Siemens 6ES7194-4AD00-0AA0 IM 154-1 and IM 154-2 Interface Module

Part number

6ES7194-4AD00-0AA0

Brand

Siemens

Category

I/O Modules

Product type

IM 154-1 and IM 154-2

Lifecycle

Active Product

Dimensions

14.3 x 6.8 x 6.8 cm

Net weight

0.466 Kg

Source category

IM 154-1 and IM 154-2

• This interface module operates within the SIMATIC DP family, providing essential connectivity for distributed I/O systems in industrial environments.
• Physical dimensions are recorded at 14.3 x 6.8 x 6.8 cm, allowing for compact mounting solutions within control cabinets or on DIN rails.
• The net weight of 0.466 Kg indicates a lightweight construction that facilitates easy handling during installation and maintenance procedures for technicians.
• Connector types include two M12 ports and two 7/8 inch ports, offering versatile wiring options for various sensor and actuator configurations.
• An integrated address setter allows for quick configuration without external tools, streamlining the setup process for new installations or replacements.
• A built-in terminating resistor ensures proper signal integrity on the PROFIBUS DP network, reducing potential communication errors in high-noise environments.

• The part number 6ES7194-4AD00-0AA0 uniquely identifies this specific interface module variant within the Siemens SIMATIC product portfolio for accurate sourcing.
• This model belongs to the IM 154 series, which is categorized under interface modules for the ET 200 Pro distributed I/O system.
• The product classification indicates it is an active component, meaning it is currently supported and documented in current technical literature.
• Source documentation references SIOS 109989704 regarding planned product phase-out details, which should be reviewed for long-term project planning purposes.

Parameters are factual source fields retained for model review.

• Review the physical dimensions of 14.3 x 6.8 x 6.8 cm to ensure application context with existing panel space and mounting constraints.
• Consider the net weight of 0.466 Kg when calculating load requirements for mounting structures or transport logistics within the facility.
• Verify the connector specifications, specifically the 2x M12 and 2x 7/8 inch interfaces, against your current cabling infrastructure needs.
• Check the integrated address setter functionality to determine if manual configuration meets your operational workflow and safety standards.
• Assess the terminating resistor integration to confirm it aligns with your PROFIBUS network topology and signal termination requirements.

• Inspect the front panel for the clearly printed part number and model designation to verify the correct unit during visual checks.
• Examine the connector ports to ensure they match the specified M12 and 7/8 inch types for proper cable attachment.
• Look for the address setting switches or indicators located on the module face to confirm their accessibility and condition.
• Check the overall housing integrity for any signs of damage or wear that might affect installation or performance reliability.

• Gather your current PROFIBUS network topology diagrams to determine where this interface module fits within your existing system architecture.
• Prepare a list of required connector cables and accessories that match the M12 and 7/8 inch port specifications.
• Document the specific application environment conditions, such as temperature ranges or vibration levels, to ensure module suitability.
• Compile any relevant project documentation that references the SIOS 109989704 phase-out notice for comprehensive review and planning.

• Confirm the active product status aligns with your long-term maintenance and support strategy for the automation system.
• Evaluate the integrated address setter convenience against your team's standard operating procedures for device configuration and commissioning.
• Assess the physical size and weight constraints to ensure seamless integration into your existing control cabinet layouts effectively.
• Review the phase-out notice reference to understand future supply chain implications and plan accordingly for ongoing operations.