Siemens 6ES7214-1HG40-0XB0 CPU 1214C Specification Review

Part number

6ES7214-1HG40-0XB0

Brand

Siemens

Category

PLC CPUs & Controllers

Product type

CPU 1214C

Lifecycle

Active Product

Dimensions

11.6 x 11.4 x 8.3 cm

Net weight

0.384 Kg

Source category

CPU 1214C

• Input configuration includes fourteen discrete channels operating at 24 volts DC for sensor connections. Keep dimensions 11.6 x 11.4 x 8.3 cm and net weight 0.384 Kg unchanged while comparing project documents and product image evidence.
• Output structure provides ten relay-based channels capable of switching loads up to two amperes each.
• Analog input section accommodates two channels with a measurement range of zero to ten volts DC.
• Internal memory allocation consists of one hundred fifty kilobytes for program blocks and persistent data storage.
• Physical dimensions measure approximately eleven point six centimeters in width by eleven point four centimeters deep.
• Net weight records at three hundred eighty-four grams indicating a lightweight design for DIN rail mounting.

• Brand designation identifies this unit as part of the Siemens industrial automation portfolio. Use the source path Automation technology / Central processing units / Standard CPUs / CPU 1214C to confirm catalog context, model family, parameter review scope, and technical inquiry preparation notes.
• Product classification falls under the standard CPU category within the SIMATIC S7-1200 family line.
• Model identifier CPU 1214C denotes specific hardware capabilities and interface configurations for integration.
• Lifecycle status indicates the component remains an active product within current manufacturing schedules.

Parameters are factual source fields retained for model review.

• Verify the DC power supply range matches the twenty point four to twenty eight point eight volt specification.
• Confirm that fourteen digital inputs align with the required sensor count for the control logic.
• Check if ten relay outputs meet the load switching requirements for actuator control circuits.
• Ensure two analog inputs suffice for process variable monitoring within the zero to ten volt range.
• Review the one hundred fifty kilobyte memory limit against expected program size and data logging needs.

• Inspect terminal block markings for correct wire connection points for digital and analog signals.
• Examine the front panel display for status indicators related to power and operational states.
• Check the DIN rail clip mechanism for secure mounting capability on standard profile rails.
• Review label details for part number verification and manufacturing date code alignment with records.

• Prepare project documentation detailing specific I/O requirements and power supply characteristics for the installation site.
• Compile a list of necessary accessories such as memory cards or communication modules for expansion.
• Define technical questions regarding environmental operating conditions and electromagnetic application context for the deployment area.
• Submit inquiry form with exact part number to initiate the technical review and information exchange process.

• Cross-reference physical dimensions with recorded cabinet space to ensure proper fit during installation planning.
• Validate weight specifications for structural support requirements when mounting multiple units on rack systems.
• Assess memory capacity adequacy for future program updates and data retention strategies over time.
• Confirm power supply stability meets the specified voltage range to prevent operational interruptions during runtime.