Description
The Schneider Electric 171-CCS-700-00 is an M1/M1E processor adaptor designed to extend controller functionality with Modbus communication capability. It enables integration between compatible M1 or M1E processors and Modbus-based devices. Operating at a 20 MHz processor speed, this adaptor supports reliable industrial data exchange.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Schneider Electric |
| Category |
Industrial Control |
| Part Number |
171-CCS-700-00 |
| Subcategory |
Processor Adapters |
| Product Type |
M1/M1E Processor Adaptor |
| Supported Processors |
M1, M1E |
| Communication Protocol |
Modbus |
| Number of Modbus Ports |
1 |
| Processor Speed |
20 MHz |
| Integration Type |
Internal system adaptor |
| Application |
Controller communication expansion |
| Weight |
0.55 lbs |
Information About 171-CCS-700-00
The 171-CCS-700-00 is a processor adaptor from Schneider Electric intended for use with M1 and M1E control platforms. It provides a single Modbus communication channel, allowing the processor to interface with external Modbus-compatible equipment. The adaptor is engineered for seamless system integration and operates as an internal expansion module rather than a standalone controller. Its design supports deterministic communication performance suitable for industrial automation environments.
Key Features:
- M1/M1E Processor Compatibility: Designed specifically for use with Schneider Electric M1 and M1E processors.
- Modbus Communication Support: Provides one Modbus port for industrial device integration.
- 20 MHz Operating Speed: Supports responsive and stable data processing.
- Processor Expansion Functionality: Extends controller communication capabilities without replacing the main processor.
- Industrial System Integration: Intended for use within structured automation architectures.
- Internal Adaptor Design: Operates as part of a control system assembly.
The 171-CCS-700-00 delivers the reliability and precision required for Modbus communication expansion in industrial control systems.
