Schneider 140CPU67060 Programmable Logic Controller (PLC) CPU Module

Schneider 140CPU67060 Programmable Logic Controller (PLC) CPU Module

Specific Parameters

Brand Schneider (Schneider Electric), Product Series Schneider Modicon Quantum Series

Product Type Programmable Logic Controller (PLC) CPU Module, Industrial Control Core Module, Schneider Original Spare Part

Model Schneider 140CPU67060

Country of Origin France (Produced by Schneider original factory)

Compatible Devices Schneider Modicon Quantum Series I/O Modules, Unity Pro Programming Environment, Industrial Automation Equipment, SCADA Systems, Distributed Control Systems

Core Functions Control Program Execution, I/O Signal Processing, Multi-Device Coordinated Control, Data Communication, Dual-Machine Hot Standby Redundancy, Fault Diagnosis, Remote Programming

Processor Type 32-bit PowerPC 603e Processor

Processor Frequency 266MHz

Memory Capacity 512KB RAM + 512KB Flash

Extended Storage Supports PCMCIA Card Expansion, Program Storage Expandable to 7168kB, File Storage Expandable to 8MB

Programming Environment Compatible with Unity Pro Programming Software, Supporting IEC 61131-3 Standard Languages (LD, FBD, ST, SFC, IL)

I/O Expansion Capacity Supports Quantum I/O Module Expansion, Maximum I/O Points Up to 8000 Input/8000 Output (Distributed)

Communication Interfaces 3 Local Ethernet Ports, 2 Remote Ethernet Ports (Backplane Expansion), 1 RS232/485 Modbus/ASCII Port, 1 USB 2.0 Port

Communication Protocols Supports TCP/IP, Modbus, Modbus Plus, PROFIBUS DP, CANopen and Other Industrial Communication Protocols

Redundancy Function Supports Dual-Machine Hot Standby, Switching Time ＜100ms (Typical ＜30ms), Automatic Exchange of Communication Port Addresses

Power Supply Voltage 24VDC

Backplane Current 2500mA (Local)

Power Consumption Typical 15W, Maximum 20W

Operating Temperature Range -25℃ to 70℃

Storage Temperature Range -40℃ to 85℃

Relative Humidity 5% to 95%, Non-Condensing

Protection Class IP20 (Needs to Be Installed in the Cabinet)

Physical Dimensions 133.3mm×42mm×160mm (Height×Width×Depth)

Physical Weight Approximately 0.40kg

Mounting Method 19-Inch Rack Mounting, Compatible with Modicon Quantum Series Standard Backplane

Signal Indication 1 Green LED (Ethernet Activity), 1 Red LED (Ethernet Collision), Equipped with Front Panel LCD Display for Module Status

Data Protection Built-in Lithium-Ion Battery to Continuously Save Memory Data When Power Is Cut Off

Product Material Industrial-Grade Reinforced Metal Enclosure, High-Temperature Resistant Insulation Material

Customizable No

Certification Standards Complies with CE, UL, cULus, IEC 61131-2, EMC Relevant Certification Standards

Warranty Period 12 Months

Product Performance

Schneider 140CPU67060 is an original Schneider device with strong adaptability, which can be seamlessly integrated into Modicon Quantum Series I/O modules and various industrial automation systems, perfectly compatible with Unity Pro programming software, with convenient installation and maintenance. The modular design facilitates later expansion, troubleshooting and firmware upgrade. The front panel LCD display module can real-time feedback the operation status, support hot standby switching, and can be debugged online through the standby machine during maintenance to reduce downtime. The product has strong processing performance. The 32-bit processor with 266MHz main frequency and sufficient memory can quickly execute complex control logic and a large amount of data processing, and the basic instruction execution response is fast, ensuring the real-time and accuracy of the system. The product has outstanding reliability. The dual-machine hot standby redundancy design can allow the standby processor to immediately take over the control task when the main processor fails, minimizing downtime. It has complete built-in data protection and fault diagnosis functions, which can effectively resist various abnormalities and ensure the continuous and stable operation of the system. The product has strong anti-electromagnetic interference and anti-vibration capabilities, meeting industrial standards, and can operate continuously and stably in harsh industrial environments such as wide temperature and dust. It has rich communication interfaces and supports multiple industrial protocols, which is convenient for integration with other equipment and systems, and greatly improves the operation efficiency and reliability of industrial automation control systems.