GE Fanuc IC660CBB902 – Versamax PLC, High Performance Control Solution

Model Number:IC660CBB902

Brand:GE Fanuc

Product Type:Versamax PLC

Module Category:Control Systems

CPU Type:Advanced Microprocessor

Memory Capacity:Up to 128K words

Operating Voltage:12-24V DC

Input Current:5 mA per point

Output Current:20 mA per point

Programming Language:Ladder Diagram, Structured Text, Function Block Diagram

Communication Interface:RS-485 Modbus RTU

Operating Temperature:-20°C to +55°C

Storage Temperature:-40°C to +85°C

Dimensions (WxHxD):96mm x 57mm x 28mm

Weight:120g

    Introducing the GE-FANUC IC660CBB902 VersaMax PLC, a cost-effective and powerful solution for industrial automation. This PLC is equipped with advanced features that cater to a multitude of applications, from basic to highly complex scenarios, ensuring smooth operation across diverse industries.

    Featuring a versatile processor capable of delivering up to 128 MIPS, this PLC ensures swift execution and responsiveness. With up to 64 KB of RAM and ROM, it offers ample storage space for program logic and data management.

    The integrated GE Proficy system provides a comprehensive environment for programming, configuration, and diagnostics, simplifying the setup and maintenance processes. The support for Ethernet, DeviceNet, and Modbus RTU protocols enables seamless communication with other industrial devices, facilitating integration within any manufacturing ecosystem.

    For those requiring precise temperature control, the TCM module is compatible with a variety of applications such as plastic extrusion, furnaces, and injection molding, ensuring optimal performance in critical processes. The Digital Servo Module (DSM) adds another layer of functionality by providing two-axis digital motion control, ideal for point-to-point or synchronous movement in conjunction with analog or digital servos.

    The compact design of the VersaMax PLC allows for easy installation on DIN rails, making it a space-efficient solution. Moreover, its efficient power consumption contributes to lower operational costs, aligning well with sustainable manufacturing practices.