6AG2193-6BP20-4BA0 SIPLUS Extreme Rail Based I/O Module

Part number

6AG2193-6BP20-4BA0

Brand

Siemens

Category

I/O Modules

Product type

I/O Modules

Lifecycle

Active Product

Dimensions

14.7 x 4.2 x 2.8 cm

Net weight

0.058 Kg

Source category

SIPLUS extreme RAIL TM PosInput 1 Counter and position detection module

• Conformal coating provides enhanced protection against moisture, dust, and corrosive agents, ensuring reliable operation in challenging industrial settings where standard modules might fail prematurely.
• Operating temperature range spans from -40°C to +70°C, allowing consistent performance in extreme cold or heat scenarios without compromising signal integrity or processing speed.
• Overtemperature class OT4 includes ST1/2 specification, supporting temporary peak temperatures up to +85°C for ten-minute durations, accommodating short-term thermal spikes during startup.
• BU type A0 configuration utilizes push-in terminals for efficient wiring connections, reducing installation time while maintaining secure electrical contact points for high-vibration environments.
• Integration of ten auxiliary terminals offers additional connectivity options for signaling or power distribution needs, expanding the functional scope beyond basic input/output operations.
• Terminal bridging is configured to the left side, optimizing space utilization on the DIN rail and simplifying cable management for dense control panel layouts.

• The part number 6AG2193-6BP20-4BA0 uniquely identifies this specific SIPLUS extreme variant, distinguishing it from standard ET 200SP modules through its environmental hardening features.
• Base model reference 6ES7193-6BP20-0BA0 indicates the underlying hardware platform, with the 6AG prefix denoting the specialized SIPLUS extension for extreme condition applications.
• Suffix -4BA0 specifies the particular configuration including the BU15-P16+A10+2B assembly, which defines the terminal block types and auxiliary connection arrangements present in this unit.
• Lifecycle status recorded as Active Product confirms that this component remains in current production, supporting long-term maintenance and expansion plans for existing automation systems.

Parameters are factual source fields retained for model review.

• Physical dimensions are recorded as 14.7 cm width, 4.2 cm height, and 2.8 cm depth, providing precise spatial requirements for cabinet layout planning and rail mounting.
• Net weight is listed at 0.058 kg, indicating a lightweight construction that minimizes load on support structures while maintaining robust internal component shielding and durability.
• Width and height specifications for the terminal block section are noted as 15 mm by 141 mm, defining the footprint occupied on the standard DIN rail profile.
• Push-in terminal technology eliminates the need for screwdrivers during wiring, streamlining the assembly process and reducing potential errors associated with manual torque application on connections.
• The inclusion of bridged terminals on the left side facilitates daisy-chaining or common ground references, enhancing electrical continuity and simplifying complex wiring diagrams for operators.

• Visual inspection should confirm the presence of conformal coating on internal circuitry, visible through transparent housing sections or indicated by specific labeling on the module exterior.
• Check that all push-in terminals are intact and free from debris, ensuring that wiring insertion mechanisms function smoothly without resistance or mechanical obstruction during installation.
• Verify the auxiliary terminal count matches the specification of ten units, confirming that no components are missing or damaged during shipping or handling processes.
• Examine the left-side bridging configuration to ensure jumper links are correctly positioned, as improper bridging can affect signal grounding and overall system stability in operation.

• Review project documentation to confirm that the -40°C to +70°C operating range meets the specific environmental conditions of the intended installation site location.
• Assess wiring requirements to determine if the ten auxiliary terminals and push-in connections align with the cable gauge and termination methods used in the design.
• Evaluate space constraints within the control cabinet to ensure the 14.7 x 4.2 x 2.8 cm dimensions fit alongside other modules without obstructing airflow or access.
• Consult technical schematics to verify that the OT4 overtemperature class and ST1/2 specifications are sufficient for handling expected thermal loads during peak operational periods.

• Confirm that the submitted model matches the exact part number 6AG2193-6BP20-4BA0 to avoid discrepancies in technical specifications or environmental ratings during inquiry preparation.
• Source parameter review should validate that the net weight and dimensions align with shipping calculations and cabinet space allocation plans for the specific project site.
• Check that the lifecycle status remains Active Product to ensure continued manufacturer support, documentation updates, and potential future supply chain stability for the component.
• Verify that the inquiry includes all necessary technical details regarding terminal types and bridging configurations to prevent misunderstandings or incorrect deliveries during the request process.