pan
el
bott
om
l
ight
3 2 1 4
12V R G B
5050RG
B
light
st
ri
p-1400m
m
24 20 50 60
24 20 50 60
3 2 1 4
XH
3 2 1 4
GN
D
12V
SN
3 2 1 J0
8
C
3 2 1
P
24 92
24 92
24 92
C
o
in m
ec
hanis
m
40M
40M
40M
24
A0
50M
93
00001
8
C
oin
co
un
ter
1 2 3 4 5 6 7 8
C
1 2 3 4 5 6 7 8
P
Cou
nt
er
as
se
mb
ly
J0
6
00001
8
T
ic
ket
cou
nter
K1
Se
ttin
gs
K2
Te
st
K3
Re
se
t
Wi
ri
ng c
ap
A0
A0M A0M A0M
A0M
x
3
20
M
x
2
A0
M A0
M 10
M 20
M 30
M
24 96 95
A0
60M 70M 80M
24
2 1
J07
C
2 1
P
24
94
A
0
A0
24
O
ut of
tic
ke
t li
ght
Re
d
24 20 50 60 24 20 50 60
3 2 1 4
P
3 2 1 4
J09
C
10
P
20
P
30
P
70
P
80
P
90
P
91
3 2 1 4 J12
3 2 1 4
XH
GN
D GN
D GN
D GN
D
94 95 96 24
2 1
VH
3 2 1 4
XH
91 B0 A0 14
64 92
30M
B0 A0
A1
Se
ttings but
ton
Te
st
but
to
n
Re
se
t but
to
n
T
ic
ket fee
db
ack
Coi
n
U
ppe
r hoop
se
nsor
L
ow
er hoop
se
ns
or
Ga
te
m
oto
r
10
M
20
M
30
M
40
M
50
M
60
M
70
M
80
M
90
M
91
M
B4
3 2 1 4 6
J10
P
3 2 1 4 6
C
3 2 1 4
J1
2
C
3 2 1 4 5 6 7 8
10 9 11 12 J16 C
F1 F2 F3 F4
C
oi
n d
oor
G
N
D
Cont
rol
pa
ne
l m
eta
l G
N
D
Cont
rol
pa
ne
l l
ight
st
ri
p,
A
m
pl
ifie
r
Top ne
t li
ght
st
ri
p
M
id
dl
e l
ight
st
ri
p, M
ot
or
So
lo
pl
ay
but
ton
light
M
ul
tipl
ay
er but
ton
light
So
lo
pl
ay
but
to
n
Solo p
lay b
u
tt
on
assem
b
ly
M
ult
ip
la
ye
r b
utto
n
M
ul
tipl
ay
er but
ton
light
24
A
0
91M
Mu
lt
ipl
aye
r butt
o
n as
se
m
bly
80
Sol
o pl
ay
but
ton l
ight
24
A
0
90M
70
24
A0
2 1
J3
5V
GN
D
2 1 J2
OU
T
+12V
2 1
XH
64 92
3 2 1 4
J1
4
C
14
A0
10M 20M
F5
A0x4 14x
6
A0x5
B0
x
2
Ga
te
m
oto
r, G
ate
s
en
so
r
70 80
A0
24 24
40
x
2
50
x
2
60
x
2
14 40 50 60 14 40 50 60
70
x
3
80
x
3
90
x
3
12 70 80 90 12 70 80 90 12 70 80 90
A0 A0
45
Q
Po
w
er m
eta
l GND
Co
un
te
r m
eta
l GN
D
Ba
ck
p
art
G
N
D
45Q
45
Q 45
Q 45
Q 45
Q
45
Q
x
7
A2 B2
M
edi
um
but
ton l
ig
ht
H
ard but
ton
light
10 20 30
Ea
sy
but
to
n
Eas
y
butt
o
n as
se
m
bl
y
Ea
sy
but
ton
light
24
A
0
92M
10
Med
iu
m
b
utto
n
M
edium
butt
o
n
as
se
m
bly
M
edi
um
but
ton
light
24
A
0
93M
20
H
ard but
to
n
H
a
rd
butt
o
n
as
se
m
bly
H
ard but
ton
light
24
A
0
94M
30
A0
3 2 1 J11
3 2 1
XH
24
92
M
93
M
94
M
+12V +12V +12V
3 2 1 4
VH
L
evel b
u
tt
ons
Φ
6m
m
P
V
C
tube
Φ
6m
m
P
V
C
tube
Φ
6m
m
P
V
C
tube
Φ
6mm P
V
C
tu
be
Φ
6mm P
V
C
tu
be
Φ
8m
m
P
V
C t
ube
E3
L f
a
n
2 1
C
2 1
J21
P
R f
a
n
2 1
C
2 1
J22
P
A0P 42P
Top ne
t li
ght
st
ri
p
M
id
dl
e l
ight
st
ri
p, M
ot
or
Cont
rol
pa
ne
l l
ight
st
ri
p,
A
m
pl
ifie
r
M
ainboa
rd
M
ainboa
rd
M
ainboa
rd
M
ainboa
rd
14 A0
20 A0 20 A0
14 A0
A0
P 60
P 10
P
A0P 60
P 10
P
3 2 1 4 6
J11
P
3 2 1 4 6
C
R f
an
G
N
D
45
Q
L f
an
GN
D
45
Q
3 2 1 4 5 6 7 8
10 9 11 12 13 14 15 20 J7
3 2 1 4 5 6 7 8
10 9
11
12 13 14 15 20 Y
Y
1820D
-20P
DB
V
1 2 3 4 5 6 7 8 9 J3
3 2 1 4 5 6 7 8 9
XH
GN
D +12V Di
sp
lay
L
AT
Di
sp
la
y C
L
K
Di
sp
la
y DA
T
E
50M 60M
A0
M
20M 40M
+12V GN
D GN
D
40
Mx
2 50
Mx
2
93
x
2
92
x
2
24x
2
Mi
dd
le
L
li
g
h
t
M
id
d
le
R
li
g
h
t
T
o
p
ne
t 1
#
l
ig
th
st
ri
p
6 2 1 7 8 9
C5030H
F-
3x3P
1PA
A
M
A
R
es
er
v
ed
po
rt
GN
D
12
V
Lo
ck
c
oin
Co
in
Tic
ket fee
db
ack
Ti
ck
et d
riv
e
A0P
DBV
7 6 8 4
C4140H
M
-9
P
A6
10 60
A0
Eart
h
Re
se
rve
d
p
o
rt
fo
r cu
st
o
m
e
r
92
40
M
50
M
93
96
M
12V
GN
D
IN
OU
T
3 2 1 4
J1
3 2 1 4
C5030H
F
T
ick
et
d
isp
en
se
r
TI
C
K
-C
H
.P
C
B
12V
GN
D
12V
GN
D
3 2 1 4
J1
3 2 1 4
J3
3 2 1 4
VH
3 2 1 4
VH
20 A0 60 90
20 A0 60 90
96
M
5X24
AW
G
Shi
e
ld
w
ire
5X
24
A
W
G
S
h
ie
ld
w
ire
2 1 J1
8
HM
2 1
HF
40
P A0
P+A0
90 A0
12V
5A
90
P A0
P
DC
p
o
w
er
50
P
40P
3 2 1 J19
C
3 2 1
P
2 1 J1
7
C
2 1
P
A0
40P
3 2 1
HF
F7 5A
fuse
20P 20P
A
C
port
3 2 1 J20
HM
45
P 60
P 10
P
PV
C t
ube
12
V
5A
DC
p
o
w
er
DC
12
V
12x
4
40
P
40P
A0
A0
A0
x
2
24 24
24x
2
GN
D
A0
24
T
op
n
et
2-
5# li
ght
st
ri
p
G
at
e asse
mb
ly,
H
oop sens
or
12
D
B
V GN
D
45
Q
Φ
6m
m
P
V
C t
ube
Φ
6m
m
P
V
C
tube
pow
er
s
u
pply
M
iddl
e si
de
light
G
M
iddl
e s
ide
light
B
Ea
sy
but
ton
light
M
edi
um
but
ton
light
H
ard but
ton l
ight
Sol
o pl
ay
but
ton l
ight
M
ul
tipl
ay
er but
ton
light
T
ick
et f
ee
db
ack
Ti
ck
et feed
ba
ck
Ti
ck
et
dri
ve
Ti
ck
et
d
riv
e
N E L
Filter
B3
3 2 1 4 6
J15
C4501H
M
40P 10P 20P 30P
E2
3 2 1 4 6
C4
501H
F
（
ca
ble
）
3 2 1 4 6
J32
C
40P
40P
20P 50P 60P
20P 50P 60P
B1
3 2 1 4 5 6 7 8
J13
C
E 50M 60M A0
M 20M 40M
A0P 42
P
3 2 1 4 5 6 7 8
J34 P
D5
3 2 1 4 5 6 7 8
P
E 50M 60M A0
M 20M 40M
E 50M 60M A0
M 20M 40M
24
+
10
20
+
30
24+10 20+30
4x0.3 squa
re
fl
ex
ib
le
c
ab
le
5X
24
A
W
G
S
h
ie
ld
w
ire
XD
LQT-PX-
03
XDLQ
T-PX-02
XDLQ
T-PX-02
XDLQT
-PX-02
XDLQT-
PX-05
XD
LQT-PX-
05
XDLQT
-PX-02
XDLQT-P
X-05
XD
LQT-PX
-11
XDLQT
-PX-08
XDL
QT-PX-
04
XDLQT-
PX-05
L
J2
RC
A
（
wh
ite
）
R
RCA
（
re
d
）
2 1
J1
2 1
VH
DC
+
DC
-
Amp
lifi
er
A1
.P
C
B
3 2 1 4 5 6
XH
3 2 1 4 5 6
VO
L
2
Li Lo Ri Ro
GN
D GN
D
12
A0
20M 40M 90M
A0
M
E
VR
.PC
B
3 2 1 4 5 6
CN1
VR
1
Vo
l PO
T
50
K
3 2 1 4 5 6 XH
4X
24
A
W
G
s
hi
el
d w
ire
40M 90M A0
M E 20M
2 1
J5
R+
R-
2 1
VH
SPK
1
Sp
ea
ke
r
2 1
J0
5
C
2 1
P
50P 90P
50P 90P
50P 90P
50P 90P
XDLQ
T-PX-0
7
2 1 J4
L+ L-
2 1
VH
40P 70P
40P 70P
3 2 1 4
J23 C4501H
M
B5
24 A0
L
&
R
sp
eak
er assem
b
ly
3.
5 a
udi
o por
t
Au
di
o
i
sol
at
or
10. WIRING DIAGRAM