Core Functions of EMERSON A6110 9199-00001 AMS Shaft Relative Vibration Monitor
1. Shaft Relative Vibration Monitoring
Non-Contact Displacement Sensing: Utilizes eddy current probes (e.g., EMERSON 6422/6423/6424/6425 sensors) to measure shaft vibration displacement relative to bearing housings, ensuring non-invasive monitoring of rotating machinery.
Signal Processing: Converts analog sensor inputs (0 to -22 VDC) into digital data with adjustable frequency ranges (1/5 Hz to 50–2000 Hz), enabling precise analysis of dynamic vibration parameters.
2. Alarm Triggering & Mechanical Protection
Threshold-Based Alarms: Compares vibration amplitude against user-defined setpoints to activate relays (rated for DC48V/1A) and trigger shutdown protocols, preventing equipment damage.
API 670 Compliance: Designed to meet international standards for critical machinery protection, ensuring reliability in applications like turbines and compressors.
3. System Integration & Diagnostics
AMS 6500 Compatibility: Functions as a standalone module or integrates with AMS 6500 health monitoring systems to provide comprehensive machinery protection and data interoperability.
Predictive Maintenance Support: Shares vibration data with AMS™ Machine Works for real-time diagnostics, enabling proactive maintenance decisions.
4. Industrial Environment Adaptability
Robust Electrical Isolation: Supports DC1500V isolation between sensors and power supplies, minimizing signal interference in high-EMI environments.
Wide Operational Range: Operates reliably in harsh conditions, including high-temperature and high-vibration industrial settings.
Key Applications
Turbine Protection: Monitors shaft vibration in steam/gas turbines and hydro turbines to prevent catastrophic failures.
Compressor Health Management: Detects abnormal vibrations in gas/air compressors, optimizing operational safety in oil refining or chemical plants.
Combining high-precision vibration analysis, API-compliant reliability, and seamless AMS™ integration, the A6110 monitor safeguards critical rotating assets while enhancing predictive maintenance capabilities.
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