Allen-Bradley 80190-480-01-R PowerFlex Drive Control Board
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SKU: 80190-480-01-R
Allen-Bradley 80190-480-01-R PowerFlex Drive Control Board
The Allen-Bradley 80190-480-01-R is a PowerFlex drive control board featuring 32 digital I/O points and 480V AC compatibility. Providing 7.2kW power handling and multi-motor support, this USA-made module ensures precise and reliable motor regulation for complex industrial automation.
The Allen-Bradley 80190-480-01-R serves as a high-performance command center for industrial motor drive systems. Specifically engineered for the PowerFlex series, this drive control board manages the complex logic required to regulate up to four motors simultaneously. By centralizing these control tasks, the module ensures synchronized motor performance while handling a 480V AC input. To maintain operational safety, the board actively monitors power parameters, delivering a robust 15A current capacity and 7.2kW power handling capability for medium-duty industrial applications.
Technical Performance and Connectivity
Expands System I/O: The board integrates 16 digital inputs and 16 digital outputs. In doing so, it provides engineers with the flexibility needed to interface with complex peripheral sensors and feedback devices.
Optimizes Space Management: Despite its high channel density, the module maintains a slim 2.8cm profile. As a result, it fits easily into standard drive enclosures, effectively reducing the overall footprint of the control cabinet.
Ensures Environmental Resilience: The hardware operates reliably within a standard range of 0°C to 40°C. Furthermore, the ruggedized construction allows for safe storage in temperatures as low as -40°C, protecting the sensitive logic circuitry during transport or facility downtime.
Streamlines Integration: Because the unit uses standardized Allen-Bradley communication protocols, it facilitates rapid data exchange between the drive and the central PLC. Consequently, this reduces the engineering time required for commissioning and system tuning.
Guarantees Precision Control: Beyond simple power distribution, the board utilizes advanced analog control logic to maintain precise torque and speed regulation. Therefore, it is an ideal choice for manufacturing processes that demand high repeatability and synchronization.
The Allen Bradley 80190-320-03-R, also cataloged as the 80190-320-03-R Control Motherboard, operates as a dedicated hardware component for system-level logic management and signal distribution within PLC-5 architecture platforms.
Hardware Specifications
Parameter
Specification
Model
80190-320-03-R
Brand
Allen Bradley
Origin
USA
Weight
0.48 kg
Dimensions
25 x 21.8 x 3.5 cm
Operating Temp
-20 deg C to 60 deg C
Power Consumption
System Backplane Dependent
Product Range
PLC-5
Industrial Control and Network Characteristics
The 80190-320-03-R utilizes backplane bus communication velocity to maintain deterministic signal paths within the chassis. Integration into automation networks supports multi-protocol data exchange, ensuring synchronization between I/O modules and the primary processor. Firmware flash compatibility allows for system version alignment, while the modular architecture facilitates scalable I/O density within the PLC-5 environment to meet specific application requirements.
Frequently Asked Questions
Q: Does the 80190-320-03-R support hot-swapping within the PLC-5 chassis?A: The module is designed for fixed installation within the backplane; hot-swapping is not recommended unless explicitly supported by the specific chassis revision and power distribution unit.Q: What are the grounding requirements for the motherboard to ensure signal integrity?A: The motherboard must be securely fastened to the chassis to establish a common ground plane, and all I/O shields must be terminated at the designated cabinet grounding point to suppress noise.
Field Installation Guidelines
Isolate all power sources to the PLC-5 chassis prior to hardware installation.
Inspect the motherboard backplane connector pins for oxidation or mechanical deformation.
Align the motherboard into the chassis guide rails and apply firm, even pressure until the backplane connector is fully seated.
Secure the board using the integrated locking mechanisms or chassis screws to ensure mechanical stability.
Connect all ribbon cables and field wiring interfaces, ensuring proper strain relief to prevent tension on the board-to-board connections.
Verify electrical continuity and ground bonding before restoring power to the system.
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