Siemens 6AG1193-6BP40-7BA1 Industrial Automation Module Inquiry

Part number

6AG1193-6BP40-7BA1

Brand

Siemens

Category

I/O Modules

Product type

I/O Modules

Lifecycle

Active Product

Dimensions

15.00 x 4.00 x 3.00 cm

Net weight

0.058 Kg

Source category

SIPLUS BaseUnits

• Physical dimensions are recorded as fifteen centimeters wide by four centimeters deep and three centimeters high for spatial planning purposes.
• The net weight of the unit is listed at zero point zero five eight kilograms for logistics and handling assessments during installation.
• Terminal configuration utilizes push-in technology for secure electrical connections without requiring additional tools during the initial wiring phase of setup.
• The module includes two sets of five add-on terminals that are bridged to the left side for signal distribution efficiency.
• Temperature acquisition capabilities are integrated directly into the base unit structure allowing for direct environmental monitoring within the control cabinet area.
• Conformal coating application provides enhanced protection against corrosive agents and humidity ensuring longevity in challenging industrial manufacturing environments consistently.

• The part number 6AG1193-6BP40-7BA1 identifies this specific variant within the broader SIPLUS product family for precise cataloging and reference.
• This unit is based on the standard 6ES7193-6BP40-0BA1 architecture but includes specialized modifications for extreme environmental resilience and performance.
• BU15 designation indicates the specific form factor and mounting style used within the ET 200SP distributed I/O system framework.
• A0 and 12B suffixes denote specific hardware revisions and feature sets that distinguish this model from other base units in the lineup.

Parameters are factual source fields retained for model review.

• Operating temperature range spans from minus forty degrees Celsius to plus seventy degrees Celsius for broad environmental adaptability.
• Width measurement is fixed at fifteen millimeters allowing for compact arrangement within dense control panel layouts and space-constrained installations.
• Height dimension measures fourteen millimeters providing sufficient clearance for terminal access while maintaining a low profile within the rack structure.
• Push-in terminal type ensures rapid connection times and reduces labor costs associated with traditional screw-based wiring methods for technicians.
• Bridged terminal configuration on the left side facilitates efficient signal routing and minimizes the need for additional external wiring components.

• Visual inspection should confirm the presence of conformal coating on exposed circuit areas to verify environmental protection standards are met.
• Check terminal blocks for proper alignment and ensure no physical damage exists on the push-in mechanism before integration into systems.
• Verify labeling clarity on the module faceplate to ensure correct part number recognition during inventory audits and maintenance procedures.
• Examine mounting rails and clips for secure attachment points ensuring the unit remains stable during vibration-prone industrial operations effectively.

• Gather current project specifications including required temperature ranges and environmental conditions to validate suitability for your specific industrial application needs.
• Review existing control panel layouts to determine if the fifteen millimeter width fits within your designated slot allocations accurately.
• Confirm terminal count requirements to ensure the two sets of five add-on terminals meet your signal distribution demands completely.
• Document any special handling or storage requirements due to the sensitive electronic components housed within the protective casing structure.

• Ensure all technical parameters align with your facility's operational requirements before proceeding with detailed engineering documentation reviews.
• Cross-reference the part number with documented Siemens catalogs to verify the latest firmware and hardware revision status information.
• Consider the weight and dimensions when planning transportation and installation logistics to avoid unnecessary handling complications or delays.
• Maintain records of all inquiry submissions and technical discussions for future reference during maintenance and troubleshooting phases of the lifecycle.