- What is a LIN Bus Logger?LIN bus logger is low-cost offline LIN analyzer tool that can be used to record and download the LIN bus data. It is very useful tool for OEM development team for developing and field-testing.
- How does the LIN Bus logger store data?LIN bus logger records the raw LIN frames in the internal microSD card storage.
- Can the recorded data be extracted from the LIN Bus Datalogger?Yes, the recorded data can be downloaded via USB interface using our custom windows software PreciCon.
- Is the LIN Bus Logger easy to install in a vehicle?Yes, the device is designed in such a way that it can be installed in the vehicle using the flange provision in the enclosure. Standard DB9 connector is provided for power and LN bus connections.
- Can the LIN Bus Datalogger connect to any LIN enabled device?Yes, this device supports single channel LIN 2.0 interface which can connect to any automotive or industrial LIN bus. It can be configured as Master or Slave using the PreciCon software.
- What makes the LIN Bus Datalogger a complete standalone device?The device includes the internal memory of up to 32GB where the data can be logged for more than a month and the same can be downloaded using the USB interface. It requires one time configuration and simple connection where it can run seamlessly until its memory is full or power is interrupted.
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LIN Bus logger
Our LIN bus logger is a LIN bus is a more stable and low-cost alternative for CAN bus in automotives. Similar to CAN bus logging/analyzer device, LIN analyzers are more vital for any OEM development team to perform the offline LIN bus diagnostics.
Our LIN bus logger device is a standalone device designed to connect to any LIN-enabled device, capture and store LIN bus data in non-volatile memory. It records raw LIN frames and the same can be easily extracted via USB using a custom Windows software. Its compact design ensures it fits in bench setup or inside a vehicle, making it ideal for device developments and field testing. Our custom software offers a user-friendly interface, allowing for downloading and quick analysis of LIN bus data.
Category: CAN/LIN Adapters
Typical Application
Secure Internal Storage
Acquired LIN data are available in inbuilt micro-SD card storage which stores the data more securely with encryption. The stored data can be decrypted and viewed using the PreciCon tool.
Quick Configuration
Connect the LIN bus logger device to your computer to configure the device to work with your vehicle using the free configuration tool PreciCon. You can configure this LIN analyzer as a Master or Slave.
Simple Mounting & Ready to go
Durable, robust ABS plastic enclosure can withstand the toughest conditions. Rigidly screw your adapter with available flange arrangement and get ready to log the data.
Secure internal storage:
Acquired CAN data are available in inbuilt micro-SD card storage which stores the data more securely with encryption. The stored data can be decrypted and viewed using the PreciCon tool.
Quick configuration:
Connect the CAN-FD to USB adapter to your computer to configure the device to work with your vehicle using the free configuration tool PreciCon.
Simple Mounting and Ready to go:
Durable, robust ABS plastic enclosure can withstand the toughest conditions. Rigidly screw your adapter with available flange arrangement and get ready to log /view live data.
Typical Application
The LIN bus datalogger is ideal for automotive applications such as field testing of EVs and on-board diagnostics enabling ease in vehicle servicing.
Key Features
- 1x LIN 2.0
- uSD card Storage
- IP40 rated enclosure
- USB 2.0 Interface
- Master or Slave configuration
- Supports J2534
- Real Time Clock
- Free Configuration software PreciCon
- Live CAN bus monitoring
- Speed up to 1Kbit/s to 20 Kbit/s
- LIN Error Logging
Technical Specifications
Deliverables
Technical Specifications
General
Power Supply: 12V via DB9 connector
Power consumption: 1.5A Max
PC interface: USB Mini B connector
Indication: Status LEDs for Power, LIN bus communication, USB communication
LIN Features
Single-channel LIN 2.0 interface
Galvanic isolation up to 500 V
ESD protection on LIN bus up to 23KV compliance to IEC 61000-4-2, Level 4 and surge protection compliance to IEC 61000-4-5 (Ipp @ 8/20uS)
External 12V power supply required for LIN transceiver
LIN bus connection via a 9-pin D-Sub connector
RTC
Support for internal RTC IC with replaceable coin cell battery backup
Storage
Inbuilt non removable microSD card upto 32GB capacity
Support for cyclic logging
Environmental
Dimension: 105mm X 68mm X 31.5mm (W/O flanges)
Weight: 138 gm
Mechanicals: ABS plastic (IP40)
Operating Temperature: -40 to +85 Degree Celsius
Digital Inputs
Number of channels: 2
Input Switching Threshold: High – 12V, Low – 0V
Deliverables
- One unit with IP40 rated ABS plastic enclosure
- DB-9 female connector for external LIN bus interface
- MicroSD card (internal non-removable)
- Power adapter if required (optional)
- GNSS antenna (optional)
- User Manual
- Quick Start Guide
Applications
LIN Bus diagnostics for HVAC system
Our LIN datalogger can be connected to the HVAC system’s LIN bus to monitor and log communication traffic between the master device (controller) and the slave devices (sensors and actuators). Once the LIN analyzer is connected, the system’s communication is monitored in real time. This allows for troubleshooting and analysis of any issues that may arise within the HVAC system, ensuring optimal performance and functionality. The LIN datalogger can also provide valuable data for maintenance and future system improvements.
Offline LIN Analyzer in Door control systems in a car
Our LIN analyzer can monitor and help troubleshooting the communication on the LIN bus involved in door control systems in a car. Connect the offline LIN analyzer and start capturing real-time data as the door is opened or closed and when lock/unlock commands are issued. This data can then be analyzed to identify any issues or malfunctions within the door control system. Additionally, LIN analyzers can also help in diagnosing problems related to communication errors or signal interference on the LIN bus.
