The USB Connector is a USB Series "B" Receptacle Interface.
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.
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)
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
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
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
Weight
142 g
Colour
Black
The OBD & INST connector is a Male 25-pin Standard D-Type connector.
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.
Functions | Description |
---|---|
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
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 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 Appendix 2 and 3
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 Appendix 2 and 3
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 Appendix 2 and 3
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