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Model Number:502-03512-03R0

Manufacturer:Giddings & Lewis

Module Type:PiC900 Control System Module

Operating Voltage:24V DC

Input/Output Channels:16 I/O channels

Communication Protocol:Modbus/TCP, CANopen

Processing Speed:Up to 1 MHz

Memory Capacity:16Kbytes RAM, 32Kbytes ROM

Dimensions:85mm x 85mm x 30mm

Weight:150g

    The Giddings & Lewis 502-03512-03R0 PiC900 Control System Module is a cutting-edge solution designed to meet the demanding needs of modern industrial automation. This module is engineered with state-of-the-art technology to provide unparalleled control accuracy and reliability, making it an ideal choice for enhancing operational efficiency in a wide range of manufacturing sectors.

    Featuring a robust and versatile design, the PiC900 module seamlessly integrates with various industry standards, ensuring compatibility and ease of deployment across diverse equipment and systems. Its efficient power consumption and low noise levels contribute to a quieter and more energy-efficient operation environment.

    With an extended memory capacity tailored for customizable applications, this module allows for the implementation of complex control algorithms without sacrificing performance. Whether you’re looking to optimize production processes, enhance system monitoring capabilities, or integrate with existing control networks, the Giddings & Lewis PiC900 Control System Module is designed to deliver exceptional results.

    Operated within a temperature range of -40°C to +85°C, this module ensures reliable performance under extreme conditions, making it suitable for harsh industrial environments. The module’s durability and robustness are further enhanced by its high-quality materials, ensuring longevity and minimal maintenance requirements.

    Supporting industry-standard communication protocols, the Giddings & Lewis 502-03512-03R0 PiC900 Control System Module facilitates seamless data exchange and connectivity with other industrial components. This feature enables efficient coordination between different systems, improving overall system integration and reducing setup complexities.