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The A6410 is a high-performance control and protection module from Emerson, part of the AMS 6500 Machinery Health Monitor series. Engineered for critical rotating equipment, it processes high-speed signals from vibration sensors and displacement probes to provide real-time protection logic. With integrated alarm and danger setpoints, the A6410 safeguards turbines, compressors, pumps, and other expensive assets from catastrophic mechanical failures, while supporting seamless integration into the AMS 6500 rack environment.
| Parameter | Specification |
|---|---|
| Model Number | A6410 |
| Module Type | Protection Control / Measurement Card |
| Input Compatibility | Piezoelectric accelerometers, velocity sensors, eddy current probes |
| Signal Processing | Dual-channel real-time analysis for vibration and shaft position |
| Protection Logic | Hardware relay logic for Alarm and Danger setpoints |
| Communication | High-speed AMS 6500 backplane interface |
| System Redundancy | Supports redundant power and communication in 6500 chassis |
| Frequency Range | Broadband, optimized for rotating equipment speeds |
| Diagnostics | Continuous self-test and sensor health monitoring |
| Configuration | Software-programmable via Emerson AMS Machinery Manager or dedicated tools |
API 670 compliant protection of critical machinery
Steam turbine casing vibration monitoring
Shaft eccentricity tracking in large motors
Emergency trip signals for bearing or mechanical failures
Power generation, oil & gas, and petrochemical process plants
What is the difference between the A6410 and a standard monitor?
The A6410 is a "Protection" class card with high-speed hardware relays and safety-certified logic capable of shutting down equipment in milliseconds. Standard monitors primarily provide trending or non-protective data.
Can this module be hot-swapped?
Yes, when installed in a properly configured AMS 6500 rack, the A6410 can typically be replaced without shutting down the entire system. During the swap, protection for the specific loop will be temporarily inactive.