Description
Product Introduction & Engineering Value
The GE DS200SHVIG1BFC is a High Voltage Interface Board associated with the DS200 Mark V control family. The SHVI designation identifies its role in handling high-voltage interface circuitry within the drive-control system. This is a board where application matching matters; connector compatibility alone is not enough.
When maintaining legacy Mark V equipment, technicians should verify the complete board number and revision before installation. High-voltage interface hardware also requires more disciplined isolation and discharge procedures than ordinary low-level control electronics.
Technical Specifications
- Manufacturer: General Electric
- Part Number: DS200SHVIG1BFC
- Series: DS200
- Control Platform: Mark V Speedtronic
- Board Designation: SHVI
- Board Type: High Voltage Interface Board
- Primary Function: High-voltage interface circuitry
- Application: GE Mark V drive/control equipment
- Board Revision: G1BFC
- Hardware Architecture: DS200 printed circuit board
- Installation Context: Legacy GE drive and turbine-control cabinets
- Replacement Requirement: Verify exact revision and application
Specification caution: Publicly indexed information for the exact DS200SHVIG1BFC suffix is limited. Do not infer specific voltage, current, connector pinout, or isolation ratings from a similarly numbered SHVI board. Those parameters should be confirmed from GE documentation for the installed drive and the actual board revision.
Field Application & the “Trench” Experience
A maintenance team working on an older Mark V drive gets an intermittent fault that appears only when the equipment reaches operating conditions. The initial inspection does not reveal a visibly damaged board. Eventually, the troubleshooting path points toward the high-voltage interface section.
The replacement request goes out as “SHVI board.”
An experienced planner will reject that description as incomplete. The removed board is checked and the complete identification—DS200SHVIG1BFC—is recorded. The replacement is then compared against the original before installation, including board revision and physical configuration. On high-voltage circuitry, guessing is an expensive way to troubleshoot.
Specific application scenarios
- Mark V variable-speed drive maintenance — replacement of a suspect high-voltage interface board during a controlled outage.
- Turbine auxiliary drive fault isolation — investigating intermittent interface faults associated with high-voltage control circuitry.
- Legacy DS200 spare-parts planning — holding an exact SHVI board revision for installations where OEM replacement lead times are uncertain.
DS200SHVIG1BFC
Transparency SOP: QA & Testing
A credible inspection process for this board should separate physical condition from functional verification.
Incoming inspection
- Confirm the complete
DS200SHVIG1BFCpart number. - Photograph the board identification and revision markings.
- Inspect the PCB for corrosion, contamination, cracked solder joints, damaged traces, and heat discoloration.
- Examine connectors for bent contacts, oxidation, and mechanical damage.
- Inspect high-voltage components for visible cracking, burning, swelling, or other abnormal conditions.
Electrical and functional testing
Where suitable equipment is available, testing should include applicable continuity and isolation checks followed by controlled electrical testing of the board’s intended interface functions.
Important: A generic bench power-up is not sufficient evidence that a high-voltage interface board is suitable for service. Test limits should come from the applicable GE documentation or an approved engineering procedure.
The Veteran’s Tech Trap Guide
⚠️ Trap #1 — Confusing the board family with the exact part number
SHVI identifies the functional board family, but it does not by itself establish interchangeability.
PRO TIP: Record the complete DS200SHVIG1BFC number in the asset database and purchase order.
⚠️ Trap #2 — Treating high-voltage circuitry like ordinary PLC electronics
Do not start disconnecting cables simply because the control cabinet appears inactive. Stored electrical energy and associated drive circuits can remain hazardous after normal shutdown.
Use the site’s approved lockout/tagout, isolation, grounding, and discharge procedures.
⚠️ Trap #3 — Skipping configuration documentation
Before removing the original board, photograph connector locations and all visible configuration details. Legacy Mark V hardware often requires more documentation than a modern plug-and-play module.
⚠️ Trap #4 — Trusting a generic voltage rating
If a third-party listing gives a precise high-voltage rating without identifying the supporting GE documentation, treat it as unverified. High-voltage interface specifications should not be reconstructed from a similar board.
Dynamic FAQ
What is the GE ?
The is a GE DS200-series High Voltage Interface Board associated with the Mark V Speedtronic control architecture.
What does SHVI refer to?
SHVI is the board designation associated with the High Voltage Interface function. The complete part number is still required for procurement and replacement.
Can another DS200SHVI board replace the ?
Not without verification. Check the complete part number, revision, cabinet application, connector arrangement, and applicable GE documentation before substitution.
What should I provide when requesting a replacement?
Provide the complete number, board revision markings, photographs of both sides of the PCB if available, the Mark V cabinet or drive identification, and any applicable system documentation.
What is the difference between New Surplus and Refurbished?
New Surplus generally means unused inventory that is no longer supplied through the manufacturer’s normal production channel. Refurbished means previously used or returned hardware has undergone inspection and may have been repaired and tested. The supplier should disclose which condition applies.
Should this board be function-tested before shipment?
For critical applications, it should be inspected and, where suitable test equipment exists, function-tested under controlled conditions. The supplier should identify the actual tests performed rather than simply stating “tested.”
What warranty should I expect?
Warranty coverage depends on the supplier and the specific board condition. The quotation should state the warranty period and coverage for New Surplus, Refurbished, or Repaired stock. A third-party warranty should not be represented as a GE factory warranty.
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