OOne Sensor Family
Introducing
OOne Smart Sensors
Revolutionizing
Data Collection
Experience the unmatched capabilities of OOne Smart Sensors by Fizix, designed to revolutionize the way you collect and analyze crucial data. Our sensors employ state-of-the-art technology, enabling precise measurement of vibration, temperature, and acoustic parameters with exceptional accuracy.
Equipped with advanced internal algorithms, OOne Smart Sensors deliver comprehensive calculations, transforming raw data into valuable insights. Seamlessly integrating wireless technologies, these sensors effortlessly transmit the analyzed data to the cloud, providing real-time updates and facilitating proactive decision-making.
One of the remarkable features of the OOne Smart Sensor family is its adaptability to various environmental conditions. Whether you are operating in challenging underwater or wet environments, extreme high-temperature settings, or hazardous locations with flammable or explosive elements, we offer a wide range of specialized OOne sensor interfaces to cater to your unique demands.
With Fizix, you can confidently select the perfect OOne product that ensures reliable performance and accurate data collection, regardless of the surroundings.
Empower your operations with the innovative OOne Smart Sensors, enabling you to optimize processes, mitigate risks, and unlock new efficiencies.
Experience the next generation of data collection and analysis with Fizix, where cutting-edge technology meets unparalleled adaptability
OOne Family
OOne-STD
OOne-IST
OOne-EX
OOne-HT
OOne-STD
The Fizix OOne system facilitates your focus on predictive maintenance in machine health through its optimized sensors, embedded software, and intelligent interface.
By easily mounting OOne onto your systems or machines, you can instantly start monitoring their health. Additionally, you can conveniently monitor hard-to-reach or hazardous areas online without compromising the safety of your personnel..
OOne tracks changes in your machines and systems at standard alert levels or the limits you set, and sends you notifications via email, SMS, messages, or phone calls.
Thanks to AI-powered software, the data obtained from your machine is automatically processed to detect primary faults such as imbalance, misalignment, looseness, and bearing failures. These faults are then promptly and automatically reported to you.
OOne-IST
The Fizix OOne system facilitates your focus on predictive maintenance in machine health through its optimized sensors, embedded software, and intelligent interface.
By easily mounting OOne onto your systems or machines, you can instantly start monitoring their health. Additionally, you can conveniently monitor hard-to-reach or hazardous areas online without compromising the safety of your personnel..
OOne tracks changes in your machines and systems at standard alert levels or the limits you set, and sends you notifications via email, SMS, messages, or phone calls.
Thanks to AI-powered software, the data obtained from your machine is automatically processed to detect primary faults such as imbalance, misalignment, looseness, and bearing failures. These faults are then promptly and automatically reported to you.
OOne-EX
The ExOOne, which is part of the Fizix OOne Vibration and Temperature Sensor system family, is specifically designed for monitoring equipment in explosive and flammable environments. It has the necessary certifications for such applications. Unlike the standard OOne product, it features an embedded power cable and antenna. The power cable utilizes a special Polyurethane cable, while the antenna has embedded connector connections, with only a portion exposed outside the sensor. This design ensures safer and more robust utilization of the sensor.
OOne-HT
The HT-OOne, which is a part of the Fizix OOne Vibration and Temperature Sensor system family, is specifically designed for equipment with high temperature requirements. This product features a different design compared to the standard OOne version, allowing the sensor to operate at higher temperatures. With its two different structures, this sensor offers a highly practical and modern design.
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