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Technical Specifications:
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Manufacturer: General Electric
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Product Type: Genius Controller Module
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Product Series: Mark V Speedtronic Series (UC2000V Compatible)
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Functional Acronym: UCVB
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Onboard Processor: 586-133 Pentium Processor
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Dynamic Memory (DRAM): 16 M
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Non-Volatile Flash Memory: 4 M
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Mounting Architecture: 4-slot VME Mounting System
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PCB Coating Style: Normal Coating
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Functional Revisions: Revision A (Primary), Revision F (Secondary)
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Diagnostic Test Points: 13 nodes
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Country of Origin: USA
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Weight: 360 g
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Dimensions: 8.2 cm × 12.2 cm × 6 cm
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Interfaces:
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Ethernet Ports: 2
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Genius LAN Ports: 2
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DLAN+ Ports: 2
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HDD Connector: 1
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Features: Pentium core processing platform for concurrent control equations without logic bottlenecks; dual Genius LAN network trunks for high-volume network packet processing; local hard disk interfacing for expanded local logging or diagnostic storage; dynamic software forcing support for real-time toolbox operations including online software tuning, I/O point forcing, and internal Boolean overstepping; 6 active status LEDs on front panel; 2 dedicated dual-position DIP configuration switch blocks; direct plug-in hard disk drive mating receptacle.
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Working Principle: The module integrates an onboard 586-133 Pentium processor to execute real-time blockware algorithms, managing localized network coordination and digital sequence handling for turbine control, bridging field-level Genius network devices with central engineering workbenches over local LAN topologies.
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Application Scenarios: Speedtronic turbine network management; remote instrumentation supervision; process plant blockware execution for monitoring startup, trip permissives, and diagnostic parameters on critical utility loops.
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Installation Requirements: Control rack power suppression — isolate, lock out, and verify the absolute elimination of all active power supplies feeding the VME mounting enclosure prior to handling the module.
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Usage Notes: Handle with appropriate ESD protection; verify all power supplies are eliminated before module handling; configure DIP switches according to system requirements.