MB2147-10

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Evaluation and demonstration boards and kits allow engineers and technical staff to learn, test and analyze a product before settling on a more permanent solution. The MB2147-10 is such a device, designed for testing the performance of the multi-IMU products commonly used in the robotics industry. It operates mainly on the principle of a remote torque sensor.

Application Field

The MB2147-10 is mainly used in the field of multi-IMU systems, especially robotics. The sensor’s ability to measure torque at a remote location allows for testing of such systems without having to physically move actual IMU components around the test area. This makes it especially useful for research and testing work which could otherwise be a long and cumbersome process.

Working Principle

The MB2147-10 works mainly on the principle of a remote torque sensor. It makes use of a sophisticated system which has the capability to measure the torque of the multiple inertial measurement units (IMUs) at a remote location. This system is based on a number of internal nodes arranged in a perimeter around the IMU being tested. These nodes measure the moment-of-inertia property of the IMU, and the resultant readings provide information regarding its torque.

The MB2147-10 enables a variety of features such as start/stop, control of acceleration/deceleration and measurement of the feedback signal, thus providing an accurate feedback loop to ensure precise control of the IMU. It also enables the user to perform various tests such as static torque testing, dynamic torque testing and IMU position control tests. The MB2147-10 provides a highly reliable evaluation tool for the robotics industry, as it has an accuracy that is within 0.02% of the measured values.

The MB2147-10 is an invaluable evaluation and demonstration board and kit for the robotics industry. Its ability to measure torque at a remote location and the associated features it provides make it an invaluable asset to any laboratory or engineering facility researching robotics and IMUs. Its accuracy and reliability also ensure that it can provide precise and trustworthy results, eliminating any potential risks associated with incorrect data.

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