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GV500 Us
1.03
2015-09-1
5
Release
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GV5
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Descript
Initial
Updated
Updated
Updated
Update
D
Update
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GV5
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1.
I
The
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SN
[1]
1.2
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Tab
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PW
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0
0UserManu
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GV500UM00
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I
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GV500 is
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P
Docume
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GV500 @
T
. Terms a
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e 2: Terms a
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b
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R
D
D
E
_
CAN
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CAN
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Descripti
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External P
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Ground
On-Board
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High Spee
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Single Wir
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n GPS rece
R
S/GSM su
b
e
monitored
built in 3-a
x
t
hrough so
p
a
s complete
col supports
v
er behavio
u
rk
i
r protocol i
0
and backen
d
p
ort. It's co
m
from the ve
h
e
iver has su
p
b
system su
p
in real ti
m
a
xis accelero
m
p
histicated
p
documentati
o
a wide vari
e
u
r, low batte
r
i
nterface bet
w
d
server.

‐6‐ 

m
pact
h
icle's
p
erior
p
ports
m
e or
m
eter
p
ower
o
n is
e
ty of
r
y or
w
een

GV5
0
TRA
C
2.
P
2.1
.
GV
5
inst
a
con
n
2.2
.
Tab
l
Na
m
GV
5
DA
T
0
0UserManu
a
C
GV500UM00
1
P
roduct
O
. Descript
5
00 is based
o
a
ll. GV500 c
o
n
ector, an int
e
. Parts Li
s
l
e 3: Part Lis
t
m
e
5
00 Locato
r
T
A_CABLE
_
a
l
1
 
O
verview
ion
o
n the OBD
I
o
ntains an O
B
e
rnal GSM a
n
F
s
t
t
_
M (Optiona
l


I
I interface
G
B
D II conne
c
n
tenna, an in
t
F
igure 1.
l
)

 
G
PS vehicle t
r
c
tor which c
o
t
ernal GPS a
n
A
ppeara
n
Pict


r
acking devi
c
o
mplies with
n
tenna and t
h
n
ce of GV5
0
ure
48

c
e, compact
d
J1962 stand
a
h
ree LEDs.
0
0
mm*25mm*
4
d
esign and e
a
a
rd, a 10PIN
48mm

‐7‐ 

a
sy to
USB

GV5
0
TRA
C
2.3
.
The
L-li
n
foll
o
Tab
l
Ind
e
1
2
3
4
5
6
7
8
9
10
11
12
0
0UserManu
a
C
GV500UM00
1
. Interfac
e
GV500 has
a
n
e and J185
o
wing figure:
l
e 4: Descrip
t
e
x D
e
P
W
L
_
H
S
M
J1
K
_
H
S
G
N
G
N
M
J1
S
W
a
l
1
 
e
Definitio
a
n OBD II c
o
0 bus. The
Figure
2
t
ion of OBD
I
e
scription
W
R
_
line
S
_CAN_L
S_CAN_L
850_BUS-
_
Line
S
_CAN_H
N
D
N
D
S_CAN_H
850_BUS+
W
_CAN


n
o
nnector. It c
o
sequence a
n
2
. The
O
I
I Connectio
n
C
E
x
L
H
M
J
1
K
H
P
o
P
o
M
J
1
S
W

 
o
ntains pow
e
n
d definition
O
BD II conn
n
s
C
omment
x
ternal DC p
line of ISO
9
H
S_CAN_H l
i
M
S_CAN_L l
i
1
850 Bus ne
g
K
line of ISO
9
H
S_CAN_H l
i
o
wer and dig
o
wer and dig
M
S_CAN_H
l
1
850 Bus po
s
W
_CAN of I


e
r supply and
of the OB
D
ector on th
ower input,
8
9
141, ISO 91
4
i
ne of ISO 11
i
ne of ISO 1
1
g
ative line of
9
141, ISO 9
1
i
ne of ISO 11
ital ground
ital ground
l
ine of ISO 1
1
s
itive line of
J
SO 11898 a
n

interfaces o
f
D
II connec
t
e GV500
8
-32V
4
1-2 and IS
O
898,J1939 a
n
898 and ISO
J
1850 PWM
41-2 and IS
O
898,J1939 a
n
1
898 and IS
O
J
1850 PWM
a
n
d ISO 15765
f
CAN bus,
K
t
or are sho
w
O
14230
n
d ISO 1576
5
O
15765
and J1850
V
O
14230
n
d ISO 1576
5
O
15765
and J1850 V
P
5

‐8‐ 

K
-line,
w
n in
5
V
PW
5
P
W

GV
5
TRA
C
3.
G
3.1
.
Inse
the
c
5
00UserMan
u
C
GV500UM
0
G
etting S
t
. Openin
g
rt the triang
u
c
ase unsnapp
u
al  
0
01
t
arted
g
the Case
u
la
r
-pry-ope
n
ed.

er into the g
a

a
p of the cas
e

e
as shown b
 
e
low, push t
h
0
h
e opener up

until

GV
5
TRA
C
5
00UserMan
u
C
GV500UM
0
u
al  
0
01
Figure 3.

Openin
g

g
the Case
  1


GV
5
TRA
C
3.2
.
The
plu
g
5
00UserMan
u
C
GV500UM
0
. Closing
t
battery is gl
u
g
ged in. The
s
u
al  
0
01
t
he Case
u
ed to top c
o
s
tep of closin

o
ver, so befo
r
g
case is sho
w
Cl
o

r
e closing th
e
w
n as follow
i
o
sing the C
a

e
case you s
h
i
ng:
a
se
 
h
ould let the
2
battery con
n

n
ector

GV
5
TRA
C
3.3
.
Ope
Inse
do
w
3.4
.
The
r
5
00UserMan
u
C
GV500UM
0
. Installin
g
n the case a
n
rt the SIM
c
w
n taking car
e
. Installin
g
r
e is an inter
n
u
al  
0
01
g
a SIM C
a
n
d ensure th
e
c
ard into the
e
to align the
F
g
the Inte
r
Fig
n
al backup L
i

a
rd
e
unit is not
holder as s
h
c
ut mark. Cl
o
F
igure 4.
r
nal Back
u
u
re 5. B
i
-ion battery.

powered. Sl
i
h
own below
o
se the SIM
c
SIM Card
u
p Batter
y
ackup Bat
t

i
de the hold
e
with the go
l
c
ard holder.
C
Installatio
n
y
t
ery Install
a
 
e
r right to o
p
l
d-colored c
o
C
lose the cas
e
n
a
tion
3
p
en the SIM
o
ntact area
fa
e
.

card.
fa
cing

GV
5
TRA
C
3.5
.

Not
1 -
G
usin
2 -
F
3 -
S
L
C
(
n
G
(
n
O
(
n
5
00UserMan
u
C
GV500UM
0
. Device
S
e:
G
PS LED a
n
n
g the config
u
F
ast flashing
i
S
low flashin
g
L
ED
C
EL
n
ote1)
G
PS
n
ote 1)
O
BD
n
ote 1)
u
al  
0
01
S
tatus LE
D
F
i
Ta
b
n
d OBD LE
D
u
ration tool.
i
s about 60m
g
is about 60
m
Device stat
u
Device is se
a
Device has
r
SIM card ne
GPS chip is
GPS sends
n
GPS chip is
GPS chip h
a
No external
than 3.46V.
G
No externa
l
below 3.55
V
External po
w
External po
w

D
i
gure 6.
b
le5:Definit
i
D
and CEL L
E
s ON/ 780m
s
m
s ON/ 1940
m
u
s
a
rching GS
M
r
egistered to
G
eds pin code
powered of
f
n
o data or dat
a
searching G
P
a
s gotten GP
S
power and i
n
G
V500 is po
w
l
power an
d
V
w
er in and in
t
w
er in and in
t

GV500 LE
D
i
onofDevic
e

E
D can be c
o
s
OFF
m
s OFF
M
network
G
SM networ
k
to unlock.
a format err
o
P
S info.
S
info.
n
ternal b
a
tter
y
w
er off.
d
internal b
a
t
ernal batter
y
t
ernal batter
y

D
on the C
a
statusand
L
o
nfigured to
k
.
o
r.
y
voltage is l
o
a
ttery volta
g
y
is charging
y
is fully char
g
 
se
ED 
turn off afte
r
LED
Fast
f
(Not
e
Slow
(Not
e
ON
OFF
Slow
Fast
f
ON
o
wer OFF
g
e is Slow
Fast
f
g
ed ON
4
r
a period o
f
status
f
lashing
e
3)
flashing
e
4)
flashing
f
lashing
flashing
f
lashing

f
time

GV
5
TRA
C
4.
O
4.1
.
GV
5
SA
E
4.2
.
GV
5
1)
2)
3)
4)
5)
6)
7)
8)
9)
10)
11)
12)
13)
Not
e
5
00UserMan
u
C
GV500UM
0
O
BD II-r
e
. Commu
n
5
00 could m
o
E
but also so
m
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
. OBD II P
5
00 can read
Vehicle ide
n
OBD Power
Parameter i
d
Revolution
s
Vehicle spe
Engine Co
o
Fuel Consu
m
Distance St
a
Malfunctio
n
Diagnostic
T
Throttle Po
s
Engine Loa
d
Fuel Level
I
e
:
u
al  
0
01
e
lated fe
a
n
ication P
o
nitor the O
B
m
e special pr
o
Proto
c
J1850
J1850
ISO 9
1
ISO 1
4
ISO 1
4
ISO 1
5
ISO 1
5
ISO 1
5
ISO 1
5
J1939
CAN
_
CAN
_
VW T
arameter
s
the followin
g
n
tification nu
m
Voltage
d
entification
s
per minute
o
ed
o
lant Temper
a
m
ption
a
tistics
n
Indicator L
a
T
rouble Cod
e
s
ition
d
I
nput

a
tures
rotocols
B
D II system
v
o
tocols. The
l
c
ol
PWM
VPW
1
41-2
4
230
4
230
5
765
5
765
5
765
5
765
_
USER1
_
USER2
P
2.0
Table 6: Co
m
s
g
parameters
m
be
r
(VIN):
(PID)
o
f the engine
a
ture
a
mp (MIL)
e
s (DTC)

via not only
l
ist of protoc
o
Co
m
41.6
k
10.4
k
5 Ba
u
5 Ba
u
Fast
ID 1
1
ID 2
9
ID 1
1
ID 2
9
ID 2
9
11*
b
11*
b
Volk
m
munication
P
through OB
D
(RPM)

c
ommunicat
i
o
ls is shown
m
ment
k
b/s FOR
D
k
b/s GM/C
h
u
d init auto
m
u
d init 10.4k
b
init 10.4kb/s
1
bits 500kb
9
bits 500kb
1
bits 250kb
9
bits 250kb
9
bit 250kb
b
its 125*kb
b
its 50*kb
s
wagen CA
N
P
rotocols Li
s
D
II system.
 
on protocols
a
s follow:
h
rysle
r
m
atic baud rat
e
b
/s
N
protocol
s
t
5
which defin
e
e

e
d by

GV
5
TRA
C
1 -
T
VI
N
retu
r
2 -
D
MI
L
5
00UserMan
u
C
GV500UM
0
T
he VIN is t
h
N
from OBD
I
r
n from OB
D
D
istance Stat
i
L
is activated
u
al


0
01
h
e unique ide
n
I
I system, be
c
D
II system.
i
stics: GV50
0
and distance

n
tifier of Ve
h
c
ause the Ve
h
0
could get t
h
accumulate
d

h
icle. Please
n
h
icle manufa
c
h
e distance i
n
d
since DTCs

n
ote that not
a
c
turers are re
two cases:
d
were cleare
d
 
a
ll Vehicle s
u
s
ponsible fo
r
istance accu
m
d
.
6
u
pport gettin
g
r
defining the
m
ulated sinc
e

g
the
data
e

RFExposureStatement:
Fortheproduct,undernormaluseconditionisatleast20cmawayfromthebodyoftheuser,the
usermustkeepingatleast20cmdistancetotheproduct.

ThisdevicecomplieswithPart15oftheFCCRules.Itsoperationissubjecttothefollowingtwo
conditions:
(1) Thisdevicemaynotcauseharmfulinterference,and
(2) Thisdevicemustacceptanyinterferencereceived,includinginterferencethatmaycause
undesiredoperation.
Note:
THEGRANTEEISNOTRESPONSIBLEFORANYCHANGESORMODIFICATIONSNOTEXPRESSLY
APPROVEDBYTHEPARTYRESPONSIBLEFORCOMPLIANCE.SUCHMODIFICATIONSCOULDVOID
THEUSER’SAUTHORITYTOOPERATETHEEQUIPMENT

ThisproducthasbeentestedandfoundtocomplywiththelimitsforPart15oftheFCCRules.
Theselimitsaredesignedtoprovidereasonableprotectionagainstharmfulinterferenceina
residentialinstallation.Thisproductgenerates,uses,andcanradiateradiofrequencyenergyand,
ifnotinstalledandusedinaccordancewiththeinstructions,maycauseharmfulinterferenceto
radiocommunications.However,thereisnoguaranteethatinterferencewillnotoccurina
particularinstallation.Ifthisproductdoescauseharmfulinterferencetoradioortelevision
reception,whichcanbedeterminedbyturningtheequipmentoffandon,theuserisencouraged
totrytocorrecttheinterferencebyoneormoreofthefollowingmeasures:
—Reorientorrelocatethereceivingantenna.
—Increasetheseparationbetweentheequipmentandreceiver.
—Connecttheequipmentintoanoutletonacircuitdifferentfromthattowhichthereceiveris
connected.
—Consultthedealeroranexperiencedradio/TVtechnicianforhelp.
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