GE Electric | DS200SHVMG1AFE | Safety Hazardous Vibration Monitor Module
Product Description:
The GE DS200SHVMG1AFE is a Safety Hazardous Vibration Monitor Module for Speedtronic Mark V turbine control systems. It provides real-time monitoring and protection against excessive vibration/shock in turbine-generator sets, triggering emergency shutdowns (ESD) when predefined safety thresholds are exceeded to prevent catastrophic mechanical failure.
Product Parameters / Specifications (DS200SHVMG1AFE):
Feature
|
Specification / Description
|
---|---|
Manufacturer
|
GE Energy / GE Industrial Systems
|
Series
|
Speedtronic Mark V Turbine Control System
|
Part Number
|
DS200SHVMG1AFE
|
Module Type
|
Vibration Monitoring & Protection Card
|
Primary Function
|
Turbine Vibration/Shock Detection & Safety Tripping
|
Input Channels
|
4 Channels (Supports Proximity/Velocity/Acceleration Sensors)
|
Signal Input Range
|
±10V (Analog), 4–20mA (Loop-Powered)
|
Frequency Response
|
0.5 Hz to 10 kHz (Configurable Bandpass)
|
Sampling Rate
|
20 kHz per Channel (Simultaneous)
|
Trip Thresholds
|
4 Programmable Levels (Alert/Danger/ESD1/ESD2)
|
Accuracy
|
±0.5% Full Scale (Vibration Amplitude)
|
Alarm Delay
|
0–10 Sec (Adjustable to Prevent False Trips)
|
Communication
|
RS-485 (Modbus RTU for Data Logging)
|
Relay Outputs
|
2 Form-C (Trip Signals to Mark V Controller)
|
Isolation
|
2500V AC Channel-to-Channel & Field-to-Logic
|
LED Diagnostics
|
Per-Channel Status (Normal/Alert/Trip/Fault)
|
SIL Rating
|
SIL-2 (IEC 61508) for Safety Functions
|
Mounting
|
Mark V I/O Pack (E-Series Racks)
|
Operating Temperature
|
-40°C to +85°C (Harsh Environments)
|
Key Features:
- Multi-Sensor Support – Interfaces with seismic, eddy-current, and IEPE sensors.
- Dynamic Signal Analysis – FFT-based spectral processing for fault diagnosis.
- Phase Reference Input – Syncs with keyphasor signals for imbalance detection.
- Redundant Trip Paths – Independent ESD1/ESD2 relays for fail-safe operation.
- Waveform Capture – Stores vibration transients pre/post-trip for root-cause analysis.
- Sensor Health Monitoring – Detects open/short circuits in sensor wiring.
Primary Function & Purpose:
Continuously measures turbine shaft/bearing vibrations and triggers safety shutdowns within milliseconds to prevent:
- Rotor blade fatigue
- Bearing seizure
- Catastrophic rotor imbalance
Typical Applications:
- Gas/Steam Turbines – Overspeed vibration protection during startups.
- Compressor Trains – Anti-surge monitoring in oil/gas pipelines.
- Hydroelectric Generators – Runaway speed detection.
- Industrial Fans/Pumps – Mechanical looseness monitoring.
- Nuclear Plant Turbines – Seismic event response.
Application Fields:
Critical for rotating machinery protection in:
- Power Generation: Combined-cycle plants, peaker units, cogeneration facilities.
- Oil & Gas: Offshore platforms, LNG compressor stations.
- Heavy Industry: Steel mill blowers, pulp & paper turbines.
- Marine: Turbine-driven propulsion systems.
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