Siemens 6AG1193-6BP20-2BF0 Industrial Automation Component

Part number

6AG1193-6BP20-2BF0

Brand

Siemens

Category

I/O Modules

Product type

I/O Modules

Lifecycle

Active Product

Dimensions

12.00 x 4.00 x 3.00 cm

Net weight

0.056 Kg

Source category

SIPLUS BaseUnits

• Operating temperature range spans from -40 °C to +60 °C, ensuring reliable function in extreme environmental conditions without performance degradation.
• The unit utilizes push-in terminal technology for secure electrical connections, facilitating rapid installation and maintenance procedures during system setup phases.
• Conformal coating is applied to the printed circuit board assembly, providing enhanced protection against humidity, chemicals, and other industrial contaminants.
• Physical dimensions are recorded as 20 mm width by 117 mm height, allowing compact integration into standard DIN rail mounting configurations.
• Net weight is listed at 0.056 kg, contributing to lightweight design considerations for modular automation systems requiring minimal structural load.
• The BU type F0 designation indicates specific base unit characteristics aligned with the ET 200SP system architecture and communication protocols.

• Part number 6AG1193-6BP20-2BF0 uniquely identifies this SIPLUS variant within the Siemens product catalog for precise inventory and inquiry tracking.
• The normalized identifier 6AG11936BP202BF0 removes hyphens for database consistency while maintaining the original alphanumeric sequence for reference purposes.
• Base model 6ES7193-6BP20-0BF0 serves as the foundational hardware platform, with the AG prefix denoting the extended industrial specification version.
• Suffix BF0 confirms the specific configuration including four auxiliary terminals bridged to the left, distinguishing it from other BU20 variants.

Parameters are factual source fields retained for model review.

• Width measurement of 20 mm allows dense module arrangement on the carrier rail, optimizing space utilization in control cabinet layouts.
• Height dimension of 117 mm accommodates the necessary terminal blocks and internal components while maintaining standard profile application context for stacking.
• Terminal configuration includes four AUX terminals that are bridged to the left, supporting additional signal routing or power distribution needs.
• Material composition includes protective coatings listed for SIPLUS extreme environments, ensuring longevity and reduced maintenance intervals in harsh settings.
• Lifecycle status is recorded as Active Product, indicating ongoing manufacturing support and review details for new system integrations and expansions.

• Visual inspection should confirm the presence of push-in terminals on the front face, verifying correct model identification against documentation.
• Check for labeling clarity showing the full part number 6AG1193-6BP20-2BF0 to ensure accurate component matching during physical verification steps.
• Examine the housing integrity for any signs of damage or wear that might compromise the conformal coating effectiveness in service.
• Verify terminal block alignment and bridging configuration matches the described left-side bridge setup for proper electrical connection planning.

• Review project documentation to confirm environmental requirements match the -40 to +60 °C operating range specified for this base unit.
• Assess spatial constraints in the control panel to ensure the 20x117 mm footprint fits within the designated mounting area limits.
• Evaluate terminal usage needs to determine if the four AUX terminals with left-side bridging meet the specific wiring diagram demands.
• Prepare technical specifications sheet highlighting the conformal coating benefits for industries requiring high resistance to moisture and chemical exposure conditions.

• Confirm all dimensional data aligns with current engineering drawings before finalizing inquiry preparation specifications for the installation project scope.
• Cross-reference the auxiliary terminal count and bridging pattern with the system schematic to prevent wiring errors during commissioning phase.
• Validate the extended temperature rating against site conditions to ensure the conformal coating provides adequate protection for the operational lifespan.
• Document the active lifecycle status to support long-term maintenance planning and future spare parts acquisition strategies for the facility.