GE IS215UCVHM06A – Advanced Control Processor Module

1. Introduction

The GE IS215UCVHM06A is a high-performance control processor module used in GE Mark VI and Mark VIe turbine control systems. Designed for precise, deterministic execution of real-time control algorithms, it provides the reliability and processing stability required in heavy-duty industrial environments such as power generation, petrochemical plants, and large-scale automation systems.

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2. Key Characteristics

• High-speed processor optimized for real-time turbine logic

• Robust firmware supporting complex control sequences

• Strong EMI resistance for operation in harsh environments

• Redundant system compatibility (platform dependent)

• Long lifecycle hardware supported by GE’s industrial automation ecosystem

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3. Technical Summary 

Parameter	Details
Model	IS215UCVHM06A
Series	GE Mark VI / Mark VIe
Module Type	Control Processor Unit
Communication	Backplane high-speed bus + external interfaces
Power	Received from system rack
Operating Mode	Real-time deterministic control
Cooling	Cabinet-based forced-air cooling
Environment	Industrial temperature & vibration-resistant

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4. Internal Structure

The module features multi-layer industrial PCBs equipped with:

• A real-time embedded processor

• GE-certified memory units for stable data retention

• Noise-shielded connectors ensuring clean communication

• High-quality capacitors and ICs designed for 24/7 turbine operation

• Hardware watchdogs and self-monitoring circuits

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5. Operation & Applications

This processor module is essential for:

• Gas and steam turbine control logic

• Generator sequencing and load management

• Critical real-time monitoring, alarms, and trip logic

• Integration with remote I/O and supervisory systems

  
  

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6. Installation & Handling

1. Power down the Mark VI/VIe panel before insertion.

2. Ensure the card is aligned with guide rails and fully seated in the backplane.

3. After power-up, confirm module status via system diagnostics.

4. Synchronize with redundant units when applicable.

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7. Maintenance Notes

• Clean ventilation path regularly

• Check for connector oxidation

• Maintain updated system firmware

• Replace only with exact model number for compatibility