6ES7214-1AF40-0XB0 SIMATIC S7-1200F Fail-Safe CPU

Part number

6ES7214-1AF40-0XB0

Brand

Siemens

Category

PLC CPUs & Controllers

Product type

Fail-safe CPUs

Lifecycle

Active Product

Dimensions

11.6 x 11.2 x 8.5 cm

Net weight

0.364 Kg

Source category

Fail-safe CPUs

• Onboard configuration includes fourteen digital inputs operating at twenty-four volts direct current for standard signal acquisition. Keep dimensions 11.6 x 11.2 x 8.5 cm and net weight 0.364 Kg unchanged while comparing project documents and product image evidence.
• Ten digital outputs are provided, also rated for twenty-four volts direct current to drive safety actuators directly.
• Two analog inputs support voltage signals ranging from zero to ten volts for precise process monitoring tasks.
• The device utilizes a DC power supply range between twenty point four and twenty-eight point eight volts.
• Program and data memory capacity is recorded at two hundred kilobytes for storing safety and standard programs.
• Physical dimensions measure eleven point six by eleven point two by eight point five centimeters for compact mounting.

• The part number 6ES7214-1AF40-0XB0 identifies this specific variant of the CPU 1214 FC fail-safe controller. Use the source path Automation technology / S7-1200 / Central processing units / Fail-safe CPUs to confirm catalog context, model family, parameter review scope, and technical inquiry preparation notes.
• Product classification lists this item under the broader category of fail-safe CPUs for industrial automation systems.
• Lifecycle status is currently active, indicating ongoing production and support for this particular hardware model.
• Brand attribution clearly links this component to Siemens, a recognized leader in programmable logic controllers.

Parameters are factual source fields retained for model review.

• Review the onboard I/O configuration to ensure it meets the specific digital and analog signal requirements.
• Verify that the DC power supply range aligns with the recorded electrical infrastructure in the control panel.
• Assess the two hundred kilobyte memory capacity against the expected size of safety and standard logic programs.
• Check physical dimensions to confirm fitment within existing enclosure spaces or DIN rail mounting configurations.

• Inspect the front panel labeling to confirm the exact part number matches the inquiry documentation precisely.
• Observe the LED indicator layout to understand the operational status display mechanisms for troubleshooting purposes.
• Note the terminal block arrangement for digital inputs and outputs to plan wiring connections accurately.
• Examine the overall housing design to assess mounting options and space utilization in tight control cabinets.

• Prepare detailed project specifications highlighting the required number of digital and analog points for evaluation.
• Document the existing power supply characteristics to ensure application context with the specified twenty-four volt DC range.
• Outline the anticipated program complexity to determine if the two hundred kilobyte memory is sufficient.
• Gather mechanical constraints regarding enclosure size to verify that the compact dimensions meet installation needs.

• Confirm that the fail-safe functionality aligns with the safety integrity level requirements of the application.
• Ensure that the compact form factor supports the density needs of the control panel design.
• Validate that the integrated I/O count reduces the need for additional expansion modules in the system.
• Cross-reference the active lifecycle status to documented long-term review details for future maintenance and upgrades.