Digital guide
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AEG PC-E984-385
Technical Specifications:
- Processor type: 16 – bit microprocessor optimized for industrial control
- Instruction execution speed: 3 ms per 1000 basic instructions
- User program memory: 16 KB EEPROM (expandable up to 32 KB)
- Data memory: 2 KB RAM for real – time data storage and processing
- Maximum I/O capacity: 512 digital I/O points or 64 analog I/O points (expandable via I/O racks)
- Communication ports: 1 x RS – 232 port for programming and HMI communication, 1 x Modbus RTU port for network communication
Detailed content
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- Programming languages: Ladder Diagram (LD), Instruction List (IL)
- Operating voltage: 24 V DC (18 V DC – 30 V DC)
- Power consumption: 6 W
- Operating temperature range: 0°C to +60°C
- Degree of protection: IP20
- Dimensions (W x H x D): 35 mm x 100 mm x 120 mm
- Weight: 0.25 kg
- Functional Features:
- High – speed instruction execution enables rapid response to complex control logic and real – time field signals, meeting the requirements of high – speed industrial processes.
- Supports flexible I/O expansion through Modicon 984 series I/O racks, compatible with various digital and analog I/O modules to adapt to different application needs.
- Built – in Modbus RTU communication protocol allows seamless data exchange with other industrial devices such as HMIs, frequency converters, and sensors, facilitating system integration.
- Non – volatile EEPROM program memory ensures that the control program is not lost when the power is off, improving system reliability.
- Self – diagnostic functions continuously monitor the CPU, memory, and communication status, and provide fault alerts in a timely manner to reduce maintenance time.
- Compact slot – mount design saves space in the control cabinet and simplifies installation and replacement.
- Application Scenarios: Automotive manufacturing plants for controlling assembly lines, welding robots, and painting systems; Chemical and petrochemical facilities for monitoring and regulating reactor temperature, pressure, and material flow; Water and wastewater treatment plants for controlling pumps, valves, and chemical dosing systems; and Large – scale packaging production lines for coordinating multiple packaging processes to ensure production efficiency and product quality.
