SOLID STATE 80-219310-90 PCB Circuit Board

SOLID STATE 80-219310-90 PCB Circuit Board

Product Overview

The SOLID STATE 80-219310-90 is an industrial-grade printed circuit board (PCB) assembly manufactured by SolidState Controls, a specialist in solid-state control circuits. This component serves as a critical internal “brain” for specific industrial equipment from major manufacturers including GE, Eaton/Cutler-Hammer, Westinghouse, and Motorola . The 80-219310-90 is not a generic PCB but a purpose-built assembly designed for specific OEM applications, making it a “special-purpose” spare part .

The core value of the SOLID STATE 80-219310-90 lies in its application-specific design and digital precision. In one configuration, it functions as the heart of a GE Fanuc Series 90-30 PLC output module (IC693MDL940), controlling 16 optically isolated solid-state relay channels for digital output . In another application, it serves as the solid-state trip unit’s core control board for Westinghouse (now Eaton/Cutler-Hammer) A/DA/DAF series low-voltage air circuit breakers, enabling configurable overcurrent protection curves . This dual-functionality makes the 80-219310-90 a versatile yet specific replacement component for legacy systems.

The SOLID STATE 80-219310-90 exemplifies the transition from mechanical protection to digital intelligence in industrial control. In circuit breaker applications, it replaces older thermal-magnetic trip mechanisms with digital RMS current measurement and field-configurable protection settings . The 80-219310-90 board integrates microprocessors, signal conditioning circuits, and output drivers to perform real-time current measurement and protection logic calculation . Its robust FR-4 epoxy glass construction and through-h

SOLID STATE 80-219310-90 PCB Circuit Board

 

Technical Specifications

Parameter Name Parameter Value
Product Model 80-219310-90
Manufacturer SOLID STATE Controls / SolidState Controls
Product Type Industrial PCB Circuit Board / PCB Assembly
Board Material Rigid FR-4 Epoxy Glass Fiber Laminate
Operating Voltage 24V DC (typical)
Current Rating 1A (industrial control version)
Board Dimensions 24.4 × 24.4 cm (9.6 × 9.6 inches)
Operating Temperature -20°C to +85°C
Mounting Type Through-hole (Through-hole Technology)
Protection/Certification UL, CE, RoHS compliant
Condition New Surplus (Original Manufacturer)
Compatible Motherboard 80-219309-90 (for GE IC693MDL940 application)

 

Main Features and Advantages

Application-Specific Design with Dual Functionality: The SOLID STATE 80-219310-90 is engineered for two distinct OEM applications. In GE Fanuc PLC systems, it integrates 16 optically isolated solid-state relays, each handling 0.5A continuous DC loads at 24-48V DC, with response times significantly faster than mechanical relays and no contact wear . In Eaton/Cutler-Hammer circuit breakers, it functions as a smart trip unit with integrated microprocessor and current sensor interface, enabling digital RMS current measurement .

Digital Precision vs. Analog Drift: The 80-219310-90 replaces older thermal-magnetic trip mechanisms with digital intelligence. Traditional bimetal-based protection suffers from calibration drift due to temperature changes and mechanical fatigue. The SOLID STATE 80-219310-90 uses high-speed current sampling and true RMS calculation to accurately distinguish between actual fault currents and normal inrush currents, dramatically reducing nuisance tripping .

Protection curve flexibility is another key advantage of the 80-219310-90. In circuit breaker applications, it provides configurable long-time (L), short-time (S), instantaneous (I), and ground-fault (G) protection curves that can be field-adjusted through the breaker’s keypad or handheld programmer, a capability impossible with mechanical designs .

Industrial Hardened Construction: The SOLID STATE 80-219310-90 is built on a rigid FR-4 epoxy glass substrate, offering superior electrical insulation and mechanical strength . With an operating temperature range of -20°C to +85°C and through-hole mounting, it withstands harsh conditions including vibration, temperature fluctuation, and electromagnetic interference common in industrial environments .

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