6ES7134-6PA01-0BU0 SIMATIC ET 200SP Analog Input Module

Part number

6ES7134-6PA01-0BU0

Brand

Siemens

Category

I/O Modules

Product type

Analog input modules

Lifecycle

Active Product

Dimensions

7.7 x 6.5 x 2.3 cm

Net weight

0.043 Kg

Source category

Analog input modules

• The module operates as an active product within the Siemens portfolio, ensuring ongoing technical support and documentation review details for engineering teams.
• It features channel diagnostics capabilities, providing detailed status information to assist in maintaining system integrity and identifying potential signal issues early.
• The hardware accepts inputs from current transformers, specifically supporting standard 1A or 5A configurations commonly used in electrical energy measurement applications.
• Physical dimensions are recorded at 7.7 cm in length, 6.5 cm in width, and 2.3 cm in height, allowing compact integration into control cabinets.
• The net weight is listed as 0.043 kg, contributing to minimal load on mounting rails while maintaining robust construction for industrial environments.
• Signal processing is handled internally to convert analog currents into digital values listed for the PLC processor within the ET 200SP station.

• The part number 6ES7134-6PA01-0BU0 uniquely identifies this specific analog input variant within the broader SIMATIC ET 200SP product family.
• The normalized part number 6ES71346PA010BU0 removes hyphens for database indexing and systematic cataloging purposes across global inventory systems.
• Brand attribution is clearly assigned to Siemens, indicating the manufacturer responsible for design, production, and technical specification adherence.
• The product type classification confirms its role as an analog input module, distinguishing it from digital I/O or mixed-signal modules.

Parameters are factual source fields retained for model review.

• Review the source category path to understand the hierarchical placement within Automation technology, specifically under SIMATIC ET 200SP I/O modules.
• Verify the short description details regarding AI Energy Meter CT ST functionality to ensure alignment with project energy monitoring requirements.
• Check the physical dimensions against rack space constraints to confirm mechanical fit within existing or planned control panel layouts.
• Assess the net weight parameter for logistics planning and mounting rail load calculations during the initial system design phase.
• Confirm the lifecycle status as Active Product to ensure long-term review details considerations and continued manufacturer support for future expansions.

• Ensure images display the front label clearly showing the full part number 6ES7134-6PA01-0BU0 for accurate visual identification.
• Include views that highlight the connection terminals and diagnostic LEDs to demonstrate interface points and status indication features.
• Provide side profiles to visually confirm the compact form factor described by the 7.7 x 6.5 x 2.3 cm dimensions.
• Show the module mounted on a rail to illustrate installation method and relative size compared to standard DIN rail components.

• Gather project documentation specifying the required current transformer types to verify 1A or 5A input application context with the module.
• Prepare system architecture diagrams showing the ET 200SP station location to assess wiring distances and signal integrity requirements.
• Compile a list of existing Siemens PLC models to ensure software application context and correct configuration tool usage for setup.
• Document specific diagnostic needs to determine if the channel diagnostics feature meets the operational monitoring standards of the facility.

• Cross-reference the technical summary with documented Siemens documentation to validate all stated parameters before finalizing technical specifications.
• Confirm that the channel diagnostics feature aligns with the maintenance strategy and remote monitoring capabilities required by the project team.
• Verify that the physical dimensions and weight match the mechanical constraints of the intended mounting location within the control cabinet.
• Ensure the inquiry includes all necessary system context to receive accurate technical responses regarding integration and configuration support.