Competition Systems, Inc/Racepak make no representations or warranties of any type with
respect to the contents in this manual. Competition Systems, Inc/Racepak disclaim any implied
warranties or fitness for any particular purpose. Competition Systems, Inc/Racepak is not liable
for any errors contained within or for incidental or consequential damages in connection with
the supply, performance or use of the hardware and software or this manual.
Competition Systems, Inc/Racepak reserve the right to revise this installation and user manual
at any time, without obligation to notify any person of revisions.
Warranty
Competition Systems, Inc/Racepak make every effort to insure our products and services are of
the highest quality and standards. It is our intention to maintain a mutually beneficial and
cordial relationship with each and every customer.
Competition Systems, Inc/Racepak warrants all merchandise manufactured by Competition
Systems, Inc/Racepak against defects in workmanship or material for a period of six months
after the data of purchase. This warranty applies to the first retail purchaser and covers only
those products exposed to normal use or service. It does not apply to those products used for a
purpose for which said products were not designed, or which has been altered in any way that
would be detrimental to the performance or life of the product, or misapplication, misuse,
negligence, or accident. Any part or product found to be defective after examination by
Competition Systems, Inc/Racepak will be repaired or replaced. Competition Systems,
Inc/Racepak assumes no responsibility for diagnosis, removal and/or installation labor, loss of
vehicle use, loss of time, inconvenience or any other consequential expenses.
This warra nty is in lieu of any other expressed or implied warranties, including any implied
warranty or merchantability or fitness, and any other obligation on the part of Competition
Systems, Inc/Racepak, or selling dealer.
If you have any questions regarding warranty, please contact customer service at Competition
Systems, Inc/Racepak. 949-709-5555
Data Logger...................................................................................................................................................................................7
Base IQ3 Downloaded Data.......................................................................................................................................................7
Logging Start and Stop..............................................................................................................................................................11
PC Minimum Requirements.....................................................................................................................................................11
External Features – Front.........................................................................................................................................................13
ExterExternal Features – Rear.........................................................................................................................................13
Mounting Template – Full Size................................................................................................................................................14
Mounting Template – Full Size................................................................................................................................................15
Power Supply and Grounding..................................................................................................................................................19
Programming Utilizing the DataLink Software.....................................................................................................................22
Setting the Start/Finish Location............................................................................................................................................27
Reviewing Lap Times (Lap Time Replay Mode) ....................................................................................................................27
DataLink II Software Installation........................................................................27
Data Download Path.................................................................................................................................................................27
PC Requirements .......................................................................................................................................................................28
DataLink II Help Files.................................................................................................................................................................30
Demo Run Data for Various Motorsports .............................................................................................................................30
Serial Com Port Settings...........................................................................................................................................................31
Data Logger and Dash Setup Using DataLink Software.......................................32
Motorsports Specific Configuration Files...........................................................32
Opening the Configuration File...............................................................................................................................................32
Programming Functions – Data Logger .................................................................................................................................33
Programming the Display Using the DataLink Software......................................34
Motorsports Specific Software..........................................................................42
Road Racing / Circle Track Configuration File.......................................................................................................................42
Write Start / Finish Position to Card......................................................................................................................................45
Boat Racing Configuration .......................................................................................................................................................47
Write Start / Finish Position to Card......................................................................................................................................50
Pulling Data - Setting the Zero Start Point - Very Important.............................................................................................57
Create Trackmap (Closed Course) Oval and Road Racing..................................................................................................58
Track Map Creation (Open - Autocross, Solo & Hill Climb)................................................................................................61
Opening a Lap and Graphing Data: Road Racing/Circle Track/ Boats...................66
Open a Lap..................................................................................................................................................................................66
Speed and Segment Reports ...................................................................................................................................................68
Advanced features of the DataLink II Software ...................................................70
Runlog Pages - Data Comparison in Report Format............................................................................................................70
Reference and Main Settings for Runlog Data Comparison..............................................................................................71
Creating Graph Sets for Display - Quick Graphs...................................................................................................................75
How to Determine the Currently Graphed and Active Channel .......................................................................................76
Averaging Data Using the Averaging Cursor Action............................................................................................................77
Graphing Data from an Entire Run.........................................................................................................................................78
Viewing Real Time Data (Telemetry) on your PC.................................................................................................................80
Troubleshooting and FAQ ..................................................................................84
No Data Obtained During Run.................................................................................................................................................84
The Word “CARD” Always Appears in the Center of the IQ3 Display..............................................................................84
DataLink will not communicate with the IQ3 when using the serial cable.....................................................................84
Does GPS Always Work?...........................................................................................................................................................85
Will Rain Affect the GPS Signal?..............................................................................................................................................85
Can I Acquire Elevation?...........................................................................................................................................................85
Does the Loss and Gain of Satellites Affect the Data?........................................................................................................85
Lap time Accuracy? ...................................................................................................................................................................85
GPS Data Does Not Start Until Later in the Run...................................................................................................................85
Can I install a larger Memory Card?.......................................................................................................................................86
How can I email a Runfile or Trackmap?...............................................................................................................................86
Should multiple users comparing data from the same track, use different track maps?............................................86
Lap times displayed on the dash vs. lap times from the track map?...............................................................................86
I cannot set Start Finish with the dash?................................................................................................................................87
I lose satellites when I start to accelerate on the track?....................................................................................................87
My data appears incorrect after downloading?..................................................................................................................87
Vnet Sensor Channels “Flat Line” during portions of the run...........................................................................................87
Vnet Sensor Channels disappear from Channel Button area............................................................................................87
Graphed data drops to the bottom of the graph, during a run........................................................................................87
Excessive noise on graphed channels....................................................................................................................................87
This manual makes the assumption that you have installed the most current version of the
DataLink PC software and IQ3 firmware. IQ3 firmware and DataLink updates can be found at
http://www.racepak.com/IQ3Dash/downloads.htm. As of this writing, the most current
DataLink version is 3.1.0.
To compliment the overall simplicity of the IQ3 Da ta Logger Dash, we have created a User
Manual that is equally simple in usage. The following provides a quick view of the manual
layout:
1. IQ3 Features
a. Dash
b. Data Logger
2. Installation
a. Dash
b. Software
3. Programming The Display
4. Adding Sensors
5. Initial Run Data and Software Usage
Given the variety of motorsports in which the IQ3 Logger Dash is utilized, we have also noted
features specific to a given motorsport within the above sections. This will allow our customers
to quickly reference features that are most releva nt to their type of racing.
Items Included With the IQ3 Data Logger Dash PN 250- DS-IQ3LD
Item Part Number
IQ3 Data Logger Dash UNIT-DS-IQ3LD
512MB microSD Flash Card CARD-MEM-M512
SD Flash Card Reader 890-SD-RDR 8-1
Serial Communication Cable 280-CA-ST140SR
8 Position Wire Harness 280-CA-HARNIQ3L
GPS Antenna and Cable ANTG-ANN-05
DataLink Software N/A
Installation Manual MANL-IQ3LD
6
IQ3 Data Logger Dash Installation Manual
IQ3 Features
The IQ3 Logger Dash is a full programmable LCD digital display dash that is equipped with a 32
channel data logger, 3 axis G meter, 512MB microSD card and GPS board all contained inside
the dash housing. This design eliminates the necessity of an external data logger, G meters or
external GPS module.
The IQ3 is a multi -purpose product designed for use in road racing, circle track, driving schools,
pulling, boating, off road, hill climb or any other type of motorsports that can benefit from the
use of GPS data to obtain speed, timing and mapping functions, without the necessity of wheel
speed sensors, beacon receivers or transmitters.
Display Dash
28 programmable items on 4 pages
Programmable sequential shift lights
4 programmable warning lights with on-screen text warning
5 character programmable alpha/numeric text per display channel
Rear mounted Power/Ground/Engine RPM/Programming Button input
Rear mounted GPS antenna connector
Rear mounted Vnet sensor connector
Shielded, anti-glare coated display for sunlight viewing
Metric and English capable
Blue backlight
Gear indicator
Battery Voltage / Accel G / Lateral G / Vertical G / Engine RPM
Track Mapping / Speed / Lap Time / Lap Number
Full data analysis capabilities
7
IQ3 Data Logger Dash Installation Manual
External Sensors
The IQ3 Logger Dash utilizes Racepak’s Vnet (canbus) sensor input. This design provides the
ability to transmit all sensor data through a single cable. This cable is connected to the 5 pin
Vnet port on the rear of the dash. No sensor wiring harness is required.
To add sensors, the customer simply measures from the IQ3 dash to the mounting location of
the sensor or sensors, and orders the appropriate length pre -terminated Vnet extension cable.
Vnet cables are available in 12” increments and are equipped with a male connector on one
end and a female connector on the opposite end. In the event sensors are mounted in multiple
location throughout the vehicle, simple measure between each sensor location and order the
necessary Vnet extension cables to connect all items to the main Vnet cable routed to the rear
of the dash.
Vnet Cable
Any Vnet sensor currently offered by Racepak may be utilized by the IQ3 Logger Dash. For a
complete listing of available sensors, visit our website located at www.racepak.com or contact
the Racepak customer service department at 949-709-5555 for a catalog. Customer supplied
sensors may also be utilized. Racepak’s USM module (PN: 230-VM-USM) is a four sensor input
module, providing the ability to define each sensor input dependant sensor type.
Sensor
Sensor
Sensor
8
IQ3 Data Logger Dash Installation Manual
Multiple Motorsports Usage
Road Racing / Circle Track Features
Track Mapping with Segments
Lap Time and Lap Number
Predictive Lap Time
Accel G
Lateral G
Battery Voltage
Engine RPM
GPS Speed
When utilized in closed course racing (circle track, road racing, boating ) the data logger obtains
GPS data to provide speed and lap time information to the driver. Track mapping with segment
(split) times are derived from GPS and accelerometer data and is available upon downloading to
the user’s PC, in addition to data provided by external sensors connected to the data logger.
Boat Racing Features (requiring lap time and mapping data)
While boat racing utilizes the same above features, Racepak has added additional features
specifically for the boat competitor :
1. Prop Slip: Allows display of Prop Slip on dash. Requires input of prop diameter, prop
pitch and final gear ration, along with a ta chometer signal input.
2. User Defined Start / Finish Distance: Dash lap time data is available to the driver upon
marking of the start / finish location while on the course. By providing the ability to
define the distance this GPS point “looks” across the course, lap time data will be
available regardless of the varying width the boat takes as it passes the start finish
location.
Pulling Features
When utilized for motorsports that do not require timing and track mapping information ( such
as pulling) the IQ3 functions as a standard 32 channel data logger, but with the unique ability to
provide an accurate method of obtaining ground speed without the use of vehicle mounted
sensors.
9
IQ3 Data Logger Dash Installation Manual
Technical Specifications
Total Sensor Channels - Defined Below 38
Vnet Data Channels 32
Internal Channels as defined below 7
IQ3 Internal Temperature/IQ3 Logger Voltage / Engine RPM / Accel G /
GPS logging rate 4 Hz with 100HZ inertial assistance
Channels 16
Antenna High Gain / Active
Accuracy 2.5 Meters
Cold start / Hot start satellite sync time 34 seconds cold / less than 3.5 seconds hot
Memory
Maximum microSD Card Size
Data Writing Rate
Resolution (ADC)
Data Logger 10 bit
Processor Speed
Sample (Logging) Rates of Data Channels
IQ3 Internal Channels 100 Hz Maximum, user adjustable to 1 Hz
Vnet Channels 100 Hz Maximum , user adjustable to 1 Hz
Power & Current
Input Voltage 10-16V
Current Draw 350mA - Without warning and shift LED’s active
Reverse Voltage Protection Yes
Operating Temperature
Mounting Orientation
Engine RPM Input
Start Logging Channel (factory default)
512MB microSD Flash - Included
2GB Maximum
17Kb / sec
20MHz
32 - 140F / 0-60C
Level left & right / Level top & bottom
Rear of dash facing direction of travel
50% duty cycle, 5-18V square wave signal
GPS Speed (25 MPH)
10
IQ3 Data Logger Dash Installation Manual
IQ3 Logger Dash Functions
The IQ3 Logger Dash is the main component of the data system, as it contains the data logger,
512MB memory card, GPS board and G meters.
IQ3 Logger Dash Configuration File
The Configuration File contains the programming settings for both the dash and any internal
and external sensors utilized by the IQ3 Logger Dash. Any additional sensors that were not
shipped with the IQ3 Logger Dash will require updating the Configuration file.
Logging Start and Stop
Any active cha nnel may be used to start logging. From the factory, the IQ3 is programmed to
start logging at 25 GPS MPH (40 KPH) and stops logging when no speed is detected for at least
30 seconds. A data file is written each time the vehicle exceeds the start logging speed
following at least 30 seconds of no speed, and is numbered in subsequent order (1,2,3,etc). The
start logging channel may be changed to any valid sensor channel, by the user.
Download Data
Data is stored on a 5128MB microSD flash card supplied with the IQ3, and is downloaded via a
customer supplied microSD flash card reader to the user’s PC utilizing the DataLink software.
DataLink Software
The DataLink software is used to both set up (configure) the IQ3 data logger and provide the
ability to downloa d and analyze data. Data stored on the microSD flash card is downloaded and
converted into a format (.rpk) that is recognized by the DataLink software. This .rpk file is then
saved to the user’s PC, for analysis.
PC Minimum Requirements
Windows® 98 / ME / 2000 / XP or Vista operating system / 200MHZ (Pentium II) processor
200MB of available hard drive / 16MB of RAM CD ROM drive
Serial port or USB to serial adapter / 1024 x 768 or higher monitor resolution
11
IQ3 Data Logger Dash Installation Manual
Terminology
In order to assist in the installation and usage of the IQ3, the following provides an outline of
the most commonly used words that will be encountered in this manual.
Analog: Data created by the reading of a voltage change sent from a sensor
Calibrate: The process of assigning valu es to sensor voltage output, in order to graph and
analyze the sensor data.
Canbus: The specific name of the technology utilized to create the Vnet sensor system
Channel: The input from one sensor, as defined by the data logger.
Data Logger: See Data Recorder
Data Recorder: The vehicle mounted hardware device that collects and stores data transmitted
from the sensors
Digital: A sensor or signal that has only two values, off or on such as the measuring of ignition
pulses to calculate Engine RPM
Download: The process of transferring data saved on the data logger memory card to the user’s
PC using the DataLink software, in order to graph and analyze data. Memory card data must be
downloaded through the DataLink software and cannot be open directly from the memory card.
Filter: The process of smoothing the visual appearance of a graphed data channel.
Graph: A visual representation of sensor data, compared to time or distance
HZ: Number of times per second. Used to define logging or sample rate. Example: 4Hz
represents data that is saved 4 times (every .250) per second.
KB: Abbreviation for kilobyte, which represents one thousand bytes of information.
Logger: See Data Recorder
Logging Rate: The number of times per second, which the data logger record s incoming data
from a sensor and is defined as Hertz, or Hz. Each sensors logging rate may be define by the
user.
MathChannel: A data channel created from the input of an actual sensor which is then used in a
mathematical formula to create a channel ava ilable for graphical analysis
MB: Abbreviation for megabyte, which represents one million bytes of information.
Overlay: The ability to graph multiple data channels, all at the same time.
Runfile: The file created when a run is transferred from the data logger memory card to the
user’s PC. Configuration File
Sample Rate: See Logging Rate
microSD Memory Card: Micro Secure Digital compact flash memory card
Sensor: A device that converts a physical property, such as pressure into a voltage signal
Smooth: See Filter
Start Logging Channel: The channel that is used to start the logging process
Trace: This term is another method used to describe Graph
Transducer: See Sensor
Vnet Channel: Any sensor that is connected to the Vnet port of the data logger
Vnet: Racepak exclusive that allows multiple sensors (analog or digital) to transmit their data
GPS Antenna Connector Provides connection for external GPS antenna
Vnet Connector Provides input for external sensor(s) Vnet cable
Deustch 8 Pin Connector Provides input for powe r / ground/ engine rpm /
programming buttons
Serial Cable Connector Provides input for serial cable supplied with package
Mounting Studs & Nuts Three #10 studs and 10-32 nuts facilitate mounting
14
IQ3 Data Logger Dash Installation Manual
Mounting Template – Full Size
15
IQ3 Data Logger Dash Installation Manual
16
IQ3 Data Logger Dash Installation Manual
Install ation
The design of the IQ3 greatly simplifies the installation process, as there is no external data
logger or related components necessary. However, there are basic guidelines that must be
followed, in order to insure correct operation of the product.
Mounting Location
The IQ3 is designed to be utilized in a race vehicle environment and as designed as such.
However, there are external conditions that can influence the operation and longevity of the
product.
Heat
Avoid excessive heat, such as generated from exhaust systems, transmissions, etc.
Electrical Interference
Avoid electrical interference. Race vehicles
generate electrical interference from a variety of locations such as ignitions, alternators, ECU,
spark plugs, coils and radio/telemetry antennas. This interference can affect the data generated
by any or all of the sensors.
Moisture
Avoid excessive moisture. The logger is designed to be water resistant but not waterproof. If
washing the vehicle, cover before washing. Wipe any remaining moisture off of the IQ3, when
finished. Protect the microSD card slot from moisture.
Easy Access
Do not mount the IQ3 in a location that makes it difficult to access the memory card or any
connectors.
Movement
It is important to insure the IQ3 cannot become dislodged during use. Three #10 studs are
provided in order to provide secure mounting.
17
IQ3 Data Logger Dash Installation Manual
Mounting Orientation of IQ3 – When Used For Track Mapping Purposes
The IQ3 contains inline, lateral and vertical accelerometers that perform two functions. First is
for graphical analysis of G data. The second is to work in conjunction with the GPS data to
provide track mapping information. The logger must be mounted in the direction shown below
as the orientation of the G meters cannot be re -defined in the software, if mounting in any
other direction.
Perpendicular to travel
The IQ3 should be mounted as level as possible left
and right, top to bottom and perpendicular to travel.
The dash can be tilted top to bottom up to 45 degrees,
as the G meters can compensated and reset to zero.
Direction of travel
No greater than 45°
Accelerometer Calibration
Upon mounting of the dash, it will be necessary to compensate and “zero” the G
meters, to correct for vertical dash tilt. Please refer to the section Setup Mode 2 of this
manual, for complete details. NOTE: Accelerometers cannot be re -oriented in the
software, only compensated to correct for top / bottom tilt. Do not mount the dash rotated in
relation to the travel of the vehicle.
Mounting Orientation of IQ3 – For GPS Speed with No Track Mapping
In certain mo torsports, such as pulling, the IQ3 mounting orientation may vary as needed per
the vehicle. Be aware this will skew G meter data.
Mounting Method
Three #10 studs, washers and nuts are supplied with the IQ3, to be utilized for mounting. If
desired, the studs can be unscrewed from the threaded inserts located in the dash housing.
18
IQ3 Data Logger Dash Installation Manual
Power Supply and Grounding
The IQ3 should be connected to a battery source that can supply a constant 10-16 volts. In
vehicles that utilize a master power switch, it recommended to connect to the master power
switch. This not only insures the IQ3 will be powered when the vehicle is in use, it also insures
power will be disconnected in the event of an emergency.
A good ground is very important to the function of the IQ3. Insure there is no type of paint, rust
or any other type of material that could prevent proper grounding. Boats often present unique
grounding problems. If necessary, provide an isolated power and ground as faulty grounds will
create corrupt data.
Warning: Do not attempt to connect or disconnect any IQ3 item, with the power
switched on. This action could result in damage to the IQ3.
Engine RPM Signal
Requirements: 5-18V, 50% duty cycle, square wave output. This signal is typically obtained from
the tach signal output of an aftermarket ignition box. Racepak also offers a GMR Inductive RPM
Pickup (Racepak PN: 680-SN-GMR) which is attached to the +12V coil power on coilpak or coil
on plug ignition systems. For early model points/distributor ignition systems, MSD offers a tach
signal generator, PN 8913 that can be spliced into the 12V power to the coil.
Warning: Do not connect the tach input wire directly to any part of the ignition coil.
Doing so will result in damage to the logger.
MicroSD Memory Card
The IQ3 is equipped with a 512MB microSD memory card. This card is located in the face of the
IQ3, between the shift lights. The card may be removed by simply pressing on the card, which
will slightly eject the card from the dash face. When inserting the card, insure it firmly “clicks”
into place. The edge of the card should slightly protrude from the dash face, when seated. A
larger memory card, up to 2GB, may be utilized.
19
IQ3 Data Logger Dash Installation Manual
Power/RPM/Programming Button Connector and Wiring
The rear of the IQ3 contains an 8 positi on Deutsch connector. This connector provides the
power and ground inputs, in addition to engine RPM, optional external program button inputs
and external warning light output. The IQ3 is provided with the appropriate 8 position mating
connector and wiring .
Pin Number Function Wire Color
1 Button 1 BLUE
2 IQ3 Power RED
3 Button 2 WHITE
4 Button Ground BLACK
5 Do Not Use NOT USED
6 Tach YELLOW
7 IQ3 Ground BLACK
8 External Warning ORANGE
External Programming Button and Warning Light Wiring Diagram
BUTTON WIRING DIAGRAM
to IQ3 connector
PUSH BUTTON SWITCH
chassis
ground or
IQ3 pin 4
EXTERNAL WARNING WIRING DIAGRAM
WARNING LIGHT
to 12v vehicle power to IQ3 connector pin 8
20
IQ3 Data Logger Dash Installation Manual
GPS Antenna Mounting
The GPS antenna is a moisture resistant, magnetic based type, designed to be mounted on the
exterior roof of the vehicle. If no roof exists or the vehicle is of a composite type, insure the
antenna is mounted in clear view of the sky, with no obstructions. The antenna must be
mounted at the highest point of the vehicle and level front / rear and left / right. Insure the
GPS antenna cable will reach the data logger, before final mounting of the antenna.
GPS antenna mounting for stock bodied vehicles
The GPS antenna is provided with a magnetic mounting base and should always be mounted on
the roof of the vehicle, centered within the roof area. Insure the antenna is as level as possible,
left to right and front to rear. In the event of a vehicle with a composite roof, Velcro can be
utilized. Place a strip of masking tape on the roof of the vehicle. A small piece of Velcro on the
antenna and the tape will be sufficient to hold the antenna in place. We understand the value
of high performance vehicles and the fact some users will be hesitant to place any type of tape
on the surface of their vehicle. In that is the situation, determine the mounting method you are
most comfortable with, but will locate the antenna on the roof are a.
GPS antenna mounting for open wheel vehicles
By following the above instructions, simply insure the antenna is mounted as high as possible
on the vehicle. Various body panels can possible block satellite signals. Insure telemetry or two
way radio antennas will not provide interference to the antenna.
Again, the GPS antenna will function well, in a variety of roof mounted locations. The above
guidelines will insure the most efficient reception of signals. The antenna has been roof
mounted and tested at speeds over 190 mph, so feel free to go at least that fast.
Connection of the GPS antenna to the IQ3
Upon completion of mounting of the antenna, simply route the cable to the rear of the IQ3 and
connect to the GPS antenna port of the data logger. Insure the cable end is screwed tightly to
the GPS connector. A small wrench can be used to slightly SNUG the connector. Excessive
force can damage the connector, resulting in failure of GPS signal reception.
21
IQ3 Data Logger Dash Installation Manual
Programming the Display by External Buttons
External Programming Buttons
A variety of IQ3 display functions can be controlled, displayed or programmed through use of
two external programming buttons known as Button 1 and Button 2. This enables the driver to
make immediate changes, without the necessity of connecting a PC to the dash. Instead of
mounting the programming buttons in the dash, Racepak provided the ability to remote mount
the two programming buttons, for better driver access.
Racepak offers a Programming Button Package PN: 280-SW-IQ3 or the customer may provide
their own momentary contact button. If buttons other than Racepak are utilized, insure they
are normal open momentary switches and they are capable of withstanding the environment in
which they will be utilized. The buttons are connected to the 8 pin Deutsch connector located
on the rear of the IQ3. Refer to the Power/RPM Connector and Wiring section of this manual
for pin out instructions.
Many of the programming functions found in the following section may also be performed
through us of the DataLink software and users PC. Those instructions can be found in the
section Programming Utilizing the DataLink Software .
Factory Default Display Settings
From the factory, Page 1 of the IQ3 is programmed
to display the following items. The remaining three
display pages are not programmed from the factory,
which allows for customized programming by the
customer.
Note: The center position will display the number of
satellites locked in when the vehicle speed is below 5
MPH/KPH.
Programming Utilizing the DataLink Software
Many of the programming functions found in the following section may also be performed
through us of the DataLink software and users PC. Those instructions are explained in this
manual.
22
IQ3 Data Logger Dash Installation Manual
Programming Modes
Programming functions of the IQ3 are accessed by using Button 1 and Button 2. Button 1 is
considered Left Button and Button 2 is considered Right Button. It is recommended the two
programming buttons be mounted as Left and Right, in relation to the driver’s position viewing
the dash. There are two programming modes available.
Setup Mode 1 (Stationary): Utilized to program items such as screen brightness or pulses
per revolution (tach programming).
Setup Mode 2 (Moving): Utilized to program the system while the vehicle is moving and or
the engine is running. This is necessary as several settings utilize actual data taken from speed
or rpm, in order to program.
Button Functions
Button Type Setup Mode 1 Setup Mode 2
Button 1 (left button) Enters Programming
Adjusts Settings
Button 2 (right button) Advances To Next Page
Saves Changes and Exits
As can be seen above, the buttons perform the opposite functions depending on the mode.
Since the IQ3 only utilizes two buttons, it was necessary to allow multiple uses for each button.
The length of time the button is held down determines the programming action taken. The shift
lights are used to indicate the action taken with each button.
The following instructions will refer to short, medi um and long button press lengths. This is the
length of time the button is held down and the corresponding shift light blink.
Type of Button Press Length of Time Shift Light Flash
Short Press .2 Second One Flash Of Shift Lights
Medium Press .5 Second Two Flash Of Shift Lights
Long Press 2 Seconds Three Flash Of Shift Lights
Auto Repeating Long Press 3 Seconds Repeats Every .2 Seconds
The point at which the button is released determines the type pre ss that is accepted. Releasing
after the second shift light flash is detected as a medium length press.
The programming functions are arranged in a pre -defined order. This allows the customer to
enter the programming mode, and then toggle through to the desired feature, by using the left
or right button, depending on the mode.
Advances To Next Page
Saves Changes and Exits
Enters Programming
Adjusts Settings
23
IQ3 Data Logger Dash Installation Manual
Setup Mode 1 (stationary programming )
Setup Mode 1 is used to program the unit without the need to operate the vehicle.
Entering Setup 1
1. Press and hold Button 1 (left button) for TWO shift light blinks – MEDIUM press
2. The Dash will display SETUP 1?
3. Confirm by pressing Button 1 for ONE shift light blink – SHORT press
The following are in the order in which the individual programming features will appear.
Setting as
Displayed on
Dash
BACKLIGHT
TACH PULSES
SHIFT STEP
SHIFT GEAR X
X=Gear number
Program
Setting Description
0 = Off
9 = Max Brightness
Number of pulses ignition
fires per revolution
V8=4
4 Cyl=2
0=Min
20=Max
Programs RPM between
each shift light. Example:
If shift point is 5000 rpm
with a 100 step, first shift
light illuminates at 4600
RPM. Multiply your Step
setting by 4 and subtract
from Shift Point to
determine start of shift
light
Program shift point for
each gear.
Programming
Command
Short Press
Button 2 to
increase value
Short Press
Button 2 to
increase value
Short Press
Button 2
Advances by 10
Medium Press
Button 2
Decreases by 10
Long Press
Button 2
Quickly advances
Short Press
Button 2
Advances by 10
Medium Press
Button 2
Decreases by 50
Long Press
Button 2
Quickly advances
Accept and
Advance
Short Press
Button 1
Short Press
Button 1
Short Press
Button 1
Short Press
Button 1
Accept and
Exit
Long Press
Button 1
Long Press
Button 1
Long Press
Button 1
Long Press
Button 1
24
IQ3 Data Logger Dash Installation Manual
Setting as
Displayed on
Dash
GEAR RATIO X
X=Gear Number
TIME ZONE GMT
SPEED UNITS
S/F DETECT
10/20/40/80/160/320
Program
Setting Description
Ratio between engine
RPM and GPS speed
(not final drive ratio)
Requires tach signal
Recommend
programming in Setup
Mode 2
Sets data and time
stamp on run file,
based on customer
location time zone in
relation to GMT.
East coast standard
time USA = -5 GMT
Defines Speed in MPH
or KMH for dash display
purposes
Distance in meters, in
which the start/finish
point is projected
perpendicular to
vehicle. Typical utilized
by boat racers.
Programming
Command
Short Press
Button 2
Advances by .1
Medium Press
Button 2
Decreases by 5
Long Press
Button 2
Quickly advances
Short Press
Button 2
Increases by 1
Medium Press
Button 2
Decreases by 1
Short Press
Button 2
Toggles MPH and
KPH
Short Press
Button 2
Advances
Accept and
Advance
Short Press
Button 1
Short Press
Button 1
Short Press
Button 1
Short Press
Button 1
Accept and
Exit
Long Press
Button 1
Long Press
Button 1
Long Press
Button 1
Long Press
Button 1
Default page on power
up. If all positions are
DEFAULT DISPLAY
ODOMETER Odometer value
disabled, that page will
not be displayed.
1 = Min
4 = Max
Short Press
Button 2
Advances
Short Press
Button 2
Advances by 10
Medium Press
Button 2
Decreases by
1000
Long Press
Button 2
25
Short Press
Button 1
Short Press
Button 1
Save and exit
Setup Mode 1
Long Press
Button 1
Long Press
Button 2
Save and exit
Setup Mode 1
IQ3 Data Logger Dash Installation Manual
Setup Mode 2 (moving programming)
Setup Mode 2 allows the user to utilize inputs from the moving vehicle, in order to automate
the programming process.
The following are in the order in which the individual programming features will appear.
Entering Setup 2
1. Press and hold Button 2 (right button) for TWO shift light blinks – MEDIUM press
2. The Dash will display SETUP 2?
3. Confirm by pressing Button 2 for ONE shift light blink – SHORT press
Setting as
Displayed on
Dash
TACH CAL
GEAR RATIO X
X=Gear Number
ACCEL CAL
Vehicle must
park on a flat
and level
surface.
NOTE: With the exception of the accelerometer calibration, SETUP Mode 2 programming
requires the vehicle to be running and/or in motion. Care should be taken when driving
the vehicle to insure safe operation. If possible, take a passenger along to operate the
IQ3 and perform the calibration procedures.
Program
Setting Description
Calibrate tach input with engine
running.
1. With vehicle in parked position,
start engine and bring to 2000 RPM
and hold
2. Long Press Button 2
Calibrates gear ratio for Gear Indictor.
1. Insure tach input is functioning. The
value -0.1 will display if no tach or
speed.
2. Drive car in first gear
3. When speed and RPM are constant
Long press Button 2
4. Dash gear indicator will advance to
next gear
5. Repeat process for remaining gears.
Program any unused gears the
same as your highest gear.
Provides ability to compensate the
forward and vertical accelerometers
for top to bottom tilt.
Calibrate
Setting
Long Press
Button 2
Long Press
Button 2
Long Press
Button 2
Accept and
Advance
Short Press
Button 1
Short Press
Button 1
Short Press
Button 1
Accept and Exit
Long Press
Button 1
Long Press Button 1
Long Press Button 1
26
IQ3 Data Logger Dash Installation Manual
Setting the Start/Finish Location
There are two methods you can use to set the start/finish location. The first method is to use
the external programming buttons. The second method is to use the DataLink software to
write the start/finish loc ation to the microSD card. The second method is explained later in the
manual. To set the set start/finish position using the external programming buttons perform
the following:
1) Press and hold Button 1 for 3 LED flashes or until the text SET START/FINISH appears on
the bottom of the display.
2) Drive the vehicle at a speed no less than 10 MPH towards the start/finish location.
3) Press and release Button 1 (1 LED flash) at the point you wish to set the start/finish.
4) The dash will respond YES if successful and NO if unsuccessful.
Reviewing Lap Times (Lap Time Replay Mode)
You can review your lap times from the previous session by entering in to Lap Time Replay
Mode. To enter Lap Time Replay Mode enter a long button press (3 flashes) on button 2. The
text “Lap Replay Mode” will display across the bottom of the display. While in Lap Time Replay
Mode buttons 1 and 2 will perform the following functions.
Type of Button Press Button 1 Button 2
Short Press – 1 flash Decrement Lap Number Increment Lap Number
Medium Press – 2 flashes Jump to Best Lap Exit Lap Time Replay Mode
Long Press – 3 flashes Jump to First Lap Jump to Last Lap
DataLink II Software Installation
Data Download Path
The key to understanding the DataLink software utilized by the IQ3 is to understand the
relationship between the downloaded data, the IQ3 Configuration file and the DataLink
software.
Raw Data from IQ3
MicroSD memory card
Configuration File in
DataLink Software
Datalink II Software
27
Loading...
+ 61 hidden pages
You need points to download manuals.
1 point = 1 manual.
You can buy points or you can get point for every manual you upload.