The Vibro-Meter VM600 CPUM (Condition & Performance Monitoring Unit) is a part of the Vibro-Meter product family designed for condition monitoring and diagnostics in industrial applications.

Product Name

Vibro-Meter VM600 CPUM

Product Description

The Vibro-Meter VM600 CPUM is a state-of-the-art condition monitoring unit used to assess the health and performance of rotating machinery. It integrates data acquisition and processing capabilities to monitor vibrations, temperatures, and other critical parameters of machinery. The VM600 system provides real-time data analysis and diagnostic capabilities, making it essential for predictive maintenance, reducing downtime, and minimizing operational risks.

Product Parameters and Specifications

1. Data Acquisition:
   • Number of channels: Up to 32 channels
   • Sampling frequency: Up to 25.6 kHz
   • Signal conditioning: Built-in filters, amplification, and data processing
2. Vibration Monitoring:
   • Measurement range: Wide range, typically up to ±20g
   • Sensitivity: Configurable to suit different sensors
3. Temperature Monitoring:
   • Thermocouple and RTD inputs for temperature measurement
   • Measurement range: -200°C to +1500°C depending on the sensor used
4. Outputs:
   • Analog output: 4-20 mA, voltage output options
   • Digital communication: Modbus, Ethernet, and other industrial protocols
5. Alerts and Alarms:
   • User-configurable threshold alarms for early detection of issues
   • Event logging for historical data analysis
6. Housing and Mounting:
   • Designed for harsh industrial environments
   • Flexible mounting options: rack-mounted or panel-mounted
7. Power Supply:
   • Operating Voltage: Typically 24 V DC, with options for redundancy
8. Software Integration:
   • Compatible with Vibro-Meter’s data analysis and diagnostic software
   • User-friendly interface for configuration, monitoring, and reporting

Product Use

The VM600 CPUM is used across various industries including:

• Aerospace: For monitoring the health of engines and critical components.
• Oil & Gas: To ensure the reliability of rotating machinery in drilling and extraction processes.
• Manufacturing: To monitor machinery like pumps, fans, and compressors, aiding in predictive maintenance.
• Power Generation: For the continuous monitoring of turbines and generators to prevent failures.
• Marine: In monitoring the condition of ship propulsion systems.
• Mining: To ensure the reliability of equipment under heavy loads and harsh conditions.