Siemens 6ES7523-1BP50-0AA0 Digital Input/Output Module Inquiry

Part number

6ES7523-1BP50-0AA0

Brand

Siemens

Category

I/O Modules

Product type

SM 523 digital input/output modules

Lifecycle

Active Product

Dimensions

15.2 x 15.1 x 5.00 cm

Net weight

0.302 Kg

Source category

SM 523 digital input/output modules

• Input specification includes thirty-two channels rated for 24V DC with a typical delay of 3.2 milliseconds.
• Output configuration delivers thirty-two channels at 24V DC with a current capacity of 0.3 Amperes per channel.
• Group performance allows up to 2 Amperes per group when operating at an ambient temperature of 60 degrees Celsius.
• Physical dimensions are recorded as 15.2 cm by 15.1 cm by 5.00 cm, weighing approximately 0.302 kilograms.
• The module width is standardized at 35 mm, ensuring application context with common DIN rail mounting systems in control cabinets.
• Lifecycle status is listed as Active Product, indicating ongoing support and documentation review details for engineering projects.

• Brand designation is clearly marked as Siemens, aligning with the SIMATIC S7-1500 product line classification.
• Part number 6ES7523-1BP50-0AA0 uniquely identifies this specific digital I/O module variant within the manufacturer catalog.
• Normalized part number 6ES75231BP500AA0 removes hyphens for database indexing and systematic reference purposes.
• Category placement falls under IO Modules, specifically categorized within Digital Modules for technical classification.

Parameters are factual source fields retained for model review.

• Input type 3 compliance ensures synchronization capabilities for high-speed digital signals in demanding industrial environments.
• Sinking and sourcing input flexibility allows connection to various sensor types without additional interface hardware.
• Sourcing output configuration provides positive voltage potential, listed for driving standard industrial actuators and indicators.
• Cables and terminal blocks are not included and must be request separately as distinct accessory items.
• Thermal performance maintains stability with specified current loads up to 60 degrees Celsius ambient conditions.

• Visual inspection should confirm the presence of channel status LEDs for real-time input and output monitoring.
• Check the labeling on the front faceplate to verify the exact part number matches 6ES7523-1BP50-0AA0.
• Examine the connector area to ensure pins are undamaged and aligned correctly for rack insertion.
• Verify the mounting clip mechanism is intact to secure the module firmly onto the 35 mm rail.

• Prepare detailed project documentation specifying required input voltage levels and expected signal frequencies for evaluation.
• List necessary accessories such as front mounting cables and terminal blocks needed for complete system integration.
• Define environmental constraints including maximum ambient temperature and enclosure class to ensure proper module selection.
• Confirm rack slot review details and backplane bus requirements to validate physical and electrical application context.

• Cross-reference the submitted model against current engineering drawings to verify physical dimension accuracy.
• Review source parameters to ensure input delay times meet the specific timing requirements of the application.
• Validate that the sinking/sourcing configuration aligns with the existing sensor and actuator wiring schemes.
• Confirm that separate request of cables and terminal blocks is accounted for in the project budget.