LP RESEARCH LPMS-CU3 VER 2.0

LP RESEARCH LPMS-CU3 VER 2.0

The LPMS-CU3 is a miniature motion sensor designed for high-performance tracking. This innovative unit integrates CAN Bus and USB interfaces into one compact housing. Consequently, it is a perfect fit for both machine and human motion measurements. It specifically targets applications where size and cost are critical factors. The sensor utilizes advanced MEMS technology to deliver reliable and precise data. Users can monitor complex movements with high accuracy across various environments. Because of its small footprint, it mounts easily in tight spaces. This device offers a professional solution for engineers and researchers alike. You will find it remarkably easy to integrate into your existing systems.

Key Features

This miniature IMU combines a 3-axis gyroscope and a 3-axis accelerometer. Additionally, it features a 3-axis magnetometer and a barometric pressure sensor. These sensors work together to provide complete 9-axis motion tracking. The device performs real-time calculations directly on the sensor hardware. Therefore, you receive immediate data for orientation and linear acceleration. It also calculates altitude data without needing extra external processing. The high data output rate reaches up to 500Hz for smooth tracking. Furthermore, the sensor supports a variety of wired interfaces for maximum flexibility. You can use the standard USB 2.0 port or the industrial CAN Bus.

Specifications

The LPMS-CU3 weighs only 12 grams and features a tiny 34mm frame. Its durable ABS housing carries an IP64 rating for dust and water protection. Moreover, the unit includes an Extended Kalman Filter for superior data stability. It outputs data in several formats, including Euler angles and quaternions. The power supply requirement is a simple 5V DC via the Micro USB port. Communication protocols include CANopen and the proprietary LP-BUS for easy coding. The operating temperature ranges from -40 to 80 degrees Celsius. This wide range makes it suitable for extreme industrial or outdoor use. It also supports major development platforms like ROS, Unity, and Python.

Applications

Engineers frequently use the LPMS-CU3 for manipulator balance control systems. It is also an excellent choice for advanced driving navigation research. Racing teams utilize this sensor for real-time car status monitoring. Moreover, the device helps with the precise control of robotic arms. It is highly effective for human motion capture in sports science. Similarly, it works well for stabilizing camera gimbals and autonomous platforms. The sensor provides the necessary data for complex automation tasks. It is a reliable solution for any high-precision motion-sensing requirement. You can achieve professional results with this miniature hardware.