GE IC693CPU350 Series 90-30 CPU module, 32K words memory, RS-232, 5-slot baseplate, supports floating point math and real-time control.

GE IC693CPU350

$597.99
Sale price  $597.99 Regular price 
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GE IC693CPU350 Series 90-30 CPU module, 32K words memory, RS-232, 5-slot baseplate, supports floating point math and real-time control.

GE IC693CPU350

$597.99
Sale price  $597.99 Regular price 

Overview

The GE Fanuc IC693CPU350 is a powerful and versatile CPU module engineered for the Series 90-30 PLC system. Designed for mid-range industrial control applications, this CPU delivers reliable performance, featuring a generous 32K words of user memory that accommodates both program logic and data storage. It boasts a built-in real-time clock for precise time-based operations and natively supports floating-point math operations, crucial for complex calculations. Integration is streamlined with an included 5-slot baseplate, allowing direct and convenient mounting of I/O and communication modules without additional hardware. Furthermore, its integrated RS-232 serial port offers flexible connectivity for programming or interfacing with external devices, making the IC693CPU350 a cornerstone for efficient and scalable automation.

Key Features

  • User Memory: Expansive 32K words (combining program and data) ensures ample space for complex control strategies.
  • Programming Flexibility: Supports industry-standard relay ladder logic and advanced structured text programming languages.
  • Integrated Baseplate: Comes with a 5-slot backplane for seamless module integration and system expansion.
  • Communication Port: Equipped with 1x RS-232 port for versatile programming connections or external device communication.
  • Floating-Point Math: Full support for floating-point calculations, essential for precision in control applications.
  • Battery Backup: Optional battery ensures critical memory retention during power interruptions, safeguarding your data.
  • Real-Time Clock: Built-in functionality for accurate time-stamping and time-driven logic.

Technical Specifications

  • Model Number: IC693CPU350
  • I/O Capacity: Manages up to 2,048 discrete input/output points and 512 analog input/output points, offering extensive control.
  • Power Requirements: Efficient operation at 5V @ 860 mA.
  • Scan Rate: Features a variable scan rate, providing rapid updates for both discrete and analog signals to maintain real-time responsiveness.
  • Expansion Capability: Seamlessly supports expansion racks through dedicated remote/local modules, allowing for scalable system growth.
  • Operating Temperature: Robust performance across a wide range, from 0°C to 60°C.
  • Certifications: Complies with UL, CE, and RoHS standards, ensuring safety and environmental responsibility.

Applications

  • OEM and Industrial Machine Control: Ideal for integrating into new machinery or upgrading existing industrial control systems.
  • Process Control: Excellently suited for processes requiring precise integration of both analog and digital signals.
  • Advanced Systems: Perfect for applications demanding floating-point math capabilities and critical real-time processing.
  • Medium-Scale Automation: A core component for reliable medium-scale automation projects utilizing the robust Series 90-30 architecture.

Why Choose This Model?

The GE IC693CPU350 stands out as a superior choice for several compelling reasons. Its Balanced Performance makes it an ideal fit for a vast array of mid-size control tasks, ensuring neither under- nor over-specification. The inclusion of a Flexible Communication RS-232 port simplifies integration and connectivity with various devices and programming tools. With its Integrated Clock & Memory, it effortlessly handles complex time-based logic and large programs, reducing the need for external components. Furthermore, its Expandable Design, compatible with both local and remote I/O configurations, provides a future-proof solution that can grow with your operational demands. The IC693CPU350 by GE Fanuc (Emerson) is not just a PLC CPU; it

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