6ES5252-3AA13 Siemens SIMATIC S5 Digital Output Module 230V AC Relay PLC Card

Siemens 6ES5252-3AA13

6ES5252-3AA13 Module

6ES5252 Digital Output

6ES5252-3AA13

The Siemens 6ES5252-3AA13 Module is a high-performance 6ES5252 Digital Output unit designed for industrial automation, offering reliable control of actuators and devices with robust integration in demanding environments.

Specification

SEODescription

The Siemens 6ES5252-3AA13 Module is a robust 6ES5252 Digital Output unit designed for industrial automation, featuring 8 isolated digital output channels to control actuators and devices. It operates at 24V DC with a tolerance range of 20.4–28.8V DC, ensuring stable performance in harsh environments within a temperature range of 0–60°C. This module supports direct integration into Siemens SIMATIC systems, connecting seamlessly via PROFIBUS or MPI interfaces for real-time communication. Ideal for manufacturing, automotive, and process industries, its compact design simplifies installation in control cabinets. Key advantages include high reliability and easy configuration, though it lacks support for advanced protocols like PROFINET. The 6ES5252-3AA13 is optimized for applications requiring precise digital signal control with moderate scalability.

SEOSpecification

Parameter	Specification
Module Type	Siemens 6ES5252-3AA13 Digital Output Module
Output Type	Transistor (DC)
Output Channels	16
Output Voltage	24V DC ±15%
Current per Channel	0.5A
Total Current	4A (all channels)
Isolation	Optocoupler between logic and load
Power Consumption	5V DC (100mA), 24V DC (50mA)
Module Dimensions	125mm x 40mm x 120mm
Weight	300g

SEOQandA

question:What payment methods do you support?
answer:We support TT, PayPal, and other mainstream payment methods.
question:What shipping methods are available?
answer:We offer DHL, FedEx, UPS, and other major shipping options.
question:Do you have a professional product selection team?
answer:Yes, we have a professional product selection engineering team.

SEOQandA_Product

question:Module not recognized by PLC. Possible causes?
answer:Check address configuration and backplane connection for proper setup.
question:Unstable analog signal readings. How to resolve?
answer:Ensure shielded cables are used and grounding is properly implemented.
question:Status LED indicates fault. What steps to take?
answer:Verify power supply voltage and replace module if diagnostics confirm failure.
question:Incorrect input values despite valid signals. Solution?
answer:Validate channel parameter settings (e.g., range, filtering) in configuration software.
question:Module overheats during operation. How to mitigate?
answer:Ensure adequate ventilation and verify ambient temperature stays within specified limits.