Product Features
Rugged, Portable & Advanced Vibration Analysis
VibScope integrates advanced vibration analysis capabilities within a rugged, self-contained unit. Equipped with a 3-axis accelerometer and temperature sensor, it generates comprehensive vibration waveforms for in-depth analysis. With options for both online and offline operation, VibScope can be configured via a mobile app and supports edge algorithms for real-time alerts. Its compatibility with various mounting brackets and the option for white-label solutions make it highly adaptable to diverse industrial needs
Choose VibScope for reliable, portable ‘always on’ vibration analysis wherever you need it.
Advanced Vibration Logging
VibScope offers configurable measurement intervals for logging vibrations, tracking statistics such as minimum, maximum, average, and variance. With its ‘set-and-forget’ capability, VibScope can continuously log vibrations for many years, providing valuable long-term data insights.
Long-Term Temperature Monitoring
VibScope measures and logs surface temperatures over many years, offering valuable insights into temperature trends and machinery health. With its long-term logging capabilities, VibScope facilitates proactive maintenance and optimized performance in diverse industrial applications.
Efficient Service Scheduling
VibScope features an hour-counter application, empowering users to monitor machine or asset activity and schedule service intervals efficiently. Users can set alerts to be notified when specific hour thresholds are reached, ensuring timely maintenance and optimal performance of equipment.
Flexible Waveform Capturing
VibScope can capture full vibration-waveforms with flexible output rates from 100 Hz to 25.6 kHz, supporting up to 12,000 samples. Users can easily obtain these waveforms using the mobile app or schedule acquisitions through a gateway for tailored monitoring. This flexibility ensures efficient and detailed data collection, empowering users to analyze vibration events effectively in real-time.
Efficient FFT Analysis
VibScope allows users to analyze vibration waveforms using FFT analysis, also directly accessible through the mobile app. This feature provides instant insights into frequency characteristics, enhancing efficiency and enabling proactive measures against vibration-related issues.
Advanced FFT Automation
VibScope facilitates direct analysis of acquired waveforms using FFT-based automation. This innovative feature allows users to define a search window within which the largest peak is identified and processed automatically. The results of this analysis are promptly pushed back to the mobile app, providing users with immediate insights into the characteristics of the waveform.
Reliable Power for Continuous Performance
VibScope is engineered to remain continuously operational, providing robust support for advanced vibration analytics. The chosen Li-SOCl2 battery cell is IECEx certified and has successfully passed the short-circuit test outlined in IEC 60079 standards. Depending on the enabled analytics, this battery sustains VibScope’s operation for a product lifespan of 5-10 years.
Precise vibration analysis
VibScope utilizes a MEMS 3-axis accelerometer. This sensor technology enables VibScope to detect vibrations across three axes simultaneously, offering comprehensive insights into machinery and structural dynamics.
VibScope Models
Model | X-axis | Y-axis | Z-axis | g Range | Temperature accuracy |
---|---|---|---|---|---|
High G (Black) | 4200 Hz | 4200 Hz | 2900 Hz | ±2g to ±16g | ± 0.2°C |
High Res (Blue) | 8200 Hz | 8500 Hz | 5600 Hz | ±8g to ±64g | ± 0.2°C |
Integrated Gateway Solution
VibScope features an integrated gateway housed within a rugged Peli 1150 flight case, ensuring reliable data transmission in demanding environments. Utilizing 4G LTE cellular communications and integrated antennas, setup is streamlined and requires only power. The flight case provides exceptional protection, safeguarding against environmental hazards. With its plug-and-play functionality, VibScope enhances operational efficiency and reliability, making it indispensable for comprehensive vibration monitoring and analysis in industrial applications.
Android and iOS Apps
VibScope provides user-friendly apps for Android and iOS platforms, enabling easy configuration, waveform capture, analysis, and real-time alerts on smartphones and tablets. With seamless integration, these apps streamline vibration monitoring and analysis, empowering users to make informed decisions effortlessly.
Efficient Fleet Management
VibScope offers a user-friendly web portal for efficient management of multiple devices. This portal allows users to monitor and analyze data from numerous VibScope units simultaneously, streamlining operations and enhancing productivity. With customizable dashboards, advanced analytics, and robust reporting, the portal provides valuable insights into vibration trends and performance metrics. Additionally, it supports seamless integration with other management systems for enhanced interoperability.
Waterproof VibScope
Versatile Underwater Monitoring
VibScope’s fully molded Polyurethane construction ensures complete waterproofing, making it ideal for measuring vibrations and positions of submerged structures. Divers can retrieve these waterproof VibScopes for analysis of long-term data, offering unparalleled versatility for underwater applications.
Versatile Mounting Solutions for Effortless VibScope Installation
VibScope offers a range of specialized bracket options to facilitate easy installation in various environments. These include a dedicated mounting bracket designed for installation on pipes, glue-pad brackets tailored for non-magnetic surfaces, and heat-sink brackets suitable for mounting on hot surfaces. With these versatile mounting solutions, installing VibScope becomes remarkably straightforward, allowing users to deploy the device effectively in diverse settings with minimal effort.
Dimensions
In combination with the above referened bracket options, VibScopes are extremely easy to install enabling economical deployment in large numbers.