The Vibro-meter VM600 module is used for machinery condition monitoring and vibration analysis, providing essential data for predictive maintenance.

**Product Name:**

Vibro-meter VM600 Module

**Product Description:**

The Vibro-meter VM600 module is a versatile device designed for advanced machinery monitoring applications. It enables real-time vibration analysis and condition monitoring of industrial equipment to ensure optimal performance and prevent unexpected downtime.

**Product Parameters and Specifications:**

– **Model Number:** 200-560-000-113
– **Dimensions:** Typically specified by the rack or enclosure used (standard module size)
– **Weight:** Varies based on configuration
– **Power Supply:** Typically provided by the VM600 system rack
– **Measurement Channels:** Typically 4 or 8 channels per module, expandable with additional modules
– **Frequency Range:** Suitable for capturing vibration frequencies across the spectrum typically encountered in industrial machinery
– **Data Acquisition Rate:** High-speed sampling for accurate vibration analysis
– **Compatibility:** Integrates with VM600 rack and software for comprehensive machinery health monitoring

**Product Use:**

The Vibro-meter VM600 module is primarily used for:

– Monitoring vibration levels and frequencies in rotating machinery such as motors, pumps, turbines, etc.
– Detecting early signs of mechanical wear, imbalance, misalignment, or other issues that could lead to equipment failure
– Providing data for predictive maintenance strategies to optimize equipment reliability and lifespan
– Integrating into broader industrial automation and control systems for seamless operation and data management

**Key Features:**

– High-resolution vibration measurements
– Real-time data acquisition and analysis
– Modular design for scalability and flexibility
– Compatibility with VM600 system for centralized monitoring and control
– Designed for harsh industrial environments

Overall, the Vibro-meter VM600 module is an essential component in modern industrial maintenance strategies, allowing engineers to proactively manage machinery health and reduce operational risks.