IS415UCVHH1AB 3 IS415UCVHH1AB 4 IS415UCVHH1AB 5 IS415UCVHH1AB 2

The GE IS415UCVHH1AB VME Controller Module is a purpose‑built industrial automation processor designed to deliver robust performance in demanding control system applications. Manufactured by General Electric (GE) for use in high‑availability VMEbus control architectures (such as GE’s Mark VIe environments), this controller combines real‑time processing, seamless communications, and durable construction to support mission‑critical operations in power plants, turbine systems, and complex industrial control installations. Its design prioritizes uptime, precise execution, and efficient integration, making it an ideal choice for engineers seeking reliability and long‑term operational value.

Technical Specifications

Specification	Details
Brand	GE (General Electric)
Model	IS415UCVHH1AB
Module Type	VME Controller / Processor Module
Target Platform	VMEbus‑based Industrial Control
CPU	Intel‑based industrial class processor
Memory	Onboard RAM (varies by configuration)
Communication Interfaces	Ethernet, Serial (configurable)
Software Support	ControlST real‑time control and analysis
Dimensions (approx.)	16 cm × 16 cm × 12 cm
Weight (approx.)	0.8 kg
Operating Environment	Industrial control cabinets and VME racks
Mounting	VMEbus backplane
Typical Use Cases	Distributed control, turbine automation, real‑time processing
Weight and dimensions are approximate reference values from documented product listings.

Recommended Related Models

If your system requires alternative or companion modules, consider these GE industrial controllers and support boards:

IS420UCSBH1A – Enhanced VME controller variation
IS220UCSAH1A – Alternative processing card for Mark VIe systems
VCMI Communication Card – Essential for VME bus data exchange
IS215UCVFH2BB – Next‑generation control module with advanced interfaces

Popular Allen Bradley Models (For Reference)

Users familiar with Allen Bradley control systems often compare or integrate the following:

Allen‑Bradley 1756‑L71 ControlLogix CPU
Allen‑Bradley 1756‑EN2T EtherNet/IP communication module
Allen‑Bradley 1756‑PA75 PLC power supply
Allen‑Bradley 1756‑OB32 digital output module

These components represent widely adopted elements in Allen‑Bradley automation portfolios.

Applications

The GE IS415UCVHH1AB excels in environments that require real‑time control and dependable execution:

Gas and Steam Turbine Control Systems
Power Generation and Distribution Automation
Distributed Control Systems (DCS)
Industrial Process Control & Monitoring
Offshore and Marine Automated Systems
Energy, Petrochemical & Heavy Industry Control Panels

Advantages

Industrial‑Grade Reliability: Designed to withstand continuous operation in high‑stress environments.
Real‑Time Processing: Supports control logic execution suitable for mission‑critical automation.
Compact & Efficient: Small footprint with optimized weight for rack‑mounted systems.
Flexible Integration: Works across diverse communication interfaces and control frameworks.
High Uptime Potential: Ideal for systems where maintenance windows are limited.
Proven Architecture: Backed by GE’s industrial automation legacy.

Technical FAQs

What type of module is the IS415UCVHH1AB?
It’s a GE VME Controller/Processor Module designed for industrial control systems.
Which environments is it built for?
It is suited to VMEbus control platforms like turbine and DCS automation.
What approximate dimensions does this module have?
Around 16 cm × 16 cm × 12 cm.
How heavy is the controller module?
Approximately 0.8 kg.
Which communication interfaces can it support?
Ethernet and serial ports (configurable based on application).
What software does it work with?
GE’s ControlST real‑time analysis and control software.
Is this suitable for redundant control applications?
Yes, it can be integrated in redundant configurations within VME systems.
What industry sectors commonly use this module?
Power generation, oil & gas, heavy process automation, and utility sectors.
Can this module be used with third‑party DCS platforms?
Integration is often supported via industry standard protocols depending on system configuration.
What mounting form does this module require?
Standard VME bus rack mounting in industrial enclosures.