Honeywell TARS-B Series Transportation Attitude Reference System Inertial Measurement Unit

Description

• Functional Features
  • High – Precision and Consistent Data Output: Factory calibration based on aerospace – grade rate tables ensures that each unit maintains high calibration consistency. With a high data resolution, it can capture tiny changes in vehicle motion and output accurate angular rate, acceleration and attitude data, laying a solid foundation for precise control and guidance of vehicles.
  • Customizable Data Processing: Users can use the TARS Configurator Tool software to adjust parameters such as message broadcast rate, orientation and filter settings. The sensor fusion algorithm can also be customized through on – board firmware to filter out extraneous environmental and vehicle motion interference data, adapting to the usage needs of different types of vehicles.
  • Strong Environmental Durability: The combination of IP67 and IP69K sealing performance and the wide operating temperature range of -40°C to 85°C enables the unit to withstand harsh conditions such as dust, heavy rain and extreme temperatures in off – highway and heavy – duty operation environments without performance degradation.
  • Easy Integration and Installation: It adopts the industry – universal CAN J1939 communication protocol, which can be quickly connected to the existing electronic control system of most engineering vehicles. The SMD/SMT mounting method and compact size simplify the installation process. It can be pre – configured at the factory, enabling immediate installation and use upon delivery.
• Application Scenarios
  • Construction and Engineering Vehicles: It is widely used in wheel loaders, excavators and skid steer loaders. It provides real – time attitude and motion data for these vehicles, allowing the electronic control unit to guide the automation of repetitive operations such as loading and digging. It also helps operators adjust the vehicle posture in time to improve operation accuracy and work efficiency.
  • Defense Ground Vehicles: It is applied to various defense – oriented ground vehicles such as military transport vehicles and tactical command vehicles. It monitors the vehicle’s motion status in complex terrains such as deserts and mountainous areas in real time, ensuring the stability of on – board equipment and assisting in precise path navigation to enhance the vehicle’s battlefield adaptability.
  • Off – Highway Heavy – Duty Vehicles: It is installed on off – highway transportation vehicles such as mining trucks and logging trucks. These vehicles often travel on uneven and harsh roads. The unit can monitor the vehicle’s tilt and acceleration changes, send early warning signals when the posture is abnormal, and prevent rollover and other safety accidents.
  • Recreational Vehicles: It is used in large recreational vehicles such as motorhomes and luxury campers. It monitors the vehicle’s attitude during driving, especially on winding mountain roads or bumpy rural roads. It provides data support for the vehicle’s stability control system to improve the comfort and safety of the ride.