140CPU43412AC Modicon Quantum platform

Description

Main

range of product	Modicon Quantum automation platform.
product or component type	Processor
software name	ProWORX 32. Concept.
processor name	80486
mathematical coprocessor	With

Complementary

clock frequency	66 MHz
memory description	Internal RAM 896 kB
exact time for 1 Kinstruction	0.1…0.5 ms LL984.
watchdog timer	250 ms
clock drift	+/-8 s/day at 0…60 °C.
I/O words	30 I/32 O distributed.. 64 I/64 O max local 64 I/64 O remote.
I/O words/network	500 I/500 O are distributed.
drops/network	63 distributed.
number of drops	31 remote.
number of network	2 remote. 3 distributed.
battery type	Lithium 7 µA 210 µA.
battery capacity	1.2 Ah.
battery life	10 year(s).
number of port	1 Modbus Plus. 2 Modbus RS232.
communication module processor capacity	6 NOM, NOE, CR, and NMS.
switch function	Key switch.
marking	CE
bus current requirement	1250 mA.
module format	Standard.
net weight	0.85 kg.

.

Environment

protective treatment	Conformal coating: Humiseal 1A33.
product certifications	CUL FM Class 1 Division 2.
standards	UL 508 CSA C22.2 No. 142.
resistance to electrostatic discharge	4 kV contact conforming to IEC 801-2. 8 kV on air conforming to IEC 801-2
resistance to electromagnetic fields	10 V/m 80…2000 MHz, conforming to IEC 801-3.
ambient air temperature for operation	0…60 °C
ambient air temperature for storage	-40…85 °C
relative humidity	95% without condensation.
operating altitude	<= 5000 m

Packing Units

Unit Type of Package 1	PCE
Number of Units in Package 1	1
Package 1: Weight	625.0 g
Package 1: Height	5.0 cm
Package: 1 width	16.5 cm
Package 1 Length	31.0 cm
Unit Type of Package 2	S02
Number of Units in Package 2	2
Package 2: Weight	1.676 kg.
Package 2: Height	15.0 cm
Package 2 width	30.0 cm
Package 2 Length	40.0 cm

Introduction

The 140CPU43412AC is a high-performance central processing unit (CPU) for the Modicon Quantum automation platform, developed by Schneider Electric. This CPU is integral to the Quantum series, providing powerful processing capabilities for complex industrial automation tasks. Designed for high-speed and high-reliability applications, the 140CPU43412AC offers advanced features that support sophisticated control and monitoring solutions across various industries.

Key Features

1. High Processing Power: The 140CPU43412AC is equipped with a powerful processor that delivers high-speed performance for complex automation tasks. Its processing power ensures rapid execution of control algorithms and real-time data processing, crucial for demanding applications.
2. Large Memory Capacity: This CPU comes with substantial memory resources, including both volatile and non-volatile memory. The large memory capacity supports extensive program storage, data handling, and complex application requirements, allowing for more sophisticated automation processes.
3. Advanced Communication Capabilities: The 140CPU43412AC supports various communication protocols and network configurations, including Modbus, Ethernet, and PROFIBUS. Its advanced communication features enable seamless integration with other automation devices and systems, enhancing overall system connectivity and interoperability.
4. Redundancy and Reliability: Designed with redundancy features, the 140CPU43412AC ensures high system reliability and uptime. Redundant processors and communication paths can be implemented to provide failover capabilities, minimizing the risk of system downtime and maintaining continuous operation in critical applications.
5. Scalability: The CPU supports modular expansion, allowing users to scale their automation systems as needed. Its compatibility with a range of I/O modules and communication processors ensures that the system can be tailored to specific requirements and expanded to accommodate future growth.
6. Real-Time Performance: The 140CPU43412AC is optimized for real-time performance, providing quick response times and accurate control for dynamic processes. This capability is essential for applications requiring immediate feedback and precise control, such as motion control and process automation.
7. User-Friendly Programming: The CPU is compatible with Schneider Electric’s Unity Pro programming software, which provides a user-friendly environment for programming and configuring the automation system. The software’s intuitive interface simplifies the development and management of complex control programs.
8. Diagnostic and Maintenance Tools: Integrated diagnostic tools and maintenance features enable users to monitor system health and troubleshoot issues effectively. Real-time diagnostics and status monitoring help in identifying and resolving potential problems, ensuring smooth operation, and reducing maintenance efforts.
9. Robust Design: The 140CPU43412AC is built to withstand harsh industrial environments, with a robust design that includes protection against electrical noise, temperature variations, and mechanical vibrations. Its durability ensures reliable performance in demanding conditions.

Applications

1. Manufacturing Automation: The 140CPU43412AC is widely used in manufacturing automation, where it controls and monitors various processes such as assembly lines, robotics, and material handling systems. Its high processing power and real-time capabilities ensure efficient and accurate control of complex manufacturing tasks.
2. Process Control: In process control applications, the CPU manages variables such as temperature, pressure, and flow. Its advanced communication features and scalability make it suitable for integrating with process instrumentation and control systems, enhancing overall process efficiency and stability.
3. Energy Management: The CPU is employed in energy management systems to monitor and control energy usage, optimize performance, and ensure the reliability of energy distribution. Its real-time performance and diagnostic tools contribute to effective energy management and conservation.
4. Water and Wastewater Treatment: For water and wastewater treatment facilities, the 140CPU43412AC provides precise control of treatment processes, including filtration, chemical dosing, and flow regulation. Its robust design and reliability are crucial for maintaining consistent and safe treatment operations.
5. Building Automation: The CPU is used in building automation systems to control HVAC, lighting, and other building systems. Its advanced communication capabilities enable integration with various building management systems, improving operational efficiency and occupant comfort.