About the IS200DVIBH1B
This IS200DVIBH1B printed circuit board product offering from General Electric was originally designed and manufactured specifically for placement in the Mark VI Turbine Control System Series, as should have been revealed in the various IS200DVIBH1B Board instructional manual materials attached above in our manuals tab for your convenience of research. The Mark VI Series that this IS200DVIBH1B product belongs to has to be described as a decent functional improvement upon the Mark V Turbine Control System Series of essentially the same full extended GE product series title, as the Mark VI Series added the alternative energy-focused wind turbine possible functional application onto the gas and steam turbine settings originally found in this IS200DVIBH1B product's Mark V Series. This IS200DVIBH1B printed circuit board or PCB for short's greater Mark VI Series is tambien considered valuable within the greater automated industrial market for its nature as one of the last-released GE Mark product series to make use of the brand's patented Speedtronic technology of control system across a series of relevant products.
Hardware Tips and Specifications
The IS200DVIBH1B is a Simplex Vibration Input terminal board. This is a compact terminal board that is designed for DIN-rail mounting. It mounts to a plastic holder that then slides on the DIN rail. The IS200DVIBH1B connects to the VVIB processor board via a 37-pin cable connector. The DVIB module also includes a 42-position screw connection terminal block, two of which are labeled 41 and 42 and used for the SCOM (ground) connection. The IS200DVIBH1B receives eight vibration inputs, which can be accelerometer, velocity, proximitor, or velomitor inputs. Jumpers on the board assign a specific vibration sensor type to each input point. An onboard chip is used to identify the IS200DVIBH1B to the VVIB board for diagnostic purposes. Diagnostics include high/low hardware limit checks and high/low software limit checks. Probe alarm, faults, and trip conditions will occur if either an X or y probe pair exceed limits.
Functionally the DVIB model is very similar to the VVIB processor board. One of the similar functions between the two boards is high-frequency decoupling to ground on all of the available signals. For more information on how the IS200DVIBH1B and VVIB boards are similar and will interface together, refer to the GEH-6421 Mark VI Volume II System Guide which is attached above. This specific style of IS200DVIBH1B printed circuit board is actually not considered to exist as the originally-developed product of its specific Mark VI Turbine Control System Series functionality. To tell the truth, that would have to be considered the IS200DVIBH1B parent Simplex Vibration Input Terminal Board notably not making use of this IS200DVIBH1B device's sole B-rated functionality-minded product revision. Luckily enough for the sake of this IS200DVIBH1B personalized product page here, this IS200DVIBH1B device's specific inputs and outputs are described in these mentioned documents, with their corresponding Mark VI Series interfacing potentials within the greater automated drive assembly. Some of this IS200DVIBH1B circuit board's inputs and outputs include its:
- Eight-point Shaft Proximitor or Seismic Probes
- Four-point Shaft Proximity or Displacement Probes
- One-point Shaft Proximity KeyPhasor Reference
