Siemens 6AG1123-2MB03-2AX0 Industrial Automation Component

Part number

6AG1123-2MB03-2AX0

Brand

Siemens

Category

HMI Panels

Product type

HMI Panels

Lifecycle

Active Product

Dimensions

40.00 x 29.9 x 9.1 cm

Net weight

2.162 Kg

Source category

SIPLUS Basic Panels (2nd Generation)

• The device utilizes a 12-inch TFT display capable of rendering 65536 colors. This visual output supports detailed graphical representation for complex industrial monitoring tasks.
• A PROFINET interface enables high-speed communication within automated network structures. This connectivity allows seamless integration with broader control systems and data acquisition networks.
• Operational temperature range is specified between minus ten and plus fifty degrees Celsius. This rating ensures functionality in varied environmental conditions without performance degradation.
• Configuration requires WinCC Basic version thirteen or STEP 7 Basic version thirteen software. These engineering tools facilitate the setup and programming of the panel interface.
• Physical dimensions are recorded at forty centimeters by twenty-nine point nine centimeters. The depth measures nine point one centimeters for standard mounting applications.
• Net weight is listed as two point one six two kilograms for shipping calculations. This mass reflects the internal components and protective housing structure.

• The base model derives from the 6AV2123-2MB03-0AX0 KTP1200 Basic configuration. This lineage provides a known foundation for technical reference and comparison.
• SIPLUS designation indicates enhanced environmental protection through conformal coating application. This coating protects internal electronics against moisture, dust, and corrosive agents.
• Product class B signifies restricted review notes under manufacturer guidelines. Buyers must contact designated Siemens review contacts for specific handling instructions regarding review.
• The part number 6AG1123-2MB03-2AX0 uniquely identifies this specific variant. Accurate recording of this identifier is essential for correct sourcing and verification processes.

Parameters are factual source fields retained for model review.

• Display technology relies on thin-film transistor liquid crystal mechanisms. This type offers consistent brightness and color accuracy across the entire screen surface area.
• Color depth of sixty-five thousand five hundred thirty-six shades supports vivid graphics. Such resolution aids in distinguishing critical alarms and status indicators clearly.
• Interface protocol adheres to PROFINET industrial Ethernet standards. This standard ensures deterministic data transmission listed for real-time control applications in factories.
• Software dependency on WinCC Basic V13 defines the engineering environment. Developers must possess application context licenses to configure and deploy applications effectively.
• Operating mode combines physical keys with capacitive touch surfaces. This hybrid approach provides tactile feedback alongside modern intuitive touch navigation capabilities.

• Visual inspection should confirm the integrity of the front bezel. Any scratches or damage may indicate handling issues prior to final installation.
• Check the display area for uniform illumination and absence of dead pixels. Uniformity is crucial for reliable operator interaction during shift operations.
• Verify the presence of all connection ports on the rear panel. Missing connectors could impact network integration and power supply stability.
• Ensure labeling matches the part number 6AG1123-2MB03-2AX0 exactly. Mismatched labels may lead to incorrect inventory records or request errors.

• Gather current project requirements regarding display size and communication protocols. Matching these needs with the PROFINET and 12-inch specifications ensures suitability.
• Confirm software versions installed on engineering stations for configuration. application context with WinCC Basic V13 or STEP 7 Basic V13 is mandatory.
• Review environmental conditions where the panel will be deployed. Temperature ranges and exposure to contaminants must align with SIPLUS ratings.
• Prepare documentation for review note acknowledgment due to Class B status. Understanding these restrictions prevents future logistical complications during inquiry preparation.

• Source parameter review should verify all technical specifications against project needs. Discrepancies in temperature or software requirements must be addressed early.
• Model identification confirmation prevents request errors in complex supply chains. Double-checking the full alphanumeric code reduces risk of mismatched deliveries.
• Image review notes highlight physical inspection points for quality assurance. Visual checks complement technical data validation for comprehensive component assessment.
• Inquiry preparation steps ensure all stakeholder requirements are documented. Clear communication of constraints facilitates accurate responses from technical support teams.