GE Fanuc IC693APU300J – PAC Systems RX3i PLC Core Module

Description

Product Type:PAC Systems RX3i

Product ID:IC693APU300J

GE Type Designation:PLC

Number of Input Channels:Twelve (12)

Maximum Count Rate:80 kiloHertz

Input Signal Voltage:5 VDC; 10VDC – 30 VDC

Output Voltage Range:4.75 VDC – 6 VDC; 10-30 VDC

Internal Power Consumption:Variable, depending on model configuration

    The GE Fanuc IC693APU300J PAC Systems RX3i PLC Controller Module is a cutting-edge solution designed for industrial environments, featuring twelve (12) high-speed source inputs that enable seamless integration with a wide array of sensors and measurement devices. With a maximum count rate of 80 kiloHertz, it ensures exceptional data acquisition capabilities, critical for real-time monitoring and control applications.

    Equipped with flexible input voltage ranges from 5 VDC to 30 VDC, this module offers unparalleled versatility, accommodating diverse industrial standards and ensuring compatibility across various automation systems. Its output voltage range of 4.75 VDC to 6 VDC and 10-30 VDC further enhances its adaptability, supporting a broad spectrum of actuator and control requirements.

    Engineered with high reliability and efficiency in mind, the IC693APU300J boasts a low power consumption profile, optimizing energy usage and reducing operational costs. This makes it an ideal choice for both new installations and retrofits, where minimizing power draw without compromising performance is essential.

    Built with durability and ease of use in mind, the GE Fanuc IC693APU300J PAC Systems RX3i PLC Controller Module simplifies the process of integrating advanced control functionalities into existing or new industrial systems. Its compact design facilitates straightforward installation and maintenance, streamlining the overall system management.

    Moreover, the module supports a wide range of programming languages and tools, enabling users to leverage their preferred development environment for efficient customization and adaptation to specific operational needs. This flexibility, combined with its robust performance characteristics, underscores its suitability for demanding industrial automation tasks, from basic control scenarios to complex, data-intensive applications.