CU-08 TRACER unit
1. Unit description
The CU-08 unit is a device which uses a GPS receiver to detect the
position of a car, a motorcycle or cargo. The position can be
ascertained any time via a single SMS command or when the ignition
is on, the unit can continuously send it via a GSM network to a datacollection server where the data is further processed into a vehicle log
book. Simply said, the unit can be used both for passive locating when
it only answers a single command, and for the continuous
transmission of real-time data to a data-collection server. If the attempt
to send the data fails, the unit saves it in its internal memory and
sends it later.
Journey commencement – turning the ignition key on activates
the GPS module in the unit which starts assessing its position
immediately. The journey starting is signalled by a lit LED which is
then lit permanently for the whole duration of the journey.
Journey termination – the journey is terminated automatically
20 seconds after turning the ignition key off. If the key is turned on
again within this period of time, the journey will not be split into two
separate parts. This feature eliminates splitting the journey in two,
e.g. when the engine stalls during acceleration from standstill and
the driver restarts it immediately.
2. Unit installation and connection
2.1. Unit installation
The unit should be installed in the vehicle interior by a professional
company. It is suitable for vehicles with a 12V or 24 V power supply
and a negative earth.
Disconnect the battery before installation. Nobody should be inside
a vehicle equipped with airbags while handling the battery. Some
devices equipped with a memory (clock, configurations, etc) could be
erased when the battery is disconnected. Avoid drilling into metal parts
of the car body during installation. The manufacturer shall not be held
liable for any damage caused by incorrect or unsuitable installation of
the product.
When making connections, use a crimping tool fit for this purpose. If
you do not need some of the wire in the unit wiring, cut it 10 cm from
the connector, insulate it and fix it in a bundle with tape.
Jednotka CU-08 Tracer 1/5 MHF59402
2.2. Status indication with an LED indicator
The unit indicates its status with an LED indicator.
Slow flashing Logging into the system or the GPS
signal has been lost
Rapid flashing The unit is waiting for configuration
SOS flashing (...---...) Unit failure
Permanently lit Motion indication, the journey is being
monitored
The LED is off Journey termination or the unit’s power
supply has been disconnected
2.3. Wire connections
• Black - ground – connect to the original earthing point.
• Red - +12V (24V) power supply - connect to a cable leading
from the battery. The power supply should only be connected after
a thorough inspection of the whole installation!
•
Blue – ignition key activation signalling. Reacts to +12V (24V)
from the ignition box. Check whether the voltage in the connecting
wire is present even when the vehicle is being started.
•
Grey – panic input, reacts to connection to GND.
•
White - INP1 input – logical input (for monitoring of external
equipment), reacts to connection or disconnection of GND. The
status of this input is transmitted to the data-collection server.
Disconnection of GND = the input is inactive, connection of GND =
the input is active.
•
White and yellow - INP2 input – journey type selection (private /
business). Reacts to connection or disconnection of GND. The
status of this input is transmitted to the data-collection server.
GND disconnection = business, GND connection = private
journey.
•
Orange – INP3 input – logical input (for monitoring of external
equipment), reacts to connection or disconnection of GND. The
status of this input is transmitted to the data-collection server.
Disconnection of GND = the input is inactive, connection of GND =
the input is active.
• Yellow – AUX output, switches a 12/24V positive power supply
voltage
• Green – LED indicator – install it in a visible place on the
dashboard.
2.4. GSM and GPS antenna installation
• We recommend installing the GSM antenna on some plastic parts
located under the dashboard. The antenna must not be
installed on any metal parts.
•
The GPS antenna should also be installed under the dashboard,
and it can even be installed on a metal part as there is a magnet at
the back marked with a silver sticker. Note: There must not be
any other metal objects above the antenna. It is true for the
correct functioning of the GPS module that the wider the
angle through which the antenna can see the sky through the
windscreen, the more precise the GPS location function is.
3. Basic unit configuration
3.1. Language selection
The basic unit language is English, but every unit has its
language kit. For more infomation about language kits see
www.jablotron.com, or contact your distributor. When a new
language is selected, all texts will be set to the defaults of the
chosen language. The rest of the unit‘s configuration is not
changed..
Command format: MCcode LANGUAGE CZ/SK/EN
Command example:
1234 LANGUAGE CZ (new language is Czech)
3.2. Master code setting
The master code serves for unit programming and control. It is
therefore intended to be used by a service technician or a multiple
unit administrator. The master code can also be used to change
user codes. The default master code is 1234. The manufacturer
recommends changing this password. The MC code must
contain 4 to 10 characters.
Command format: MCcode MC newMCcode newMCcode
Command example:
1234 MC CU654321 CU654321 (the new code will be CU654321)
3.3. Changing the user code
The user code serves for user control of the unit. It is usually
used by a driver or a unit user. It is not possible to change the
master code using a user code. The default user code is 1111.
The manufacturer recommends changing this password. The
UC code must contain 4 to 10 characters.
Command format: UCcode UC newUCcode newUCcode
Command example:
1111 UC AUTO988 AUTO988 (the new code will be AUTO988)
3.4. Data transmission to a data-collection server
If you want to transmit data from the unit to a data-collection
server in order to process it into a vehicle logbook, ask the service
provider who will then carry out the setting.
If you only want to use the unit for passive location, do not
configure data transmission to a
data-collection server.
3.5. Configuration entry mode timeout
Rapid flashing of the unit's LED indicator informs you that the
unit has not been configured yet. If you therefore intend to transmit
data to a
data-collection server, the flashing ceases as soon as
the operator carries out the configuration.
If you are planning to use the unit only for non-server
configuration, the flashing will cease once you have entered a
TEL1 telephone number (see 4.1).
4. Advanced unit configuration
Advanced unit configuration can be carried out using the GD04P programmer and the C-link application which can be
downloaded at www.jablotron.com
, or via multiple SMS
commands. Such a command must begin with a password
followed by individual commands separated with a comma.
Command example:
1234 TEL1 +420777654321,TEL2 +420777654322,VERIF ON ….
4.1. Entering drivers’ telephone numbers
If the unit is installed in a vehicle which is used by multiple
drivers, it is possible to select the driver who is going to drive the
vehicle easily by dialling into the unit from the driver’s telephone.
The device memory can hold telephone numbers of up to 99
drivers who can identify themselves by dialling into the unit. The
telephone number can consist of 12 digits maximum and it must
be entered in the international format. It is recommended to
enter the telephone number of the company vehicle fleet
administrator at the TEL1 position as all unidentified SMS
messages which the unit receives (see 6.1) are sent to this
number.
Command format: MCcode TELx +yyyyyyyyyyyy
where: x – the unit’s reference (indexing) number of the
telephone number (from 1 to 99);
yyyyyyyyyyyy – telephone number in international
format (max.12 digits excluding the + sign)
Example of a command programming numbers 1 and 2:
1234 TEL1 +420777654321,TEL2 +420777654322
4.2. Assigning RFID pits and cards to drivers
If an external RFID CU-08RF scanner is attached to the unit,
every driver can have a tag or a card assigned which they can use
to identify themselves at the beginning of the journey. The unit
supports Jablotron PC-02x, PC-04x access tags and Jablotron
PC-01 cards.
Enrolling or erasing tags and cards can only be carried out when
the ignition key is on. The unit starts flashing its LED indicator
upon receipt of the command and each single tag enrolled is then
signalled with a short flash and the unit jumps to the next position.
CU-08 Tracer unit 2/5 MHF59402
When the tags are being enrolled for the first time, the command
can be entered without specifying a position. In such a case the
unit starts enrolling from Driver 1.
Command format: MCcode LEARN PIT
Command example:
1234 LEARN PIT
When enrolling a tag to a particular position, or a row of tags
from a specific position onward, the command must include a
position number.
Command format: MCcode LEARN PIT xx
where: xx – tag position number
Example command for enrolling a tag to position no 56:
1234 LEARN PIT 56
Erasing all enrolled tags.
Command format: MCcode DELETE PIT ALL
Example command for erasing all tags:
1234 DELETE PIT ALL
Erasing a particular tag.
Command format: MCcode DELETE PIT xx
where: xx – tag position number
Example command for erasing a tag in position no 58:
1234 DELETE PIT 58
4.3. Entering PANIC telephone numbers
The unit can send an SMS and dial in up to two telephone
numbers when the driver is in distress and activates the panic
input e.g. with a button.
Command format: MCcode TELPANICx +yyyyyyyyyyyy
where: x – the unit’s reference (indexing) number of the
telephone number (1 or 2);
yyyyyyyyyyyy – telephone number in international
format (max.12 digits excluding the + sign)
Command example:
1234 TELPANIC1 +420777654321, TELPANIC2 +420 …
4.4. Entering a telephone number for sending journey
commencement notification
The unit can send notifications about the commencement of a
journey or leaving a given area to a preset TELINFO telephone
number. Area leaving parameters must be set according to the
following paragraph. These functions can be switched on/off by
individual users (see 5.3. and 5.4).
Command format: MCcode TELINFO +yyyyyyyyyyyy
where: yyyyyyyyyyyy – telephone number in international
format (max. 12 digits excluding the + sign )
Command example:
1234 TELINFO +420777654321
4.5. GEOFENCE vehicle position guarding
It is possible to set the GEOFENCE function in the unit for
monitoring abandonment of a delimitated area.
Command format: MCcode GEOFENCE xx:yy:z
where: xx – geographical latitude coordinates in whole degrees
with +/- sign (can be requested from the unit by the SMS
command GPS)
yy – geographical longitude coordinates in whole
degrees with +/- sign (can be requested from the unit by
the SMS command GPS)
z – radius of the circular area detected in km – allowed
values 1 - 99
Command example:
1234 GEOFENCE +50.7290:+15.1766:5
As the unit could leave the area several times per day or hour, it
is also necessary to set the number of SMS messages which it
could send in total.
Command format: MCcode GEOFENCE SMS h:d
where: h – the total number of SMS messages sent per hour
(the permitted value is 1-99, while 0 is the default)
d – the total number of SMS messages sent per day (the
permitted value is 1-99, while 0 is the default)
Command example:
1234 GEOFENCE SMS 5:10 (the unit sends a maximum of 5
SMSes per hour but it is limited to 10 SMSes per day in total)
The GEOFENCE function can then be enabled with an SMS
command (see 5.4).
4.6. LED signalling during the journey
The unit signals the course of journey monitoring with a
permanently lit LED. This function is optional, though.
Command format: MCcode LED ON/OFF
Command example:
1234 LED OFF (the LED will not be lit in the course of a journey)
4.7. Unidentified driver signalling
The AUX auxiliary output can be used to switch auxiliary devices
(see 5.5) or to call upon the driver to authorize themselves with a
tag when the ignition key is turned on (e.g. by activating a buzzer
which acoustically notifies the driver that they are required to
identify themselves). The length of signalling is 20 seconds or until
identification and it has two modes – the AUX output can either be
switched permanently or it can activate itself intermittently within
1s/1s cycle.
Command format: MCcode AUX PIT ON/FLASH/OFF
Command examples:
1234 AUX PIT ON (the AUX output will be active for 20
seconds of ignition key activation)
1234 AUX PIT FLASH (the AUX output will activate itself
intermittently in a 1s/1s cycle for 20 seconds of ignition key
activation)
4.8. Exceeded journey time signalling
The AUX auxiliary output can also be used to notify the driver
that they have exceeded the permitted journey time. If this function
is active, the unit measures the duration of the journey which
begins when the ignition key is turned on and if the set time limit is
exceeded, it activates the AUX output for a preset period of time.
The driver can thus be notified about the necessity to take a rest
break.
Command format: MCcode AUX TIMER x:y/ON/OFF
where: x – timing since the commencement of journey in
minutes (the allowed value is 1-1440)
y – length of notification after exceeding the permitted
journey time in seconds (the allowed value is 1-300)
ON/OFF – enabling/disabling of the function with
predefined x and y parameters
Command example:
1234 AUX TIMER 120:20 (the AUX output will be activated for
20 seconds after a two hour journey)
4.9. Ascertaining the position via T-Mobile Locator
The LOCATOR command works only with an activated T-Mobile
Locator service (Where is…). When activating the service you
have to choose an LPIN locating code which must be entered as
one of the parameters in command setting. The setting is carried
out via the below-mentioned command. When it is submitted, the
unit sends an inquiry to the operator who then sends back
information about its position which the unit subsequently forwards
to the number from which the command came. This can take up to
two minutes. It is not necessary to send the whole command to
ascertain the position again. Sending a LOCATOR command is
sufficient.
CU-08 Tracer unit 3/5 MHF59402
Command format:
MCcode LOCATOR 5727 5727 KDE LPIN xx...x
where:
5727 – is the number of service to which the inquiry is sent
5727 – is the number from which the unit expects to
receive an answer (it is usually an identical number).
KDE – is a service name
LPIN – is a code used for T-Mobile Locator service activation
xx...x – is a unit SIM card telephone number
Command example:
1234 LOCATOR 5727 5727 KDE 12345678 737231897
4.10. Ascertaining a pre-paid card balance
The manufacturer recommends using SIM cards with a flat-rate
tariff. When using a pre-paid card there is a danger of a loss of
functioning due to credit depletion or exceeding credit
validity!!!
By sending a CREDIT command it is possible to ascertain the
credit balance on a prepaid card and concurrently activate
periodical checking. The setting is carried out via the belowmentioned command. When it is submitted, the unit sends an inquiry
to the operator who then sends back information about its credit
balance which the unit subsequently forwards to the number from
which the command came. This can take up to two minutes. It is not
necessary to send the whole command to ascertain the credit balance
again. Sending a CREDIT command is sufficient.
Command format: MCcode CREDIT uuu..u xx yyy zz
where: uuu…u is a command to ascertain the credit
(∗104∗# O2, ∗101# T-mobile, ∗22# Vodafone)
xx is the period for ascertaining credit in days
yyy is the minimum amount of credit in CZK
zz is the position at which the number stating
the amount of credit in an SMS from an
operator starts
Command example:
1234 CREDIT *101# 7 200 1
This command will check whether the credit balance exceeds a
money value of 200,- every 7 days (the information starts at the 1
st
character position in the SMS from an operator). If a lower amount
of credit is ascertained, the message from the operator is
forwarded to telephone number 1. The function can be disabled by
sending a command with a zero value of credit set (xx=0).
4.11. GSM module reset
In order to set some network functions it is sometimes required
to log the SIM off the network and then log it on again. In such a
case the unit’s GSM module can be restarted with the RESET
GSM command.
Command format: MCcode RESET GSM
Command example:
1234 RESET GSM
4.12. Service command DINFO
DINFO can give you the basic service information about the unit
and its status. Unit reply by SMS: “Your unit reports: CU-08; SN:
800017; ID: 671003; SW: 002; HW: HF15002; RK: ABH9PHD89R-15GT; GSM:57%; GPS: 9/10; Time 15:36 26.3.“ in this
order it includes information about, serial number, unit ID (as it
was set), SW and HW version, internet reg. key, GSM signal
strength in %, number of used/visible satellites, time and date.
Command format: MCcode DINFO
Command example:
1234 DINFO
4.13. Command verification
The verification command sets a condition that user commands
must contain the MC or UC code. This command can be used in
cases when the vehicle fleet administrator does not want to let
individual employees registered as drivers use user commands
(i.e. employees not knowing the password will not be able to locate
themselves or change the journey type or driver).
Command format: MCcode VERIF ON/OFF
Example of a command enabling verification:
1234 VERIF ON
5. User commands
User commands can be sent from registered telephones
without the MC or UC code, unless the VERIF command is
enabled.
5.1. Driver selection by an SMS command
A driver can also be selected with an SMS command (e.g. a
function for a dispatcher). In order to change the current driver’s
number you have to enter the following command:
Command format: UCcode Dx
where: x – is a driver’s number from 1 to 99
Command example:
1111 D2 (to set driver 2)
5.2. Journey type setting
Journey type selection should primarily be carried out with a
switch located in the vehicle interior. If such a switch has not been
installed, the selection can be made with an SMS message.
Command format: UCcode Tх
where: х – journey type: 0 is a business trip (default)
1 is a private journey
Command example:
1111 T1 (sets a private journey)
5.3. Notification of the commencement of a journey
If the TELINFO telephone number has been set using the MC
code, the function can be enabled or disabled permanently or it
can be activated for a single journey.
Command format: UCcode SINFO ON/OFF
Command example:
1111 SINFO ON (the unit sends a notification about the
commencement of a journey each time the ignition key is turned
on)
Command format: UCcode SINFO
Command example:
1111 SINFO (the unit sends a one-time notification about the
commencement of a journey)
5.4. GEOFENCE function
If the GEOFENCE function parameters have already been set
using the MC code, this function can be activated by the following
commands, either for a single journey or permanently with the
possibility of disabling. When the unit leaves the delimitated area,
it sends an SMS to TELINFO.
Command format: UCcode GEOFENCE ON/OFF
Command example:
1111 GEOFENCE ON (the unit sends a notification each time it
leaves the area)
Command format: UCcode GEOFENCE
Command example:
1111 GEOFENCE (the unit sends a one-time notification when it
leaves the area)
CU-08 Tracer unit 4/5 MHF59402
5.5. Auxiliary appliance switching
An auxiliary appliance can be triggered with the AUX command,
when the yellow 12/24V wire is activated. The ON/OFF commands
can be used to change the output state or activate the output for a
precisely defined period of time. The maximum length of this
period is 60 minutes
Command format: UCcode AUX ON/OFF
Command example:
1111 AUX ON (the output will be activated for one hour, unless it is
deactivated with the AUX OFF command)
Command format: UCcode AUX x y
where х – number of seconds or minutes
y – s/m seconds or minutes
Command example:
1111 AUX 25 M (activates the output for 25 minutes)
5.6. SMS command reception confirmation
The device can confirm execution of the received SMS
commands to the telephone number from which the command was
received. This function is optional, though.
Command format: UCcode RE ON/OFF
Command example:
1111 RE OFF (disables confirmation of SMS commands)
5.7. Ascertaining the current position
The current position of the unit can be ascertained by sending a
GPS command. The received SMS contains a link to Google maps
which smart phones can then use to display the vehicle position on
the map.
Command format: UCcode GPS
Example of a command to ascertain the current position:
1111 GPS
5.8. Current vehicle status
The current vehicle status can be ascertained with the STATUS
command. The unit reacts to this command with an answer stating
the current status of the unit.
Command format: UCcode STATUS
Command example:
1111 STATUS
5.9. HELP command
The HELP command can be used to obtain basic help about
how to control the unit using SMS commands.
Command format: UCcode HELP
Command example:
1111 HELP
5.10. CREDIT and LOCATOR commands
If the CREDIT and LOCATOR functions have already been set,
single commands can be used to ascertain the credit balance and
position.
Command format: UCcode CREDIT
Example of a command for ascertaining the credit balance on a
prepaid card:
1111 CREDIT
Command format: UCcode LOCATOR
Example of a command for ascertaining the position in a mobile
operator’s network:
1111 LOCATOR
6. Other functions
6.1. Forwarding of unidentified SMS messages
The unit forwards all SMS messages which it is unable to identify
by password or by the caller’s number to the TEL1 number. These
could be messages from the operator concerning the credit
balance, information about changes to flat-rate tariff terms and
conditions, one-time passwords, etc.
This function also serves as protection against possible testing
by an unauthorized person trying to break the unit’s code.
The forwarded SMS always contains the telephone number from
which the message was sent and the wording of the message with the
exception of the first word which is replaced with asterisks. The
maximum number of forwarded SMS messages is 10 per 24 hours.
6.2. Unit reset
The unit can be reset to default via an SMS command.
Note: In such a case all parameters will be reset to default.
Command format: MCcode RESET MASTER
Example of a command for unit reset:
1234 RESET MASTER
7. Technical specifications
Power supply voltage 8 - 30 V
Maximum current consumption 500 mA /12 V
Nominal current in on-line mode 50 mA /12 V
Standby current consumption 14 mA / 12 V
Dimensions without the terminals and mounts
L x W x H 68 x 91x 34 mm
Unit weight 125 g
Operating temperature range -20 to +80 ℃
Intended for connection to a 12 V or 24 V DC vehicle power
supply. The unit is intended for operation in road vehicles.
This product is identical to the type approved by the Ministry of
Transportation of the Czech Republic under the number E8 10R-xx
xxxx.
10R- 04 6950
E
8
JABLOTRON ALARMS a.s. hereby declares that the
CU-08 is in compliance with the essential requirements
and other relevant provisions of Directive 1999/5/EC,
2011/65/EU and ECE Regulation No. 10.03.
Note: Although this product does not contain any
harmful materials we suggest you return the product to
the dealer or directly to the producer after use. More
detailed information can be found at
www.jablotron.com
- Technical Support section
CU-08 Tracer unit 5/5 MHF59402
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