Siemens 6ES7132-6BD20-0DA0 Product Inquiry

Part number

6ES7132-6BD20-0DA0

Brand

Siemens

Category

I/O Modules

Product type

Digital output modules

Lifecycle

Active Product

Dimensions

7.5 x 6.9 x 2.7 cm

Net weight

0.038 Kg

Source category

Digital output modules

• This module features four digital outputs capable of switching 24 V DC loads with a current rating of 2 Amperes per channel.
• High-speed functionality allows for rapid signal processing, supporting advanced control strategies that require minimal latency in dynamic production lines.
• Three distinct alternative operating modes are recorded: standard digital output, oversampling for noise immunity, and pulse width modulation for variable control.
• Integrated module diagnostics provide continuous monitoring of operational status, helping identify potential issues before they impact overall system performance.
• The physical dimensions are listed as 7.5 x 6.9 x 2.7 cm, ensuring compact integration into standard rack configurations without excessive space usage.
• Net weight is recorded at 0.038 Kg, contributing to lightweight design principles that facilitate easier handling during installation and maintenance procedures.

• The part number 6ES7132-6BD20-0DA0 uniquely identifies this specific configuration within the broader SIMATIC ET 200SP product family lineup.
• Color code CC00 is associated with this model, aiding in visual identification and correct slot assignment during hardware assembly processes.
• Lifecycle status is documented as Active Product, indicating ongoing support and review details for new project implementations and system expansions.
• Product classification falls under Digital output modules, distinguishing it from input or mixed signal modules in the automation hierarchy.

Parameters are factual source fields retained for model review.

• Source parameters indicate robust electrical characteristics listed for driving various industrial actuators and signaling devices in demanding environments.
• The 24 V DC specification aligns with common industrial control voltages, simplifying power supply integration within existing electrical architectures.
• Current capacity of 2A per channel provides sufficient drive capability for most standard solenoid valves and indicator lights used in automation.
• Diagnostic features allow for detailed error reporting, enhancing troubleshooting efficiency and reducing mean time to repair for critical systems.
• Compact form factor supports dense I/O configurations, maximizing signal density per rack unit while maintaining manageable physical footprint constraints.

• Visual documentation typically displays the front panel with terminal blocks and status LEDs for clear identification of operational states.
• Side views may illustrate the connection interface and mounting mechanism, providing insight into physical integration requirements for engineers.
• Labeling on the module body confirms the part number and color code, ensuring accurate verification against technical documentation sheets.
• Overall appearance reflects industrial-grade construction materials designed to withstand typical factory floor conditions and electromagnetic interference sources.

• Review the submitted model details to ensure alignment with specific project voltage and current requirements before initiating contact.
• Verify the necessary operating mode selection, whether standard, oversampling, or PWM, based on the intended application signal characteristics.
• Check physical space constraints in the control cabinet to confirm that the module dimensions fit within the planned rack layout.
• Prepare relevant project documentation to facilitate a comprehensive discussion regarding technical specifications and integration considerations with specialists.

• All technical data presented is derived directly from manufacturer specifications and should be verified against latest engineering documents.
• Users are encouraged to cross-reference dimensional data with mechanical drawings to ensure proper fitment in existing control panels.
• Operational modes should be selected based on specific noise environment and signal frequency requirements of the target application.
• Module diagnostics capabilities offer significant value for predictive maintenance strategies, allowing early detection of output stage anomalies.