ABB PFSK163 3BSE016323R3 Real-Time Accelerator Module

Overview

The ABB PFSK163 3BSE016323R3 is a high-performance Real-Time Accelerator Module, engineered to significantly enhance the efficiency and speed of real-time applications within ABB control systems. This module delivers seamless integration with industrial automation systems, offering exceptional performance for demanding applications.

Key Features

Real-Time Application Acceleration: The PFSK163 3BSE016323R3 boosts the processing power of real-time applications. It optimizes data handling for systems requiring fast decision-making.
PCI Interface: The module utilizes a PCI (Peripheral Component Interconnect) interface, ensuring efficient communication with the host system for quick data transfer.
Enhanced Performance: By accelerating key processes, this module helps improve the overall performance of your control systems, ensuring faster and more responsive operations.
Industrial Durability: Designed to withstand the rigorous conditions of industrial environments, this module ensures long-lasting reliability and performance.

Technical Specifications

Specification	Details
Manufacturer	ABB
Model	PFSK163 3BSE016323R3
Product Type	Real-Time Accelerator Module
Interface Type	PCI (Peripheral Component Interconnect)
Performance	High-speed acceleration for real-time tasks
Compatibility	Compatible with ABB control systems
Power Consumption	Low power consumption
Dimensions	Compact design for easy installation
Weight	Lightweight and easy to handle
Operating Temperature	-25°C to +70°C
Storage Temperature	-40°C to +85°C
Response Time	Fast response for immediate action

Applications

Real-Time Automation Systems: The PFSK163 3BSE016323R3 is ideal for use in real-time control and automation systems that require fast, reliable data processing.
Industrial Process Control: This module improves the speed and efficiency of industrial process control, allowing for quicker responses and smoother operations.
Machine Control Systems: It is particularly effective in applications where high-speed decision-making is crucial, such as machine control in manufacturing settings.