Description
The Westinghouse 1C31194G02 is an advanced power distribution panel with integrated monitoring capabilities, engineered for Emerson’s Ovation™ DCS to deliver intelligent power management for mission-critical automation systems. Building upon the legacy of Westinghouse Electric’s robust power solutions, this enhanced model centralizes redundant power feeds while providing real-time load analytics for predictive maintenance. Designed for high-density control racks, the Westinghouse 1C31194G02 features a 200A silver-plated copper busbar system with configurable fused branches (up to 36 circuits) and integrated Hall-effect current sensors for per-circuit metering. Its dual-path architecture with passive OR-ing diodes enables seamless transition between four independent power sources during grid disturbances. IEEE 344 seismic certification and IP20-rated enclosure ensure deployment in nuclear facilities and harsh industrial environments. As the nerve center of Ovation’s SIL 3 power infrastructure, this panel combines fault tolerance with operational intelligence, enabling data-driven decisions for power system health.

WEISTINGHOUSE 1C31194G02
Technical Specifications
| Parameter Name | Parameter Value |
| Product Model | 1C31194G02 |
| Manufacturer | Westinghouse (Emerson Ovation) |
| Product Type | Intelligent Power Distribution Panel |
| Input Capacity | 4× Independent Feeds (Max 60V DC) |
| Busbar Rating | 200A Continuous @ 55°C |
| Output Branches | 36× Fused Circuits (Field-configurable) |
| Fuse Type | DIN 10×38mm (1A-40A) |
| Current Monitoring | ±1% Accuracy (Per Circuit) |
| Voltage Drop | <0> |
| Isolation | 2000V AC (Input-to-output) |
| Communication | RS-485 Modbus RTU (Load Data Export) |
| Enclosure Rating | IP20 / NEMA 1 |
| Operating Temperature | -30°C to +60°C (-22°F to 140°F) |
| Certifications | UL 508, IEEE 344, IEC 61439-1, DNV-GL |
| Dimensions | 483 × 132 × 400 mm (19 × 5.2 × 15.7 in) |
| Weight | 15.8 kg (34.8 lbs) |
Main Features and Advantages
Predictive Power Analytics: Integrated current sensors on all 36 circuits provide real-time load profiling through Modbus RTU, enabling early detection of fuse degradation or abnormal loads before failure.
High-Density Safety: Tool-less fuse carriers with dual-indication (local LED + remote alarm contact) accelerate troubleshooting. Field-configurable ratings support mixed I/O/controller loads without hardware changes.
Enhanced Power Integrity: Oxygen-free copper busbars with electroplated silver finish minimize resistance rise at 200A. Vibration-resistant terminals (3.0 N·m torque spec) prevent hot spots in mobile installations.
Cyber-Secure Monitoring: Isolated RS-485 interface with MAC address filtering prevents unauthorized access to power metrics. Data encryption complies with NERC CIP standards.
Rapid Deployment: Color-coded plug-and-play current sensor harnesses reduce wiring time by 50%. Pre-drilled mounting patterns align with Ovation Pxxx racks and third-party enclosures.
Application Field
The Westinghouse 1C31194G02 revolutionizes critical power management:
Nuclear Plants: Monitors Class 1E power to reactor trip systems with IEEE 344 seismic compliance
LNG Terminals: Distributes redundant power to cryogenic safety valves with per-circuit trending
Hybrid Power Stations: Balances loads between battery storage and turbine controls in grid-forming applications
Offshore Wind: Manages power for substation PLCs with DNV-GL marine certification
Pharma 4.0: Provides audit trails for FDA 21 CFR Part 11 power quality compliance
Smart Grids: Enables predictive maintenance for substation RTUs through load analytics

WEISTINGHOUSE 1C31194G02
Related Products
1C31194G01: Base model without current monitoring (24 circuits)
1C31234G02: Power Analytics Gateway (aggregates Modbus data)
1C31132G01: 100A Three-Phase PSU (primary power source)
1B30047H03: Smart Fuse Kit with RFID identification
5X00123G01: Ovation High-Density Controller (monitored load)
Ovation PDM: Power Device Manager software
1C31181G04: Seismic-Rated Chassis (IEEE 344 compliant)
1C31129G04: DC-input PSU for battery backup integration
Installation and Maintenance
Pre-installation preparation: Perform infrared scan of facility grounding (<0>
Maintenance recommendations: Monthly review of load trend reports for anomalies. Annual recalibration of current sensors (±0.5% drift tolerance). Replace fuses after 10 fault interruptions. Clean busbars with non-abrasive contact cleaner during outages. Validate Modbus data integrity quarterly.



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