Siemens 6ES7132-4BD32-0AA0 SIMATIC ET 200S Digital Output Module

Description

This is a Siemens 6ES7132-4BD32-0AA0 digital output module for the SIMATIC ET 200S distributed I/O system. It provides a reliable interface for converting digital control signals into physical actions, operating field devices such as contactors, indicators, and solenoid valves. The module features four independent channels, each rated to switch 24 V DC loads at up to 2 A. Its compact 15mm width allows for high-density configurations in control cabinets, and it supports hot swapping to minimize system downtime during maintenance. This part number is typically supplied in a package of five individual modules.

Features

• Four-channel digital output configuration
• Rated for 24 V DC with a 2 A current capacity per channel
• Supports hot swapping for module replacement during operation
• Space-efficient 15mm module width for high-density I/O
• Integrates with SIMATIC ET 200S stations on PROFIBUS and PROFINET networks

Applications

• Decentralized control systems in manufacturing and process automation
• Actuation of solenoid valves in pneumatic or hydraulic systems
• Switching of motor contactors and relays
• Driving indicator lamps and audible alarms on machinery

Ordering Information

Technical Specifications

Installation Guidelines

1. De-energize System

   Apply Lockout/Tagout (LOTO) procedures to the main power supply for the control cabinet and the 24 V DC power for the ET 200S station. Confirm zero voltage at the terminal module.

2. Position the Module

   Align the electronic module with the corresponding ET 200S terminal module on the DIN rail. Ensure the coding elements on both modules match to prevent incorrect installation.

3. Seat the Module

   Carefully press the module onto the terminal module until it clicks securely into place. Verify that it is fully seated and flush with adjacent modules.

4. Restore Power

   Once all modules are installed and field wiring is confirmed correct, remove LOTO devices and re-energize the system. Observe the module's diagnostic LEDs for correct startup status.