Siemens 6ES7195-7DH10-0XA0 ET 200M Redundant Bus Module

Product Description

The Siemens 6ES7195-7DH10-0XA0 is a dedicated bus module for the SIMATIC ET 200M distributed I/O system, engineered to hold two IM153-2 redundant interface modules. It ensures secure mechanical and electrical connections while supporting hot-swap functionality, allowing module insertion or removal during RUN operation without interrupting the system.

Designed for high-availability applications, this module provides compact installation within ET 200M racks and is built to withstand demanding industrial environments. While ET 200M is gradually being replaced by ET 200SP and ET 200MP systems, the 6ES7195-7DH10-0XA0 remains an essential spare part for existing setups requiring redundancy and continuous operation.

Technical Specifications

Key Features

• Supports redundancy for dual IM153-2 modules to maximize system availability

• Hot-swappable design allows maintenance or replacement without system downtime

• Compact footprint fits ET 200M racks efficiently

• Industrial-grade durability for reliable operation in harsh environments

• Provides secure mechanical and electrical connections for critical bus modules

Application Scenarios

• Process industries requiring redundant PROFIBUS DP communication in chemical, oil & gas, or power plants

• Factory automation setups needing continuous operation with minimal downtime

• High-availability or safety-critical systems where uninterrupted control is essential

• Maintenance environments where modules must be swapped without shutting down the system

FAQ

Q: How many modules can this bus module hold?
A: It accommodates two IM153-2 redundant interface modules.

Q: Can this module be used with ET 200SP or ET 200MP systems?
A: No, it is specifically designed for ET 200M racks.

Q: Is hot-swap supported?
A: Yes, modules can be inserted or removed during RUN operation without shutting down the system.

Q: What is the material and durability?
A: Engineered for industrial environments with robust electrical and mechanical connections.