Inquiry: Siemens 6AG2193-6AF00-4AA0 SIPLUS ET 200SP BusAdapter

Part number

6AG2193-6AF00-4AA0

Brand

Siemens

Category

I/O Modules

Product type

I/O Modules

Lifecycle

Active Product

Dimensions

7.7 x 6.5 x 2.3 cm

Net weight

0.064 Kg

Source category

SIPLUS extreme RAIL BusAdapters

• Base model reference 6ES7193-6AF00-0AA0 serves as the foundation for this enhanced industrial automation component design.
• Conformal coating application ensures robust protection against moisture, dust, and corrosive agents during continuous industrial operation cycles.
• Operating temperature range spans from minus forty degrees Celsius up to plus seventy degrees Celsius for standard usage scenarios.
• Overtemperature class OT4 specification allows temporary exposure to higher temperatures, specifically reaching eighty-five degrees Celsius for ten-minute durations.
• Dual FastConnect PROFINET interfaces enable rapid network integration and reliable data transmission within distributed automation control systems.
• Physical dimensions measure seven point seven by six point five by two point three centimeters with a net weight of sixty-four grams.

• Product classification indicates active lifecycle status with specific review restrictions requiring direct contact with documented Siemens representatives.
• Brand designation confirms origin from Siemens, a leading provider of industrial automation and digitalization technologies globally.
• Category placement identifies this item as an I/O Module within the broader ET 200SP peripheral device family.
• Source categorization links the component to SIPLUS extreme RAIL BusAdapters, highlighting its specialized environmental resilience capabilities.

Parameters are factual source fields retained for model review.

• Review the submitted model number to verify exact configuration matches against project documentation and technical requirements lists.
• Source parameter review confirms the inclusion of dual FastConnect ports for streamlined PROFINET network topology implementation.
• Dimensional analysis indicates compact form factor listed for dense mounting arrangements within standard industrial control cabinet layouts.
• Weight specification suggests lightweight construction facilitating easy handling and installation without requiring heavy-duty mechanical support structures.
• Temperature ratings define operational boundaries ensuring reliable performance under extreme thermal stress conditions common in outdoor applications.

• Visual inspection should confirm presence of dual Ethernet-style connectors on the front panel for network attachment.
• Labeling verification ensures part number 6AG2193-6AF00-4AA0 is clearly visible and legible on the device housing surface.
• Physical condition assessment checks for any visible damage to the housing or protective coating integrity before inquiry submission.
• Connector alignment review confirms proper orientation of FastConnect ports to ensure correct cable insertion during installation phase.

• Gather all relevant project specifications including required operating temperatures and environmental exposure levels for accurate comparison.
• Verify network infrastructure requirements to ensure PROFINET application context with existing PLC controllers and communication backbone systems.
• Document physical space constraints within the target control panel to confirm dimensional fitment for the BusAdapter unit.
• Prepare technical questions regarding review procedures due to the restricted product class classification noted in specifications.

• Confirm that the inquiry form captures all necessary technical details to facilitate a precise and efficient response process.
• Ensure that the submitted request references the exact part number to avoid confusion with similar base models.
• Review the review restriction notice carefully to understand the specific contact protocols required for post-inquiry support inquiries.
• Cross-check environmental ratings against site conditions to validate suitability for the intended deployment location and usage scenario.