SIMENS I/O MODULE 6ES7 138-4FB01-0AB0

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SIMENS I/O MODULE 6ES7 138-4FB01-0AB0 Specification

Operating Voltage
24 V DC

Connectivity Type
Terminal Connection

Protection Level
IP20

Current Rating
2 A

Panel Type
Distributed I/O

Control System
SIMATIC ET200S

Thickness
Compact (Standard Module Size)

Rated Insulation Voltage
75 V DC

Cooling System
Natural Air Cooling

Cover Material
Plastic

Way
Single

Components
Electronic Interface, Terminal Blocks

Rated Current
2 A per channel

Base Material
Reinforced Plastic

Rated Operation Voltage
24 V DC

Features
Hot Swappable, Diagnostics, Status Indication

Protection Class
Class III

Product Type
I/O Module

Material
Plastic and Electronic Components

Surface Finish
Matte

Standard
Siemens Industry Standard

Surface Color
Grey

Rated Voltage
24 V DC

Frequency (MHz)
50-60 Hz

Maximum Output Current
4 A

Dimension (L*W*H)
75 mm x 52.5 mm x 28.5 mm

Application
Industrial Automation, Distributed Control Systems

IP Rating
IP20

Display Type
Status LED

About SIMENS I/O MODULE 6ES7 138-4FB01-0AB0

Shop now and experience the incomparably efficient SIMENS I/O MODULE 6ES7 138-4FB01-0AB0, a remarked solution for advanced industrial automation. With a terrific compact build (15 mm width, approx. 40g weight), this module features digital input, PROFIBUS/PROFINET compatibility, and robust performance from -25C to +60C. Add to cart and enjoy its IP20 protection, hot-swappable design, and reliable diagnostics, meeting Siemens renowned industry standards. Buy online to optimize distributed control systems, improve connectivity, and ensure hassle-free integration in demanding commercial environments throughout India.

Unmatched Performance for Diverse Industrial Applications

The SIMENS I/O MODULE 6ES7 138-4FB01-0AB0 offers a competitive edge with its high reliability, hot-swappability, and instant status indication through LED display. It thrives in distributed control systems, industrial automation, and commercial process management. Its robust nature, adaptable to broad temperature ranges and reinforced insulation, makes it a preferred choice for manufacturers and suppliers seeking consistent operation and safety.

Shipping, Certification, and Export Excellence

This module is shipped with all necessary certifications, guaranteeing compliance and dependability. The FOB Port for handover is typically a major Indian maritime point, ensuring timely export and minimal hassle. Main export markets include Asia, Europe, and the Middle East. The handover process is seamless, and all modules are charged and dispatched promptly, reaching global industrial suppliers and traders efficiently.

FAQs of SIMENS I/O MODULE 6ES7 138-4FB01-0AB0:

Q: How does the SIMENS I/O MODULE 6ES7 138-4FB01-0AB0 enhance industrial automation systems?

A: This I/O module provides efficient signal transmission (PROFIBUS/PROFINET compatible) and hot-swappable operation, ensuring minimal downtime and real-time monitoring through status LEDs.

Q: What commercial uses is this module most suitable for?

A: It is ideal for industrial automation, distributed control systems, and commercial process control where flexibility, reliability, and easy integration are essential.

Q: How can I purchase and receive the SIMENS module in India or other markets?

A: You can buy online, add to cart, and select shipping to Asia, Europe, the Middle East, or within India, where your module will be handed over at a designated FOB Port.

Q: What certifications come with the 6ES7 138-4FB01-0AB0 module upon shipping?

A: Upon dispatch, each unit is shipped with standard Siemens certifications attesting to its safety, reliability, and compliance with global industrial requirements.

Q: When should the hot-swappable feature be used?

A: Utilize the hot-swappable capability during maintenance or upgrades to replace modules without halting operations, ensuring continuous productivity and a safer process.

Q: What is the benefit of the status indication feature?

A: The status LED provides immediate visual feedback, helping users quickly identify operational status, diagnose faults, and maintain optimal system performance.

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