SMP Trombetta's J1939 gyro inclinometer is a robust, high-precision device engineered to deliver accurate angular data even in the most demanding environments. Utilizing advanced MEMS (microelectromechanical systems) technology, it integrates multiple sensors and gyroscopes to ensure stable and reliable readings, effectively filtering out inaccuracies caused by vibration and shock.
The inclinometer outputs real-time angular data to the J1939 CAN bus, supporting a wide voltage range (8.5V–32V) and operating reliably in extreme temperatures from -40°C to 85°C. Its compact, sealed design features a right-angle automotive connector and three-point mounting, making it easy to install in tight spaces and adaptable to various mounting orientations.
Enhanced configurability-including options for zero-point offset, sensitivity, and calculation modes-further extends its versatility, while its rugged construction ensures long service life and cost-effectiveness in harsh applications.
This gyro-compensated inclinometer is an essential tool across multiple industries where precise tilt and angle measurements are critical. In automotive and construction equipment, it provides tilt sensing and stability control, reducing risks such as tip-overs in cranes and excavators.
Aerospace applications benefit from its accuracy in navigation and platform stabilization, while industrial and agricultural machinery use it to monitor tilt for operational safety on uneven terrain.
Marine vessels also rely on the device for stabilization and navigation. With a dynamic angle accuracy as fine as 0.25° and rapid data updates every 10 milliseconds, the J1939 gyro inclinometer delivers the precision and reliability required for modern, safety-critical systems, making it a trusted solution for both off- and on-highway vehicles
وصف
Trombetta Inclinometer (99-0554) SMP Trombetta's J1939 gyro inclinometer is a robust, high-precision device engineered to deliver accurate angular data even in the most demanding environments. Utilizing advanced MEMS (microelectromechanical systems) technology, it integrates multiple sensors and gyroscopes to ensure stable and reliable readings, effectively filtering out inaccuracies caused by vibration and shock. The inclinometer outputs real-time angular data to the J1939 CAN bus, supporting a wide voltage range (8.5V–32V) and operating reliably in extreme temperatures from -40°C to 85°C. Its compact, sealed design features a right-angle automotive connector and three-point mounting, making it easy to install in tight spaces and adaptable to various mounting orientations. Enhanced configurability-including options for zero-point offset, sensitivity, and calculation modes-further extends its versatility, while its rugged construction ensures long service life and cost-effectiveness in harsh applications. This gyro-compensated inclinometer is an essential tool across multiple industries where precise tilt and angle measurements are critical. In automotive and construction equipment, it provides tilt sensing and stability control, reducing risks such as tip-overs in cranes and excavators. Aerospace applications benefit from its accuracy in navigation and platform stabilization, while industrial and agricultural machinery use it to monitor tilt for operational safety on uneven terrain. Marine vessels also rely on the device for stabilization and navigation. With a dynamic angle accuracy as fine as 0.25° and rapid data updates every 10 milliseconds, the J1939 gyro inclinometer delivers the precision and reliability required for modern, safety-critical systems, making it a trusted solution for both off- and on-highway vehicles
