Siemens 6ES7514-2VN03-0AB0 CPU 1514SP T-2 PN Inquiry

Part number

6ES7514-2VN03-0AB0

Brand

Siemens

Category

PLC CPUs & Controllers

Product type

CPU 1514SP T-2 PN

Lifecycle

Active Product

Dimensions

13.5 x 13.3 x 8.2 cm

Net weight

0.339 Kg

Source category

CPU 1514SP T-2 PN

• Primary communication utilizes PROFINET IRT with a built-in two-port switch interface for high-performance real-time data exchange in demanding industrial environments.
• A secondary PROFINET RT interface supports 6 ns bit performance, ensuring precise synchronization capabilities required for synchronized motion control applications.
• The unit includes a server module identified by part number 6ES7193-6PA00-0AA0, which facilitates specific server-side communication protocols for system integration.
• Physical dimensions are recorded at 13.5 x 13.3 x 8.2 cm, allowing for compact mounting solutions within standard control cabinet configurations.
• Net weight is listed as 0.339 Kg, contributing to lightweight structural design considerations when assembling larger ET 200SP station layouts.
• Operation requires a separate SIMATIC Memory Card for program storage and a BusAdapter for the first interface connection during initial setup.

• Part Number: 6ES7514-2VN03-0AB0 serves as the unique identifier for this specific CPU variant within the Siemens product catalog.
• Normalized Part Number: 6ES75142VN030AB0 is the alphanumeric representation used for database indexing and systematic reference tracking purposes.
• Brand Name: Siemens indicates the manufacturer responsible for the engineering, production, and technical documentation associated with this automation component.
• Product Type: CPU 1514SP T-2 PN defines the functional class, highlighting its role as a technology-oriented processor with PROFINET connectivity.

Parameters are factual source fields retained for model review.

• Work Memory Allocation: 900 KB is designated for program storage, while 3.5 MB is reserved for data blocks and system variables.
• Interface Configuration: The first interface operates as PROFINET IRT with a 2-port switch, requiring a BusAdapter for proper network integration.
• Performance Specification: The second interface supports PROFINET RT with a 6 ns bit performance metric for synchronized cycle times.
• Included Components: The package lists a server module (6ES7193-6PA00-0AA0) as an integral part of the standard hardware configuration.
• Required Accessories: A SIMATIC Memory Card is necessary for operation, and the BusAdapter must be sourced separately for the primary interface.

• Visual inspection should confirm the presence of the front panel indicators and the specific labeling corresponding to the 6ES7514-2VN03-0AB0 designation.
• Check the physical connectors on the side of the unit to verify the PROFINET IRT port layout and switch functionality.
• Ensure the server module slot area is visible and matches the expected form factor for the included 6ES7193-6PA00-0AA0 component.
• Compare the overall dimensions against the recorded 13.5 x 13.3 x 8.2 cm specification to validate physical fitment in the design.

• Document the current ET 200SP topology to determine if the 6 ns bit performance meets the synchronization requirements of your application.
• Verify that the necessary SIMATIC Memory Card type is selected and request alongside the CPU for immediate program loading.
• Confirm the need for the BusAdapter component for the first interface, as it is not included in the standard CPU package.
• Review the power supply and network infrastructure to ensure application context with the PROFINET IRT and RT interface specifications.

• Source parameter review confirms the active product lifecycle status, ensuring ongoing technical support and documentation review details.
• Project document review should address the requirement for separate inquiry preparation of the SIMATIC Memory Card and BusAdapter.
• Technical assessment must evaluate whether the 900 KB program memory suffices for the intended logic complexity.
• Final verification involves checking the physical dimensions and weight against the control cabinet space constraints and load limits.