6ES7193-6BP00-0BU0 SIMATIC ET 200SP BaseUnit BU20

Part number

6ES7193-6BP00-0BU0

Brand

Siemens

Category

I/O Modules

Product type

BaseUnits

Lifecycle

Active Product

Dimensions

12.3 x 4.2 x 3.4 cm

Net weight

0.06 Kg

Source category

BaseUnits

• The device operates as a BaseUnit BU20 type, designated with BU-TYPE U0 classification for system identification.
• Connection methodology utilizes push-in terminals, facilitating rapid wiring procedures without requiring additional screwdriver tools during installation.
• Auxiliary terminals are not included in this specific configuration, streamlining the component for primary signal routing tasks.
• The unit features bridging capabilities to the left base unit, ensuring continuous power or signal distribution across adjacent modules.
• Physical dimensions are recorded at 20mm width by 117mm height, defining the spatial footprint required for panel mounting.
• Packaging units consist of single pieces, simplifying inventory management and direct application for individual module replacements.

• Part number 6ES7193-6BP00-0BU0 uniquely identifies this specific Siemens hardware variant within the global product database.
• The normalized identifier 6ES71936BP000BU0 removes hyphens for standardized digital processing and cross-referencing in automated systems.
• Lifecycle status is listed as Active Product, indicating ongoing manufacturing support and current relevance for new designs.
• Category placement under IO Modules and BaseUnits confirms its role as a structural component rather than a processing unit.

Parameters are factual source fields retained for model review.

• Net weight is documented at 0.06 Kg, contributing minimal mass to the overall assembly structure and load calculations.
• Overall dimensions measure 12.3 x 4.2 x 3.4 cm, providing precise metrics for enclosure space planning and clearance verification.
• Source category path traces through Automation technology to SIMATIC ET 200SP, establishing the hierarchical context for technical reference.
• Product class field remains empty in current records, focusing attention on the specific functional attributes of the base unit.
• The packaging unit specification of 1 piece ensures that each request item arrives as a standalone functional component.

• Visual inspection should confirm the presence of push-in terminal slots aligned along the front face of the unit.
• Check for the bridging connector interface on the left side, which enables connection to preceding base units in the chain.
• Verify the absence of auxiliary terminal blocks, distinguishing this model from variants that include additional control circuit connections.
• Ensure labeling matches the part number 6ES7193-6BP00-0BU0 to prevent confusion with similar BU20 configurations in inventory.

• Review project documentation to verify that the BU20 form factor meets the spatial constraints of the intended installation site.
• Confirm that the push-in terminal type aligns with the wire gauge and termination methods specified in the electrical schematics.
• Assess whether the lack of auxiliary terminals satisfies the control logic requirements for the specific application scenario.
• Validate the active product lifecycle status to ensure long-term review details considerations are addressed in the inquiry preparation strategy.

• Cross-reference the dimensional data with existing rack layouts to ensure physical application context before finalizing the inquiry submission.
• Evaluate the push-in terminal mechanism against maintenance protocols to determine if tool-free wiring aligns with operational standards.
• Consider the bridging feature when designing the signal chain to ensure proper connectivity with upstream and downstream modules.
• Document the net weight and packaging details for logistics planning, ensuring handling procedures accommodate the lightweight yet precise component.