SIEMENS SIMATIC S7 400 CPU 6ES7 412-5HK06-0AB0

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SIEMENS SIMATIC S7 400 CPU 6ES7 412-5HK06-0AB0 Specification

Application
Industrial automation, process control, factory automation

Power Supply
Supplied via S7-400 rack power supply unit

Cooling Method
Convection cooling

Connector Type
Backplane bus (rack mount)

Working Temperature
0C to +60C

Features
High-speed processing, configurable memory, redundant design support, PROFIBUS DP interface

Operating Temperature
0C to +60C

Noise Level
Silent, fanless operation

Product Type
Programmable Logic Controller (PLC) CPU Module

Input Voltage
24 V DC (via backplane bus), Power supplied through rack

Voltage Protection
Short-circuit and overload protection via system configuration

Efficiency
Highly efficient processing supports up to 4096 digital I/O

Material
Industrial-grade plastic and metal housing

Line Regulation
High stability and precision on program execution

Storage Temperature
-40C to +70C

Weight
Approx. 650 g

About SIEMENS SIMATIC S7 400 CPU 6ES7 412-5HK06-0AB0

The SIEMENS SIMATIC S7 400 CPU 6ES7 412-5HK06-0AB0 is a dazzling, first-string choice for automation professionals and industrial solution providers. Hot-selling and in demand, its elite performance stems from a rapid 48 MHz processor, 2 MB onboard memory, and versatile communication interfaces (PROFIBUS DP, MPI). Handling up to 4096 digital/1024 analog I/O, it meets rigorous standards with integrated diagnostics, redundant design support, and robust voltage protection. Stock is ending soonsecure this premium CPU for reliable, silent, and flexible process control using the renowned STEP 7 software.

Comprehensive Application & Extra Features

The SIEMENS SIMATIC S7 400 CPU excels in a variety of demanding environments, including industrial automation, process control, and factory automation. Used as a central processing unit within the S7-400 rack system, it features high-speed processing, configurable onboard memory (expandable via memory card), and robust diagnostic functions. Its silent, fanless design and redundant architecture support greater reliability, while integrated PROFIBUS DP communication and advanced diagnostics provide extended control and seamless data integration across your application surface.

FOB Ports, Certifications & Payment Essentials

Our proposal amount for the SIEMENS SIMATIC S7 400 CPU is competitively calculated, with an appealing offer available to ready stock buyers. The product ships promptly from major FOB ports, and conforms to top industry certifications for quality and performance assurance. Easy payment terms are available to streamline your acquisition process, ensuring fast and secure ordering. Dont miss out on this opportunityact now while stock is ready to move.

FAQs of SIEMENS SIMATIC S7 400 CPU 6ES7 412-5HK06-0AB0:

Q: How can I expand the memory of the SIEMENS SIMATIC S7 400 CPU 6ES7 412-5HK06-0AB0?

A: You can expand the onboard 2 MB load memory of the S7 400 CPU using a compatible memory card, allowing for greater flexibility and larger program handling.

Q: What are the primary applications of the S7 400 CPU 6ES7 412-5HK06-0AB0?

A: This CPU is primarily used in industrial automation, process control, and factory automation due to its high-speed processing and robust connectivity options.

Q: When is it advisable to consider the redundant design feature of this CPU?

A: The redundant design should be considered in mission-critical operations where continuous system availability and failure prevention are paramount, such as in large-scale process industries.

Q: Where can I install the SIEMENS SIMATIC S7 400 CPU within the system?

A: The CPU is designed for rack mounting within an S7-400 rack system, utilizing a backplane bus for secure and efficient integration.

Q: What benefits do integrated diagnostics offer for users?

A: Integrated self-diagnostics and system diagnostics enable users to quickly identify and resolve issues, minimizing downtime and ensuring optimal performance.

Q: How is the CPU protected from voltage irregularities?

A: Voltage protection is managed through the system configuration, which provides built-in short-circuit and overload safeguards for enhanced operational safety.

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