SIEMENS S7 400

Get a Price/Quote

SIEMENS S7 400 Specification

Cooling Method
Natural convection

Operating Temperature
0C to +60C

Rated Power
Module dependent, typically 20W to 60W

Connector Type
Screw terminals or plug-in connectors (module-specific)

Output Current
Up to 8A depending on module type

Features
Hot-swappable modules, redundant configuration support, extensive diagnostics

Current Range
Module dependent, typically 0.5A to 8A

Phase
Single phase or 3-phase (power module-dependent)

Application
Factory automation, process control, machine manufacturing

Power Factor
High, optimized for industrial use

Rated Current
Module dependent, typically up to 8A

Working Temperature
0C to +60C

Noise Level
Low, fanless design for silent operation

Output Type
Digital and analog outputs (depending on installed modules)

Power Supply
24V DC power supply module

Product Type
Programmable Logic Controller (PLC)

Output Power
Standard logic output (power determined by power supply unit, typically 24V DC)

Output Frequency
Digital signal; frequency determined by application/program

Input Voltage
24V DC (standard, dependent on power supply module)

Voltage Protection
Integrated overvoltage and short-circuit protection

Efficiency
High operational reliability and efficiency ideal for industrial automation

Material
Industrial-grade plastic and metal housing

Line Regulation
Dynamic line regulation through robust power module

Storage Temperature
-40C to +70C

Weight
Approx. 1.4 kg (base unit)

About SIEMENS S7 400

The SIEMENS S7 400 is a monumental and extraordinary solution engineered for dominant performance in demanding industrial environments. Featured with a high-speed 32-bit processor, this system delivers ultra-fast response times (<0.5 ms) and supports up to 8MB program and 16MB data memory, ensuring robust functionality. With integrated diagnostics, versatile communication ports (Ethernet, Profibus, MPI, RS485), and support for up to 64 modules, its value in automation is unparalleled. Limited stock availability make a commanding enhancement to your plants efficiency and reliability today.

Exceptional Applications & Versatile Usage

The SIEMENS S7 400 is used as a powerful central processing unit for sophisticated automation tasks, ideal for factory automation, process control, and advanced machinery manufacturing. Its usage type spans continuous industrial operations where reliability is essential. Designed for both DIN rail and rack-mounted installation, the durable surface application ensures it suits harsh environments, supporting seamless integration in diverse settings for elevated operational control.

Sample Policy, Certifications & Reliable Supply

SIEMENS S7 400 units are shipped securely with protective packaging to ensure pristine delivery. The product conforms to rigorous industry certifications, guaranteeing safety and performance. Supply ability is robust, with a streamlined process to handle both bulk and specialized orders efficiently. Detailed sample policies are available upon request, reflecting a commitment to transparency and client confidence in every shipment.

FAQs of SIEMENS S7 400:

Q: How does the SIEMENS S7 400 enhance industrial automation performance?

A: The SIEMENS S7 400 features a high-speed 32-bit processor and extensive memory capacity, allowing for fast response times and effective management of complex automation processes, making it ideal for demanding industrial environments.

Q: What communication interfaces are included with the SIEMENS S7 400?

A: It includes Ethernet, Profibus, MPI, and RS485 ports, ensuring seamless connectivity and integration with a range of automation and control devices within industrial networks.

Q: Where can the SIEMENS S7 400 be installed for optimal operation?

A: It supports both DIN rail and rack-mounted installation, making it versatile for various industrial setups. With high protection classes, it can be safely installed in both standard and protected enclosures.

Q: What is the process for upgrading the SIEMENS S7 400 firmware?

A: Firmware upgrades can be performed directly in the field via software, enabling ongoing improvements and security updates without significant system downtime.

Q: When is a battery backup recommended for the CPU module?

A: A battery backup is advisable when continuous process operation and data retention are critical, ensuring minimal disruption during power interruptions or maintenance activities.

Tell us about your requirement