SIEMENS 6ES7174-0AA10-0AA0 SIMATIC S7-300, INTERFACE MODULE IM174, FOR CONNECTION OF ANALOG DRIVES AND STEPPER DRIVES ON ISOCHRONOUS PROFIBUS TO MOTION CONTROL SYSTEMS 4 CHANNELS (4 ENCODER INPUTS

SIEMENS 6ES7174-0AA10-0AA0 SIMATIC S7-300, INTERFACE MODULE IM174, FOR CONNECTION OF ANALOG DRIVES AND STEPPER DRIVES ON ISOCHRONOUS PROFIBUS TO MOTION CONTROL SYSTEMS 4 CHANNELS (4 ENCODER INPUTS

The **Siemens 6ES7174-0AA10-0AA0** is an **Interface Module IM174** designed for the **SIMATIC S7-300** series. It serves the purpose of connecting **analog drives and stepper drives** on an **isochronous Profibus** network to motion control systems. This module provides **4 channels** specifically for **encoder inputs**.

### Key Specifications:
- **Product Code:** 6ES7174-0AA10-0AA0
- **Product Line:** SIMATIC S7-300
- **Module Type:** Interface Module IM174
- **Compatibility:** Designed for connecting analog drives and stepper drives
- **Communication Protocol:** Isochronous Profibus
- **Channels:** 4 channels dedicated to encoder inputs

### Overview:
- **Functionality:** Facilitates the connection of analog drives and stepper drives on an isochronous Profibus network to motion control systems.
- **Channel Configuration:** Offers 4 channels specifically for encoder inputs, enabling precise motion control and feedback.
- **Compatibility:** Compatible with SIMATIC S7-300 systems, ensuring seamless integration.
- **Application:** Ideal for applications requiring precise control and synchronization of motion systems utilizing analog and stepper drives within a Profibus environment.

The Siemens Interface Module IM174 (6ES7174-0AA10-0AA0) is tailored for the SIMATIC S7-300 series, enabling the connection of analog drives and stepper drives on an isochronous Profibus network to motion control systems. With 4 dedicated channels for encoder inputs, this module ensures accurate motion control and feedback for applications demanding precise synchronization and control over motion systems. It is a suitable choice for scenarios that necessitate seamless integration of analog and stepper drives within a Profibus network while maintaining high performance and reliability.