Siemens 6AG1131-6BF00-7CA0 SIPLUS ET 200SP Digital Input Module

Part number

6AG1131-6BF00-7CA0

Brand

Siemens

Category

I/O Modules

Product type

I/O Modules

Lifecycle

Active Product

Dimensions

7.8 x 6.4 x 2.3 cm

Net weight

0.037 Kg

Source category

SIPLUS digital inputs

• Input voltage specification operates at 24 V DC for standard digital signal detection across all eight channels.
• Operating temperature range extends from -40 °C to +70 °C, ensuring functionality in extreme environmental conditions.
• Physical dimensions measure approximately 7.8 cm in length, 6.4 cm in width, and 2.3 cm in height for compact mounting.
• Net weight is recorded at 0.037 kg, facilitating easy handling and installation within dense control cabinet layouts.
• Channel diagnostics capability allows for monitoring individual input states, enhancing system visibility and fault detection accuracy.
• Color code CC01 identifies the specific variant configuration, aiding in visual verification during assembly and maintenance phases.

• Base hardware reference links to the 6ES7131-6BF00-0CA0 model, indicating the underlying platform architecture for this specialized variant.
• The SIPLUS designation signifies enhanced ruggedness compared to standard industrial components, tailored for severe operational environments.
• ET 200SP classification places this device within the scalable distributed I/O portfolio for modular automation strategies.
• Digital input module type confirms its primary function as a receiver for binary signals from field devices.

Parameters are factual source fields retained for model review.

• Verify the 24 V DC input rating matches the power supply specifications of the connected sensor network.
• Confirm the -40…+70 °C operating range aligns with the ambient temperature conditions of the installation site.
• Check that the conformal coating requirement is necessary for the specific chemical or humidity exposure risks present.
• Ensure the 7.8 x 6.4 x 2.3 cm footprint fits within the designated slot space on the IM interface.
• Review the channel count of eight against the total number of digital signals required for the control logic.

• Inspect the physical label for the exact part number 6AG1131-6BF00-7CA0 to confirm model identity before submission.
• Examine the connector pins for any visible damage or deformation that might affect electrical contact reliability.
• Note the presence of the conformal coating layer on the PCB area if visible through inspection windows.
• Verify the color code marking CC01 is clearly legible on the housing for correct variant identification.

• Gather current project documentation specifying the required number of digital inputs and their respective voltage levels.
• Prepare details regarding the environmental conditions, including maximum and minimum temperatures expected at the installation site.
• List any specific mounting constraints or space limitations within the control cabinet where the module will reside.
• Compile a list of associated sensors or switches to ensure signal type application context with the digital input module.

• Cross-reference the lifecycle status to ensure long-term review details for future maintenance and expansion needs.
• Validate the technical specifications against the system design requirements to prevent integration issues during commissioning.
• Document the specific application environment to justify the need for the extended temperature and coating features.
• Confirm the inquiry includes all necessary technical parameters to facilitate an accurate and detailed response.