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For ReXgen and Rebel Series data loggers
| Feature | ReXgen 1 | ReXgen 2 | ReXgen 2 IMU | ReXgen Air | Rebel LT | Rebel CT | Rebel CT CAN FD | Rebel CT Flexray |
|---|---|---|---|---|---|---|---|---|
LTE CAT 1 Connectivity
✖
✖
✖
✔
Optional
Optional
Optional
Optional
Digital Inputs
✖
2
2
2
3
3
3
3
CAN/CAN FD Bus
1x CAN
2x CAN FD
2x CAN FD
4x CAN FD
2x CAN
4x CAN
2x CAN FD/2x CAN
7x CAN
eMMC Storage
8 GB
8/16 GB
16/32 GB
16/32/64 GB
SD card up to 64 GB
SD card up to 128 GB
SD card up to 128 GB
SD card up to 128 GB
Starting Price
£259
£396.55
£597.40
£705
Contact Us
Contact US
Contact US
Contact US
Live CAN Bus Monitoring
✔
✔
✔
✔
✔
✔
✔
✔
Sleep & Wake On CAN
✔
✔
✔
✔
✔
✔
✔
✔
Analog Inputs
✖
2
2
2
4
4
4
4
Trigger Functions
✔
✔
✔
✔
✔
✔
✔
✔
Over The Air Updates
✖
✖
✖
✔
✖
✖
✖
✖
Real Time Clock
✔
✔
✔
✔
✔
✔
✔
✔
GNSS Positioning System
✖
✖
✔
✔
Optional
Optional
Optional
✔
FTPs for File Transfer
✖
✖
✖
✔
✖
✖
✖
✖
AWS S3
✖
✖
✖
✔
✖
✖
✖
✖
StreamLog*
✖
✖
✖
✖
✔
✔
✔
✔
IP Rating
IP 65
IP 65
IP 65
IP 50
IP 20
IP 65
IP 65
IP 65
USB 2.0 Interface
✔
✔
✔
✔
✔
✔
✔
✔
Open API
✔
✔
✔
✔
✖
✖
✖
✖
Supports J2534
✔
✔
✔
✔
✔
✔
✔
✔
Free Configuration Software ReXdesk
✔
✔
✔
✔
✖
✖
✖
✖
3D Accelerometer
✖
✖
✔
✔
Optional
Optional
Optional
✔
LIN Bus
✖
1
1
1
2
2
2
2
CAN Error Logging
✔
✔
✔
✔
✔
✔
✔
✔
Availability
Available Online
Available Online
Available Online
Enquire
Enquire
Enquire
Enquire
Enquire
J1939 Support
✔
✔
✔
✔
✔
✔
✔
✔
Gyroscope
✖
✖
✔
✔
Optional
Optional
Optional
Optional
Encryption Support (Licenced Feature)
✔
✔
✔
✔
✔
✔
✔
✔
INF2109.01- Hardware Version- 8 GB
Supports 1XCAN bus
Functions as an interface device and supports J2534 (Pass-thru)
Supports live CAN trace monitoring RAW CAN signals, SAE J1939
Sleep modes with wake-up on CAN and low power consumption
Encrypts data logs using Advanced Encryption Standard (AES)
Enables locking of the device using RSA data security
Open Libraries for logger management and data Conversion
XML-based configuration (Schema provided)
Free ReXdesk software that allows the user to export the loaded data to .mf4, .csv, mat, .asc, .blf, .trc and rxd format
Supports free firmware updates for adding features
Tolerable to harsh environments with an IP65 rating
Free powerful graphic interface application tool ReXdesk provided
Micro USB 2.0 PC interface
CAN error logging
Efficiently records CAN bus data and advanced message filtering on configurable channels (J1939 and CAN)
Supports advanced triggering options and advanced CAN bit timing configuration.
The most compact, cost-effective, plug-and-play device operates as a CAN bus interface for real-time USB streaming and has 8GB eMMc storage (uses FIFO logic once the eMMc is full).
It supports cyclic logging mode and operates in silent mode.
| Functions | Description |
|---|---|
This space contains the technical specification details for all the Influx ReXgen devices.
INF2201
K-Box Multi-DAQ Modules aid in measuring Thermocouples, Voltages, Currents and PWM. These include our unique power down and WakeOnCAN feature and can be stacked with all of our K-series instrumentation modules.
K-Box transmits the Data periodically on the CAN Bus for accurate sensor measurement.
Software switchable voltage input ranges from ±80V to ±10V
Up to 8 thermocouple connections at up to 10 Hz sampling rate
8 Analog inputs with variable input sampling rates (8 channels at 1kHz, 4 channels at 2kHz and 2 Channels at 10kHz)
Very high accuracy-Analog ±0.0015%,Thermocouples ±1°C
PWM: 3 inputs frequency measurements, counters or pulse measurements
Outputs: 4 Relay outputs (optional)
Regulated +5V and +24V output power supply for external sensors
Supplied with configuration software, Influx K-Cal for Windows® and configurable via a DBC file
Instrumentation data time synchronised with recorded vehicle network data via CAN
Galvanic isolation between modules (enclosure, power, CAN BUS and Analog input module and thermocouple input module)
Measurement accuracy: ±1° C
Measurement resolution: 0.1°C
Analog channel over-voltage protection ±150 Volt
Combined Voltage, Thermocouple and PWM/Digital measurements
Cold junction compensation for accurate thermocouple measurement
High input impedance on Analog inputs
WakeOnCAN and power down deep sleep mode
INF2112.02/INF2112.03- Hardware Versions- 16/32GB GNSS- Current Range (Non-modular)
The ReXgen 2 IMU is the upgraded version of ReXgen 2, which also supports GNSS, Gyro and Accelerometer. A device that can also record vibration and position information in very harsh environments, even if no GPS signal is available.
Logs data continuously for hours from a CAN bus and simultaneously saves it to the embedded SD memory card. Supplied with ReXdesk, freely distributable software for the ReXgen 2. used for logger configuration and file exporter.
2x CAN 2.0/CAN FD buses, 1x LIN buses
2x Digital Input channels, 2x Analog Input channels
Powerful graphic interface application tool
Supported Data formats -ASAM MDF4 MATLAB (.mat), CSV, ASC, BLF & TRC
Up to 32GByte eMMC storage
Micro USB 2.0 -Higher speed connection to the logger
Functions as an interface device and supports J2534 (Pass-thru)
Supports CAN trace monitoring RAW CAN signals, SAE J1939
Very low power consumption in sleep mode and WakeOnCAN, WakeOnAlarm & WakeOnSignal
CAN frame error detection ASAM MDF(*.mf4 format) -international standard data format
LEDs support status indication
IP65 easily stackable and installable enclosure
Up to 18Hz GNSS rate/u-Blox -Supports 4 position systems for highly accurate positioning.
Gyro and Accelerometer system
*Automotive customized connector is also available
* CEP - circular error probable
*Automotive customized connector is also available
INF2116.NN - Hardware Configurable (Up to 32 GB)
ReXgen Air is a compact, robust, accurate and cost-effective solution designed to become part of your fleet during production.
This is a progressive system that works on LTE CAT1. A data logger with onboard processing and telematics capabilities connects machines to the cloud or stores data locally.
Allows the encryption of data logs with the Secure Hash Algorithm (SHA).
An open platform that can be supported by any third-party tools and integrated into any data system. It is supplied with a free, powerful graphic interface application tool.
ReXgen Air allows you to build your system to maintain your data.
Up to 4 CAN/CAN FD buses
x1 LIN bus
x2 Analog Inputs, x2 Digital inputs & x1 Power Stage Relay Driver (Optional)
Integrated 18Hz GNSS (u-Blox) and IMU (6 axis)
Encrypts data logs using Advanced Encryption Standard (AES)
Open API or XML Schema provided
Live CAN/CAN FD trace Monitoring
Enables Locking of the device using RSA data security
Micro USB 2.0 for data transfer and configuration
CAT -1 connectivity
Secure Data transfer using FTPs and Amazon S3
Supported Data formats -ASAM MDF4 MATLAB (.mat), CSV, ASC, BLF & TRC
Various sleep modes with low power consumption
x4 configurable LEDs
CAN/J1939 filters
Easily stackable and installable
Automotive grade Molex Mini50 connection system
*CEP - circular error probable
*FTPS- PROT P (Data channel encryption not supported.
* The region and category of the modem should be specified when ordering.
* Works with AT&T and T-Mobile in the USA.
INF2110.01/INF2110.02- Hardware Versions- 8/16 Gb- Current Range (Non-modular)
The Influx ReXgen 2 is a small, robust, powerful CAN bus data recorder. Targeted at applications that require a CAN 2.0, CAN FD and LIN flight data recorder. Supplied with ReXdesk, freely distributable software for the ReXgen 2. used for logger configuration and file exporter.
2x CAN 2.0/CAN FD buses, 1x LIN bus
2x Digital Input channels, 2x Analog Input channels
Powerful graphic interface application tool
Supported Data formats -ASAM MDF4 MATLAB (.mat), CSV, ASC, BLF & TRC
Up to 16GByte eMMC storage
Micro USB 2.0 -High-speed connection to logger
Functions as an interface device and supports J2534 (Pass-thru)
Supports CAN monitoring RAW CAN signals, SAE J1939
Very low power consumption in sleep mode and WakeOnCAN, WakeOnAlarm & WakeOnSignal
CAN frame error detection ASAM MDF(*.mf4 format) -international standard data format
LEDs support status indication
IP65 enclosure protection
Plug and play, easily stackable and installable
*Automotive customized connector is also available
| Technical Data | Description |
|---|
| Function |
|---|
| Functions | ReXgen Air |
|---|
| Function | Description |
|---|
| Function | Description |
|---|
Functions
ReXgen 1
CAN Interfaces
1 x CAN
ISO 11898-1: Compliant with CAN (up to 1 Mbit/s)
Conforms to CAN protocol version 2.0 - part A, B Max 20000 MPs
Meets the requirements of ISO 11898-2:2016 & ISO 11898-5:2007 physical layer standards
PC Interfaces
Rugged Micro USB 2.0 (Datalogger mode and J2534)
Data Storage Capability
8 GB Inbuilt eMMC storage (uses FIFO logic once the eMMC is full)
Supported Protocols
CAN Monitoring (RAW CAN signals, SAE J1939 support)
LEDs
1
Triggering
Trigger on a CAN ID, Trigger on Parameter Value, Trigger on DM1 counter.
Data Storage format
FAT32, Log files accessible via ReXdesk software
File Format Supported
ASAM MDF (.mf4), CSV, MATLAB, ASC, BLF, TRC
Data Logger Configuration
Supplied with Influx ReXdesk configuration software, XML based
BUS & Signals
Operating Voltage
Power supply - OBD
+5V to +27V
Power supply - USB
+4.5 to +5.5V
Transceiver Protection
Bus fault protection: ±58 V Thermal-shutdown protection (TSD)
Under-voltage protection
Enclosure
PC+ ABS
IP Rating
IP65
Dimension
L - 100 mm, W - 73.5 mm, H – 27.4 mm
Weight
164 Grams
Mounting Holes
Four mounting holes and screws
Environmental Tolerance
Working temperature -40degC to +85degC; Humidity max 90%
Power Saving
Wake Up On CAN, Power Down Mode, Sleep Modes,
Power Consumption
Normal Operation: 87 mA at 12 V
Normal Sleep <17mA
Deep Sleep: <2 mA
Power supply | 6V to 36V DC. |
Interfaces | CAN Bus |
PC interfaces | None |
Enclosure | Dimension (L115xH79xW105) / Weight 450g / IP65 / ABS |
Environmental | -40°C to +85°C Humidity max 90% |
Output voltages | 5V and 24V (Max current drawn 80 mA combined) |
Analog Inputs |
Number of channels | 8 Bipolar differential inputs |
Accuracy | ±0.0015% |
Software switchable range | ±80V, ±40V, ±20V, ±10V |
Resolution (ADC) | 16 Bit |
Max Sampling Rate | 1 KHz (all 8 channels), 2 KHz (4Channels), 10 KHz (2 Channels) |
Input impedance | > 4 M Ohm |
Max input voltage | ±75 Analog Ground, ±34 V Analog inputs |
Thermocouple Inputs |
Number of channels | 8 J/K/T-type inputs |
Accuracy | ±1°C accuracy |
Measurement Range | Measurement: -200 °C to 1250 °C |
Max Sampling Rate | 10 Hz (all 8 channels) |
Maximum input voltage | ±3.3 V |
Digital Input / Output |
Number of channels | ×4 unipolar single-ended hardware configured as inputs or outputs |
Input switching thresholds | Low < 1.5V |
High > 2.0V (up to 12V) |
Input leakage current | < 10nA |
Output states | (Optional) Open collector - 510 Ohm |
Output drive capability (OK): Collector-emitter voltage | 45V max |
Collector current (DC) | 10mA max |
Saturation voltage (OK on) | < 0.15V |
Equivalent on-resistance | < 510Ohm |
Leakage current at OK off | < 5uA |
Min-max applied voltage | Digital input -8V to +12V; Digital output 0V to +40V power supply, which limits the current to 10mA |
PWM | 3 digital input frequency measurements up to 100kHz or pulse measurements. (min 100 Nano sec) (between pulses 10 microseconds) |
Functions | ReXgen 2 IMU |
CAN Interfaces | 2 x CAN/CAN FD ISO 11898-1: Compliant with CAN (up to 1 Mbit/s) ISO & Bosch CAN FD (up to 8 Mbit/s) Conforms to CAN protocol version 2.0 - part A, B Max 20000 mps Meets the requirements of ISO 11898-2:2016 & ISO 11898-5:2007 physical layer standards |
CAN/CAN FD Functions | Supports custom baud rates CAN/CAN FD Bit timing selection SAE J1939 support (Source Address, Destination Address & PGN Filters) Silent Mode Configurable CAN DBC Support CAN frame error detection |
LIN Interface | 1 x LIN (up to 20 K Baud with LIN-Compatible Output Driver) |
Inputs | 2 x Digital and 2 x Analog (max sampling rate-1KHz) |
| Positioning & IMU Sensors |
GNSS | Up to 18 Hz rate |
GNSS Receiver Type | 72-channel, GNSS L1C/A, SBAS L1C/A, QZSS L1C/A, QZSS L1-SAIF, GLONASS L1OF, BeiDou B1I , Galileo E1B/C |
Position Accuracy | 2.0 m CEP* |
Acquisition | Cold starts: 26s Reacquisition: 2 s |
Antenna | External |
Accuracy | Velocity: 0.05m/s |
| Heading: 0.3 degrees |
| Altitude: not specified |
Accelerometer | ±2/±4/±8/±16 g full scale (max sampling rate-1KHz) |
Gyroscope | ±125/±250/±500/±1000/±2000 dps full scale (max sampling rate-1KHz) |
PC Interfaces | Rugged Micro USB 2.0 (Datalogger mode and J2534 |
Data Storage Capability | 16 or 32 GB Inbuilt eMMC storage (uses FIFO logic once the eMMC is full) |
Supported Protocols | CAN Monitoring (RAW CAN signals, SAE J1939 support) |
LEDs | 2 |
Triggering | Trigger on CAN ID, CAN Signal, and Digital Input. Trigger on DM1 counte |
Data Storage Format | Log files accessible via ReXdesk Software |
File Format Supported | ASAM MDF (.mf4), Peak TRC, CSV, MATLAB, ASC, BLF |
Data Logger Configuration | Supplied with Influx ReXdesk configuration software, XML based |
| Analog Input |
Number of channels | 2 x Bipolar single-ended inputs |
Range | ± 10 V |
Resolution (ADC) | 12 Bit |
Max sampling rate | 1 kHz |
Input Impedance | > 50 K Ohms |
Safe Applied Voltage | ± 28 V |
| Digital Input |
Number of channels | 2 x Unipolar single-ended inputs |
Input Switching Thresholds | Low < 0.8 V, High > 2.5 V (up to 28V) |
Safe Applied Voltage | ± 28 V |
BUS & Signals | Operating Voltage |
Power supply - OBD | +5V to +27V |
Power supply - USB | +4.5 to +5.5V |
CAN FD | +2 to +3V |
LIN | 0 to +24V |
Digital Input | 0 to +28V |
Analog input | ± 10V |
Transceiver Protection(CAN) | Bus fault protection: ±58 V Thermal-shutdown protection (TSD) Common mode input voltage: ± 12V TXD dominant timeout (prevents network blocking in the event of a failure) Under-voltage protection |
Transceiver Protection (LIN) | ±8 kV HBM ESD, ±2 kV CDM, ± bus Fault TXD dominant timeout (to prevent the LIN node from permanently driving the LIN Bus dominant) |
Power Voltage | 5V for external sensor (current consumed should be less than 10mAmp) |
Enclosure | PC+ ABS |
IP Rating | IP65 |
Dimension | L - 100 mm, W - 73.5 mm, H – 27.4 mm |
Weight | 164 gms |
Mounting Holes | 4 mounting holes and screws |
Stackable | Yes |
Environmental Tolerance | Working temperature -40degC to +85degC; Humidity max 90% |
Silent Mode | Listen only mode available (configurable Silent mode) |
Power Saving | Wake Up On CAN, Wake up on Movement, Power Down Mode, Sleep Modes |
Power Safe | 100% power safe data logging - no file corruption when disconnected or in sleep mode |
Protection | Reverse voltage protection on CAN-bus supply |
Power Consumption | Normal Operation: <80 mA at 12 V Normal sleep <25mA Deep Sleep <2 mA |
CAN Interfaces | Up to 4 x CAN/CAN FD ISO 11898-1: Compliant with CAN (up to 1 Mbit/s) ISO & Bosch CAN FD (up to 8 Mbit/s) Conforms to CAN protocol version 2.0 - part A, B Up to 20000 mps Meets the requirements of ISO 11898-2:2016 & ISO 11898-5:2007 physical layer standards |
CAN/CAN FD Functions | CAN/CAN FD Bit timing selection SAE J1939 support (Source Address, Destination Address & PGN Filters) Silent Mode Configurable Periodic CAN Transmission CAN DBC Support CAN frame error detection |
Identifiers | Compliant with CAN specifications 2.0A (11-Bit ID) and 2.0B (29-Bit ID) |
CAN Error Frames | Support for logging CAN error frames (bit-stuffing, form, CRC, bit, acknowledgement) |
Retransmission | Configurable retransmission of frames that have lost arbitration or been disturbed by errors |
Prescaling | Pre-scale CAN frames to record e.g., by time (per X ms) or by data (e.g., if byte X or Y changes) |
Transmit | Transmit lists of CAN frames per channel (periodic) - e.g., for OBD2 requests- Capability to link multiple CAN messages |
LIN Interface | 1 x LIN (Master & Slave mode) Compliant with LIN Bus Specifications 1.3, 2.0 and 2.1 and are compliant to SAE J2602 LIN channel can be configured as a LIN subscriber/publisher with support for LIN data transmission Support for custom frame lengths |
Parallel CAN/LIN | Record data from up to upto 4 x CAN channels + 1 x LIN channels, simultaneously |
Connector | Molex Mini50 Dual Row 24 Pin connector (enables the device to be easily and robustly installed in production machines) |
LTE | CAT 1 (see uBlox Lara R2 Series)/Quectel CAT 4 |
Inputs | 2 x Digital and 2 x Analog |
Bit-Rate Auto-Detect | Bit rate can be auto-detected or set manually |
Instrumentation Supply | 5 Volts (Ensure that current draw is not more than 100mA) |
Real-Time Clock | Yes - CAN frames are date & timestamped with 10 microsecond resolution (battery backup) The RTC can be configured to match local time zones (default: UTC) The RTC can be auto-synced via 3G/4G LTE Timestamp or a CAN message (e.g., from the internal GNSS timestamp) |
File Split | Configurable log file split size (by size: 10-500 MB and/or by time period) |
Unique Device ID | Each device has a globally unique ID ensuring unique log file naming |
Signed Firmware | Firmware updates are digitally signed to verify that they are from a trusted source |
Cyclic Logging | Enabled by default |
| Positioning Sensors |
GNSS Module | M8U-30 Hz (supports dead reckoning) / M8Q-18Hz (does not support dead reckoning) Supports 4 position systems with highly accurate positioning. |
GNSS Receiver Type | 72-channel, GNSS L1C/A, SBAS L1C/A, QZSS L1C/A, QZSS L1-SAIF, GLONASS L1OF, BeiDou B1I , Galileo E1B/C |
Position Accuracy | 2.0 m CEP* |
Sensitivity | Tracking/Navigation: 167 dBm | Cold starts: 148 dBm |
Acquisition | Cold starts: 26s Reacquisition: 2 s |
Antenna | External FAKRA antenna (3m included) Code C |
Accuracy | Velocity: 0.05m/s Heading: 0.3 degrees |
Others |
IMU | 6D IMU |
Accelerometer | ±2/±4/±8/±16 g full scale |
Gyroscope | ±125/±250/±500/±1000/±2000 dps full scale |
PC Interfaces | Micro USB Type AB 2.0 interface (Standard version) USB interface via the Molex Mini50 connector (Optional) |
Data Storage Capability | Up to 32 GB eMMC storage (non-removable) (uses FIFO logic once the eMMC is full) |
Supported Protocols | CAN Monitoring (RAW CAN signals, SAE J1939 support, FMS, CANopen, NMEA 2000, OBD2, CAN FD, UDS) |
LEDs | 4 |
Triggering | Trigger on CAN ID, CAN Signal, Digital Input. Trigger on DM1 counter. |
Filters | 200* regular/extended ID filters per channel (range, acceptance) |
File Format Supported | RXD, RXE, ASAM MDF (.mf4), CSV, MATLAB, ASC, BLF, TRC |
Warranty | 12 months from the date of invoice. |
Support | Yes, during the warranty period |
Origin | UK |
Protocol | FTP/FTPS/HTTP/HTTPS |
Data Transfer Protocol | FTPS and Amazon S3 |
Security Functions | Encryption of data logs, Locking of device. |
Encryption Standard | RSA* (for locking device) and AES* (for log data)/GDPR/CCPA/SHA |
Data Logger Configuration | Supplied with Influx ReXdesk configuration software, API, CLI |
Software | Supplied with Influx ReXdesk configuration software, API, CLI Free open Source ReXcloud platform for managing devices and data via your browser Free open source asammdf software & API, DBC converting & plotting MF4 data Free data convertors, CLI based/ .net DLL for converting RXD into RXE, ASAM MDF (.mf4), CSV, MATLAB, ASC, BLF, TRC Free open-source AWS Lambda, Example Application for data processing/ Supports AWS time stream/DB to integrate with third party dashboard |
Firmware | Supports free firmware updates for adding features |
Analog Input |
Number of channels | 2 x Bipolar single-ended inputs |
Range | ± 10 V |
Resolution (ADC) | 12 Bit |
Max sampling rate | 1 kHz |
Input Impedance | > 50 K Ohms |
Safe Applied Voltage | ±28 V |
Digital Input |
Number of channels | 2 x Unipolar single-ended inputs |
Input Switching Thresholds | Low < 0.8 V, High > 2.5 V (up to 28V) |
Safe Applied Voltag | 28 V |
Integrated GPRS | LTE modem |
Category | Professional-grade uBlox Lara R2 Series LTE Cat1/ Quectel EC 20/25 CAT 4* |
LTE CAT1 Bands | LTE FDD Bands: 1(2100 MHz) ,2(1500 MHz), 3(1800 MHz),4(1700 MHz), 7(2600 MHz), 8(900 MHz), 12(700 MHz), 13(700 MHz), 19(850 MHz), 20(800 MHz), 28(700 MHz) |
Receiver input Sensitivity | -98dBm to -114dBm: 700MHz to 2100MHz |
Coverage | Global * Available on request |
Antenna | External FAKRA antenna (3m included) Code D |
Server Interface | FTP/FTPS/S3 |
SIM Slot | External nano sim slot/ esim available on request |
Over-The-Air (OTA) | Configuration & firmware over-the-air (COTA/FOTA). Configurable sync rate. Optionally disable |
Heartbeat | Yes |
Data Upload State | Yes |
CAN Heartbeat | Optionally transmit heartbeat CAN frame with device info, device status, storage used RTC time & config-details |
Snapshot | Decode and send CAN signals periodically to the server |
HTTPS | Data & over-the-air updates can be sent via HTTPS (TLS 1.2) for secure transfer |
User Policies | Fully customize access rights across devices and end users through S3 policies * (when using AWS upload) |
Credential Encryption | S3 server credentials can be encrypted in the config on the device |
BUS & Signals | Operating Voltage |
Power supply - OBD | +5V to +27V |
Power supply - USB | +4.5 to +5.5V |
CAN/CAN FD | +2 to +3V |
LIN | 0 to +24V |
Digital Input | 0 to +28V |
Analog input | ± 10V |
Transceiver Protection (CAN) | Bus fault protection: ±58 V Thermal-shutdown protection (TSD) Common mode input voltage: ± 12V TXD dominant timeout (prevents network blocking in the event of a failure) Under-voltage protection |
Transceiver Protection (LIN) | ±8 kV HBM ESD, ±2 kV CDM, ± bus Fault TXD dominant timeout (to prevent the LIN node from permanently driving the LIN Bus dominant) |
Power Voltage | 5V for external sensor (current consumed should be less than 100mAmp) |
Enclosure | PC+ ABS |
IP Rating | IP 50 |
Dimension | L - 100 mm, W - 65 mm, H – 30 mm |
Weight | 112 Grams |
Mounting Holes | 4 mounting holes and screws |
Stackable | Yes |
Environmental Tolerance | Working temperature -40degC to +85degC; Humidity max 90% |
Silent Mode | Listen only mode available (configurable Silent mode) |
Power Saving | Wake Up On CAN, Wake up on Movement, Power Down Mode, Sleep Modes |
Power Safe | 100% power safe data logging - no file corruption when disconnected or in sleep mode |
Power Consumption | Normal (usage without Cloud) <120mA at 12V Normal (usage with Cloud) <300mA Normal sleep <21mA Deep sleep <10mA |
Protection | Reverse voltage protection on CAN-bus supply |
Functions | ReXgen 2 |
CAN Interfaces | 2 x CAN/CAN FD ISO 11898-1: Compliant with CAN (up to 1 Mbit/s) ISO & Bosch CAN FD (up to 8 Mbit/s) Conforms to CAN protocol version 2.0 - part A, B Max 20000 mps Meets the requirements of ISO 11898-2:2016 & ISO 11898-5:2007 physical layer standards |
CAN/CAN FD Functions | Supports custom baud rates CAN/CAN FD Bit timing selection SAE J1939 support (Source Address, Destination Address & PGN Filters) Silent Mode Configurable CAN DBC Support CAN frame error detection |
LIN Interface | 1 x LIN (up to 20 K Baud with LIN-Compatible Output Driver) |
Inputs | 2 x Digital and 2 x Analog (max sampling rate-1KHz) |
PC Interfaces | Rugged Micro USB 2.0 (Datalogger mode and J2534) |
Data Storage Capability | 8 or 16 GB Inbuilt eMMC storage (uses FIFO logic once the eMMC is full) |
Supported Protocols | CAN Monitoring (RAW CAN signals, SAE J1939 support) |
LEDs | 2 |
Triggering | Trigger on CAN ID, CAN Signal, and Digital Input. Trigger on DM1 counter. |
Data Storage Format | Log files accessible via ReXdesk Software |
File Format Supported | ASAM MDF (.mf4), Peak TRC, CSV, MATLAB, ASC, BLF |
Data Logger Configuration | Supplied with Influx ReXdesk configuration software, XML based |
Analog Input |
Number of channels | 2 x Bipolar single-ended inputs |
Range | ± 10 V |
Resolution (ADC) | 12 Bit |
Max sampling rate | 1 kHz |
Input Impedance | > 50 K Ohms |
Safe Applied Voltage | ± 28 V |
Digital Input |
Number of channels | 2 x Unipolar single-ended inputs |
Input Switching Thresholds | Low < 0.8 V, High > 2.5 V (up to 28V) |
Safe Applied Voltage | ± 28 V |
BUS & Signals | Operating Voltage |
Power supply - OBD | +5V to +27V |
Power supply - USB | +4.5 to +5.5V |
CAN FD | +2 to +3V |
LIN | 0 to +24V |
Digital Input | 0 to +28V |
Analog input | ± 10V |
Transceiver Protection(CAN) | Bus fault protection: ±58 V Thermal-shutdown protection (TSD) Common mode input voltage: ± 12V TXD dominant timeout (prevents network blocking in the event of a failure) Under-voltage protection |
Transceiver Protection (LIN) | ±8 kV HBM ESD, ±2 kV CDM, ± bus Fault TXD dominant timeout (to prevent the LIN node from permanently driving the LIN Bus dominant) |
Power Voltage | 5V for external sensor (current consumed should be less than 10mAmp) |
Enclosure | PC+ ABS |
IP Rating | IP65 |
Dimension | L - 100 mm, W - 73.5 mm, H – 27.4 mm |
Weight | 164 gms |
Mounting Holes | 4 mounting holes and screws |
Stackable | Yes |
Environmental Tolerance | Working temperature -40degC to +85degC; Humidity max 90% |
Silent Mode | Listen only mode available (configurable Silent mode) |
Power Saving | Wake Up On CAN, Wake up on Movement, Power Down Mode, Sleep Modes |
Power Safe | 100% power safe data logging - no file corruption when disconnected or in sleep mode |
Protection | Reverse voltage protection on CAN-bus supply |
Power Consumption | Normal Operation: <75 mA at 12 V Normal sleep <17mA Deep Sleep <2 mA |
ReXgen Series
K-Series
Rebel Series
Comparision List for ReXgen and Rebel Series data loggers
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
Functions
Description
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
INF2213
Our K-IEPE module is designed to connect IEPE sensors to a K-Box or K-AN8 voltage measurement device that normally cannot support IEPE sensors.
The powered K-IEPE module simply enables IEPE sensors to be connected via the BNC terminals and will output the signal voltages to the analog measurement device.
Calibration and sampling rates can be configured using the freely distributed K-Cal software.
Connects to the K-Series K-Box/K-AN8 via the Analog inputs
Refresh rates achievable (4 channels 1kHz)
ABS enclosure
Wide frequency range
Linear amplitude characteristics in a wide dynamic range
Ability to operate in severe ambient conditions (temperature, humidity, radiation and magnetic fields)
High mechanical reliability and durability at the expense of moving parts in the sensor
High vibration and shock resistance
No need for other power supplies for sensors
Compact structure and a large ratio of sensitivity to mass
INF2204.02/INF2205.02/INF2206.02
The K-TC 2.0 modules belong to the Influx K-series instrumentation range for CAN applications and are stackable, fast, accurate and reliable temperature measurement devices. Ideal for applications requiring many thermocouples, such as vehicle durability during winter and summer testing.
The K-TC 2.0 modules CAN Bus settings, calibration and sampling rates are all easily configurable and stored in the K-TC 2.0 module even when not powered.
The input calibration and set-up of the K-TC 2.0 module are easily configurable via freely distributable Windows PC applications, Influx K-Cal and TC Logger software.
Logs and stores data to an integrated memory card independently (without the support of any other data logger).
Each K-TC 2.0 unit has up to 8, 16 or 32 thermocouple connections at a 20Hz sampling rate.
Supports K, J and T-type thermocouples
Simple signal configuration using a DBC file
Supports logging of timestamped temperature data inside an integrated eMMC (8GB)
Supplied with configuration software Influx K-Cal for Windows® and configurable via a DBC file
Device drivers available for Windows® applications (32/64-bit)
Configuration and programming via CAN or USB interface
WakeOnCAN enables K-TC 2.0 modules to power up and power down in deep sleep mode
Measurement accuracy: ±1 degree C, Measurement resolution: 0.001 degree C
Instrumentation data time synchronised with recorded vehicle network data via CAN
Galvanic isolation (USB, CAN, Power, and TC Boards)
Free TC Logger software
INF2212
Our K-PT module is designed to connect PT100/1000 sensors to a K-Box or K-AN8 voltage measurement device that normally cannot support these sensors. The powered K-PT module enables PT100/1000 sensors to be connected via the D-Sub 9 terminals and will output the signal voltages to an Analogue measurement device.
Calibration and sampling rates can be configured using the freely distributed K-Cal software.
Connects up to 4 RTD sensors to the K-Series K-Box/K-AN8 via the Analogue inputs
Simple signal configuration using a DBC file
Supplied with configuration software Influx K-Cal for Windows®
Refresh rates achievable (4 channels 20Hz)
ABS enclosure
INF2210
K-AN8 Analog Modules- for combined Voltages, Current and PWM Signals Accurate analog and digital sensor measurement data for CAN applications. A stackable, Easy, and cost-effective solution to measuring Analog and digital/P.W.M. sensors together in one module.
The K-AN8 includes our unique power down and WakeOnCAN feature for quick installation on long-term unattended fleet test vehicles. Accurate sensor measurement data is transmitted periodically on the CAN Bus, enabling multiple K-Series modules to be connected together.
The K-AN8 CAN Bus settings, calibration, and sampling rates are all configurable and stored even when not powered.
8 analog inputs with variable input sampling rates
(8 channels at 1k Hz, 4 channels at 2kHz, 2 channels at 10k Hz and 5kHz)
PWM: 3 inputs frequency measurements, counters or pulse measurements
Outputs: 4 Relay outputs. (Optional)
Regulated +5V and +24V output power supply for external sensors
Supplied with configuration software, Influx K-Cal for Windows® and configurable via a DBC file
Instrumentation data time synchronised with recorded vehicle network data via CAN
Galvanic isolation between modules (enclosure, power, CAN BUS and analog input module)
Analog channel over-voltage protection +150 Volt
Stackable ABS enclosure
Combined Voltage, P.W.M./Digital measurements
Software switchable voltage input ranges from ±80V to ±10V
Very high accuracy- Analog ±0.0015%
High input impedance on Analog inputs
WakeOnCAN and power down deep sleep mode
| Technical Data | Description |
|---|---|
| Technical Data | Description |
|---|---|
| Technical Data | Description |
|---|---|
| Technical Data | Description |
|---|---|
Measurement inputs
4
Internal resolution
18 bit
Internal sampling rate per ch.
6.25kHz
Measurement data rate per ch.
4 channels: 1kHz. CAN bus: 1Mbit/s
SW input filter
A digital filter in the ADC module is automatically adjusted to the sampling rate
High pass filter
13.8Hz
Bandwidth
21.8Hz
Operational safety
-0.7V to +24V permanent, additional
Device safety
-0.7V to +24V permanent, additional ESD protection
Input impedance
>10K
Broken sensor detection
Yes
Typical SNR @ 30kHz Band Width
Sampling @6.25Hz: 102dB
Linearity
ADC ±0.75 LSB
Current source
5.1mA ± 2%
Voltage
24V
Output power
Maximum total (for 4 channel) current: 60mA
Channel/ power supply Isolation
1000 VDC minimum
Sensor excitation/ power supply Isolation
1000 VDC minimum
CAN channel Isolation
1000 VDC minimum
CAN power supply Isolation
CAN and power are galvanically connected
Configuration
Configuration with K-Box Cal application by company protocol
Power supply
4.5V to 36V DC.
Power consumption
Typ. 2.6W
Housing
ABS
Dimensions/ Weight/ Protection Class
D: (128x46x105mm); W: 450g; PC: IP65
CAN/ Power supply
Two 9-pin D-Type connections with duplicate signals
Signal Inputs
BNC Connector
Operating temperature range
-40degC to +85degC
Power supply
4.5 to 31V DC (isolated)
Power consumption
K-TC8 / K-TC16 / K-TC32
Normal operation
120mA at 12V / 140mA at 12V / 200mA at 12V
Power down standby mode
24mA at 12V / 25mA at 12V / 30mA at 12V
Configuration
Via CAN bus with K-Cal for calibration. Via USB with TC Logger SW for logging configurations stored in the device
Interfaces (Isolated)
CAN bus (max 1000 kbps) and USB 2.0
Storage
8 GB eMMc
PC Interfaces
USB2.0 Type B (isolated)
Enclosure
Dimension (LxHxW): 115x56(K-TC8) / 79(K-TC16) / 149(K-TC32) x 105mm
Weight 450g(K-TC8), 570g(K-TC16), 900g(K-TC32)
IP 40
ABS/Aluminum Allow* (depending upon the stock availability)
Environmental
-40°C to +85°C
Humidity max 90%
Thermocouple Inputs
K, J, T-type
Accuracy ± 1°C
Measurement: -200 °C to 1250 °C
Connection type
Thermocouples: mini K, J ,T-Type (galvanically connected)
Thermocouple Inputs
Number of channels
K-TC8: 8 channels, K-TC16: 16 channels, K-TC32: 32 channels (group of 8 isolated/each galvanically connected)
Channel Input Types
K, J, T
Measurement Range
(-)200°C to (+)1200°C
Max Sampling Rate
20 Hz per channel
Max applied voltage
± 3.3 V
Peak Galvanic Isolation Voltage (from all other modules and power supplies)
Three-wire CAN Bus
780 V
Four-wire USB Bus
840 V
Two-wire power module
560V
Measurement inputs
4
Type of measured sensors
PT100/1000
Measurement range
-200degC to +850degC
Linearization
Standard tables for different types of ALPHA
Internal resolution
18 Bit
Internal sampling rate per channel.
6.25kHz
Measurement data rate per channel.
1, 2, 5, 10, 20 Hz
HW HW input filter
Input filter common mode; Output filter on the amplifier; Differential-Mode Corner Frequency 7.6Hz, Common-Mode Corner Frequency: 159Hz
SW input filter
A digital filter in the ADC module is automatically adjusted to the sampling rate. With the current setting (sampling at 6.25kHz), the filter has a frequency of 3kHz
Broken sensor detection
Yes
Measurement current
The current changes, depending on the resistance of the sensor, within the range: 212-224µA
Gain error at 25degC
± 0.1% of measured value
Offset and scaling error
±1K
Gain drift
±10ppm/K of measured value
Zero drift
±5 mK/K
CAN channel Isolation
1000VDC minimum
CAN power supply Isolation
CAN and Power are galvanically connected
CAN interface
CAN 2.0B, up to 1Mbit/s
Configuration
Configuration with K-Box Cal application by company protocol
Power supply
4.5V to 36V DC.
Power consumption
Typ. 1.9W
Designation housing
ABS
Protection class
IP65
Weight
450g
Dimensions
115x46x105mm
CAN power supply
Two 9 pin D-type connectors with duplicate signals
Signal inputs
Two channels are integrated into a 9 pin D-type connector
Operation temperature range
-40degC to +85degC
Power supply
6 to 36V DC.
Interfaces
CAN Bus
PC interfaces
None
Enclosure
Dimension (L115xH56xW105)
Weight 450g
IP65
ABS
Environmental
-40°C to +85°C Humidity max 90%
Output Voltages
5V and 24V (Max current drawn 80 mA combined)
Analog Inputs
Number of channels
8 Bipolar differential inputs
Accuracy
±0.0015%
Software switchable Range
±80V, ±40V, ±20V, ±10V
Resolution (ADC)
16 Bit
Max Sampling Rate
1 KHz (all 8 channels), 2 KHz (4Channels), 10 KHz (2 Channels)
Input Impedance
> 4 MOhm
Min-Max Applied Voltage
±75 V vs Analog Ground, ±150 V between Analog inputs
Digital Input / Output
Number of channels
×4 unipolar single-end hardware configured as input or output.
Input switching thresholds
Low < 1.5V
High > 2.0V (up to 12V)
Input leakage current
< 10nA
Output states
(Optional) Open collector & 510Ohm
Output drive capability
45V max
Collector current (DC)
10mA max
Saturation voltage (OK on)
< 0.15V
Equivalent on-resistance
< 510Ohm
Leakage current at OK off
< 5uA
Min-Max applied voltage
Digital input -8V to +12V; Digital output 0V to +40V power supply, which limits the current to 10mA
PWM
3 digital inputs frequency measurements up to 100KHz or pulse measurements. (min 100 Nanoseconds, min time between pulses 10 microseconds)
