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GE IC200CPU005

Technical Specifications:

Brand: GE (General Electric)
Series: VersaMax Series PLC
Model: IC200CPU005
Programming Methods: Supports programming in multiple languages, including ladder diagrams, sequential function charts, and instruction statements.
Memory: Offers up to 128KB of memory for applications, allowing for complex control strategies.

Detailed content

Floating-Point Operations: Supports floating-point arithmetic for high-precision calculations.
Real-Time Clock: Incorporates a real-time clock for accurate timing and scheduling.
Program Storage: Uses non-volatile flash memory for storing programs, configurations, and data, ensuring data retention even during power outages.
Power Requirements: 5V DC using 220mA, 3.3V DC using 570mA.
Communication Interfaces:
Built-in RS-232 and RS-485 ports, supporting SNP, Modbus RTU, and Series I/O protocols.
Ethernet capabilities (in some variants) for modern networking requirements.
Dimensions (approximate): 126 mm x 128 mm x 69.1 mm (Width x Height x Depth)
Functional Characteristics:

High-Speed Counting: Supports high-speed counters (HSC) for applications requiring precise counting of pulses.
Pulse Width Modulation (PWM): Enables precise control of motor speed and position.
PID Control: Provides Proportional-Integral-Derivative (PID) control for maintaining setpoints in process control applications.
Subroutines: Allows for modular programming, enhancing code reuse and maintainability.
Password Protection: Offers 4 levels of password protection, including OEM password settings and subroutine encryption, ensuring program security.
Diagnostics: Features a powerful diagnostic system with PLC and I/O fault tables, indicating the time, location, and nature of faults.
Run/Stop Switch: Equipped with a run/stop switch and intuitive LED indicators for operational and fault statuses.
Application Scenarios:

Industrial Automation: Widely used in manufacturing and process industries for controlling machines and processes, automating production lines, and improving efficiency.
Machine Control: Suitable for controlling complex machinery, including packaging machines, assembly lines, and material handling systems.
Process Control: Ideal for applications requiring precise control of temperatures, pressures, and flow rates, such as in chemical, food, and pharmaceutical industries.
Distributed Control Systems (DCS): Can be integrated into larger DCS systems for centralized monitoring and control of multiple processes.

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