6AG1500-0EA02-2AA0 RS485 Bus Connector Details

Part number

6AG1500-0EA02-2AA0

Brand

Siemens

Category

Cables, Connectors & Accessories

Product type

RS485 bus connector

Lifecycle

Active Product

Dimensions

8.00 x 5.3 x 3.00 cm

Net weight

0.099 Kg

Source category

RS485 bus connector

• The device operates within a temperature range of -25 to +60 degrees Celsius for consistent functionality. Keep dimensions 8.00 x 5.3 x 3.00 cm and net weight 0.099 Kg unchanged while comparing project documents and product image evidence.
• Conformal coating is applied to the connector body to protect internal components from environmental stressors.
• Physical dimensions are recorded as 8.00 cm in length, 5.3 cm in width, and 3.00 cm in height.
• The net weight of the unit is listed as 0.099 kilograms for logistical planning purposes.
• It functions as an RS485 bus connector facilitating serial communication in industrial automation environments.
• The product class is categorized under cables, connectors, and accessories within broader automation technology segments.

• The part number 6AG1500-0EA02-2AA0 uniquely identifies this specific variant of the SIPLUS NET PB connector.
• Normalization of the part number removes hyphens for database consistency, resulting in 6AG15000EA022AA0.
• This model is derived from the base 6GK1500-0EA02 design with added industrial hardening features.
• The suffix AA0 typically denotes specific configuration or regional compliance attributes within the Siemens portfolio.

Parameters are factual source fields retained for model review.

• Verify the operating temperature limits of -25 to +60 degrees Celsius against your site conditions.
• Confirm that the physical footprint of 8.00 x 5.3 x 3.00 cm fits your mounting space.
• Assess the net weight of 0.099 Kg for structural load calculations in your assembly design.
• Ensure the RS485 protocol requirements align with your existing network infrastructure and communication standards.
• Check that the conformal coating meets your specific environmental protection needs for harsh industrial areas.

• Inspect the connector housing for the presence of conformal coating visible on the exterior surface.
• Examine the port configuration to confirm RS485 bus connectivity interfaces match your cabling setup.
• Review labeling clarity to ensure the part number 6AG1500-0EA02-2AA0 is legibly printed on the unit.
• Assess overall build quality and material finish to verify suitability for your industrial automation applications.

• Prepare your project documentation specifying the required quantity and intended application environment for the connector.
• Include technical drawings or layout plans showing the mounting location and spatial constraints for the unit.
• List any specific environmental factors such as humidity, chemical exposure, or temperature extremes at the site.
• Define your communication protocol requirements to ensure the RS485 bus connector meets network performance needs.

• Cross-reference the active product status to confirm current manufacturing and support review details for this model.
• Validate the dimensional specifications against your mechanical design constraints before proceeding with the inquiry process.
• Consider the extended temperature range capabilities when evaluating suitability for outdoor or uncontrolled environments.
• Ensure all technical parameters are reviewed thoroughly to avoid mismatches in your final system integration plan.