Brand:General Electric

Model:DS200TCDAG1A

Series:Mark V

Product Type:Digital I/O Board

Dimensions (WxHxD):17.8 x 9.5 x 2.3 cm

Weight:0.3 kg

Operating Temperature:-40°C to +70°C

Communication Protocol:EtherNet/IP

Power Consumption:Less than 10 W

Input Voltage Range:24V DC

Number of Inputs/Outputs:64 I/O channels

Memory Capacity:1 MB Flash Memory

Compatibility:With GE’s Mark V Series PLCs

    Introducing the GE DS200TCDAG1A Digital I/O Board, an essential component for modern industrial automation systems. This advanced board is engineered to handle the most demanding digital signal processing tasks with ease and precision. Its compact design ensures seamless integration into existing machinery or new installations, without compromising on functionality or performance.

    Featuring an innovative architecture that optimizes power consumption, this board ensures that energy is used efficiently, reducing operational costs and environmental impact. Its robustness against extreme temperatures (-20°C to +60°C) makes it suitable for deployment in harsh industrial environments worldwide.

    The DS200TCDAG1A boasts compatibility with a wide range of communication protocols, enhancing its versatility across various industrial automation solutions. Whether interfacing with legacy systems or connecting to cutting-edge IoT devices, this board facilitates seamless data exchange and control.

    Crafted from high-quality materials, this board ensures durability and longevity, backed by GE’s commitment to quality and customer satisfaction. It adheres to stringent international standards for safety and reliability, ensuring a safe and secure operation environment for users.

    With its user-friendly interface and intuitive setup process, the DS200TCDAG1A simplifies system integration and maintenance, allowing engineers and technicians to focus on maximizing productivity and efficiency. This board is an indispensable tool for advancing industrial automation processes, driving innovation and sustainability within manufacturing operations.