Product details
SIPLUS ET 200SP CM CAN is based on 6ES7137-6EA00-0BA0 with Conformal Coating, operating temperature range of -40 to +60°C, network transmission via CAN or CANopen networks, CAN 2.0A/B, CANopen Manager according to CiA301/302, CANopen Slave according to CiA301/302, IP20.
With SIMATIC ET 200SP, Siemens offers you a multifunctional and decentralized peripheral system that can be easily put into operation due to its space-saving design. It is approved for protection class IP20 and is designed for installation in a compact control cabinet.
The system ensures maximum flexibility, as you can quickly and easily swap the modules at any time thanks to the Multi Hot Swapping feature. Additionally, the SIMATIC ET 200SP provides you with a wide range of different and fast communication options.
Due to the integration of the Multi-Fieldbus Interface Module IM155-6MF, you remain flexible at all times and can use the optimal protocol for your application, as this function supports multiple Ethernet protocols.
Installation and service are simplified by a unified labeling system based on reference labeling plates and connection layouts with color coding. Siemens ensures future-proofing through the integration of innovative and durable automation products, as they, as industry experts, are already relying on the technologies of tomorrow, thereby redefining market standards.
Consistent data availability, flexible application scenarios, and versatile integration options ensure optimal performance of the ET 200 products. Communication modules from SIPLUS extreme are specifically designed for harsh environmental conditions, ensuring that biologically, chemically, and mechanically active substances do not affect your automation.
Item number | 37811604 |
Manufacturer | Siemens |
Category | Drive technology accessories |
Manufacturer no. | 6AG11376EA002BA0 |
Release date | 1.9.2023 |
Country of origin | Germany |
Manufacturer commitment | RE100, SBTi |
Manufacturer compensation | According to RE100, the manufacturer Siemens fully compensates for its energy consumption, leading to a reduction in emissions. |
CO₂-Emission | |
Climate contribution |