Continental Automotive Systems 137830 Tachograph User Manual Manual part3

Download:
Mirror Download [FCC.gov]
Document ID	2448713
Application ID	7hjiU5pqki4l6qrne+wDBA==
Document Description	Manual part3
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	455.02kB (5687760 bits)
Date Submitted	2014-11-19 00:00:00
Date Available	2014-11-19 00:00:00
Creation Date	2014-11-19 11:27:45
Producing Software	Adobe PDF Library 10.0.1
Document Lastmod	2014-11-19 11:28:01
Document Title	Manual part3
Document Creator	Adobe InDesign CS6 (Macintosh)

VDO RoadLog™ EOBR Installation
Chapter 2: VDO RoadLog™
EOBR Installation
This chapter of the Owner’s Manual is intended to help
you get your RoadLog EOBR installed, up and running
quickly and easily.
BEFORE STARTING:
• To avoid damage to the vehicle or risk of electric shock,
always confirm the location of electric wires and air lines
by consulting the vehicle’s owner’s manual or your local
vehicle repair facility. If there is any uncertainty about
the location of electric wires, disconnect the vehicle
battery before drilling.
• Be careful when installing cable or wires to avoid kinks,
knots or twisting in the line.
• Be certain cable/wires are not rubbing on sharp edges.
RECOMMENDED TOOLS:
• Drill
1.
51
• Pen or
pencil
• 5mm
• Tape
Hex Key
measure
• Phillips & Flathead
Screwdrivers
VDO RoadLog™ EOBR Installation
VDO RoadLog™ EOBR Installation
1. Make sure you have the correct
Installation Kit!
• RoadLog can be connected with 6-pin, 9-pin, 16-pin
OBDII or open-end “basic” cable. Only one cable is
required. Choose the one that fits your connector or
choose the open-end if you have no connector and will
connect individual wires to the vehicle. (For basic cable,
installation by a professional shop is recommended.
When using the basic cable the ignition line should be
connected.)
• Each cable is supplied with the basic installation bracket.
Y-Cables are an optional upgrade that retain an open
cable connector in the cab.
6 pin Y
6 pin direct
9 pin direct
9 pin Y with flange
9 pin Y with flange w/plastic nut
16 pin direct OBDII
16 pin Y OBDII
Open end
2. Choose your Mounting Option.
• The “basic” bracket is included with each
installation kit. The optional omni-directional mount
(Part #3290-90110100) allows for more mounting
location options and greater control of the viewing angle.
Omni-Directional Mount
(optional)
BASIC BRACKET
(included)
SUGGESTIONS FOR BRACKET MOUNTING
52
INSTALL BRACKET
WITH DOUBLE-SIDED
ADHESIVE...
...OR INSTALL BRACKET
WITH SCREWS AND
WELL-NUTS.
SCREEN VIEW ANGLE
IS ADJUSTABLE USING
BRACKET KNOBS.
INSTALL OMNI-DIRECTIONAL MOUNT WITH
DOUBLE-SIDED ADHESIVE OR WITH SCREWS
AND WELL-NUTS.
LOOSEN HANDLE ON
MOUNT TO REMOVE
UPPER PORTION.
ATTACH UPPER MOUNT
TO UNDERSIDE OF
ROADLOG USING
SCREWS PROVIDED.
Place the RoadLog and upper mount back into the clamp and
retighten while adjusting the screen view angle as required.
VDO RoadLog™ EOBR Installation
3. Choose your Mounting Location.
*Recommended locations
A. Top of the dash driver’s left side*
B. Top of the dash driver’s center*
C. Instrument panel driver’s right side
D. Overhead console driver’s left side
E. Overhead console driver’s center side
F.
Overhead console driver‘s right side
IMPORTANT: Choose a location that will allow easy operation, but
will not block your view of the road.
NOTE: The unit must be placed a minimum
of 10 inches (20 cm) away from the driver.
4. Attach your Bracket or Mount.
• The bracket or omni-directional mount can be attached
with the adhesive foam pads or with screws and wellnut inserts supplied. When using the adhesive foam
pads be sure to clean the surface with a single direction
swipes by using an alcohol prep pad supplied in the
installation kit. Let it dry and apply the tape. The tape
will cure in 24-48 hours. The best results are achieved
when the surface is warm, so you may want to warm up
the cab if the ambient temperature is low.
• Screws and well-nut inserts will require drilling into the
cab’s interior. If using screws, first mark the mounting
holes using the bracket or omni-mount base plate as a
guide. Make sure to avoid drilling into any electrical
cables and air supply lines underneath the surface.
• If using well-nuts, use a 3/8” drill bit to create a hole in
which to insert the well-nut shaft. Again, make sure to
avoid drilling into the electrical cables and air supply
lines underneath the surface.
5. Prepare the RoadLog.
• Unpack the EOBR.
• Remove the service panel on the underside.
Pry open the service panel
with a small, flathead
screwdriver.
Plug the battery connector into
the jack and place the battery
into the holder.
Check marking and plug the data
cable. Attach the corrugated pipe.
Close the service panel again and
insert the three screws included
in the box.
• Insert the Battery.
• Connect the cable.
• Close the service panel.
53
VDO RoadLog™ EOBR Installation
6. Connect Cable.
• Run the cable from the RoadLog to the vehicle data
port. The cable can be run behind the interior dash
panels via gaps between them or by their removal
where necessary.
• Secure the cable out of the driver’s range of motion and
moving parts – coil up and secure the excess cable by
using zip ties provided.
• Connect the cable to the vehicle data port. The device
will power up and be ready for the initial on screen
setup.
• NOTE: If using the Open End Cable, follow the wiring
indications shown on Page 6.
Cable ports are usually located in the dash (1)
or on the floor to the left of the driver’s seat (2).
7. Install RoadLog into Mount.
Basic bracket:
Place the RoadLog into the basic bracket and install the
knobs. Adjust the screen view angle and then tighten the
knobs.
Omni-directional mount (optional):
Loosen the handle until the upper portion of the mount can
be removed. Attach the upper mount to the underside of the
RoadLog using screws provided. Place the RoadLog and
upper mount back into the clamp and retighten while
adjusting the screen view angle as required.
8. Load Paper Roll.
To load the paper roll (Part # 3290-90010100), lift the access
panel at the top of the RoadLog, lay the paper roll into
the cavity and pull the leading edge of the paper forward,
towards the screen. The roll should be inserted so that when
the paper comes out, it curls towards the back of the unit.
Correct roll orientation
9. Compliance Sticker.
Applying the included sticker to the window of your cab is
optional, but doing so will ensure that anyone who sees it
knows your vehicle is complying with EOBR regulations.
(Clean surface before applying.)
54
Electronic
Driver Logs
Incorrect roll orientation
VDO RoadLog™ EOBR Installation
Instructions for Open
End “Basic” Cable
10
12
14
16
11
13
15
(front view)
If using the Open End “Basic”
Cable, follow the pin / wire color
assignments from the table:
Note: If the vehicle ignition line is
accessible during RoadLog
installation, it’s recommended that
the ignition line be connected with
the device (see vehicle connector).
If the ignition line is connected, it’s
recommended that the
Wake up condition configuration
parameter be set to the ignition
only setting.
For the vehicles in which the
ignition line is not accessible,
RoadLog can detect the vehicle
ignition on / off status based on
the vehicle synchronization data
received. Therefore, if the ignition
line is not connected, the Wake
up condition configuration
parameter should be set to the
ignition or vehicle data setting. See
The basic cable has a total of 8 wires and only Pins 1, 2 and 4
are connected: ignition, battery ( + ) and ground ( – ), respectively.
The rest of the wires have to be connected according to the table
below depending on the type of the vehicle.
Pin
No
Signal
Name
TERM15
Terminal 15
ignition signal
Brown
Input of vehicle ignition
line
TERM30
Terminal 30
power supply
voltage
Red
Supply line from vehicle
battery (+)
CAN1_H
CAN1 High
Line
TERM31
Terminal
31power
supply
ground
CAN1_L
CAN1 Low
Line
CAN_L connection
to vehicle CAN bus
(J1939-11/15)
CAN1_
GND
CAN 1
ground
CAN_GND connection
to vehicle CAN bus
(J1939-11/15)
J1708 (+)
RS484 line A
J1708 (+) connection to
vehicle SAE J1708 bus
J1708 (-)
RS484 line B
J1708 (-) connection to
vehicle SAE J1708 bus
SPEED_
IN
Speed pulse signal
input Vehicle speed
pulse input from
vehicle speed sensor
(ISO16844)
10
RPM_IN
Revolution pulse signal
input RPM pulse input
from vehicle engine
controller ECU
11
CAN2_H
CAN2
HighLine
CAN_H connection
to proprietary CAN
bus (third party device
connection)
Must be twisted
together with
CAN2-L wire
12
CAN2_L
CAN2 Low
Line
CAN_L connection to
proprietary CAN bus
(third party device
connection)
Must be twisted
together with
CAN2-H wire
13
CAN2_
GND
CAN2 ground
CAN_GND connection
to proprietary CAN
bus (third party device
connection)
14
DIGITAL_
IN1
Digital input 1
Digital input (tri-state:
not used (high-Z)/
high-level active input/
low-level active input)
15
DIGITAL_
IN2
Digital input 2
Digital input (tri-state:
not used (high-Z)/
high-level active input/
low-level active input)
16
RFU
Not used
Reserved for future use
Description
Setting the Wake up condition
If the ignition or vehicle
configuration setting is chosen, the
installer must verify that RoadLog
is in fact receiving
the ignition on / off status
based on the received vehicle
synchronization data. If the status
is not being received, RoadLog
cannot function properly.
55
Wire
Color
Purpose
CAN_H connection
to vehicle CAN bus
(J1939-11/15)
Black
Notes /
Connection
Must be twisted
together with
CAN1-L wire
Ground line, GND
Must be twisted
together with
CAN1-H wire
VDO RoadLog™ EOBR Installation
6-pin and 9-pin Wiring
Configurations
The 6-pin and 9-pin cables
are configured as shown:
6-Pin Connector (front view)
6-Pin Description
9-Pin Description
Pin Location
J1708 ( + ) Data
Battery ( + )
J1708 ( – ) Data
Battery ( – )
Battery ( + )
J1939/CAN Data HIGH
Battery ( – )
J1939/CAN Data LOW
CAN Shield
J1708 ( + ) Data
J1708 ( – ) Data
OEM
OEM
OBDII Vehicle Connector
If using the OBDII Vehicle Connector, follow the
pin assignments from the OBDII connector pin
assignments table:
56
9-Pin Connector (front view)
Pin Location
10
11
12
13
14
15
16
OBDII connector pin assignments
(front view)
OBDII-Pin Description
Pin Location
Chassis ground
CAN_H line of ISO 15765-4
CAN_L line of ISO 15765-4
14
Permanent positive voltage
16
VDO RoadLog EOBR Fundamentals
Chapter 3: VDO RoadLog™ EOBR Operation
1.
VDO RoadLog EOBR Fundamentals
RoadLog EOBR is designed to eliminate the need for paper
logs, while keeping Drivers in compliance with all FMCSA
Hours of Service (HOS) and Driver Vehicle Inspection Report
(DVIR) regulations.
• View and print the HOS daily log for the current day as
well as each of the past 14 days.
Free upcoming software updates will include reporting on
IFTA mileage and IRP miles and compliance with rules for
Canada, Alaska and oil field.
• Create, view and print pre-trip and post-trip DVIRs by
entering data for the vehicle and the current trailers.
With RoadLog, a Driver can:
• Automatically calculate and display HOS daily driving
availability, HOS daily duty availability and HOS weekly
duty availability based on the limits imposed by FMCSA
regulations.
• Record Off Duty Status activities (RODS data).
RoadLog will store the RODS data for the current day
and the previous 14 calendar days.
• Receive audio and visual warnings before exceeding
the driving and HOS duty limits and receive warnings
again after exceeding the driving and HOS duty limits.
• Take exemptions from HOS rules when required
(personal use, emergency conditions, adverse driving
conditions, 16-hour extension and 100 and 150 airmiles radius Driver).
57
• Assign up to three trailers to the trip.
• Assign up to five shipping documents to the trip.
• Comply with roadside inspections by proving HOS logs
and DVIRs via data transfer on USB or by printing them
directly from RoadLog’s built-in thermal printer.
• Record various trip activities such as meals, fueling and
vehicle wash and print out Supporting Documents for
these activities directly from the RoadLog’s built-in
thermal printer.
• Download vehicle data and DVIR data recorded by
RoadLog over the course of the past 30 calendar days
to any Fleet Key or Driver Key belonging to the loggedin company.
• Carry data from one vehicle to another if he/she
changes vehicles in a fleet.
• At the end of each day’s work, log out and download
RODS data to the Driver Key and submit that data to
the company.
VDO RoadLog EOBR Fundamentals
Operating RoadLog:
The key functions required to operate RoadLog include:
Company Log In:
Before any Driver can log in to RoadLog, the company must be
logged in so that all the data can be recorded under a company
account. Company log in can be done automatically with an
activated Fleet Key.
Note: More than one company can share a single RoadLog,
but only one company can be logged in at a time.
RoadLog Configuration:
RoadLog configuration requires setting vehicle and company
parameters such as VIN, language preference and vehicle license
plate number. Configuration data can be entered directly through
the RoadLog touch screen, or data can be entered into the Fleet
Software and transferred to the RoadLog via the Fleet Key.
Note: Company data cannot be transferred to RoadLog via
the Driver Key.
Important: Serial number of the RoadLog vehicle unit needs
to match the serial number provided during the tractor
creation process in the Fleet Software.
Driver Log In / Log Out:
Drivers must log in on their RoadLog at the beginning of the work
period, whether they’re about to begin Driving or going On Duty.
Drivers can log in and log out automatically, with their personalized
Driver Key, or manually through the RoadLog Touch Screen,
provided they were logged in with their Driver Key at an earlier time,
or their Driver Profile has been uploaded to RoadLog via the Fleet
Key.
Data Download / Upload:
Data recorded by RoadLog is downloaded to the Driver Key for
transfer to the Fleet Software. Once entered in the Fleet Software,
the data can be analyzed and archived to maintain compliance with
FMSCA regulations.
Data can be transferred using a personalized Driver Key or the
Fleet Key.
When a Driver logs in with a Driver Key, RoadLog automatically
uploads status data (RODS data) recorded during past work
sessions. When a driver downloads or uploads data, both Driver
and company-related data is transferred.
58
VDO RoadLog EOBR Fundamentals
The RoadLog Hardware
1. Touch Screen Display
2. On/Off Button and Operation Mode
3. Standard Mount
4. Printer paper output
5. Positionable Dial
6. USB Connector
59
VDO RoadLog EOBR Fundamentals
On/Off Button and Operation Modes
When power is applied to RoadLog, it starts automatically.
The splash screen is displayed during device initialization.
After initialization, RoadLog enters the active mode and is
fully operational.
As long as RoadLog is connected to the vehicle and has
power, it monitors the vehicle’s engine status. When the
vehicle engine is on, RoadLog stays in active mode. It is not
possible to turn off the device, except by disconnecting the
power supply.
When RoadLog is in active mode and the vehicle engine is
off, pressing the On/Off button switches RoadLog to sleep
mode.
When RoadLog is in sleep mode, pressing the On/Off button
switches RoadLog to active mode.
When RoadLog is in active mode, holding the On/Off button
continuously for 10 seconds causes RoadLog to reboot. The
device will restart with a software startup sequence.
When the engine is turned off and no USB data transfer,
printing or touch screen activity occurs for five minutes,
RoadLog enters sleep mode and the display automatically
darkens. During sleep mode, RoadLog consumes minimal
current from the vehicle battery.
USB Connector
A “type A” USB port is used to connect the RoadLog with
Driver Keys, the Fleet Key or any USB flash drive formatted
in FAT32 file system.
CAUTION! USB devices can only be plugged into
RoadLog when the vehicle is stopped!
Driving while a USB device is plugged into RoadLog
may cause permanent damage to both RoadLog and
the USB device.
60
VDO RoadLog EOBR Fundamentals
Printer
RoadLog has a built-in thermal printer to print roadside reports. Since it’s
a thermal printer, no ink is ever required. VDO RoadLog brand paper is
fade-resistant.
To load the paper roll, lift the access panel at the top of the RoadLog, lay
the paper roll into the cavity and pull the leading edge of the paper
forward, towards the screen. The roll should be inserted so that when the
paper comes out, it curls towards the back of the unit, not forward
towards the screen. If the paper curls forward, take the roll out and
reverse the orientation. Close the lid and tear the leading edge flush with
a downward motion.
Note: when a red line appears on the printout, it indicates the end
of the paper roll. The roll needs to be replaced.
Note: The head of the printer may get hot! Do not touch the printer
head as this may cause burns!
Note: Use only VDO RoadLog brand paper rolls! Using nonapproved paper can damage the unit and void the warranty.
GPS Antenna / Connector
RoadLog has a built-in GPS receiver and antenna, allowing it to acquire
and record position data along with RODS data. When a strong GPS
signal is received, the bar below the on-screen GPS icon turns green. If
the signal is not strong enough to compute location, a red bar is
displayed below the on-screen GPS icon.
To improve the signal reception, an external GPS antenna is available as
an optional accessory.
Note: Use only the VDO RoadLog external GPS antenna.
Non-approved antenna may not provide correct
performance.
Connector Cables
A variety of cable options are offered. See VDO RoadLog EOBR
Installation for details.
Learn more about connector cables
61
CORRECT Roll Orientation
INCORRECT Roll Orientation
VDO RoadLog EOBR Fundamentals
Battery
RoadLog has a built-in battery that’s used to maintain the date and time
if power becomes unavailable. The battery is capable of maintaining the
device date and time continuously for at least 2 years. When the battery
level becomes critically low, a warning screen with a low-battery icon is
displayed. For information on replacing the battery, see VDO RoadLog
EOBR Installation.
Touch Screen Display
RoadLog is operated by tapping the touch screen with your fingers. The
touch screen allows you to choose actions and type into the on-screen
keyboard. When RoadLog is in the active mode the display is on. When
RoadLog is in sleep mode the display is off.
System Icons
Depending on the screen selected, one or more of the following RoadLog
icons will appear:
Home
GPS signal:
Green = Good signal
GPS signal:
Red = Low/no signal
USB device:
Red = Remove Driver/Fleet Key
When no USB device is plugged in, no icon is shown.
Vehicle data:
Red = No ECM. No communication with the vehicle engine module.
When vehicle data is available, no icon is shown.
Trailer:
Red = No trailer(s) assigned for the trip
When trailer(s) are assigned for the trip, no icon is shown.
Shipment documents:
Red = No document(s) assigned for the trip
When document(s) are assigned for the trip, no icon is shown.
62
First Device Start Up After Installation Into Vehicle
2.
First Device Start Up
After Installation Into
Vehicle
After all of the installation steps as described in VDO
RoadLog EOBR Installation are completed, RoadLog starts
automatically. The splash screen is displayed during device
initialization.
RoadLog searches for a GPS signal while displaying the
GPS Synchronization screen.
Once RoadLog acquires a GPS signal, it synchronizes its
system time with GPS time and displays the GPS
Synchronization Successful screen.
GPS Synchronization
RoadLog then restarts while displaying the Logo screen.
Notes: If RoadLog cannot receive a valid GPS signal, it
remains in the GPS Synchronization screen. When a signal
is acquired, RoadLog is able to synchronize the system only
with the time, not with the vehicle location.
Note: At first start-up RoadLog needs to acquire a
valid GPS signal in order to initialize and set the
internal clock of the system. RoadLog will remain in
the GPS Synchronization screen until a valid signal is
acquired and the clock has been set to the current
time.
Synchronization Successful
During the initialization process, RoadLog performs a selftest. If the self-test fails, it displays the Self-Test Failed
screen. In this case, the device is not operational and will
need to be serviced by a factory certified service provider.
During the initialization process, RoadLog verifies the internal
battery energy level. If RoadLog detects a low battery, it
displays the Battery Replacement screen. You can tap the
OK button to continue normal operation, but the battery
must be replaced soon. For instructions on battery
replacement, see “VDO RoadLog EOBR Installation.”
Self-Test
If RoadLog is disconnected from the power supply, it will go
through the same initial sequence seen at first device start
up, including displaying the Settings screen for no company
log in.
Battery Replacement
63
Self-Test Failed
Company Log In
3.
Company Log In
To enable all RoadLog functions, a company must be logged
into the device. To log in your company:
Insert your activated RoadLog Fleet Key into the RoadLog
USB port.
RoadLog performs the company log in and, when complete,
displays the Login Completion screen.
Remove the Fleet Key from the connector. RoadLog displays
the View Configuration Parameters screen.
Login Completion
Tap Yes to view the Configuration Parameters screen.
IMPORTANT: If the RoadLog says 'This fleet key cannot be
used to login the company” it means that the serial number
of the device is not entered in the Fleet Software under the
vehicle for which that unit is intended.
Configuration Parameters
64
Configuration Parameters
4.
Configuration
Parameters
In order for RoadLog to perform its functions, the
Configuration Parameters must be set to the correct values
for your vehicle.
Go to the Configuration Parameters screen from the View
Configuration Parameters screen during first start up, or
by going to the Menu screen and tapping Settings.
From the Settings screen, tap Configuration.
Note: In order to be able to edit the configuration
parameters, the Fleet Key must be inserted and a
company must be logged in.
Note: If you go to the Configuration Parameters
screen from the Settings screen, RoadLog displays
the Insert the Fleet Key screen to indicate that a
Fleet Key is required to configure the device. If the
Fleet Key is not available, tap Continue to view the
current parameters. RoadLog displays the
Configuration Parameters screen with the editing
controls disabled.
Configuration Parameters
Menu
Settings
Setting Configuration Parameters
At first device start up, RoadLog has default values for the
configuration parameters.
To change the default values, insert the Fleet Key. RoadLog
displays the Fleet Key Options screen.
Tap Configuration. RoadLog displays the Configuration
Parameters screen.
Use the up and down arrows to scroll through the
parameters list. Tap Print to print the configuration
parameters.
65
Fleet Key Options
Configuration Parameters
Configuration Parameters
Setting the Vehicle Synchronization
Parameter
The vehicle synchronization parameter defines which
interface will be used to transfer the synchronization data
from the vehicle to RoadLog. The following values can be
chosen:
J1939: RoadLog device obtains vehicle data from vehicle
J1939 data bus (the RoadLog cable connects to lines 3, 5
and 6 for communication).
J1708: RoadLog obtains vehicle data from vehicle J1708
data bus (the RoadLog cable connects to lines 7 and 8 for
communication).
Pulse inputs: RoadLog device obtains speed pulses from
the vehicle speed sensor (the RoadLog cable connects to
line 9 for communication).
By default, the vehicle synchronization parameter is set to
J1939.
To change the parameter from the Configuration
Parameters screen tap Vehicle Type. RoadLog displays the
Configuration Type screen.
Tap Vehicle Synchronization. RoadLog displays the
Configuration Type screen.
Notes: If your Vehicle uses a 6-pin connector,
RoadLog will synchronize with J1708.
Vehicle Syncronization
If your Vehicle uses a 9-pin connector, RoadLog will
synchronize with either J1708 or J1939 connection.
Generally, for Vehicles built before 2007, the 9-pin
connector uses J1708. For the 2007 and newer
vehicles, the 9-pin connector uses J1939.
Different manufacturers transitioned between J1708
and J1939 at different times, so it is important to carry
out the synchronization procedure and wait for the
“Communication established successfully” screen
to appear.
66
No Communication Established
Communication established
successfully
Configuration Parameters
Setting the Vehicle Synchronization
Parameter Automatically
From the Configuration Type screen tap Automatic.
RoadLog uploads the parameter setting from the Fleet Key
and displays the Fleet Key Configuration Value screen
containing the uploaded value.
Tap Accept. RoadLog displays the Configuration Type
screen showing the new setting for the vehicle
synchronization parameter.
Setting the Vehicle Synchronization
Parameter Manually
Configuration Type
To set the configuration type manually, tap Manual from the
Configuration Type screen. RoadLog displays the Vehicle
Synchronization screen. Select the interface to be set.
Bus Synchronization Method
If you select J1939 or J1708, RoadLog displays the
Checking Messages Presence screen while checking that
it’s receiving the correct data from the vehicle.
RoadLog detects the relevant messages along with their
source and displays the Source Selection Method screen.
Vehicle Synchronization
Automatic Message Source Method
From the Source Selection Method screen, tap Automatic.
RoadLog will detect and choose the preferred sources for
the relevant messages and then display the Vehicle
Synchronization screen.
Setting the Automatic Message Source
To select the sources for the relevant messages manually
from the Source Selection Method screen, tap Manual and
then tap Next. RoadLog displays the J1939 Messages
Manual Selection or J1708 Messages Manual Selection
screen, according to your selection.
Vehicle odometer and vehicle speed data can come in from
multiple sources.
Tap the preferred source for each and tap Next when you’ve
made the selection. RoadLog returns to the Vehicle
Synchronization screen.
67
Source Selection
Checking Messages Presence
Configuration Parameters
Tap Done. RoadLog displays the Configuration Type
screen showing the new setting for the vehicle
synchronization parameter.
Pulse Inputs Synchronization Method
If you select Pulse Inputs from the Vehicle Synchronization
screen, RoadLog displays the Configuration Parameters
screen showing the new setting for the vehicle
synchronization parameter.
Vehicle Synchronization
Setting the Vehicle Odometer Parameter
The vehicle odometer parameter is used only when
RoadLog is synchronized using the pulse inputs interface.
When using pulse inputs, the odometer reading is based on
the mileage entered into the Fleet Software when the vehicle
record was created. Starting from this value, RoadLog
automatically adds mileage based on the pulse inputs from
vehicle.
To set the odometer reading from the Configuration
Parameters screen, tap Vehicle odometer. RoadLog
displays the Configuration Type screen.
Configuration Parameters
Setting the Odometer Parameter Automatically
From the Configuration Type screen tap Automatically.
RoadLog uploads the parameter setting from the Fleet Key
and displays the Fleet Key Configuration Value screen
containing the uploaded value.
Tap Accept. RoadLog displays the Configuration
Parameters screen showing the new setting for the vehicle
odometer parameter.
Setting the Odometer Reading Manually
From the Fleet Key Configuration Value screen Tap
Manual. RoadLog displays the Edit Parameter Value
screen.
Setting the Odometer Parameter
Automatically
Select Miles or Kilometers and tap the editable field to enter
the odometer value. RoadLog displays the popup keyboard.
Type in the vehicle odometer reading and tap Go. RoadLog
displays the Edit Parameter Value screen with the userdefined value.
Tap Done to confirm the newly added value. RoadLog
displays the Configuration Type screen showing the new
setting for the vehicle odometer parameter.
68
Setting the Odometer Reading
Manually
Configuration Type
Configuration Parameters
Setting the Vehicle Identification Number
(VIN)
By default, the VIN parameter is set to
00000000000000000.
To enter the actual VIN from the Configuration Parameters
screen, use the arrows to scroll to the VIN line and tap the
VIN. RoadLog displays the Configuration Type screen.
Setting the VIN Automatically
From the Configuration Type screen, tap Automatic.
RoadLog displays the Fleet Key Configuration Value
screen showing the uploaded value.
Setting the VIN Automatically
Setting the VIN Manually
From the Configuration Type screen, tap Manual. RoadLog
displays the Edit Parameter Value screen. Tap the editable
field to enter VIN. RoadLog displays the popup keyboard.
Type in the vehicle odometer reading and tap Go. RoadLog
displays the Edit Parameter Value screen with the value
that was typed in. Tap Done. RoadLog displays the
Configuration Parameters screen showing the new setting
for the VIN.
Setting the Wake up condition
The Wake up condition is the event that triggers the EOBR
to begin recording data. If the ignition line is connected
during installation, it’s recommended that the Wake up
condition configuration parameter be set to the ignition only
setting.
If the ignition line was notconnected during installation, the
Wake up condition configuration parameter should be set to
the ignition or vehicle data setting.
Setting the Wake up condition Automatically
From the Configuration Type screen, tap Automatic.
RoadLog displays the Fleet Key Configuration Value
screen showing the uploaded value.
Setting the Wake up condition Manually
From the Configuration Type screen, tap Manual. RoadLog
displays the Wake up condition screen. Chose the desired
wake up source using the radio buttions. Tap Done.
69
Configuration Type
Configuration Parameters
Setting the Vehicle License Plate Number
(VLPN)
From the Configuration Parameters screen, use the arrows
to scroll to the VLPN line and tap the VLPN line. RoadLog
displays the Configuration Type screen.
Setting the Vehicle License Plate Number (VLPN)
Automatically
Setting the VLPN Manually
From the Configuration Type screen, tap Automatic.
RoadLog displays the Fleet Key Configuration Value
screen showing the uploaded value.
Setting the Vehicle License Plate Number (VLPN)
Manually
From the Configuration Type screen, tap Manual. RoadLog
displays the Edit Parameter Value screen. Tap the editable
field to enter the VLPN. RoadLog displays the popup
keyboard.
Type in the vehicle VLPN and tap Go. RoadLog displays the
Edit Parameter Value screen with the value that was typed
in. Tap Done. RoadLog displays the Configuration
Parameters screen showing the new setting for the VLPN.
Setting the Vehicle Type
The Vehicle Type parameter must be set based on the
vehicle type in which RoadLog is installed. There are three
Vehicle Types:
1. Property-carrying Vehicle with Trailer – If this is the
selection made, RoadLog performs the HOS availability
calculation for any logged in Driver according to the
HOS rules for property-carrying vehicles. The Driver is
required to inspect the trailer if equipped and enter a
record for trailers attached to the vehicle. The vehicle
type selection must be property-carrying vehicle with
trailer.
2. Property-carrying vehicle without trailer – If this is
the selection made, RoadLog performs the HOS
availability calculation for any logged in Driver
according to the HOS rules for property-carrying
vehicles.
3. Passenger-carrying vehicle – If this is the selection
made, RoadLog performs the HOS availability
calculation for any logged in Driver according to the
HOS rules for passenger-carrying vehicles.
70
Vehicle Type

---

Source Exif Data:

File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.7
Linearized                      : Yes
Create Date                     : 2014:11:19 11:27:45+01:00
Creator                         : Adobe InDesign CS6 (Macintosh)
Modify Date                     : 2014:11:19 11:28:01+01:00
XMP Toolkit                     : Adobe XMP Core 4.2.1-c043 52.372728, 2009/01/18-15:08:04
Metadata Date                   : 2014:11:19 11:28:01+01:00
Creator Tool                    : Adobe InDesign CS6 (Macintosh)
Format                          : application/pdf
Document ID                     : uuid:bb25826d-48a4-4b78-9a9e-991d7a4e1eac
Instance ID                     : uuid:b34f8a3d-6f0d-4e79-b6e2-94a1a1ab2840
Producer                        : Adobe PDF Library 10.0.1
Page Count                      : 20

EXIF Metadata provided by EXIF.tools