SIEMENS SIMATIC S5 135U 6ES5451-3AA11 MODULE

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SIEMENS SIMATIC S5 135U 6ES5451-3AA11 MODULE Specification

Phase
Single Phase (internal logic)

Output Current
0.5 A per channel

Connector Type
Front connector (32-pole)

Features
16-channel (digital outputs), LED status indicators, Plug-in module, Short-circuit protection, DIN rail mountable

Output Type
Digital

Rated Current
0.5 A per channel

Application
SIMATIC S5 135U PLC Systems (Industrial Automation)

Operating Temperature
0C to +60C

Cooling Method
Natural convection

Power Supply
Supplied from rack (5V DC)

Working Temperature
0C to +60C

Current Range
0 to 0.5 A per channel

Product Type
Digital Output Module

Input Voltage
5 V DC (from backplane)

Voltage Protection
Short-circuit proof outputs

Material
Plastic, Metal

Storage Temperature
-40C to +85C

Weight
Approx. 550 g

About SIEMENS SIMATIC S5 135U 6ES5451-3AA11 MODULE

Explore the acclaimed SIEMENS SIMATIC S5 135U 6ES5451-3AA11 Module, designed for top-drawer performance in industrial automation. Capitalise on its 16 noteworthy digital outputs, each with sterling isolation and short-circuit protection for absolute reliability. Engineered for smooth rack mounting, this plug-in module features LED indicators and a robust IP20 protection class. Enjoy streamlined integration with 24 V DC PNP sourcing outputs, optimal for any SIMATIC S5 135U PLC system. Its noteworthy build quality and optically isolated channels ensure enhanced operational safety and impressive longevity.

Unparalleled Features & Superior Application

The SIEMENS SIMATIC S5 135U 6ES5451-3AA11 Module is designed for rack mounting in SIMATIC S5 135U PLC systems, providing seamless integration through a 32-pole front connector. Direction of use is straightforwardsimply plug into your rack system and connect outputs. Noteworthy features include 16 optically isolated channels, LED status indicators, and short-circuit protection. Its primary competitive advantages are sterling durability, easy plug-in installation, and superior performance under demanding industrial conditions.

Sample Policy, Packaging & Delivery Estimation

For the SIEMENS SIMATIC S5 135U 6ES5451-3AA11 Module, sample requests are considered upon inquiry and can be estimated promptly. The module is carefully packaged in protective materials ensuring safe drop-off and handling. Delivery time typically depends on order volume and destination, but standard orders are delivered efficiently within the estimated schedule. Customers can expect professional logistics and timely updates from dispatch to arrival at their designated location.

FAQs of SIEMENS SIMATIC S5 135U 6ES5451-3AA11 MODULE:

Q: How do I install the SIEMENS SIMATIC S5 135U 6ES5451-3AA11 Module in my PLC system?

A: Simply plug the module into the rack mount compatible with the SIMATIC S5 135U, connect the front 32-pole connector, and follow the usual PLC wiring procedure for your digital outputs.

Q: What are the main features that distinguish this module from others?

A: Key features include 16 optically isolated digital outputs, short-circuit protection, LED status indicators, IP20 protection, plug-in rack mounting, and reliability in demanding industrial environments.

Q: Where can I use the SIMATIC S5 135U 6ES5451-3AA11 Module?

A: This module is specifically designed for use in Siemens SIMATIC S5 135U PLC systems, ideal for varied industrial automation applications requiring robust digital output control.

Q: When can I expect my order to be delivered after purchase?

A: Delivery estimates depend on order details and location, but standard drop-off is arranged promptly. Most orders are delivered within the estimated schedule provided upon order confirmation.

Q: What is the process for requesting a sample of this module?

A: To request a sample, contact the supplier or trader directly. They will provide specific estimates on sample availability and delivery time based on your inquiry.

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

A: Optical isolation provides enhanced safety and signal integrity by protecting each digital output channel from electrical surges and interference common in industrial environments.

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