Siemens 6AG1222-1HH32-4XB0 Digital Output Module

Part number

6AG1222-1HH32-4XB0

Brand

Siemens

Category

I/O Modules

Product type

I/O Modules

Lifecycle

Active Product

Dimensions

10.8 x 8.8 x 6.00 cm

Net weight

0.248 Kg

Source category

SIPLUS SM 1222 digital output modules

• This module provides sixteen digital outputs utilizing relay technology for switching loads with high isolation capabilities between channels and common terminals.
• Each relay output supports a maximum current capacity of two amperes, allowing for direct connection to various industrial actuators and signaling devices.
• The operating temperature range extends from negative twenty degrees Celsius to positive sixty degrees Celsius, ensuring functionality in extreme climates.
• Conformal coating is applied to the printed circuit board to protect sensitive electronic components from moisture, dust, and corrosive substances.
• The physical dimensions measure ten point eight by eight point eight by six centimeters, facilitating compact installation within standard control cabinets.
• Net weight is recorded at zero point two four eight kilograms, contributing to lightweight design considerations for modular automation architectures.

• The part number 6AG1222-1HH32-4XB0 identifies this specific variant within the Siemens portfolio, distinguishing it from standard S7-1200 modules.
• The prefix SIPLUS indicates that this device meets extended environmental specifications beyond standard industrial automation component ratings.
• Model classification B suggests that review are restricted and direct contact with documented Siemens representatives is required for support.
• The base hardware corresponds to the 6ES7222-1HH32-0XB0 configuration, adapted specifically for enhanced durability and environmental resistance.

Parameters are factual source fields retained for model review.

• Review the digital output count of sixteen points when assessing suitability for complex control logic distribution tasks.
• Verify the relay contact rating of two amperes per channel to ensure application context with connected load specifications.
• Confirm the extended temperature range requirements match the operational environment where the module will be installed.
• Check the conformal coating specification to validate protection levels against humidity, chemicals, and particulate contamination.
• Examine the physical footprint dimensions to ensure adequate space allocation within the existing cabinet layout constraints.

• Inspect the front panel labeling to confirm the exact part number matches the inquiry documentation precisely.
• Observe the terminal block configuration to understand the wiring layout for the sixteen digital output connections.
• Note the status LED indicators which provide visual feedback on the operational state of each output channel.
• Review the housing construction to assess the robustness of the enclosure designed for industrial environment durability.

• Prepare detailed project specifications including required output types and environmental conditions for accurate technical assessment.
• Document any specific mounting or integration requirements to ensure the module fits within the existing system architecture.
• List relevant safety standards and compliance needs that must be met for the intended application area.
• Include contact information for technical support inquiries regarding the restricted review note and service procedures.

• Ensure all technical data aligns with the latest manufacturer documentation before finalizing any project planning stages.
• Consult with engineering teams to verify that the relay output characteristics meet the specific load requirements.
• Validate that the extended environmental ratings are necessary for the deployment location to justify the specialized model.
• Maintain records of all inquiry submissions for future reference and potential follow-up with technical support channels.