6ES7144-5KD50-0BA0 SIMATIC ET 200AL Analog Input Module

Part number

6ES7144-5KD50-0BA0

Brand

Siemens

Category

I/O Modules

Product type

Analog I/O modules

Lifecycle

Active Product

Dimensions

17.8 x 4.7 x 4.00 cm

Net weight

0.188 Kg

Source category

Analog I/O modules

• The module features four input channels configured for both RTD and thermocouple signal types, offering versatile measurement options for various industrial sensors.
• Physical connectivity is established through four M12 connectors, ensuring secure and standardized attachment points for field wiring and sensor integration.
• The housing provides a high degree of protection rated at IP67, allowing operation in dusty or wet industrial conditions without damage.
• The physical dimensions are recorded as 17.8 cm in length, 4.7 cm in width, and 4.00 cm in height for spatial planning.
• The net weight of the unit is listed as 0.188 kilograms, contributing to lightweight design considerations for mounting structures and rail systems.
• The product lifecycle status is currently active, indicating ongoing production and support review details for new system integrations and expansions.

• The primary identifier for this component is the part number 6ES7144-5KD50-0BA0, used for precise cataloging and technical reference purposes.
• A normalized version of the part number appears as 6ES71445KD500BA0, which may be used in digital databases or inventory systems.
• The brand designation associated with this hardware is Siemens, reflecting the manufacturer responsible for its engineering and production standards.
• The product classification falls under analog I/O modules, specifically focusing on input capabilities for continuous process variable acquisition.

Parameters are factual source fields retained for model review.

• Channel count is fixed at four inputs, supporting simultaneous data acquisition from multiple temperature or resistance-based sensing elements in the field.
• Signal type support includes both RTD and TC configurations, allowing flexibility in sensor selection based on specific application temperature ranges.
• Connector type is specified as M12, providing a standardized interface that simplifies wiring management and reduces connection errors during installation.
• Protection rating is documented as IP67, ensuring the enclosure remains dust-tight and protected against temporary immersion in water up to one meter.
• Dimensional data lists the unit size at 17.8 x 4.7 x 4.00 cm, aiding in rack space calculation and mechanical fit verification.

• Visual documentation typically displays the front panel with clearly marked channel indicators and status LEDs for operational monitoring during commissioning.
• Side views often highlight the M12 connector ports, showing their arrangement and accessibility for cable routing in confined control cabinet spaces.
• Rear images may illustrate the mounting mechanism, demonstrating how the module attaches to the carrier rail within the ET 200AL system.
• Label close-ups confirm the printed part number and technical codes, ensuring accurate identification when comparing against physical inventory or request.

• Verify the required sensor types, such as PT100 or K-type thermocouples, to ensure the module configuration matches your specific measurement needs.
• Check the M12 connector pin assignments and cable lengths to confirm application context with existing field wiring infrastructure and termination strategies.
• Confirm the environmental conditions, including potential exposure to moisture or dust, to validate the suitability of the IP67 rating for your site.
• Review the power supply requirements and voltage levels within your control cabinet to ensure proper integration with the ET 200AL system backbone.

• Ensure all technical specifications align with the project requirements before initiating the inquiry process to avoid mismatches in sensor application context.
• Cross-reference the part number with documented Siemens documentation to verify the latest firmware versions and configuration parameters for optimal performance.
• Consider the physical mounting constraints and recorded space in the control cabinet when planning the installation of the ET 200AL system.
• Document the specific application context, including temperature ranges and signal types, to facilitate accurate technical support during the inquiry review phase.