Siemens 6AG2193-6BP20-4BB1 ET 200SP Base Unit

Part number

6AG2193-6BP20-4BB1

Brand

Siemens

Category

I/O Modules

Product type

I/O Modules

Lifecycle

Active Product

Dimensions

12.2 x 4.5 x 2.8 cm

Net weight

0.058 Kg

Source category

SIPLUS extreme RAIL BaseUnits

• The unit is based on the 6ES7193-6BP20-0BB1 reference model structure. It includes OT4 protection with ST1/2 ratings for thermal resilience.
• Temperature acquisition capabilities are integrated directly into the base unit design. This allows for precise monitoring of ambient conditions during operation.
• Push-in terminal connections facilitate straightforward wiring procedures for technicians. The configuration excludes auxiliary terminals to maintain a streamlined profile.
• The physical dimensions are recorded as 12.2 x 4.5 x 2.8 centimeters. Net weight is listed at 0.058 kilograms for handling assessments.
• BU type B1 classification indicates specific mounting and electrical characteristics. The width and height measurements are 15 mm x 117 mm respectively.
• New load group assignments reflect updated engineering standards for this series. These changes ensure compliance with current industrial automation requirements.

• The part number 6AG2193-6BP20-4BB1 uniquely identifies this SIPLUS variant. It distinguishes the product from standard ET 200SP base units.
• The prefix 6AG2 indicates the specific product line within the Siemens portfolio. This coding helps in accurate database categorization and search.
• The suffix 4BB1 denotes the extreme environmental rating configuration. It confirms the presence of conformal coating and extended temperature ranges.
• Reference to 6ES7193-6BP20-0BB1 provides the foundational hardware baseline. The SIPLUS modifications build upon this established mechanical and electrical framework.

Parameters are factual source fields retained for model review.

• Operating temperature range spans from -40°C to +70°C continuously. Short-term peaks up to +85°C are supported for ten-minute durations.
• Conformal coating application protects sensitive electronic components from moisture and contaminants. This feature is critical for harsh industrial environments.
• Terminal type is specified as push-in for efficient connection methods. The absence of AUX terminals simplifies the overall module layout.
• Dimensional data includes a width of 15 mm and height of 117 mm. These measurements assist in rack space planning.
• Weight specification is 0.058 kg, which is relevant for logistics calculations. This light weight aids in manual installation processes.

• Visual inspection should confirm the presence of conformal coating indicators. Labeling must match the 6AG2193-6BP20-4BB1 designation exactly.
• Check terminal blocks for push-in mechanism integrity and alignment. Ensure no auxiliary terminal slots are present as per specification.
• Verify dimensional markings against the 12.2 x 4.5 x 2.8 cm record. Physical size must align with ET 200SP slot requirements.
• Examine labeling for OT4 and ST1/2 thermal rating codes. These codes validate the extreme environmental capability of the unit.

• Gather project documentation specifying the -40 to +70 degree requirement. Include details on potential short-term temperature spikes up to 85 degrees.
• Confirm the need for conformal coating in your operational environment. Specify if moisture or chemical exposure is a primary concern.
• Review rack layout plans for 15 mm width and 117 mm height constraints. Ensure sufficient space for the push-in terminal connections.
• Prepare technical sheets referencing the 6ES7193-6BP20-0BB1 baseline structure. Highlight the specific SIPLUS extreme modifications required for your application.

• Ensure all technical parameters match the submitted model documentation. Discrepancies in temperature ratings or dimensions may indicate incorrect part selection.
• Cross-reference the conformal coating specification with environmental risk assessments. Verify that the protection level meets site-specific contamination standards.
• Validate the push-in terminal configuration against wiring diagrams. Confirm that the lack of AUX terminals does not impact control logic.
• Check the lifecycle status as Active Product for long-term planning. Ensure the part number aligns with current engineering change notices.