Product Overview

The IS215WEPAH2BDA / IS200AEPAH1BPH is a printed circuit board assembly used in GE turbine control architectures associated with the Mark VIe platform. The board is built for control-cabinet integration where dependable signal handling and controller interfacing are required for turbine and process automation systems.

In typical applications, this PCB supports the acquisition and handling of discrete field signals and provides a stable electrical interface between field wiring and the control system. Its design focus is long service life in industrial environments, supporting maintenance replacement strategies for installed Mark VIe-based control cabinets.

Key Technical Characteristics

• Brand: GE

• Product Series / Platform: Mark VIe

• Module Category: Printed Circuit Board (PCB) / Control System Board

• Model Numbers: IS215WEPAH2BDA, IS200AEPAH1BPH

• Primary Role: Control-system interface board for discrete signal handling within turbine control panels

• System Type: DCS / Turbine Control System

• Condition: Brand New

• Availability: In Stock

• Country of Origin: USA

• Minimum Order Quantity: 1

• HS Code: 8537101190

• Physical and Logistics Data:

• Weight: 0.32 kg

• Dimensions: 2.1 × 18.8 × 26.2 cm

• Functional Characteristics (typical for this board class):

• Supports real-time collection and transfer of discrete field status signals to the controller

• Designed for stable operation in control-cabinet temperature and vibration conditions

• Industrial-grade PCB construction intended for continuous-duty operation and service replacement compatibility

• Integration Notes:

• Installation and verification should follow the Mark VIe panel documentation for the specific system configuration

• Any field wiring, I/O mapping, and controller settings must be validated during commissioning or replacement to ensure correct channel behavior

Industrial Applications

• Gas turbine control cabinets using Mark VIe control infrastructure

• Steam turbine monitoring and protection panels requiring discrete status integration

• Balance-of-plant control systems where Mark VIe hardware remains installed

• Planned outage maintenance where replacement PCBs are staged to reduce downtime

• Retrofit and refurbishment projects supporting legacy GE turbine control panels