6ES7194-4AA00-0AA0 SIMATIC DP Interface Module

Part number

6ES7194-4AA00-0AA0

Brand

Siemens

Category

I/O Modules

Product type

IM 154-1 and IM 154-2

Lifecycle

Active Product

Dimensions

15.1 x 7.6 x 6.8 cm

Net weight

0.226 Kg

Source category

IM 154-1 and IM 154-2

• Physical dimensions are recorded at 15.1 x 7.6 x 6.8 cm, providing a compact footprint for installation in standard automation control cabinets.
• The net weight is listed as 0.226 Kg, allowing for straightforward handling during mounting procedures without requiring specialized lifting equipment or supports.
• Two ECOFAST CU ports enable direct RS-485 connectivity, supporting efficient network topology setup for distributed I/O applications in industrial environments.
• An integrated terminating resistor is included to maintain signal integrity on the PROFIBUS DP line, reducing the need for additional external components.
• The device functions as an interface module for the ET 200 Pro series, bridging communication between the central controller and peripheral devices.
• Product lifecycle status is currently active, though users should review the SIOS 109989704 document regarding planned product phase-out schedules.

• Identify the unit by the full part number 6ES7194-4AA00-0AA0 to ensure accurate matching with existing system documentation and technical drawings.
• The normalized identifier 6ES71944AA000AA0 may appear in digital databases or inventory management systems for streamlined search and retrieval processes.
• Classification under the brand Siemens confirms adherence to established industrial standards for programmable logic controllers and distributed I/O architectures.
• Categorization as an IM 154-1 and IM 154-2 component indicates its role within the specific product line of interface modules.

Parameters are factual source fields retained for model review.

• Verify the physical space requirements by comparing the 15.1 cm width against recorded rack slots in your control panel design.
• Check the weight specification of 0.226 Kg to assess load distribution on DIN rails or mounting plates during installation planning.
• Confirm the presence of two ECOFAST connections matches your cabling infrastructure and ensures application context with existing PROFIBUS network segments.
• Review the integrated address setter functionality to determine if manual DIP switch configuration meets your current network addressing strategy.
• Note the inclusion of the terminating resistor to evaluate whether additional termination components are needed at the end of the bus line.

• Examine visual representations to confirm the orientation of the ECOFAST ports relative to the module housing and mounting clips.
• Inspect images for clarity of the address setting switches to ensure they are accessible and legible in standard lighting conditions.
• Look for labeling details that distinguish the part number and brand markings, aiding in quick visual identification during maintenance tasks.
• Assess the overall build quality shown in photos, focusing on connector durability and the robustness of the plastic enclosure materials.

• Gather your current PROFIBUS network topology diagrams to determine how this interface module fits into your existing communication structure.
• Prepare a list of required accessories or additional cabling that may be needed alongside the main unit for complete system operation.
• Document any specific environmental constraints such as temperature ranges or electromagnetic interference levels that might affect module performance.
• Compile relevant project timelines to align your inquiry submission with expected installation dates and commissioning schedules for your automation systems.

• Cross-reference the part number with your bill of materials to ensure no discrepancies exist between request and installed components.
• Consult the SIOS 109989704 notice to understand the implications of the planned product phase-out on long-term maintenance.
• Validate that the ECOFAST connection type matches your site’s cabling standards to avoid unnecessary adapter inquiry or modifications.
• Ensure all technical parameters align with your engineering specifications before finalizing the inquiry to prevent delays in project execution.