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GV65 User manual

TRACGV65UM001

- 1

8

 - 

Note:

 

1

 ‐ 

GSM

 

LED

 

cannot

 

be

 

configured.

 

2

  ‐ 

GPS

 

LED

 

and

 

PWR

 

LED

 

can

 

be

 

configured

 

to

 

turn

 

off

 

after

 

a

 

period

 

of

 

time

 

by

 

using

 

the

 

configuration

 

tool.

 

3

 ‐ 

Fast

 

flashing

 

is

 

about

 

60

 

ms

 

ON/780

 

ms

 

OFF.

 

4

 ‐ 

Slow

 

flashing

 

is

 

about

 

60

 

ms

 

ON/1940

 

ms

 

OFF.

 

It

 

has

 

1

wire

 

bus

 

on

 

GV65,

 

which

 

supports

 

temperature

 

sensors

 

and

 

iButton.

 

The

 

bus

 

includes

 

3

 

signals,

 

namely,

 

VDD

1W,

 

DATA

1W

 

and

 

GND.

 

VDD

1W

 

is

 

the

 

power

 

output

 

for

 

1

wire

 

device,

 

and

 

DATA

1W

 

is

 

the

 

data

 

signal,

 

with

 

which

 

GV65

 

can

 

get

 

information

 

from

 

1

wire

 

device.

   

The

 

following

 

diagrams

 

show

 

the

 

recommended

 

connection

 

of

 

1

wire

 

device.

 

LED

 

Device

 

status

 

LED

 

status

 

GSM

 

(note1)

 

Device

 

is

 

searching

 

GSM

 

network.

 

Fast

 

flashing

   

(Note

 

3)

 

Device

 

has

 

registered

 

to

 

GSM

 

network.

   

Slow

 

flashing

 

(Note

 

4)

 

SIM

 

card

 

needs

 

pin

 

code

 

to

 

unlock.

 

ON

 

GPS

 

(note

 

2)

 

GPS

 

chip

 

is

 

powered

 

off.

 

OFF

 

GPS

 

sends

 

no

 

data

 

or

 

data

 

format

 

error

 

occurs.

 

Slow

 

flashing

 

GPS

 

chip

 

is

 

searching

 

GPS

 

info.

   

Fast

 

flashing

 

GPS

 

chip

 

has

 

gotten

 

GPS

 

info.

 

ON

 

PWR

 

(note

 

2)

 

No

 

external

 

power

 

and

 

internal

 

battery

 

voltage

 

is

 

lower

 

than

 

3.35V.

 

OFF

 

No

 

external

 

power

 

and

 

internal

 

battery

 

voltage

 

is

 

below

 

3.5V.

 

Slow

 

flashing

 

External

 

power

 

in

 

and

 

internal

 

battery

 

is

 

charging.

 

Fast

 

flashing

 

External

 

power

 

in

 

and

 

internal

 

battery

 

is

 

fully

 

charged.

ON

 

4.1

0

.

 

1

wire

 

Device

 

Connection

Table

 

9

.

 

 

 

Definition

 

of

 

Device

 

Status

 

and

 

LED

   

Summary of Contents for GV65

Page 1: ...GV55 User manual TRACGV3SUM001 1 CompactVehicleTrackingDevice Model GV65 User Manual...

Page 2: ...Furthermore system validation of this product designed by Queclink within a larger electronic system remains the responsibility of the customer or the customer s system integrator All specifications...

Page 3: ...arts List 9 3 3 Interface Definition 9 3 4 GV65 User Cable Colour 10 4 Get Started 11 4 1 Open the Case 11 4 2 Close the Case 11 4 3 Install a SIM Card 12 4 4 Power Connection 12 4 5 Ignition Detectio...

Page 4: ...TS LIST 9 TABLE 4 DESCRIPTION OF 10 PIN CONNECTIONS 10 TABLE 5 GV65 USER CABLE COLOUR DEFINITION 10 TABLE 6 TABLE 7 ELECTRICAL CHARACTERISTICS OF IGNITION DETECTION 13 TABLE 8 ELECTRICAL CHARACTERISTI...

Page 5: ...URE 8 TYPICAL IGNITION DETECTION 13 FIGURE 9 TYPICAL DIGITAL INPUT CONNECTION 14 FIGURE 10 TYPICAL DIGITAL INPUT CONNECTION 15 FIGURE 11 DIGITAL OUTPUT INTERNAL DRIVE CIRCUIT 15 FIGURE 12 TYPICAL CONN...

Page 6: ...GV65 User Manual TRACGV65UM001 6 1 Revision History Revision Date Author Description of change R1 00 2015 06 09 Caesar Geng Initial...

Page 7: ...ts of emergency geo fence boundary crossings scheduled GPS position and many other useful reporting features Users can also use GV65 to monitor the status of a vehicle and control the vehicle by its e...

Page 8: ...ser Manual TRACGV65UM001 8 3 Product Overview Before starting check whether all the following items have been included with your GV65 If anything is missing please contact your supplier 3 1 Check Part...

Page 9: ...7mm User Cable DATA_CABLE_M Optional The GV65 has a 10 PIN interface connector It contains the connections for power I O etc The sequence and definition of the 10PIN connector are shown in the follow...

Page 10: ...t 6 DATA_1W 1 wire data bus 7 IN2 Digital input negative trigger 8 IN1 Digital input negative trigger 9 IGN Ignition input positive trigger 10 VDD_1W 1 wire device power output Table 5 GV65 User Cable...

Page 11: ...Get Started Figure 2 Open the Case Insert the triangular pry opener into the gap on both sides of the case as shown above and push the opener up until the case is unsnapped Figure 3 Close the Case 4...

Page 12: ...d Insert the SIM card into the holder as shown below with the gold colored contact area facing down Take care to align the cut mark Close the SIM card holder Close the case Figure 4 SIM Card Installat...

Page 13: ...detection It is strongly recommended to connect this pin to ignition key RUN position as shown above An alternative to connecting to the ignition switch is to find a non permanent power source that i...

Page 14: ...eristics Active 0V to 0 8V Inactive Open The following diagram shows the recommended connection of the two digital inputs Figure 7 Typical Digital Input Connection 4 7 Analog Inputs There is one analo...

Page 15: ...of open drain type and the maximum drain current is 150 mA Each output has the built in over current PTC resettable fuse Figure 9 Digital Output Internal Drive Circuit Table 8 Electrical Characteristi...

Page 16: ...output state during reset 2 Many modern relays come with a flyback diode pre installed internal to the relay itself If the relay has this diode ensure the relay polarity is properly connected If this...

Page 17: ...GV65 User manual TRACGV65UM001 17 Figure 12 GV65 LED on the Case GV65 has three status LEDs namely CEL GPS and PWR...

Page 18: ...e recommended connection of 1 wire device LED Device status LED status GSM note1 Device is searching GSM network Fast flashing Note 3 Device has registered to GSM network Slow flashing Note 4 SIM card...

Page 19: ...GV65 User manual TRACGV65UM001 19 Figure 13 Typical Connection with 1 wire Device Figure 14 Typical Connection with iButton Reader...

Page 20: ...owing 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 5 1 FCC Radiatio...

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