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The SCOPE sensor is both inexpensive and designed for low power consumption. While I cannot provide details due to proprietary information, we achieve long battery life without sacrificing sensitivity through the use of special modes and careful consideration of calculation methods. Specifically, we have achieved a battery life of around three years (with individual variations) through measurements taken every five minutes. In contrast, many other wireless vibration sensors typically measure once a day, making high-frequency measurements like those of SCOPE impractical from a battery life perspective. As a result of high-frequency measurements, we can accurately measure vibrations even in machines like automatic activation devices, where the timing of operation is unpredictable. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

The SCOPE sensor costs 4,000 yen per unit and uses an inexpensive Raspberry Pi as the edge device. However, being inexpensive alone does not enable a small start. It is important to easily purchase and increase the number of sensors. The SCOPE sensor has a magnet embedded in its case, and measurement begins simply by attaching it to a (steel) bearing part. Once a master device is added, it becomes possible to view graphs and send alert emails. *For more details, you can view the related links on the blog. Please feel free to contact us for more information.

The abnormal sign detection system for production equipment, "SCOPE," is a device designed to monitor primarily vibrations and to establish an operational framework that allows the site to operate autonomously. No matter how high-performance a system is implemented, equipment without sensors cannot be monitored, leading to a contradiction in the field where there is a responsibility to manage everything but no means to keep an eye on it. Therefore, instead of a high-end system, we shifted our thinking towards mass installation to eliminate gaps in the field. We intentionally adopted inexpensive commercial sensors and proved the practicality of capturing "minor defects before abnormal sounds." By narrowing down the functions, we aimed to reduce costs and enable the site to autonomously operate from alert detection to proactive actions. 【Contents】 Chapter 1: Why was SCOPE created? Chapter 2: Why can abnormalities be detected with inexpensive sensors? Chapter 3: Why are MEMS vibration sensors sufficient? Chapter 4: How are abnormalities judged? Chapter 5: CBM cannot be established with monitoring alone. *For more details, you can view them immediately by downloading the catalog. Please feel free to contact us.