SIEMENS SIMATIC S7 400 MODULE 6ES7 441-2AA02-0AE0

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SIEMENS SIMATIC S7 400 MODULE 6ES7 441-2AA02-0AE0 Specification

Application
Industrial automation, process control, PLC expansion

Rated Current
0.5 A

Connector Type
Front connector (40-pin)

Output Current
0.5 A per channel

Phase
Single Phase equipment

Cooling Method
Passive

Output Type
Digital (Relay/Transistor)

Working Temperature
0C to +60C

Power Supply
from S7-400 rack

Features
Hot-swapping, diagnostic functions, short-circuit proof outputs

Current Range
0.5 A per channel

Operating Temperature
0C to +60C

Product Type
Digital Output Module

Input Voltage
24 V DC

Voltage Protection
Electronic short-circuit protection

Material
Industrial grade plastic and metal

Storage Temperature
-40C to +70C

Weight
Approx. 500 g

About SIEMENS SIMATIC S7 400 MODULE 6ES7 441-2AA02-0AE0

Experience enlightened industrial automation with the cost-effective SIEMENS SIMATIC S7 400 MODULE 6ES7 441-2AA02-0AE0. Designed for world-class process control, this robust module offers 16 isolated digital outputs, ensuring reliable performance and decorated safety with electronic short-circuit protection. Personalise your system with flexible DIN rail or rack mounting, ideal for applications requiring swift installation and custom scalability. Take advantage of this limited time offer and benefit from advanced diagnostic functions and hot-swapping capability, all encased in secure, industrial-grade plastic and metal for rugged environments.

Exclusive Features & Wide Applications

The SIEMENS SIMATIC S7 400 MODULE 6ES7 441-2AA02-0AE0 stands out with 16 digital, isolated outputs, hot-swapping, and advanced diagnostic functions. Its electronic short-circuit protection and passive cooling method enhance system reliability. Perfect for PLC expansion and replacing outdated modules, its well-suited for process control and industrial automation. Benefit from its compatibility with both DIN rail and rack-mount systems. The modules durability and flexible configuration meet the demands of a broad variety of industrial applications.

Delivery Terms, Sample Policies & Certifications

Upon receiving your official Purchase Order, your SIMATIC S7-400 module will be promptly handed over for dispatch within the specified lead time. Enquire about sample policies and certification availability to ensure compliance with safety and performance standards. Sale price is transparently communicated prior to shipment, ensuring a seamless procurement process. Trust in SIEMENS reputation for accreditation and on-time delivery when you invest in this advanced industrial solution for your automation projects.

FAQs of SIEMENS SIMATIC S7 400 MODULE 6ES7 441-2AA02-0AE0:

Q: How can the SIMATIC S7 400 MODULE 6ES7 441-2AA02-0AE0 be installed in an existing system?

A: The module can be installed via DIN rail or rack mounting, providing flexibility for integration into various industrial automation or PLC expansion setups.

Q: What are the main benefits of using isolated digital channels in this module?

A: Isolated digital channels enhance system safety and reliability by reducing risk of electrical interference, protecting both devices and data integrity.

Q: When is the typical delivery time after submitting a purchase order?

A: Delivery is initiated promptly after the purchase order is received, with specific lead times communicated transparently by the supplier before the sale.

Q: Where can the module be used, and in which environments does it perform best?

A: The module is designed for industrial automation, process control, and PLC expansion, operating optimally in environments with temperatures from 0C to +60C and storage between -40C and +70C.

Q: What certifications are available for this SIEMENS module?

A: Certifications ensuring safety, performance, and compliance are available upon request to support industrial quality standards and guarantee reliable operation.

Q: How does the electronic short-circuit protection function benefit users?

A: This function ensures that outputs are safeguarded against short circuits, reducing downtime and maintenance costs, while preserving system integrity.

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