Turbine Control Ethernet Communication Solution – GE IS215WEPAH2BA | Mark VI Series
Where This Product Is Used
The GE IS215WEPAH2BA (WEP – Workstation Ethernet Processor) is a critical communication interface board deployed in GE Mark VI Turbine Control Systems. It is found in the following industrial environments:
- Gas Turbine Power Plants – Facilitates real-time Ethernet communication between the Mark VI controller and HMI workstations running GE’s Toolbox or CIMPLICITY software.
- Combined Cycle Power Generation – Enables high-speed data exchange in multi-turbine configurations where deterministic network timing is critical.
- Steam Turbine Control Panels – Used in legacy and upgraded Mark VI panels to maintain workstation connectivity over standard Ethernet infrastructure.
- Compressor Stations & LNG Facilities – Deployed in rotating equipment control systems requiring reliable SCADA-to-controller communication.
- Offshore Oil & Gas Platforms – Installed in hazardous-area control rooms where GE Mark VI governs turbine-driven compressors and generators.
- Industrial Cogeneration Plants – Supports distributed control architectures where multiple engineering workstations must access the same controller simultaneously.
Technical Specifications
- Part Number: IS215WEPAH2BA
- Series: GE Mark VI Turbine Control System
- Board Type: WEP – Workstation Ethernet Processor
- Revision: H2BA
- Form Factor: VME-style plug-in circuit board
- Communication Protocol: Ethernet (IEEE 802.3)
- Interface: RJ-45 / 10/100 Mbps Ethernet
- Operating Voltage: +5 VDC (supplied via backplane)
- Operating Temperature: 0°C to +60°C
- Humidity: 5% to 95% non-condensing
- Compatibility: GE Mark VI, Mark VIe control panels
- Weight: Approx. 500 g
- Country of Origin: USA
Why Engineers Specify This Model
- Deterministic Ethernet Communication: The IS215WEPAH2BA provides low-latency, deterministic data transfer between the Mark VI controller and engineering workstations — essential for real-time turbine monitoring and control adjustments.
- Revision H2BA Stability: This specific hardware revision is known for improved firmware compatibility with GE Toolbox v7.x and later, reducing integration risk during panel upgrades.
- Drop-in Replacement: Fully backward-compatible with existing Mark VI panel backplanes — no rewiring or firmware reconfiguration required in most installations.
- Proven Field Reliability: Widely specified by OEM integrators and power plant maintenance teams as the preferred spare for minimizing turbine downtime.
- Dual-Port Redundancy Support: Supports redundant Ethernet topologies when paired with appropriate Mark VI network configuration, enhancing system availability.
Complete System Bill of Materials
The IS215WEPAH2BA is typically installed alongside the following Mark VI components:
- IS215UCVEH2A – Mark VI UCV Processor Board (main controller)
- IS215ACLEH1A – AC Line Filter Board
- IS215VPROH1B – VME Processor Board
- IS200TBAIH1C – Terminal Board for Analog I/O
- IS200TREGH1B – Voltage Regulator Terminal Board
- DS200TCQAG1BHF – Mark V/VI I/O Terminal Board
- GE Toolbox Software – Engineering workstation software for Mark VI configuration and diagnostics
Contact Konmask.com for complete panel BOM sourcing and cross-reference support.
Compliance & Industry Standards
- CE Marking: Compliant with EU Low Voltage and EMC Directives
- RoHS: Manufactured under RoHS-compliant processes (verify revision-specific status with GE documentation)
- IEEE 802.3: Ethernet communication standard compliance
- IEC 61511 / IEC 61508: Deployed in SIL-rated turbine control architectures (system-level compliance; board-level SIL rating per GE engineering documentation)
- NERC CIP: Compatible with power plant cybersecurity frameworks when deployed within a properly segmented network architecture
- UL Listed: Panel-level UL certification applicable when installed per GE Mark VI panel specifications
Quality Assurance & Sourcing
- ✅ Tested Before Shipment: Each IS215WEPAH2BA unit undergoes functional power-on testing and visual inspection prior to dispatch.
- ✅ Authentic GE Hardware: Sourced from decommissioned OEM panels, authorized distributors, or certified refurbishers — never counterfeit or cloned boards.
- ✅ Anti-Static Packaging: Shipped in ESD-safe bags with foam cushioning to prevent electrostatic damage during transit.
- ✅ Warranty: 12-month replacement warranty against manufacturing defects and functional failure.
- ✅ Traceability: Serial number and revision code documented for each unit shipped.
How to Source This Part
- Confirm your panel revision – Check your Mark VI panel documentation or existing board label to verify IS215WEPAH2BA (H2BA revision) compatibility.
- Request a quote – Contact support@konmask.com with your panel serial number for cross-reference confirmation.
- Place your order – Add to cart directly or request a proforma invoice for procurement departments.
- Receive & install – Unit ships within 1–3 business days; installation follows standard GE Mark VI board replacement procedure (no special tools required).
- Post-installation support – Our technical team is available to assist with Toolbox configuration and network commissioning.
Application-Specific FAQ
Q: Is IS215WEPAH2BA compatible with Mark VIe panels?
A: Yes, the WEP board is compatible with both Mark VI and Mark VIe control panels. Confirm backplane slot assignment with your GE panel drawing before installation.
Q: Can this board be used as a hot-standby spare?
A: Yes. The IS215WEPAH2BA supports hot-swap replacement in most Mark VI configurations, minimizing turbine downtime during maintenance windows.
Q: What is the difference between IS215WEPAH2BA and IS215WEPAH1B?
A: The H2BA revision includes updated firmware compatibility for GE Toolbox v7.x and later, and improved EMC shielding. H1B is an earlier revision suitable for older Toolbox versions.
Q: Do you provide a test report with the board?
A: Yes. A functional test report is available upon request for each unit. Contact support@konmask.com to request documentation.
Q: What is the lead time for this part?
A: In-stock units ship within 1–3 business days. For bulk orders or panel-level sourcing, lead time is 5–10 business days.
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