Condition Monitoring Sensors
Phantom condition monitoring sensors are small devices created to record vibration and send it to the cloud or to a local database using an intermediary device called “gateway”.
These vibration sensors make possible to monitor the condition of your machine very easily. The ease of mounting and the absence of cables make them ideal for quick and cost-effective installations. Phantom wireless vibration sensors send waveforms and spectra, reaching a bandwidth of 10 kHz and up to 12800 lines of resolution.
To save battery, Phantom® sensors also send RMS values in velocity (internal integration) and have an internal alarm that users can remotely program to wake up in case of high vibration.
Condition Monitoring Sensors – Transmit Spectra Wirelessly
Phantom condition monitoring sensors are capable of sending FFT spectra and waveforms through BLE 5.0 wireless protocol. In return, they consume very little energy and achieve distances of up to 100 meters in line of sight or 50 meters with intermediate walls (these distances depend on the thickness of the walls)
Phantom condition monitoring sensors have a bandwidth of 10 kHz and amplitude range of + – 8G configurable to up to + -32 G. Excellent for detailed vibration analysis. Additionally, spectrum interval is also adjustable. To further conserve battery life, configure your wireless vibration sensors to send data in intervals ranging from every 10 to every 1440 minutes (24 h).
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Wake Up Your Condition Monitoring Sensors with High Vibration / Internal Integration
Our wireless condition monitoring sensors for vibration spend asleep 95% of the time in order to extend their battery life. However, they have an internal processor capable of measuring the vibration every 30 seconds and integrating it to assess whether it is outside the configurable permissible limits. In case of finding vibration values above the threshold, Phantom will wake up and immediately and send an alarm signal to the cloud that can also reach your mobile phone if you wish.
Once the alarm has been sent, Phantom will not send another alarm unless it detects a vibration value greater than 25% of the previous value.
Condition Monitoring Sensors with Great Battery Life
The battery incorporated into the sensor is meticulously engineered to provide an extended lifespan, allowing it to endure and facilitate up to an impressive count of 65,000 measurements. However, this endurance, may be subject to fluctuations based on factors such as the specific manner of employment, prevailing working temperatures, and even the spatial gap between the sensor and the gateway.
Moreover, an advantageous feature of this battery is its complete replaceability, which significantly bolsters the longevity of the sensor itself. By offering the flexibility to swap out the battery when needed, the sensor guarantees the safeguarding of your valuable investment, ensuring that its utility and effectiveness are upheld for an extended duration.
Condition Monitoring Sensors – Designed for Exterior and Interiors
Our wireless condition monitoring sensors are meticulously designed for permanent installation, allowing them to effectively withstand sun and rain exposure while adhering to the stringent IP67 standards. In addition, what sets us apart is the added advantage of a highly convenient and repositionable base plate. This ingenious feature enables precise alignment of the sensor axes with your machine, ensuring the most accurate readings possible.
Moreover, by securely attaching the base plate to your machine using top-quality epoxy glue, or using the 1/4 – 28 UNF screwing of the vibration sensor, we offer a seamless and dependable monitoring solution that guarantees optimal machine performance and longevity
Integrated Temperature
Our wireless condition monitoring sensors include an internal temperature meter that will serve 2 purposes. Bring information to the temperature trending of the machine and alert when the machine is outside the configured levels. Furthermore, it will immediately send an alert if the sensor detects that it is in danger because of the temperature.
The sensor has an operating range of -10º C to 85º C and the range can be extended with appropriate thermal insulators.