Racelogic VBOX Touch V2 Manuel utilisateur

VBOX Touch V2 Accel Mode - Quick Start Guide

VBOX Touch features a 25 z GNSS receiver and a responsive colour touchscreen. The Accel Mode allows you to

perform 4 concurrent acceleration tests using specified values.

Getting Started

Registration

Please register your VBOX Touch so that Racelogic can

continue to provide you with notifications about the latest

software releases and firmware upgrades for your

Racelogic product, and offer technical support.

What is in the box?

When you purchase a VBOX Touch V2, you will find the following items when you open the box:

VBOX Touch (RLVBTOUCH)

Product Code Quantity Description

VBTOUCH-V2 1VBOX Touch 25 z Unit Including

Rubber Cover

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Product Code Quantity Description

RLCAB010LE 1Cigar Plug Power Supply

(RLVBTOUC , 2 m)

RLACS313 18 GB SD Ultima Pro U S-1 Memory

Card

RLACS262 1 GNSS Antenna (3 m)

RLACS331 1 Swivel Neck Richter Suction Mount

RLACS281 1

Plastic Carry Case for VBOX Touch

(not supplied with RLVBTOUCH-

M for Motorsport customers)

Optional Accessories

Product Code Description

RLVBACS004 Brake Pedal Trigger

RLVBACS010 and eld Start/Stop Logging Switch

RLCAB001 VBOX PC Serial Cable

SD Card

VBOX Touch logs data to an SD card. Depending on the Logging Strategy that is set in the General Settings area, the

unit will either log continuously or when movement is detected (default).

SD Card Format

VBOX Touch is supplied with an 8 GB SD C card in a FAT32 file format, which is the only file format supported.

If you are looking to purchase a new SD card, it is recommended that any card used has a write speed of above 7 MB/s

(4 MB/s absolute minimum) and a speed class of 10 (4 absolute minimum). Racelogic recommends SD cards from

quality brands such as Transcend, SanDisk, Kingston or Lexar to ensure the best results.

IMPORTANT

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If an SD card is formatted in the exFAT or NTFS file formats, it will need to be reformatted into a FAT32 file

system before it will work with a VBOX Touch unit.

SDHC cards (2 GB to 32 GB)

Supplied or purchased SD C cards are formatted in the FAT32 file format. This format is supported by VBOX Touch.

SDXC cards (64 GB and above)

Purchased SDXC cards will be formatted in exFAT or NTFS file formats; these formats are not supported by VBOX

Touch (please reformat as per instructions below).

SD Card Reformatting

• FAT32 reformatting for media with sizes up to 32 GB can be done directly within Windows by right-clicking on the

media and selecting 'Format'.

• If you would like to format media with sizes above 32 GB into a FAT32 file system, this isn't something that can be

done directly within Windows as it is not the standard formatting for the file. owever, many third-party software

programs can be used to reformat media to allow them to work correctly with our products - we can recommend

This Tool as a free option from the SD card organisation.

Power

The VBOX Touch unit is powered by a power cable with a Cigar Plug adapter for connecting to power within the vehicle.

The cable terminates in a 2-way Lemo connector that mates with the Power socket on VBOX Touch.

On boot-up, the VBOX Touch will display a splash screen and automatically look for satellites and media.

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The first time that the unit is booted up, the Display Mode screen will be presented. Every time after this, the last used

display mode will be opened.

Logging

VBOX Touch logs data via an SD card inserted into the side of the unit. Depending on the Logging Strategy selected

within the General Settings area, the unit will either log continuously or when movement is detected (default).

Tapping on the SD Card Icon when green will manually start or stop logging data, overriding the Configured Logging

Strategy.

The Record Icon will show when the unit is logging data to the SD card.

If you have come to a stop, but the Record Icon is still on, press the SD Card Icon to stop the logging before removing

the card.

Sometimes, due to poor satellite visibility in a garage or close to a building, VBOX Touch may start recording, even if the

car is stationary. Always check the Record Icon before ejecting the card.

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IMPORTANT

Do not remove the SD card when the Record Icon is on as you may lose data.

Note: If for some reason the SD card is removed while the unit is still recording, it may need to be repaired using a PC

before it can be reused.

Logging Switch

You can also control the logging by using an RLVBACS010 hand-held latching trigger switch (unlatched for logging/

latched for not logging). Continuous Logging Mode should be selected when using the switch. It is connected to the

3-pin Digital In and PPS Connector on the side of the VBOX Touch.

When the trigger switch is connected and latched, it is not possible to use the SD Card Icon to manually start or stop

logging data.

Logged Channels

VBOX Touch logs channels to an inserted SD card within a .vbo file, channel information is available below:

•Satellites: This is the number of satellites in use.

•Time: This is UTC since midnight in the form MMSS.SS.

•Latitude: Latitude in minutes MMMM.MMMMMMMM +ve = North e.g. 3169.30644410M = 52D, 49M, 18.4S.

•Longitude: Longitude in minutes MMMMM.MMMMMMMM +ve = West e.g. 00040.18164742M = 00D, 40M, 10.9S.

•Velocity: Velocity in km/h.

•Heading: eading in degrees concerning North.

•Height: eight above sea level in meters based on the model of the earth used by VBOX GNSS engines.

•Vertical velocity: Vertical velocity in km/h. +ve velocity uphill, -ve velocity downhill.

•Long accel: Longitudinal acceleration in g, +ve for forward acceleration.

•Lat accel: Lateral acceleration in g, +ve for acceleration to the left.

•Solution type: Indicator for what the unit is currently using to derive position: 0 = No sats; 1 = Standalone

using GNSS only; 2 = DGNSS.

•Event 1 time: This is the digital input oversample timer used to interpolate the trigger event time between captured

samples.

You can find more information about the VBO file format here.

Installing VBOX Touch

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Connectors

Antenna

If you are struggling to maintain a stable satellite lock,

you can connect the supplied external antenna

(RLACS262) to the antenna socket. You should also use

the external antenna when you are doing Brake Trigger

Tests. You can find more information about the external

antenna further down on the page.

Left Side

D IN/PPS

The Digital In and PPS port can be used for connection

to the VBOX Brake Pedal Trigger to provide brake

trigger deceleration tests. More information on this is

available here.

The port can also be used to connect a and eld Start/

Stop Logging Switch (RLVBACS010) to control the

logging of the unit. More information on this is available

here.

CAN/Serial

The top CAN/Serial port can be used to output serial

information, allowing you to either connect VBOX Touch

to VBOX Test Suite via an RLCAB001 and conduct live

testing, or output lap timing parameters. You can find

more information about the Serial Output settings here.

Right Side

You can find more detailed connector information on the

PIN OUTS page.

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Mounting

VBOX Touch is supplied with a Swivel Neck Richter Suction Mount (RLACS277) for mounting onto a vehicle

windscreen. It can also be secured using the ¼ 20 TPI UNC screw thread on the back of the unit.

Satellite Reception

VBOX Touch has an internal patch antenna. This means that in most circumstances where the unit has a clear view of

the sky and no interference, you do not need an additional external antenna. owever, if you are struggling to maintain a

stable satellite lock (indicated by a flashing red satellite icon), you can use the external antenna (RLACS262) supplied

with the unit.

IMPORTANT

•If you are conducting Brake Trigger Deceleration Tests, you should use the external antenna.

•The first time that the unit is used, it may take up to 10–15 minutes to fully acquire satellites. After this, it

will usually take 1–2 minutes to acquire satellites.

External Antenna (If Required)

The placement of the GNSS antenna is crucial to the quality of the data recorded by VBOX Touch. Any metal close to a

GNSS antenna can unpredictably disturb the signal due to interference from reflections of weak GNSS signals.

For the best results, use the antenna in the centre of a metal roof at least 5 cm away from any roof bars or radio

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antennas. Do not mount the antenna close to the edge of the roof as reflections from the ground may interfere with the

signals. Avoid the edges as reflections from the A-pillars will cause problems.

Mount the antenna as high up as possible and keep it above any roll bars. Pieces of metal close to and above an

antenna will badly disrupt the GNSS signal.

If the vehicle being used does not have a metal roof, then place the GNSS antenna on a flat piece of metal at least 10

cm in diameter. If this is not possible, copper or aluminium foil can be used to create a shaped ground plane underneath

the antenna. For example, on a fibreglass roof, mount the antenna on top of the roof, and place some adhesive-backed

metal foil underneath, on the inside of the roof.

Acquiring Satellite Lock

Tall buildings or trees can block GNSS signals, causing a reduction in the number and quality of satellites being tracked,

leading to inaccurate position measurements and a noisy velocity signal.

GNSS works best in open areas/ Avoid tree-lined roads

Media, iframe, embed and object tags are not supported inside of a PDF.

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GPS Coldstart

If VBOX Touch is struggling to acquire a satellite lock, a GPS coldstart may be required. This may be necessary when

the unit hasn’t been used for several days or has dramatically moved location since its last use.

To perform a coldstart, press the COLDSTART button within the Diagnostics Settings menu.

When the button has been pressed, the unit will make an audible sound and a ‘PLEASE WAIT’ message will be

displayed on the screen which will count down from 3. The number of satellites will then be displayed as '00' and GPS

status will show ‘SEARCHING FOR SATELLITES’ until the satellite lock has been acquired. It will take approximately

25 to 30 seconds for the unit to reacquire the satellite lock.

LED Behaviour

The 4 LEDs at the top of the unit provide visual feedback dependent on what process is being performed:

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Function Behaviour Colour

Accel/Decel Mode

If Alert at End is enabled, the LEDs

will flash green for 0.5 s once the

test end criteria are met.

Lap Timing Mode The LEDs provide a live reference

lap speed comparison (Delta-V).

The current lap is > 5 km/h

quicker than the reference lap

The current lap is 2.5 km/h

quicker than the reference lap

The current lap is the same speed

as the reference lap

The current lap is 2.5 km/h

slower than the reference lap

The current lap is > 5 km/h

slower than the reference lap

The LEDs will illuminate blue during

the process of creating a Reference

Lap.

When loading a Track Database

file, the progress of the track

database update is displayed via the

LEDs; each lit LED will represent

25% of the process with all LEDs

extinguishing when the process is

complete.

When a Track Layout is changed,

the LEDs will briefly

flash green twice.

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