Siemens 6AG1131-6BF61-7AA0 Digital Input Module

Part number

6AG1131-6BF61-7AA0

Brand

Siemens

Category

I/O Modules

Product type

I/O Modules

Lifecycle

Active Product

Dimensions

7.7 x 7.00 x 2.5 cm

Net weight

0.04 Kg

Source category

SIPLUS digital inputs

• The module operates as a digital input device with eight channels, supporting 24 V DC signal levels for standard industrial applications.
• It utilizes a source input configuration, aligning with NPN sourcing input types as defined by IEC 61131 standard input type 1.
• Conformal coating is applied to the internal components, providing protection against moisture, dust, and corrosive agents in challenging operational settings.
• The operating temperature range extends from -40°C up to +70°C, allowing functionality in extreme ambient conditions beyond standard industrial norms.
• Module diagnostics are integrated to monitor the supply voltage status, ensuring early detection of power issues within the control system.
• Input delay settings can be configured at 0, 05, or 20 ms, offering flexibility in signal processing timing for various application needs.

• The part number 6AG1131-6BF61-7AA0 identifies this specific SIPLUS variant, distinguishing it from standard ET 200SP models in the catalog.
• Color code CC02 is recorded for this unit, serving as a visual identifier within the broader ET 200SP product family structure.
• The base hardware reference 6ES7131-6BF61-0AA0 indicates the underlying platform technology used for this enhanced digital input module design.
• Lifecycle status is listed as an Active Product, confirming current manufacturing support and ongoing technical documentation review details for this component.

Parameters are factual source fields retained for model review.

• Physical dimensions are recorded as 7.7 cm in width, 7.00 cm in height, and 2.5 cm in depth for spatial planning.
• Net weight is specified at 0.04 Kg, contributing to minimal load requirements on mounting rails and carrier components in the rack.
• Input type classification follows IEC 61131 Type 1 standards, ensuring application context with standard digital sensor outputs in automated machinery.
• Supply voltage monitoring is a key diagnostic feature, allowing system controllers to detect anomalies in the power distribution network.
• The source input configuration requires careful wiring consideration to match the electrical characteristics of connected field devices and sensors.

• Visual inspection should confirm the presence of conformal coating on internal circuitry if the housing is opened during maintenance procedures.
• Label verification is essential to ensure the printed part number matches the inquiry details for accurate documentation and record keeping.
• Connector orientation and pin layout should be reviewed against project schematics to verify correct physical installation in the rack system.
• Color coding indicators on the front panel assist in quick identification of the module type during routine system checks and audits.

• Review project documentation to confirm that the -40°C to +70°C operating range meets the specific environmental conditions of the site.
• Verify that the 24 V DC source input configuration aligns with the electrical specifications of the connected digital sensors and switches.
• Check if the module diagnostics for supply voltage are sufficient for the monitoring requirements of the existing control system architecture.
• Confirm that the physical dimensions and weight constraints fit within the designated space allocated for the ET 200SP station layout.

• Ensure all technical parameters are cross-referenced with the latest manufacturer documentation before finalizing any project specification requirements.
• The review restriction class B requires direct contact with Siemens review contacts for handling review, influencing logistics planning for this item.
• Source parameter review should include verification of input delay settings to ensure signal integrity in high-speed digital communication scenarios.
• Project document review must account for the specific conformal coating benefits when assessing long-term reliability in harsh industrial environments.