Industrial Automation Inquiry: Siemens 6AG1417-5HT06-7AB0 PLC Controller

Part number

6AG1417-5HT06-7AB0

Brand

Siemens

Category

PLC CPUs & Controllers

Product type

PLC CPUs & Controllers

Lifecycle

Active Product

Dimensions

30.00 x 23.00 x 6.00 cm

Net weight

1.362 Kg

Source category

SIPLUS S7-400 CPU 417H

• The processor includes 32 MB of total memory, divided equally between 16 MB for data storage and 16 MB for program execution tasks.
• Interface configuration consists of five distinct ports: one MPI/DP port, one dedicated DP port, one PROFINET interface, and two SYNC module connections.
• Physical dimensions are recorded at 30.00 cm by 23.00 cm by 6.00 cm, providing a compact footprint for standard rack mounting installations.
• The net weight of the unit is listed as 1.362 kilograms, which assists in calculating load requirements for supporting structural frameworks.
• Lifecycle status is documented as an active product, indicating ongoing engineering support and specification consistency for current project planning phases.
• Product class designation indicates items made to request based on customer specifications, requiring specific engineering services during the design phase.

• The base hardware architecture derives from the 6ES7417-5HT06-0AB0 model, adapted specifically for the SIPLUS extended environmental rating category.
• Model suffix 7AB0 identifies the specific variant equipped with conformal coating protection listed for harsh industrial operational conditions.
• Series classification places this unit within the SIPLUS S7-400 high-review details CPU family, emphasizing redundancy and fault tolerance capabilities.
• Functional grouping aligns with the S7-400H and S7-400F/FH controller ecosystems, supporting both high-review details and fail-safe application requirements.

Parameters are factual source fields retained for model review.

• Memory allocation structure supports substantial program storage while maintaining adequate data space for real-time process variable handling and logging.
• Communication interface distribution allows flexible network topology integration, supporting both legacy MPI protocols and modern PROFINET standards effectively.
• Operating temperature range expansion enables deployment in uncontrolled environments where standard industrial controllers might experience thermal performance limitations.
• Dimensional specifications ensure application context with standard DIN rail or rack mounting systems commonly found in industrial control cabinet designs.
• Weight parameters assist in structural load calculations for vertical mounting applications or heavy-duty rack configurations in factory settings.

• Visual inspection should confirm the presence of the SIPLUS branding and the specific part number label on the front panel.
• Connector ports must be clearly visible and undamaged, verifying the integrity of the MPI, DP, and PROFINET interfaces.
• Conformal coating appearance should be uniform across the circuit board surfaces, indicating proper environmental protection treatment during manufacturing.
• Mounting holes and rack alignment features should match standard industrial controller dimensions to ensure seamless integration into existing frames.

• Review the submitted model number against your project documentation to ensure the specific SIPLUS variant meets your environmental needs.
• Verify that the memory capacity of 32 MB aligns with the size of your control programs and data structures.
• Confirm that your infrastructure supports the required interface types, including MPI, PROFIBUS DP, and PROFINET connectivity options.
• Check physical space constraints in your control cabinet to ensure the 30x23x6 cm dimensions fit within recorded rack slots.

• Ensure all technical parameters are cross-referenced with your engineering team before submitting the formal inquiry request form.
• Document any specific environmental requirements beyond the standard -25 to +70 degree range for additional consultation notes.
• Verify that the conformal coating specification matches your facility's corrosion resistance standards for long-term operational reliability.
• Include project timeline details in your inquiry to facilitate appropriate engineering service coordination for custom design specifications.