6ES7195-7HA00-0XA0 Siemens SIMATIC ET 200M Interface Module

Part number

6ES7195-7HA00-0XA0

Brand

Siemens

Category

I/O Modules

Product type

IM 153-4 PN

Lifecycle

Phase Out Announce

Dimensions

10.3 x 10.2 x 6.8 cm

Net weight

0.103 Kg

Source category

IM 153-4 PN

• Designed for the SIMATIC ET 200M system, this module serves as the central interface for connecting various digital and analog I/O modules.
• It supports the Pulling and Plugging feature, allowing maintenance activities without interrupting the operational state of the connected bus system during RUN mode.
• The unit includes a dedicated bus module cover, ensuring protection against environmental factors and providing a secure housing for the internal electronic components.
• Physical dimensions are recorded at 10.3 x 10.2 x 6.8 cm, with a net weight of 0.103 Kg, facilitating straightforward integration into standard rack configurations.
• The module holds both a Power Supply (PS) and an Interface Module (IM153), streamlining the assembly process and reducing the overall footprint of the station.
• Communication is handled via the PROFIBUS DP protocol, ensuring reliable and high-speed data transmission between the central controller and the peripheral devices.

• Brand designation is clearly marked as Siemens, indicating the manufacturer of this industrial automation component.
• The product type is identified as IM 153-4 PN, specifying its role within the ET 200M series lineup.
• Lifecycle status is listed as Phase Out Announce, signaling that this specific model is being discontinued in favor of newer alternatives.
• The normalized part number 6ES71957HA000XA0 provides a standardized reference for database indexing and technical documentation cross-referencing.

Parameters are factual source fields retained for model review.

• Source parameter review confirms the physical weight is 0.103 Kg, which is critical for calculating load limits in mounting structures.
• Dimensional data indicates a compact form factor, measuring 10.3 cm in width, 10.2 cm in height, and 6.8 cm in depth.
• The category classification places this item under IO Modules, specifically within the Interface Modules sub-category for ET 200M systems.
• Functionality notes highlight the inclusion of a bus module cover, which is essential for maintaining IP rating standards in harsh environments.
• System integration details specify application context with the SIMATIC DP network structure, requiring appropriate cabling and termination resistors for optimal performance.

• Visual inspection should verify the presence of the bus module cover attached to the main interface unit housing.
• Check for clear labeling of the part number 6ES7195-7HA00-0XA0 on the front faceplate for easy identification during installation.
• Ensure the connector pins and ports are free from visible corrosion or physical damage before proceeding with any technical evaluation.
• Confirm that the module aligns correctly with the ET 200M base unit slots, verifying mechanical fitment for the specific rack configuration.

• Review the submitted model against current project requirements to ensure the Phase Out Announce status does not conflict with long-term maintenance plans.
• Verify that the existing infrastructure supports the PROFIBUS DP protocol necessary for communication with this specific interface module type.
• Assess the physical space constraints within the control cabinet to confirm that the 10.3 x 10.2 x 6.8 cm dimensions fit appropriately.
• Document the specific application context to determine if the hot-swappable feature is required for continuous operation in the target environment.

• Technical documentation should be cross-referenced to confirm pin assignments and electrical characteristics for safe integration into the control network.
• Maintenance schedules must account for the Phase Out Announce status, planning for eventual migration to supported follow-up model record products.
• Installation procedures require adherence to electromagnetic application context guidelines to prevent interference with sensitive electronic components in the vicinity.
• Final verification involves checking all mechanical fasteners and electrical connections to ensure stability and reliability under operational vibration conditions.