CAVU Aerospace UK Ltd

VOM-1010 Condition Monitoring System

The VOM-1010 system is a cutting-edge solution designed to revolutionize condition monitoring across various industrial applications, including oil rigs, vessel ships, refineries, power plants, generators, and wind turbines. Equipped with advanced AI capabilities, it enables predictive maintenance and early fault detection, ensuring optimal performance and minimizing downtime and associated costs. By leveraging AI algorithms, the VOM-1010 system can detect anomalies early on, allowing for proactive maintenance scheduling and efficient resource allocation.

The VOM-1010 system offers the following features and benefits

  • Simultaneous data acquisition from all channels, customizable from 8 to 128 channels.
  • Definition of 2 channels as tachometers for precise speed measurement.
  • Direct connection to local networks or the internet for real-time data transmission to the database.
  • Local display of measured values and status for immediate monitoring and assessment.
  • Integration of acceleration signal and calculation of velocity and displacement signal for comprehensive vibration analysis.
  • Calculation of statistical parameters in frequency bands for each channel, providing valuable insights into machine condition.
  • Flexibility to cut or connect power to inputs to match different types of sensors.
  • Supply of power to accelerometer sensors with controlled current for enhanced accuracy and stability.
  • Utilization of internal battery in case of power outage, ensuring uninterrupted operation.
  • Display of vibration amplitude and phase history for trend analysis and fault detection.
  • Analysis of synchronous rotor vibration and its multiples, offering insights into rotor balance and alignment issues.
  • Compatibility with native software or LabVIEW, providing flexibility for users to choose their preferred monitoring platform.
  • Portability as a data acquisition system, offering mobility and convenience for on-site inspections.

AI-Powered Predictive Maintenance:

With its AI capabilities, the VOM-1010 system enables predictive maintenance and early fault detection. By analyzing data patterns and trends, the system can identify potential issues before they escalate into costly failures. This proactive approach to maintenance scheduling helps minimize downtime and associated costs, ensuring uninterrupted operation and optimal performance of industrial machinery.

Application in Industrial Settings:

The VOM-1010 system is ideally suited for a wide range of industrial applications, including oil rigs, vessel ships, refineries, power plants, generators, and wind turbines. Its AI-powered predictive maintenance capabilities make it a valuable asset for enhancing operational efficiency and reliability across various industries. Whether it’s monitoring critical equipment or optimizing performance in remote locations, the VOM-1010 system delivers unparalleled insights and reliability.

Advanced Technology and Reliability:

Developed over 10 years of research, development, and testing, the VOM-1010 system incorporates state-of-the-art technology to deliver unmatched reliability and performance. Trusted by industries worldwide, it offers cost-effective solutions for condition monitoring and predictive maintenance, helping organizations stay ahead of potential issues and maximize operational efficiency.

VOM-1010 Software

Selected Software Features:

  1. Real-time data acquisition from all channels.
  2. Speed measurement with defined tachometer channels.
  3. Direct data transmission to the database via local network or WAN.
  4. Local monitoring for quick assessment of measured values and status.
  5. Comprehensive vibration analysis, including acceleration signal integration.
  6. Statistical analysis in up to 16 frequency bands per channel.
  7. Compatibility with various sensor types for flexibility.
  8. Controlled power supply to sensors.
  9. Internal battery backup for uninterrupted operation.
  10. Trend analysis of vibration amplitude and phase history.
  11. Rotor vibration analysis for balance and alignment assessment.
  12. Compatible with native software or LabVIEW.
  13. Portable version available for mobility and convenience.