IS200VVIBH1BBA | General Electric Vibration/Position I/O Board
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- $1,290.00
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- $1,290.00
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Product Description P/N: IS200VVIBH1BBA
Description
The IS200VVIBH1BBA Vibration/Position I/O Terminal Board, manufactured by General Electric for the Mark VI system, facilitates shaft vibration monitoring using Bently Nevada probes. When utilized with a TVIB board, the VVIB processes associated signals, including velocity and digitized displacement, transmitting them via the VME bus to the controller. This board enables connection to a Bently Nevada 3500 monitoring system for continuous turbine vibration monitoring.
During operation, the IS200VVIBH1BBA provides power to Bently Nevada velomitors, accelerometers, proximitors, and seismic probes in TMR or simplex modes. Signals from these probes, along with those from the TVIB board, undergo A/D conversion before transmission over the VME bus to the controller. The controller generates axial position alarms, trip logic, eccentricity, and vibration data based on received signals.
Technical Specifications
Series |
Mark VI IS200 Turbine Control System |
Part Number |
IS200VVIBH1BBA |
Instruction Manual |
GEH-6421C Vol. II Mark VI System Guide |
Manufacturer |
GE Boards and Turbine Control |
Product Type |
I/O Board |
Functional Acronym/Abbreviation |
VVIB |
Functional Description |
Vibration/Position Board |
Number of Channels |
26 Probes with two TVIB Boards |
Probe Power |
-24 V dc from the -28 V dc bus |
Information About IS200VVIBH1BBA
The IS200VVIBH1BBA Vibration/Position I/O Terminal Board, manufactured by General Electric within the Mark VI system, serves for shaft vibration monitoring using Bently Nevada probes. Paired with a TVIB board, the VVIB processes associated signals, including velocity and digitized displacement, which are transmitted via the VME bus to the controller. Additionally, the VVIB can integrate with a Bently Nevada 3500 monitoring system to continuously monitor turbine vibration.
During operation, the IS200VVIBH1BBA board supplies power to Bently Nevada velomitors, accelerometers, proximitors, and seismic probes, operating in either TMR or simplex modes. Signals from these probes, along with the TVIB board, are processed by the VVIB, then converted to analog/digital and sent to the controller via the VME bus. Within the controller, axial position alarms, trip logic, eccentricity, and vibration analysis are generated.
Key features of the IS200VVIBH1BBA model include rotor axial position sensing, vibration monitoring and analysis, and compatibility with various probes. The vibration monitoring and analysis feature allows for active isolation of inputs, with signals accessible through four plugs for direct connection to a Bently Nevada 3500 monitor. Optimal reliability is ensured through proper configuration of the Bently Nevada monitor.
Manufacturer information
General Electric (GE) is a multinational conglomerate founded in 1892, based in the United States. It operates in various industries, including aviation, healthcare, renewable energy, and power. GE is known for its innovations in technology, manufacturing, and infrastructure solutions.
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Description
The IS200VVIBH1BBA Vibration/Position I/O Terminal Board, manufactured by General Electric for the Mark VI system, facilitates shaft vibration monitoring using Bently Nevada probes. When utilized with a TVIB board, the VVIB processes associated signals, including velocity and digitized displacement, transmitting them via the VME bus to the controller. This board enables connection to a Bently Nevada 3500 monitoring system for continuous turbine vibration monitoring.
During operation, the IS200VVIBH1BBA provides power to Bently Nevada velomitors, accelerometers, proximitors, and seismic probes in TMR or simplex modes. Signals from these probes, along with those from the TVIB board, undergo A/D conversion before transmission over the VME bus to the controller. The controller generates axial position alarms, trip logic, eccentricity, and vibration data based on received signals.
Technical Specifications
Series |
Mark VI IS200 Turbine Control System |
Part Number |
IS200VVIBH1BBA |
Instruction Manual |
GEH-6421C Vol. II Mark VI System Guide |
Manufacturer |
GE Boards and Turbine Control |
Product Type |
I/O Board |
Functional Acronym/Abbreviation |
VVIB |
Functional Description |
Vibration/Position Board |
Number of Channels |
26 Probes with two TVIB Boards |
Probe Power |
-24 V dc from the -28 V dc bus |
Information About IS200VVIBH1BBA
The IS200VVIBH1BBA Vibration/Position I/O Terminal Board, manufactured by General Electric within the Mark VI system, serves for shaft vibration monitoring using Bently Nevada probes. Paired with a TVIB board, the VVIB processes associated signals, including velocity and digitized displacement, which are transmitted via the VME bus to the controller. Additionally, the VVIB can integrate with a Bently Nevada 3500 monitoring system to continuously monitor turbine vibration.
During operation, the IS200VVIBH1BBA board supplies power to Bently Nevada velomitors, accelerometers, proximitors, and seismic probes, operating in either TMR or simplex modes. Signals from these probes, along with the TVIB board, are processed by the VVIB, then converted to analog/digital and sent to the controller via the VME bus. Within the controller, axial position alarms, trip logic, eccentricity, and vibration analysis are generated.
Key features of the IS200VVIBH1BBA model include rotor axial position sensing, vibration monitoring and analysis, and compatibility with various probes. The vibration monitoring and analysis feature allows for active isolation of inputs, with signals accessible through four plugs for direct connection to a Bently Nevada 3500 monitor. Optimal reliability is ensured through proper configuration of the Bently Nevada monitor.
Manufacturer information
General Electric (GE) is a multinational conglomerate founded in 1892, based in the United States. It operates in various industries, including aviation, healthcare, renewable energy, and power. GE is known for its innovations in technology, manufacturing, and infrastructure solutions.