GE IS215UCVEH2AB Controller Card Detailed Information

The GE IS215UCVEH2AB controller card (corresponding to VMIVME-7614-132, 350-007614-132C) is a high-performance control module used by GE in industrial automation and process control systems. It mainly serves as the core computing and control unit, integrating high-speed processors, memory, and multiple interfaces, capable of processing large amounts of data and control logic in real-time environments. This module is commonly used in control systems such as GE Mark VIe, responsible for device management, I/O data exchange, and system task coordination.

Technical Specifications

Module model: IS215UCVEH2AB/VMIVME-7614-132/350-007614-132C

Functional positioning: Embedded industrial control card, supporting real-time computing and task management

Hardware configuration: Integrated high-performance processor, supporting large capacity memory and multiple bus interfaces

Communication capability: Supports Ethernet, VME bus, and other industrial communication interfaces

Installation method: VME bus plug-in card structure, compatible with GE industrial control system rack

Compatible systems: compatible with GE Mark VI/VIe control platforms and other GE industrial automation solutions

Work environment: Industrial grade anti-interference design, supporting high temperature, vibration, and electromagnetic environments

Application scenarios

Power industry: control systems for gas turbines, steam turbines, and hydroelectric units

Petrochemical industry: achieving monitoring and optimization control of complex production processes

Iron and Steel Metallurgy: Process Automation for Steel Rolling Production Lines and Smelting Equipment

Rail Transit: Application in Traction and Power Control Systems

Large scale manufacturing industry: realizing production line automation control and equipment linkage

Product advantages

High performance processing: supports multitasking parallel processing, ensuring real-time performance

Good scalability: Based on the VME bus architecture, it can flexibly expand system functions

High reliability: Industrial grade design to meet long-term operational requirements

Strong compatibility: can seamlessly integrate with multiple GE automation platforms