Inquiry: Siemens 6AG2222-1BF32-1XB0 Digital Output Module

Part number

6AG2222-1BF32-1XB0

Brand

Siemens

Category

PLC CPUs & Controllers

Product type

PLC CPUs & Controllers

Lifecycle

Active Product

Dimensions

10.4 x 8.8 x 5.8 cm

Net weight

0.162 Kg

Source category

SIPLUS S7-1200 SM 1222 RAIL

• This unit provides eight digital outputs operating at 24 V DC with transistor switching capabilities rated at 0.5 A per channel.
• The module incorporates SIPLUS extreme technology, ensuring reliable performance in environments requiring resistance to moisture, dust, and corrosive gases.
• Thermal management includes an overload tolerance class OT1, allowing temporary operation at ST1/2 temperatures up to 70°C for brief periods.
• Physical dimensions are compact, measuring 10.4 cm in width, 8.8 cm in height, and 5.8 cm in depth for space-constrained installations.
• Net weight is recorded at 0.162 kilograms, facilitating easy mounting on standard DIN rails without significant structural reinforcement requirements.
• The product lifecycle status is listed as Active, indicating ongoing manufacturing support and technical documentation review details for engineering teams.

• The part number 6AG2222-1BF32-1XB0 identifies the SIPLUS variant of the S7-1200 series digital output module.
• Normalization removes hyphens for database matching, resulting in the identifier 6AG22221BF321XB0 for internal reference systems.
• Classification B indicates restricted review notes, requiring direct contact with documented Siemens representatives for logistical handling inquiries.
• Source categorization places this item under SIPLUS extreme RAIL digital modules, specifically within the SIPLUS S7-1200 SM 1222 RAIL family.

Parameters are factual source fields retained for model review.

• Voltage specification is fixed at 24 V DC for the digital output channels, aligning with standard industrial control system power supplies.
• Current capacity per output channel is limited to 0.5 A, necessitating careful load calculation for connected actuators or indicators.
• Operating temperature range spans from -25°C minimum to +70°C maximum, listed for unheated enclosures or outdoor applications.
• Overload tolerance allows for transient thermal stress up to 70°C for durations not exceeding ten minutes without permanent damage.
• Conformal coating application provides additional insulation and protection against environmental contaminants, extending service life in demanding settings.

• Visual inspection should confirm the presence of conformal coating on the circuit board components visible through ventilation slots.
• Label verification must match the printed part number 6AG2222-1BF32-1XB0 against the submitted inquiry documentation for accuracy.
• Connector orientation and rail mounting clips should be checked for physical integrity prior to installation in control panels.
• LED indicators for channel status must be clearly visible and undamaged to facilitate operational monitoring during commissioning phases.

• Compile project specifications including ambient temperature ranges and expected electrical loads for each of the eight output channels.
• Verify enclosure type and environmental exposure levels to ensure the SIPLUS extreme rating meets site-specific protection requirements.
• Prepare technical drawings showing DIN rail layout and spacing to accommodate the module dimensions of 10.4 x 8.8 x 5.8 cm.
• Document any special handling or storage conditions required due to the Class B review restriction policy noted in specifications.

• Ensure all technical parameters align with the specific demands of the target application before finalizing the inquiry submission.
• Cross-reference the active lifecycle status with long-term supply chain stability requirements for the planned project duration.
• Confirm that the 0.5 A per channel limit is sufficient for the intended load types to prevent overcurrent faults.
• Review the Class B review restriction details thoroughly to understand logistical implications for potential exchanges or modifications.