Siemens 6AV7863-4MA15-2AA0 SIMATIC IFP2200 V2 PRO Industrial Monitor

Part number

6AV7863-4MA15-2AA0

Brand

Siemens

Category

Industrial PCs

Product type

Industrial PCs

Lifecycle

Active Product

Dimensions

62.5 x 51.5 x 23.5 cm

Net weight

9.98 Kg

Source category

SIMATIC Industrial Flat Panel PRO

• The display measures 22 inches diagonally, providing ample screen real estate for detailed graphical user interfaces and process visualization in industrial control rooms.
• Multi-touch functionality allows intuitive interaction with the interface, enhancing operator efficiency through direct manipulation of on-screen elements without additional input devices.
• A PRO variant support arm is included, facilitating flexible mounting options and ergonomic positioning to suit various installation requirements and workspace configurations.
• The unit operates on a 24 V DC power supply, aligning with standard industrial electrical systems to ensure reliable and consistent performance in factory environments.
• DisplayPort connectivity enables high-quality video transmission, supporting the full 1920x1080 resolution for sharp and clear image rendering across the entire panel surface.
• HDBaseT technology permits placement up to 100 meters away from the control unit, offering significant flexibility in cable routing and system layout design.

• The part number 6AV7863-4MA15-2AA0 uniquely identifies this specific configuration within the Siemens SIMATIC product portfolio for precise documentation and reference purposes.
• The normalized part number 6AV78634MA152AA0 removes hyphens for standardized database indexing, ensuring consistent searchability and accurate record-keeping across technical repositories.
• This model is classified under the Industrial PCs category, reflecting its role as a dedicated computing and visualization node within broader automation architectures.
• The lifecycle status indicates an Active Product, meaning the item remains in current production and is supported by the manufacturer for ongoing projects.

Parameters are factual source fields retained for model review.

• Physical dimensions are recorded as 62.5 x 51.5 x 23.5 cm, providing essential data for spatial planning and enclosure design during installation phases.
• The net weight is listed at 9.98 Kg, which must be considered when calculating load-bearing requirements for support arms or mounting structures.
• Source category path traces the item through Automation technology to Industrial monitors, highlighting its specialized function within the broader SIMATIC ecosystem.
• Standard design classification suggests a baseline configuration optimized for general industrial applications, balancing performance with robustness for continuous operational duty cycles.
• USB ports located on the rear side offer convenient access for peripheral connections while maintaining a clean front panel aesthetic for operator interaction.

• Visual documentation should capture the front bezel and screen area to verify the 22-inch diagonal measurement and multi-touch surface integrity.
• Rear panel images must clearly show the DisplayPort, USB, and power connectors to confirm physical interface types and port review details for integration.
• Support arm attachment points should be visible to demonstrate the PRO variant mounting mechanism and ensure application context with existing infrastructure hardware.
• Overall product shots help contextualize the 62.5 x 51.5 x 23.5 cm dimensions relative to standard industrial workstations and control panels.

• Review project documents to confirm that the 24 V DC power requirement aligns with the existing electrical distribution network at the installation site.
• Verify spatial constraints against the 62.5 x 51.5 x 23.5 cm dimensions to ensure adequate clearance for ventilation and maintenance access.
• Check cable routing plans to ensure the 100-meter HDBaseT distance capability meets the separation requirements between the display and control unit.
• Confirm that the DisplayPort output matches the signal source capabilities to documented optimal 1920x1080 resolution transmission without signal degradation issues.

• Ensure all technical parameters match the source data before finalizing any engineering specifications or inquiry preparation documentation for the project team.
• Cross-reference the active lifecycle status with long-term maintenance plans to verify continued manufacturer support and spare part review details for future needs.
• Validate the HDBaseT distance specification against actual site layouts to prevent potential signal loss or interference over extended cable runs.
• Confirm that the multi-touch interface requirements align with operator workflow designs to maximize usability and reduce training time for new staff.