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Processor Type:Advanced Microcontroller

Operating Voltage Range:24V DC

Communication Protocols:Modbus RTU, CANopen

Input/Output Channels:16 I/Os (8 DI + 8 DO)

Memory Capacity:128 KB RAM, 128 KB Flash ROM

Dimensions:100mm x 100mm x 30mm

Weight:250g

    Engineered for precision and reliability, the FAIVELEY 33.60.6647 PLC module is the cornerstone of any advanced industrial automation setup. Its compact yet powerful design makes it an ideal choice for applications requiring precise control over multiple processes. With an integrated microcontroller that ensures swift data processing, this module excels in environments where efficiency and dependability are paramount.

    Featuring dual communication protocols – Modbus RTU and CANopen – the FAIVELEY 33.60.6647 facilitates seamless integration with a wide range of automation equipment, enhancing system interoperability and flexibility. This versatile module supports up to 16 input/output channels, providing ample connectivity options for various sensor and actuator applications.

    Equipped with a generous memory capacity of 128 KB RAM and 128 KB Flash ROM, the module can store complex logic programs and data, ensuring smooth operation even in demanding conditions. Its low power consumption makes it suitable for long-term operation without compromising on performance.

    Crafted from durable materials, the FAIVELEY 33.60.6647 is built to withstand harsh industrial environments. It boasts a rugged design that can handle extreme temperatures and mechanical stresses, guaranteeing continuous operation in various industrial settings.

    Easy to integrate and manage, this PLC module comes with comprehensive documentation and user-friendly programming interfaces. It supports standard programming languages like Ladder Diagram, which simplifies the development process for engineers and technicians alike. Additionally, our dedicated technical support team provides assistance throughout the entire lifecycle of the product, ensuring smooth installation and optimal performance.