SMC Flex Internal Interface Board 80190-440-02-R by Allen-Bradley

Product Overview

The 80190-440-02-R serves as a critical internal communication hub within Allen-Bradley SMC Flex Smart Motor Controller systems. This specialized circuit board facilitates the precise transfer of data between the core logic controller and the soft starter power components. Because it integrates directly into the existing starter housing, the module ensures immediate compatibility without structural modifications.

Industrial operators utilize this component to maintain high system reliability during heavy duty motor operations. The board architecture handles rapid signal feedback, which enables the soft starter to protect connected machinery from voltage spikes or phase imbalances. Furthermore, this component simplifies hardware maintenance by serving as a direct drop-in replacement part for damaged or worn factory infrastructure.

Key Technical Characteristics

Physical and Electrical Specifications

• Compatible Platform: Allen-Bradley SMC Flex Soft Starters
• Product Type: Internal Interface/Control Circuit Board
• Net Hardware Weight: 0.46 kilograms
• Module Dimensions: 27.8 x 21.4 x 2.8 centimeters
• Country of Manufacture: United States
• System Classification: Programmable Industrial Control Component

Environmental and Operational Features

• Enclosure Class: Open-style circuit board configuration
• Mounting Style: Direct chassis internal mounting
• Integration Capability: Restores OEM communication loops seamlessly
• Structural Build: Robust substrate layout engineered for high temperature electrical enclosures

Industrial Applications

Manufacturing plants install the 80190-440-02-R board to restore or upgrade critical motor control infrastructure. Maintenance teams deploy this interface module in heavy industries that utilize high horsepower motors, such as water treatment, mining, and oil processing facilities. Additionally, the component provides an efficient repair pathway for facilities operating older SMC Flex starter models, preventing the need for an expensive full system replacement. It performs reliably under continuous duty cycles in demanding factory floor environments.