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A Bluetooth Vibration Sensor is an accelerometer that can use the Bluetooth standard protocol to record vibration data and send it to a receiver. To establish wireless connectivity, these sensors typically incorporate an accelerometer and a bluetooth transmitter. When Bluetooth-enabled devices are close to one another, they automatically detect each other.
In a narrow band around 2.4 GHz, Bluetooth makes use of 79 distinct radio frequencies. Wi-Fi also uses this band, but Bluetooth uses so little power that it doesn’t affect Wi-Fi communication at all.
In the oil and gas industry, vibration sensors made for monitoring are used to monitor motors, critical pumps, fans, gearboxes, and compressors. Nowadays, there are a variety of uses for Bluetooth vibration sensors, with online condition monitoring being the most important. The Bluetooth 5.0 mesh network technology makes it simple to construct extensive sensor networks.
Additionally, the ability of Modbus Communication to simultaneously integrate automation and condition monitoring is an excellent feature.
The Global Bluetooth vibration Sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The ultra-low-power, battery-operated BluVib-M-V-T-3 wireless vibration sensor measures temperature and three axes of vibration. It can function independently or as part of a network of multiple sensor devices and makes use of the most recent low-power wireless communications standard, Bluetooth 5.
The operation can be programmed by the user to wake up at predetermined intervals to take temperature and vibration measurements or to operate nearly continuously, continuously monitoring data, and signal predetermined “events.” After that, raw data can be sent to a host device for processing, trending, and storing.
A solution for condition monitoring of rotating machinery is the wireless vibration sensor. It is mostly used in the process industries, where it is commonly used to monitor motors, fans, pumps, gearboxes, and other components.
The device provides data that can be used to determine high-resolution spectra of vibration and the bearing envelope as well as overall values of temperature, bearing condition, and vibration—all of which are referred to as “process variables“.
The wireless vibration sensor outperforms wired alternatives in terms of ease of installation and battery life of up to 5 years. The sensor comes with complete documentation for programming at the Bluetooth level or at a higher level with the ReST API,
