PRODUCT DESCRIPTION
ASEA BROWN BOVERI 3HAC024488-001 - CPU Board
The ASEA BROWN BOVERI 3HAC024488-001 is a central processing unit (CPU) board engineered for integration within the ABB IRC5 industrial robot controller family. This module provides the core computational power and memory resources necessary for real-time robot motion control, program execution, and comprehensive system management. It is a critical component for high-precision, multi-axis robotic automation applications in manufacturing, material handling, and assembly processes.
Technical Specifications:
- SERIES/FAMILY: IRC5 Robot Controller
- COMPONENT TYPE: CPU Board
- ELECTRICAL SPECS: Operates on internal DC power supplied by the IRC5 controller backplane. Specific voltage and current draw are internal to the controller design.
- MECHANICAL/PHYSICAL: Printed Circuit Board (PCB) module designed for slot-in installation within the IRC5 controller cabinet. Form factor is a standard industrial control board.
- INTERFACE/CONTROL:
- INTERNAL BUS: Proprietary high-speed backplane interface for communication with other IRC5 modules (e.g., drive units, I/O boards).
- EXTERNAL INTERFACES: Provides connectivity for programming pendant (FlexPendant), network communication (Ethernet), and diagnostic ports.
- CONTROL FUNCTION: Executes RAPID programs, manages robot kinematics, and coordinates multi-axis motion.
- FEEDBACK: Processes real-time encoder data from robot axes via dedicated axis computer boards.
- ENVIRONMENTAL/MOUNTING:
- IP RATING: Internal component, protected by the IRC5 controller's enclosure (typically IP54 or IP20 depending on controller variant).
- COOLING METHOD: Convection and/or forced air cooling provided by the IRC5 controller system.
- MOUNTING STYLE: Module-based, plug-and-play installation into a dedicated slot within the IRC5 controller chassis.
- COMPATIBILITY/APPLICATION: Exclusively compatible with ABB IRC5 Robot Controllers. Utilized in industrial automation for robotic welding, painting, assembly, material handling, and machine tending.