Siemens 6AG1214-1AG40-2XB0 Industrial Automation Component

Part number

6AG1214-1AG40-2XB0

Brand

Siemens

Category

PLC CPUs & Controllers

Product type

PLC CPUs & Controllers

Lifecycle

Active Product

Dimensions

11.5 x 11.00 x 8.00 cm

Net weight

0.41 Kg

Source category

SIPLUS CPU 1214C

• Operating voltage is specified as DC 20.4-28.8 V DC, ensuring stable power delivery for continuous industrial automation processes and control tasks.
• Onboard input/output configuration includes 14 digital inputs at 24 V DC and 10 digital outputs at 24 V DC for direct device interfacing.
• Two analog inputs support signals ranging from 0-10 V DC, allowing precise monitoring of variable process parameters without additional hardware modules.
• Program and data memory capacity stands at 100 KB, providing sufficient storage for complex logic sequences and persistent data retention requirements.
• The compact physical dimensions measure 11.5 x 11.00 x 8.00 cm, facilitating installation in space-constrained control cabinets and modular setups.
• Net weight is recorded at 0.41 Kg, contributing to lightweight structural design while maintaining mechanical integrity and thermal dissipation properties.

• The prefix SIPLUS indicates this model belongs to the standard CPU line adapted for extreme environmental operating conditions beyond standard ratings.
• CPU 1214C designation identifies the specific processor class within the S7-1200 series, denoting its compact form factor and integrated capabilities.
• The suffix 2XB0 distinguishes this extended temperature variant from standard models, highlighting the inclusion of protective conformal coating layers.
• Lifecycle status is listed as Active Product, confirming ongoing manufacturing support and technical documentation review details for current engineering projects.

Parameters are factual source fields retained for model review.

• Temperature range extends from -40°C to +70°C, accommodating severe ambient conditions that would exceed standard industrial component limitations significantly.
• Startup capability is maintained down to -25°C, ensuring reliable initialization procedures even after prolonged exposure to freezing environmental temperatures.
• Signal board count is recorded as zero, indicating the base unit configuration without additional expansion modules attached to the main processor.
• Power supply requirements align with standard DC bus voltages, simplifying integration into existing electrical infrastructure and control panel designs.
• Memory allocation supports substantial program complexity, enabling advanced control strategies and data logging functions within the constrained physical footprint.

• Visual inspection should confirm the presence of conformal coating on exposed circuit boards, verifying the protective measures against environmental ingress.
• Labeling must clearly display the full part number 6AG1214-1AG40-2XB0 to ensure accurate identification during inquiry preparation and inventory management processes.
• Connector types and pin configurations should match standard S7-1200 specifications, allowing seamless integration with application context sensors and actuators.
• Physical condition assessment should note any signs of corrosion or damage, particularly around the I/O terminals and power connection points.

• Verify project environmental conditions to ensure the -40°C to +70°C range adequately covers all anticipated operational temperature extremes.
• Confirm power supply specifications match the required DC 20.4-28.8 V DC input to prevent application context issues during system commissioning.
• Assess memory requirements against the 100 KB limit to determine if additional storage solutions or larger CPU models are necessary.
• Review I/O counts to ensure the onboard 14 DI, 10 DQ, and 2 AI channels meet the immediate control strategy needs.

• Cross-reference the normalized part number 6AG12141AG402XB0 with internal databases to ensure accurate record keeping and traceability.
• Document the source category path for hierarchical classification, aiding in future search optimization and technical documentation organization efforts.
• Note the distinction between this SIPLUS model and standard S7-1200 units regarding temperature ratings and protective coating specifications.
• Ensure all technical parameters are accurately transcribed into inquiry forms to facilitate precise matching with inquiry team technical capabilities.