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The Rebel CT and LT data loggers are the central elements of Influx's flexible, powerful, and complete data logging solution.
Influx Technology provides market-leading, easy-to-use loggers designed to work on multiple applications that can be taken 'Out-the-box' and log data within minutes. The CT and LT are the latest evolution of Rebel data loggers and facilitate technologies at the cutting edge of Automotive Development. For example, 'Influx Replay' offers a solution to record and generate the 'Big Data' from a single test.
The Rebel CT and LT are compatible with the following software products:
Influx Dialog Plus
Influx Dialog Configurator +XCP
Influx Dialog Configurator
Influx Dialog Remote
Influx Replay
Influx Analyser
This document provides a brief idea of the usage, safety precautions, installation procedures and operation of the Influx Rebel LT and CT data loggers. This document is intended for professional engineers and academic researchers, allowing them to understand the concept of operating the device and integrate this knowledge into systems with components of other manufacturers.
Translation of the original Rebel LT and CT loggers: User Documentation.
The content of this document includes all brands and trademarks and is possibly protected by third-party rights. It is subject without limitation to the terms of the valid trademark law and intellectual property rights of its respective registered owner.
© 2020 INFLUX TECHNOLOGY. All rights reserved.
Influx Technology Ltd
Millbrook Proving Ground, Station Lane
Bedford, MK45 2JQ, United Kingdom
Telephone: +44 (0) 1525 842504,
Sales:
The 'DiaLog Remote software can update the firmware in the logger. To do so, follow these steps:
Plug the logger into the PC via USB; it may be necessary to also provide 12V via the OBD connector on some loggers, e.g., a CT Flexray Logger requires 12V via the OBD connector to run the FlexRay board. If you are unsure if your logger needs 12V and USB, you can connect it. It will not cause problems to have 12V connected, even if it is not required.
Click the 'Reflash Rebel' button.
You will see the connected Rebel firmware version of your logger. If this field says 'Limited Mode', this indicates that you must supply 12V via the OBD connector to reprogram the logger. If everything looks okay, press the 'Browse firmware' button to select the firmware you wish to program into the Rebel Logger.
Select the desired firmware to program into the Rebel Logger and press 'Open'.
Press the 'Reprogram' button.
Confirm that you wish to reprogram the logger by pressing 'Yes'.
After completing the Reprogramming process, you will see a box confirming that the data logger has been power cycled.
Unplug the USB and 12V cables that supply power to your logger.
DiaLog Remote is a utility that can be used to maintain the Rebel without the need for a DiaLog Licence; it has the following functionality:
Formatting the SD Card- The SD Card will be formatted.
Rebel Re-flashing- The Logger firmware can be updated via USB
Obtain the Hardware Configuration- The Hardware Configuration can be read via USB.
Set Rebel Time- The Real-Time Clock in the Logger can be set.
Setting a configuration to the SD Card- The configuration loads onto the SD Card (in the SD Card Reader of the PC) to be loaded and used by the logger once the SD Card is installed.
Explore DiaLog Remote .
The DiaLog Remote Software can be found via the Windows Start Menu.
Press the Windows Button, then select 'All apps.'
Select 'DiaLog Remote'.
Alternatively, you can run it via the shortcut placed on your Desktop when DiaLog Remote is installed.
Click the following Icon.
Once DiaLog Remote is open, you will see the following window.
Select the 'Maximum Log Time' and 'Maximum Log File' (size) here.
Click on 'delete the oldest file when the SD card is full' to delete the oldest files when the SD card becomes full.
Insert the SD card in the logger, click the 'Format Logger SD' tab, and choose the 'Yes' option.
A new window pops up; click on 'Yes' to initiate the SD card formatting.
Exit the Format Window by pressing 'OK'.
A Logger configuration (*.ivs) can be created in DiaLog and exported. You can use the 'DiaLog Remote' software to set the configuration to the SD Card; once it is inserted into a Logger, it will update the logger, configured to operate as specified within the configuration (*.ivs).
Click 'Set Configuration to SD'.
Select the configuration (*.ivs) you wish to use and click 'OPEN'.
Wait until you see the configuration loaded on the SD card, as shown:
Remove the SD card from your laptop or PC and insert it into the logger.
The available options under this tab are:
You can set the real-time clock of your logger by the following steps:
Plug the Logger into the PC via USB.
Click the 'Set Rebel Time' button.
Adjust the time to the correct time and press the 'OK' button.
This user manual uses the following symbols to highlight certain Information:
The 'Analyser Software' is a robust environment that provides complete user functionality to communicate with and monitor any vehicle or module. The software features include diagnostic scanning – emissions-related and extended diagnostics (UDS), CAN and LIN analyser, graphics and data analysis, user-customisable messages and customisable module-specific databases. Module Analyser has been specifically developed to cater to the requirements of all users. This can handle everything from dealers and enthusiasts to universities and engineers of all levels and requirements. This unique software environment combines a user-friendly graphical interface with an intuitive layout and robust and powerful online communications to in-vehicle networks to provide a complete module analysis environment.
CAN and LIN Bus support, including '.DBC' and '.LDF file formats allow detailed monitoring of signals and incorporated data.
Plug the Logger into the PC via USB. It may also be necessary to provide 12V via the OBD connector for some loggers, e.g., a CT Flexray Logger requires 12V via the OBD connector to obtain information about the FlexRay board. If you are unsure that the logger needs 12V and USB, you can connect it in any way. It will not cause problems to have 12V connected if it is not required.
Click the 'Reflash Rebel' button.
You will see your logger's connected Rebel firmware version; if this field says 'Limited Mode', you must supply 12V via the OBD connector to reprogram the logger. If everything looks okay, click on the 'Diagnostics Tab'.
The Hardware Configuration and information about the setup of your logger are displayed.
If there was no SD Card in your laptop's card reader when you launched 'DiaLog Remote', you can use 'Refresh SD' to find a new card once it has been inserted. You can also use a new SD card if you wish to (if the previous SD card has been removed).
Insert the SD card you wish to work with into the SD card reader of your Laptop or PC. If your Laptop or PC does not have an SD card reader, you can contact Influx Technology. We can supply an external SD card reader.
Click the Refresh SD Card Button,
The SD Card will be found, and now you can work with it.
Up to 7x CAN 2.0 buses
Up to 2x CAN FD buses
Up to 3x LIN buses
Here, you have the option to update the GPRS provider settings.
Also, you can set the IP address of the 'StreamLog' server.
The filesystem must be correctly prepared before using an SD Card in a Logger; you can do this via the 'Format SD Card' function.
Click the 'Format SD Card' button.
Formatting the SD Card will erase all the SD card data, so you will be asked if you wish to Format the SD card. To confirm, press 'YES'.
You will be presented with the Format window with the correct Capacity, File System, and Allocation unit size options selected. DO NOT CHANGE THESE; press Start to format the SD Card.
Download the DiaLog remote from:
Execute Dialog Remote.msi
Confirm that you wish to install it by clicking 'Next'.
After reading the license agreement, select "I accept the terms in the license agreement". Only if you wish to agree and proceed with installing the software, click 'Next'.
The Rebel LT is a cost-effective CAN bus, K-Line and GPS data logging solution. These data loggers have 4X high-speed analog input channels and 3X digital inputs as additional standards. The Rebel LT supports advanced functionality such as CAN monitoring, CCP and UDS data logging.
2x CAN buses
1x K-Line (request when ordering)
Replay is an innovative new concept for vehicle data logging to overcome traditional bandwidth limitations and enable you to record 'all of the data, all of the time'. Influx Replay initially records a limited subset of parameters, specifically the input signals (and output signals for validation). This recorded subset of parameters can then be 'Replayed' to the control module being tested to 'Recreate' any (or all) data items for the test. Vehicle electronic control modules calculate tens of thousands of variables that produce Big Data; however, logging all this data was impossible until now.
Record
Clicking on the 'Manufacturing Tab' gives you general information about the hardware. It has the option to select the alternative interface- WiFi/GPRS.
Here, you have the option to update the WiFi provider settings.
Also, you can set the IP address of the 'StreamLog' server.
Up to 2x FlexRay channels
3x digital I/O
4x analog input (each channel can be calibrated independently)
18Hz GNSS with 1KHz xyz Accelerometer
Supports protocols CCP, XCPOnCAN and XCPOnFlexRay, UDS (ISO14229), J1939, CAN FD (ISO Standard or Non-ISO Standard)*
SDXC card data storage (up to 128GB)
Galvanic isolation (USB, enclosure)
IP65 dust and splash-proof cover– SD card securely housed behind a flip panel
Low power consumption in sleep mode and WakeOnCAN or WakeOnSignal feature
Internal GNSS module (up to 30Hz refresh rate, socket for external antenna)
Internal 3D 1kHz accelerometer and 3D Gyro module
Internal 4G LTE CAT 1 module
Internal Wi-Fi module
Larger capacity data storage SDXC cards available (up to 128GByte)
Dialog Standard is required for data analysis/live data
Dialog Plus is required for XCP/CCP or to connect to StreamLog
Dialog Gateway for configuring CAN 2.0 gateway functions
Extension cable to connect CAN 0/PWR to vehicle OBD Port (9-way D-Sub to OBD)
3x digital I/O channels
4x analog inputs (each channel can be calibrated independently.
Galvanic isolation. (USB, enclosure)
Removeable SDHC card data storage (Up to 64GByte)
Low power consumption in sleep mode
WakeOnCAN or wake-up on signal
Stackable with K-Series instrumentation
Internal GNSS module (socket for external antenna)
Internal 4G LTE CAT 1 module (socket for external antenna)
Large-capacity data storage SDHC cards
Dialog Standard software is required for data analysis, live data and GPS maps
Dialog Plus software is required for XCP/CCP or to connect to StreamLog (remote logging)
Extension cable to connect directly to the vehicle OBD Port. (9 Way D Sub to OBD)
Connect to the Rebel Dash display to view real-time CAN messages and signals
Support for all standard Diagnostic Protocols, including ISO 14229 and ISO 15765.
J2534' Pass Thru' Protocol support.
Complete Diagnostics package including OBDII, EOBD and Extended Diagnostics functionality, providing self-configuring tools and customisable databases for rapid application to various modules.
Support for all common database description files - .ODX/.MDX/.GDX and .A2L and .XML
Powerful graphical data visualisation includes multiple display formats, such as a multi-trace oscilloscope and allows real-time or recorded data to be analysed with data import and export facilities.
Message Constructor makes user-defined message transmission simple and effective with automatic result collection and complex message options—a pre-constructed message library for several common applications and tasks.
'Trace Viewer's powerful CAN and LIN bus analyser allow multiple message traffic streams to be monitored, filtered and recorded simultaneously.
Signal monitoring tool allows the automatic or manual specification of individual messages and the interpretation of the contained data with full graphical representation ability.
The complete central configuration management system allows detailed control of tool databases and specific module settings for rapid interchange of modules and no downtime.
Flexible software provides support for all standard interface hardware devices.
Complete module reprogramming suite for VID block retrieval and complete module flashing.
SD Cards must be formatted with the correct Filesystem and Allocation Unit Size.
Influx Technology recommends doing this via DiaLog Remote or in the Logger via the Format SD Card function in DiaLog.
Recreate
Review
Example Symbol
Highlights the examples prepared to help you use the product.
Example Symbol
It draws your attention to the fact that step-by-step instructions are provided to help you with a procedure.
Edit Symbol
Highlights instructions that instruct you to edit files.
Settings Symbol
Highlights instructions instruct you to make changes to settings.
Information Symbol
Highlights areas where you can find additional information and hints to help you understand how to use the product most effectively.
Warning Symbol
It is intended to draw your attention to an area where it is essential to take care of and follow the detailed procedure to ensure the proper operation of the product.
Reference Symbol
This symbol highlights where you should look for additional information on related topics.
You can save this information to a log file (text file) by pressing 'Save'.
You will be informed that the format operation is complete; press 'OK' to acknowledge that.
Exit from the Format Window by pressing 'Close'.
Then select 'Install.'
Then select 'Finish'.
INF4204.1: Rebel Multi-Connect Cable (5 Lead)
This 230 mm breakout cable is supplied with each Rebel CT data logger, making it suitable to connect devices compliant with the standard CIA 9-PIN D-Sub pinout directly to our data loggers.
The cable has one 25-Way D-Sub connector, which connects directly to the Rebel CT data logger and four 9-Way D-Sub connectors to connect up to the separate CAN buses as described here:
POWER/CAN0 enables power and a CAN bus connected to the Rebel data logger—type- 9-Way D-Sub (Plug).
AUX/CAN 1 enables a CAN bus to connect to the Rebel data logger and supply auxiliary power from the Rebel data loggers to other devices. Type -9-Way D-Sub (Socket)
CAN 2 Type – 9-Way D-Sub (Socket)
CAN 3 Type – 9-Way D-Sub (Socket
A 15-Way D-Sub (Socket) connector enables easy connection to the data logger analog and digital pins.
CAREFULLY READ THE FOLLOWING LEGAL AGREEMENT ("AGREEMENT") FOR THE LICENCE OF SPECIFIED SOFTWARE ("SOFTWARE") PRODUCED BY INFLUX TECHNOLOGY LTD ("INFLUX"). BY CLICKING THE 'ACCEPT' BUTTON OR INSTALLING THE SOFTWARE, YOU (EITHER AN INDIVIDUAL OR A SINGLE ENTITY) CONSENT TO BE BOUND BY AND BECOME A PARTY TO THIS AGREEMENT. IF YOU DO NOT AGREE TO ALL OF THE TERMS OF THIS AGREEMENT, CLICK THE BUTTON THAT INDICATES THAT YOU DO NOT ACCEPT THE TERMS OF THIS AGREEMENT AND DO NOT INSTALL THE SOFTWARE.
DiaLog (available in 3 versions: Plus, Configurator + XCP and Configurator) combines full data logger configuration capabilities, a graphics and data analysis package (Dialog Plus) and several administration facilities with user-friendly graphical interfaces and an intuitive layout. DiaLog provides an easy-to-use environment capable of configuring data loggers to record any combination of data, retrieve the recorded data by multiple direct and remote methods and finally analyse the recovered data or prepare it for import into external tools.
Construct complex data logger configurations for the most challenging applications using a simple graphical interface, allowing intuitive construction from individual components without scripting.
Influx grants the right to use the 'Influx Software' by means of a software licence. Influx retains the title of the 'Influx Software' software. For this agreement, Influx and the authors are considered the same.'
'Use' means loading the 'Influx Software' into RAM or installation on a hard disk, floppy disk, or any other storage device.
Ownership of the 'Influx Software'. As the licensee, you own the magnetic or other physical media on which the 'Influx Software' is initially, subsequently recorded, or fixed. Still, an express condition of this licence is that Influx retains title and ownership of the 'Influx Software' recorded on the original disk copy(s) and all subsequent copies of the 'Influx Software', regardless of the form or media in or on which the original and other copies may exist. This license is not a sale of the original software or any copy.
COPYRIGHT of the 'Influx Software' belongs to Influx and is protected by the relevant copyright laws. All rights reserved.
You may not alter or remove this notice of copyright and conditions of use from the 'Influx Software'.
You may not modify, adapt, translate, reverse engineer, decompile, disassemble or create derivative or written works based on the 'Influx Software'. You may not modify, adapt, translate or create derivative or written works based on the written materials without the prior written consent of Influx.
Transfer restrictions: This software is licensed only to you (the licensee) and should not be transferred to an individual or company without the prior written consent of Influx. All copies of the 'Influx Software', including security unlock codes, backup copies, and documentation, must also be transferred where permission is given. Any authorised transferee of the 'Influx Software' shall be bound by the terms and conditions of this licence and limited warranty. In no event may you transfer, assign, rent, lease, sell or otherwise dispose of the 'Influx Software' on a temporary or permanent basis except as expressly provided herein.
The 'Influx Software' may be physically transferred to another single computer along with the security unlock codes by using the utility routines provided. NO copies of the 'Influx Software' (other than those additional copies purchased as part of a site license or network agreement) may be used on multiple computers simultaneously.
Termination: This licence is effective until terminated. The licence will terminate automatically without notice from Influx if you fail to comply with any provision of this license. Upon termination, you shall destroy the written materials and all copies of the 'Influx Software', including modified copies, if any.
Update policy: Influx creates updated versions of the 'Influx Software' from time to time. At its option, Influx will make such updates available to licensees and transferees who have paid the update fee (where appropriate) and registered the 'Influx Software' with Influx or its agents.
So long as you comply with the Influx licence agreement, the 'Influx Software' may be accessed by any convenient method.
The information in the 'Influx Software' has been compiled from tests and measurements made on a small sample of vehicles with the appropriate mechanical and electronic systems and information in manuals produced by vehicle and electronic system manufacturers. Although all reasonable care has been taken to ensure the accuracy of the information in the 'Influx Software', neither the authors nor Influx or Influx's agents may be held responsible for incorrect information or incorrect descriptions of test procedures.
LIMITED WARRANTY: Influx warranties that the media on which the 'Influx Software' is supplied will be free from defects in materials or workmanship under normal use and service for 30 days from the date of receipt.
Influx disclaims all other express or implied warranties, including but not limited to implied warranties of merchantability and fitness for a particular purpose, concerning the 'Influx Software', any accompanying documentation and hardware. The 'Influx Software' is used at your own risk.
In no event shall Influx, its authors, nor anyone involved in the creation, production, sale or delivery of this product be liable for any damages whatsoever (including, without limitation, damages for loss of business profits, business interruption, loss of business information, or other pecuniary loss) arriving out of the use of or inability to use this Influx product, even if Influx has been advised of the possibility of such damages.
Using this 'Influx Software', you agree to be bound by all terms and conditions. Do not use the 'Influx Software' otherwise.
If you do not agree with these conditions, you should promptly return the 'Influx Software' (including all media, documentation and packaging) to your supplier.
None of the provisions affects your statutory rights. Where legislation disallows the exclusion or limitation of implied warranties, these will not apply to you.
9-pin D-sub (DB9) socket, pins compatible with CiA 303-1 (CAN 3)
Connector F
15-pin D-sub (DB15) socket, digital and analog inputs
Temperature
Operating temperature: -20degC to +80degC
Weight
263 g
Colour
Black
Cable Length
230mm
Cable Thickness
24 AWG 0.5 mm
Connector A
25-pin D-sub (DB25) socket, compatible with Rebel CT and Rebel LT data loggers
Connector B
9-pin D-sub (DB9) plug/nuts, pins compatible with CiA 303-1 (CAN0 and Power)
Connector C
9-pin D-sub (DB9) socket, pins compatible with CiA 303-1 (CAN 1)
Connector D
9-pin D-sub (DB9) socket, pins compatible with CiA 303-1 (CAN 2)
Connector E
A simple and efficient database system that allows easy configuration administration, supporting import and export features and simple component transferal between configurations.
Create up to 20 complex Triggers with up to 30 conditions with logic and formulaic application.
Write customisable user messages for transmission to a vehicle.
Constitutes conversion tables and formulae for instant scaling or feedback in engineering units.
Configurable output signals.
It Supports multiple methods for data logger configuration, both directly and remotely.
It Provides USB, Wi-Fi and GPRS connectivity. *
It allows simple recorded data retrieval by direct or remote connection to the data logger.
Live connection to the Rebel while data logging allows personal control and live data feed.
Powerful Data Analysis suite boasting data scaling, multiple data plotting, XY scatter plots, dual cursors and calculated channels, among many other features.
Supports all standard data formats for simple data import and transfer to alternative software packages.
'Listen-only' mode logging allows recording the raw CAN data for up to 50 signals.
Perform and store complete EOBD/OBDII reports on trigger commands.
Convert and export multiple data files to various formats and create one-shot event reports for multiple triggers.
J1939 signal monitoring and DBC import.
VBUS USB supply voltage 5V
Pin 2
Data- line of USB This signal utilises NRZI line coding
Pin 3
Data+ line of USB this signal utilises NRZI line coding.
Pin 4
Ground
The Rebel LT has the following connectors:
A USB Series "B" Receptacle Interface: for data transfer between PC and logger
A Male 25 pin Standard D Type connector with pins for:
1X ISO 9141 K Line
2X CAN channels
4X analog inputs
4X digital inputs/outputs
4.5 – 36V power supply and ground
4.5V instrumentation supply output
Ethernet
Logger wake up
SD card slot (externally accessible)
This 230 mm breakout cable is supplied with each Rebel LT data logger, making it suitable to connect devices compliant with the standard CIA 9-PIN D-Sub pinout directly to the data loggers.
The cable has one 25-Way D-Sub connector, which connects directly to the Rebel LT data logger and two 9-Way-Sub connectors as described here:
POWER/CAN0 enables power and a CAN bus connected to the Rebel data logger—type – 9-Way D-Sub (Plug).
AUX/CAN 1 enables a CAN bus to be connected to the Rebel data logger. This cable can also supply auxiliary power from the Rebel data loggers to other devices powered by the data logger—type – 9-Way D-Sub (Socket).
This cable is suitable for LT Data Loggers and can supply power directly to the K-Series modules or the Rebel Dash from the Rebel data loggers. This helps to make installing our data loggers and instrumentation modules easy and with fewer cables required.
Cable Length
230mm
Cable Thickness
24 AWG 0.5 mm
Connector A
25-pin D-sub (DB25) socket, compatible with Rebel CT and Rebel LTdata loggers
Connector B
9-pin D-sub (DB9) plug/nuts, pins compatible with CiA 303-1 (CAN 0 and Power)
Connector C
9-pin D-sub (DB9) socket, pins compatible with CiA 303-1 (CAN 1 and LIN)
Temperature
Operating temperature: -20degC to +80degC
Pin No
Pin Function
Pin 1
DiaLog Remote is a utility that can maintain Rebel Loggers without a DiaLog Licence. It is a freely distributed tool that can be used for setting up the rebel device and configuring it using an existing configuration file via USB or SD card. With DiaLog remote, there remains no need to share your confidential files, such as DBC or A2l, if not required. It allows you to perform the following functionality with your logger remotely:
Formatting the SD Card - The SD Card will be formatted in FAT32 format.
Rebel Reflashing - The Logger firmware can be updated via USB.
Obtain the Hardware Configuration - The Hardware Configuration can be read via USB.
Set Rebel Time - The Real-Time Clock in the Logger can be set.
Setting a configuration to the SD Card - The configuration will be loaded onto the SD Card (in the SD Card Reader of the PC). To be used by the logger (once the SD Card is installed in the logger).
The OBD & INST connector is a Male 25-pin Standard D-Type connector.
Weight
142 g
Colour
Black
Pin 5
Wake-Up pin to wake logger from sleep mode (for use, see )
Pin 6
CAN Bus 1 (Medium Speed Bus) Low Signal
Pin 7
CAN Bus 0 (High-Speed Bus) Low Signal
Pin 8
K-Line (1 wire bus) of ISO 9141
Pin 9
4.5-36V Supply Voltage
Pin 10
+4.5V Instrumentation Supply Voltage, ensure that the current drawn is not more than 100mA
Pin 11
Digital Input or Output 2 - When used as input, do not apply voltages outside the 0 to +12V range; when used as an Output, ensure that the current draw is not more than 100mA.
More information on the use of this pin can be found in and
Pin 12
Digital Input or Output 0 - When used as an input, do not apply voltages outside the 0 to +12V range; when used as an Output, ensure that the current draw is not more than 100mA.
More information on the use of this pin can be found in and
Pin 14
Analog Input 2 - do not apply voltages outside the -10 to +10V range.
Pin 15
Ethernet LAN Transmit +
Pin 16
Ethernet LAN Receive +
Pin 17
Analog Input 0 - do not apply voltages outside of the -10 to +10V range
Pin 18
Analog Ground
Pin 19
CAN Bus 1 (Medium Speed Bus) High Signal
Pin 20
CAN Bus 0 (High-Speed Bus) High Signal
Pin 21
Ground
Pin 22
Power Ground
Pin 23
Digital Input or Output 3 (can also be used as a switched power supply +Vd). When used as an input, do not apply voltages outside of the 0 to +12V range.
Pin 24
Digital Input or Output 1 - When used as input, do not apply voltages outside the 0 to +12V range; when used as an Output, ensure that the current draw is not more than 100mA.
More information on the use of this pin can be found in and
Don't short circuit or overload any Digital I/O, e.g. If using Digital Input or Output 3 to supply power to power a K-Box or Rebel Dash, do not connect more than 1 K-Box to this output and be careful that no short circuit occurs.
Overloading (I > 400mA) of Pin 10 (+4.5V Instrumentation) will result in a drop in the output voltage.
Each End of the CAN bus must be terminated with a 120ohm resistor across CAN H and CAN. The Logger has dip switches inside that may be turned on if it is at the End of a CAN bus to allow the bus to be terminated easily.
Pin No
Pin Function
Pin 1
Analog Input 3 - do not apply voltages outside of the -10 to +10V range
Pin 2
Ethernet LAN Receive -
Pin 3
Ethernet LAN Transmit -
Pin 4
Analog Input 1 - do not apply voltages outside of the -10 to +10V range
Supported Protocols
OBD (CAN) ISO15765/ISO14229 (UDS)
CCP, xCPOnCAN
CAN monitoring (raw CAN messages or signals via CAN DBC)
J1939
CAN functions
Output CAN signals (applications include display units)
Create user-defined CAN messages for periodic transmission
Data storage format
FAT32 (PC readable)
Data logger configuration
Configuration via USB and SD card
Trigger Condition
Up to 20 configurable conditions
(>,< ,=, increment, decrement or on-change)
TrIgger Action
Up to 20 configurable triggers
Functions include start or stop, sample one-shot data, sample DTC, and read OBD data.
Configurable pre and post-trigger times
Configurable LED functions
Wake up time
Wake up from normal sleep mode logging starts within 20mSec
Wake up from power down mode; logging starts < 5 seconds
Data formats
Large quantities of recorded data can be conveniently converted to MDF, MDF4, MAT (Matlab), nCode, and by batch processing.
Power supply
4.7V to 36V DC (12V typical) internally fused with reverse protection
Power consumption @12V
Normal operation approx. 250mA to 350mA
Sleep mode approx. 80mA
Power down standby mode < 2mA
Wake up
WakeOnCAN function
PC interfaces
Isolated USB2.0 (Type B) - can be powered by USB
CAN interfaces
2x CAN 2.0B Max 1MBit/s
LED
9x LEDs
Enclosure
Dimension (LxHxW): 115x26x105mm
Weight 400g
IP40
Stackable ABS
Environmental
-40degC to +80degC
Humidity max 90%
Data storage capability
Removable SDHC max 64GByte
Analog Inputs
Number of channels
4 bipolar single-ended inputs
Range
±10V
Resolution (ADC)
12 bits
Max sampling rate
1 KHz
Input impedance
>50K Ohms
Min/Max applied voltage
±40V
Digital Inputs/Outputs
Number of channels
3 unipolar single-ended inputs/outputs
Input switch thresholds
Low < 2V, High > 2.5V (up to 36V)
Output Drive details
Collector-emitter voltage 36V
Collector current (DC) 50mA max
max Saturation voltage <0.6V
Min-Max applied voltage
-0.5V to 36V
Optional
GNSS
The following contains the pinout details for Rebel LT loggers (RC5-2) (INF 2101).
The USB Connector is a USB Series “B” Receptacle Interface.
The OBD & INST Connector is a Male 25-pin Standard D Type Connector nut.
Don't short circuit or overload any Digital I/O, e.g. If using Digital Input or Output 3 to the power supply to power a K-Box or Rebel Dash, do not connect more than 1 K-Box to this output and be careful that no short circuit occurs.
The Optional GPS Connector is a Male SMB Connector.
The Optional GPRS Connector is a Male RP-SMA Connector.
Each End of the CAN bus must be terminated with a 120-ohm resistor acrosS CAN H and CAN L, and The Logger has dip switches inside that may be turned on if it is at the end of a CAN bus to allow the bus to be terminated easily.
K-Line (1 wire bus) of ISO 9141
Pin 9
4.5-36V Supply Voltage
Pin 10
+4.5V Instrumentation Supply Voltage, ensure that the current drawn is not more than 100mA
Pin 11
Digital Input or Output 2 - Do not apply voltages outside of the 0 to +12V range when used as an input. When used as an Output, ensure that the current drawn is not more than 100mA.
More information on the use of this pin can be found in Appendix 2 and 3
Pin 12
Digital Input or Output 0 - Do not apply voltages outside the 0 to +12V range when used as an input. When used as an Output, ensure that the current draw is not more than 100mA.
More information on the use of this pin can be found in Appendix 2 and 3
Pin 14
Analog Input 2 - do not apply voltages outside of the -10 to +10V range
Pin 17
Analog Input 0 - do not apply voltages outside of the -10 to +10V range
Pin 18
Analog Ground
Pin 19
CAN Bus 1 (Medium Speed Bus) High Signal
Pin 20
CAN Bus 0 (High-Speed Bus) High Signal
Pin 21
Ground
Pin 22
Power Ground
Pin 23
Digital Input or Output 3 (can also be used as a switched power supply +Vd). When used as an input, do not apply voltages outside of the 0 to +12V range
Pin 24
Digital Input or Output 1 - Do not apply voltages outside of the 0 to +12V range when used as an input. When used as an Output, ensure that the current drawn is not more than 100mA.
More information on the use of this pin can be found in Appendix 2 and 3
Overloading (I > 100mA) of Pin 10 (+4.5V Instrumentation) will result in a drop in the output voltage.
Each End of the CAN bus must be terminated with a 120ohm resistor acroSs CAN H and CAN L, and The Logger has dip switches inside that may be turned on if it is at the End of a CAN bus to allow the bus to be terminated easily.
Pin No
Pin Function
Pin 1
VBUS USB supply voltage 5V
Pin 2
Data- line of USB this signal utilises NRZI line coding
Pin 3
Data+ line of USB this signal utilises NRZI line coding
Pin 4
Ground
Pin No
Pin Function
Pin 1
Analog Input 3 - do not apply voltages outside of the -10 to +10V range
Pin 4
Analog Input 1 - do not apply voltages outside of the -10 to +10V range
Pin 5
Wake-Up pin to wake logger from sleep mode (for use, see Appendix 1)
Pin 6
CAN Bus 1 (Medium Speed Bus) Low Signal
Pin 7
CAN Bus 0 (High-Speed Bus) Low Signal
Pin No
Pin Function
Pin 1
Radio Frequency Signal Input
Pin 2
Ground
Pin No
Pin Function
Pin 1
Radio Frequency Signal Input
Pin 2
Ground
Pin 8
the following contains the details of the pinouts for Rebel CT Logger (RC-5-2) (INF 210 5/6/7/8)
The USB Connector is a USB Series “B” Receptacle Interface.
The OBD & INST Connector is a Male 25-pin Standard D Type Connector with nuts.
Don't short circuit or overload any Digital I/O, e.g. If using Digital Input or Output 3 to the power supply to power a K-Box or Rebel Dash, do not connect more than 1 K-Box to this output and be careful that no short circuit occurs.
The Optional GPS Connector is a Male SMB Connector.
The Optional GPRS Connector is a Male RP-SMA Connector.
The Optional WiFi Connector is a Female RP-SMA Connector.
The Optional GPS Connector is a Male SMB Connector.
The Optional FlexRay Connector is a Male 15-pin 1.27mm Pitch Micro D Connector nut.
The Connector needs to be adequately tightened to make a proper connection and ensure reliable operation.
CAN Bus 1 (Medium Speed Bus) Low Signal
Pin 7
CAN Bus 0 (High-Speed Bus) Low Signal
Pin 9
4.5-36V Supply Voltage
Pin 10
+4.5V Instrumentation Supply Voltage, ensure that the current drawn is not more than 100mA
Pin 11
Digital Input or Output 2 - Do not apply voltages outside of the 0 to +12V range when used as an input. When used as an Output, ensure that the current drawn is not more than 100mA.
More information on the use of this pin can be found in and
Pin 12
Digital Input or Output 0 - Do not apply voltages outside the 0 to +12V range when used as an input. When used as an Output, ensure that the current drawn is not more than 100mA.
More information on the use of this pin can be found in and
Pin 13
CAN/CAN FD Bus 2 (Instrumentation Bus) Low Signal
Pin 14
Analog Input 2 - - do not apply voltages outside of the -10 to +10V range
Pin 15
LIN 0
Pin 16
CAN/CAN FD Bus 3 High signal
Pin 17
Analog Input 0 - - do not apply voltages outside of the -10 to +10V range
Pin 18
Analog Ground
Pin 19
CAN Bus 1 (Medium Speed Bus) High Signal
Pin 20
CAN Bus 0 (High-Speed Bus) High Signal
Pin 21
Ground - e.g. to be connected to pin 5 of the OBDII Connector
Pin 22
Power Ground - e.g. to be connected to pin 4 of the OBDII Connector
Pin 23
Digital Input or Output 3 (can also be used as a switched power supply +Vd). Do not apply voltages outside of the 0 to +12V range when used as an input.
Pin 24
Digital Input or Output 1 - Do not apply voltages outside of the 0 to +12V range when used as an input. When used as an Output, ensure that the current drawn is not more than 100mA.
More information on the use of this pin can be found in and
Pin 25
CAN/CAN FD Bus 2 (Instrumentation Bus) High Signal
Overloading (I > 100mA) of Pin 10 (+4.5V Instrumentation) will result in a drop in the output voltage.
Each End of the CAN bus must be terminated with a 120 Ohm resistor across CAN H and CAN L, and The Logger has dip switches inside that may be turned on if it is at the end of a CAN bus to allow the bus to be terminated easily.
CAN Bus 6 (Ext 3) High Signal
Pin 7
LIN (Local Interconnect Network) Bus
Pin 8
+Vin Supply Voltage
Pin 9
FlexRay Bus 1 BP Signal
Pin 10
FlexRay Bus 1 BM Signal
Pin 11
FlexRay Bus 2 BP Signal
Pin 12
FlexRay Bus 2 BM Signal
Pin 13
Ground for the FlexRay Buses
Pin 14
Ground for the CAN and LIN Buses
Pin 15
Power Ground
Pin No
Pin Function
Pin 1
VBUS USB supply voltage 5V
Pin 2
Data- line of USB, this signal utilises NRZI line coding
Pin 3
Data+ line of USB, this signal utilises NRZI line coding
Pin 4
Ground
Pin No
Pin Function
Pin 1
Analog Input 3- do not apply voltage outside of the -10 to +10 V range
Pin 2
LIN 1
Pin 3
CAN/CAN FD Bus 3 Low signal
Pin 4
Analog Input 1 - do not apply voltages outside of the -10 to +10V range
Pin 5
Wake-Up pin to wake logger from sleep mode (for use, see Appendix 1)
Pin No
Pin Function
Pin 1
Radio Frequency Signal Input
Pin 2
Ground
Pin No
Pin Function
Pin 1
Radio Frequency Signal Input
Pin 2
Ground
Pin No
Pin Function
Pin 1
Radio Frequency Signal Input
Pin 2
Ground
Pin No
Pin Function
Pin 1
Radio Frequency Signal Input
Pin 2
Ground
Pin No
Pin Function
Pin 1
CAN Bus 4 (Ext 1) Low Signal
Pin 2
CAN Bus 4 (Ext 1) High Signal
Pin 3
CAN Bus 5 (Ext 2) Low Signal
Pin 4
CAN Bus 5 (Ext 2) High Signal
Pin 5
CAN Bus 6 (Ext 3) Low Signal
Pin 6
Pin 6
