SIEMENS ET-200S 6ES7122-1BB10-0AA0 ELECTRONIC SUBMODULE

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SIEMENS ET-200S 6ES7122-1BB10-0AA0 ELECTRONIC SUBMODULE Specification

Protection Class
Class III

Way
Single

Cooling System
Passive

Rated Current
0.5 A

Operating Voltage
24 V DC

Components
Electronic Submodule for Digital Output

Protection Level
IP20

Base Material
Thermoplastic

Cover Material
Thermoplastic

Thickness
22 mm

Panel Type
DIN Rail Mountable

Rated Insulation Voltage
75 V DC

Cabinet Material
Thermoplastic

Rated Operation Voltage
24 V DC

Current Rating
0.5 A

Features
Hot Swappable, Easy Installation, Status Indication

Connectivity Type
Screw-Type Terminal

Control System
SIMATIC ET 200S

Product Type
Electronic Submodule

Material
High-quality industrial electronic components

Surface Finish
Matte

Standard
Siemens Industrial Automation Standard

Surface Color
Grey

Rated Voltage
24 V DC

Frequency (MHz)
50/60 Hz

Maximum Output Current
500 mA

Dimension (L*W*H)
45 mm x 81 mm x 22 mm

Application
Distributed IO System

IP Rating
IP20

Display Type
Status LED

About SIEMENS ET-200S 6ES7122-1BB10-0AA0 ELECTRONIC SUBMODULE

Experience the monumental capabilities of the SIEMENS ET-200S 6ES7122-1BB10-0AA0 ELECTRONIC SUBMODULEengineered with praiseworthy precision for industrial automation. Featuring 2 DO channels and a robust 2-wire connection, this module ensures breathtaking performance even under rigorous conditions. The sleek matte grey finish, DIN rail adaptability, and hot-swappable design make installation effortless. Select this reliable solution for your distributed I/O needs and benefit from competitive pricing. Try Now to unlock high efficiency, minimal response times (<1 ms), and exceptional power management (1.2W).

Key Features and Application Scope

This praiseworthy electronic submodule offers hot-swappable functionality, status LED indication, and easy DIN rail mounting. It is ideal for controlling actuators, relays, and other digital devices in distributed I/O systems within industrial automation. The device finds application in a variety of media, including manufacturing lines, process automation cabinets, and complex machinery assemblies. Used as a digital output interface, it reinforces seamless communication between the control system and field devices, enhancing operational reliability.

Shipping, Sample Policy, and Domestic Market Reach

Express shipping options via FOB Port are available, providing rapid delivery and reduced operational expenditure for businesses. We offer a flexible sample policy, letting clients estimate product suitability prior to commitment. Our main domestic market covers industrial hubs across India, ensuring broad access to Siemens dependable automation solutions. Whether placing bulk orders or requesting individual components, customers benefit from swift service and competitive pricing, optimizing procurement cycles and resource management.

FAQs of SIEMENS ET-200S 6ES7122-1BB10-0AA0 ELECTRONIC SUBMODULE:

Q: How can the SIEMENS ET-200S 6ES7122-1BB10-0AA0 be mounted within industrial environments?

A: The module is designed for seamless DIN rail mounting, allowing easy integration into control panels and distributed I/O systems in industrial settings.

Q: What features distinguish this digital output submodule from similar products?

A: Key features include hot swappable capability, rapid response time of less than 1 ms, status LED indication, IP20 protection, and compatibility with the SIMATIC ET 200S series.

Q: When should I use the SIEMENS 6ES7122-1BB10-0AA0 in my control system?

A: This module is ideal for use when you require reliable, high-speed digital output control within distributed I/O architectures, particularly in manufacturing or automation environments.

Q: Where is the main market for this electronic submodule?

A: The main domestic market for this Siemens product is India, covering key industrial and manufacturing regions with robust distribution and support.

Q: What are the benefits of the hot-swappable design?

A: The hot-swappable feature allows you to replace or upgrade the module without shutting down the whole system, minimizing downtime and ensuring operational continuity.