6ES7 414-4HJO4-OAB0 Siemens 414 CPU

Name: 6ES7 414-4HJO4-OAB0 Siemens 414 CPU
Brand: ALAZIZ MARINE
Price: 10000 INR
Availability: InStock

Price 10000 INR/ Piece

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MOQ : 1 Piece

6ES7 414-4HJO4-OAB0 Siemens 414 CPU Specification

Load Capacity
Dependent on Configuration (Refer to manuals)

Phase
Single Phase

Features
High data processing speed, Redundant CPU capability, Hot swapping of modules

Frequency
50/60 Hz

Cable Length
Configurable per interface

Mounting Type
Rack Mount (S7-400 Rail)

Automation Grade
Automatic

Control Type
Programmable Logic Controller (PLC)

Application
Industrial Automation, Process Control

Processor Type
Advanced Processor with Extended Performance

Connectivity Type
Ethernet, PROFIBUS, MPI, Expansion interfaces

Remote Control
Yes

IP Rating
IP20

Weight
Approx. 900 g

Material
Plastic and Metal Housing

Power
24 W

Temperature
0 C to 60 C (Operating)

Voltage
24 V DC

6ES7 414-4HJO4-OAB0 Siemens 414 CPU Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Week

Delivery Time
1 Week

Packaging Details
Carton boxes

Main Domestic Market
All India

About 6ES7 414-4HJO4-OAB0 Siemens 414 CPU

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Condition-New and old

Model Name/Number: 6ES7 414-4HJO4-OAB0 Siemens 414 CPU

Work Memory: 4 MB

Brand: Siemens

Power Supply-Electricity

Flexible Expandability for Industrial Demands

The SIMATIC S7-400 CPU 6ES7 414-4HJO4-OAB0 is engineered to adapt to diverse automation needs. Its modular architecture allows for easy expansion of input and output channels via I/O modules, optimizing it for customized process control applications. Additionally, support for multiple communication processors ensures integration with various industrial networks, boosting operational agility.

Built-In Reliability and Redundancy

System reliability is paramount in critical automation environments. The 414 CPU offers integrated CPU redundancy, battery backup, and diagnostic functions for continuous monitoring and minimized downtime. Hot swapping modules and real-time clock capabilities further enhance system availability, ensuring seamless operation in demanding settings.

FAQs of 6ES7 414-4HJO4-OAB0 Siemens 414 CPU:

Q: How can the number of inputs and outputs be configured on the 6ES7 414-4HJO4-OAB0 CPU?

A: The number of inputs and outputs for the 414 CPU is determined by installing the desired I/O modules on the S7-400 rack. You can expand or modify your system by adding or replacing modules as needed for your specific process requirements.

Q: What are the primary benefits of the CPUs redundancy feature?

A: CPU redundancy ensures continuous operation by allowing a backup CPU to take over automatically in case the primary CPU fails. This minimizes unplanned downtime and enhances reliabilityan essential feature for mission-critical automation and process control environments.

Q: When should I use firmware upgrades for this CPU, and how is it performed?

A: Firmware upgrades should be applied when Siemens releases updates that offer performance enhancements, bug fixes, or new features. Upgrades are performed via Siemens engineering software, following detailed instructions in the user manual to maintain system compatibility and reliability.

Q: Where is the 6ES7 414-4HJO4-OAB0 CPU typically mounted in an industrial setup?

A: This CPU is designed for rack mounting on the S7-400 system rail within control cabinets or automation panels. Its dimensions make it suitable for compact or distributed installations in factories and process facilities.

Q: What diagnostic tools are integrated with the 414 CPU?

A: The CPU features diagnostic LEDs for immediate visual indication and offers comprehensive software-based diagnostics, accessible through Siemens automation software. These tools enable timely detection and resolution of faults, improving maintenance efficiency.

Q: How does the CPU support remote monitoring and control?

A: The 414 CPU supports remote communication through integrated Ethernet, PROFIBUS, and MPI interfaces. By connecting to a control network, users can monitor, program, and manage the system remotely, providing flexibility for distributed automation architectures.

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