General Electric / GE IS200VVIBH1CAC VME Vibration Module

About the IS200VVIBH1CAC

 

This IS200VVIBH1CAC VME Monitor Board printed circuit board product offering's Mark VI Series, as you can probably tell based off of its full extended product series title by itself, exists with a specific set of possible functional applications in gas, steam, and wind turbine-based product environments; this is a notable step up from the Mark V Series of previous industry-standard status as the Mark V Series' intended gas and steam turbine-based functional application range was expanded by the addition of the Mark VI Series' added wind turbine functional application.

Part No.: IS200VVIBH1CAC

Manufacturer: General Electric

Technology: Surface mount

Temperature Operating: -30 to 65 oC

Number of outputs: Generator breaker coil, 5A at 125 V dc

Power supply voltage: Nominal 125 V dc to breaker coil

MPU pulse rate range: 2 Hz to 20 kHz

MPU pulse rate accuracy: 0.05 percent of reading

Product Type: Vibration Monitor Board

Series: Mark VI

The GE IS200VVIBH1CAC VME Vibration Module is an advanced diagnostic tool designed for industrial vibration monitoring and control systems. Part of GE's renowned control and monitoring solutions, this module ensures precise vibration measurement and analysis, essential for safeguarding critical machinery in diverse industrial environments.

The IS200VVIBH1CAC functions as a Vibration Monitor board. This PCB processes vibration probe signals from the DVIB or TVIB terminal boards. These probes connect directly to the terminal board. Up to fourteen probes can connect to a board. This IS200VVIBH1CAC VME Monitor Board PCB is actually not the originally-developed product of its specific GE Mark product series functionality, as that would in fact have to be considered the IS200VVIBH1 parent VME Monitor Board notably not utilizing any one of this IS200VVIBH1CAC VME Monitor Board product's three total significant product revisions. As you probably have been able to guess based off of its basic GE-formulated product description, this IS200VVIBH1CAC VME Monitor Board device was developed with VME Rack installation specifically in mind, as is further proven by the existence of a metallic installation faceplate on the side of this IS200VVIBH1CAC VME Monitor Board product's base PCB.This IS200VVIBH1CAC VME Monitor Board device's base printed circuit board is afforded at least some protection through its conformal style of thin chemically-applied PCB protective coating. The IS200VVIBH1CAC digitizes these signals and sends them to the controller via the VME bus. Vibration probes are used for four protection functions, including:

• Vibration
• Rotor Eccentricity
• Differential Expansion
• Rotor Axial Position

• Power Down the VME Processor Rack: Before beginning the installation process, ensure that the VME processor rack is powered down completely. This precautionary step prevents any potential electrical hazards during the installation procedure.
• Slide in the Board: Carefully slide the board into the designated slot within the VME processor rack. Ensure that the board is aligned correctly with the slot to facilitate smooth insertion.
• Secure Edge Connectors: Once the VVIB board is inserted into the slot, gently push the top and bottom levers inward with your hands. This action helps seat the edge connectors of the board firmly into the corresponding slots within the rack.
• Tighten Captive Screws: After seating the edge connectors, locate the captive screws positioned at the top and bottom of the front panel of the VVIB board. Use appropriate tools to tighten these screws securely, ensuring that the board is firmly fixed in place within the rack.
• Verify Installation: Once the board is securely installed and the captive screws are tightened, visually inspect the board to confirm that it is properly seated and aligned. Additionally, double-check all connections to ensure they are secure and free from any obstructions.
• Power Up the VME Processor Rack: After completing the installation process and verifying the integrity of the connections, proceed to power up the VME processor rack. Monitor the system to ensure that the VVIB board initializes correctly and is ready for operation.

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