6ES7400-1TA01-0AA0 SIEMENS Input module

Description

6ES7400-1TA01-0AA0 SIEMENS Input module

Product Dimensions：

Product Description

Input Modules provide the necessary interface and signal conditioning for reliable data acquisition:

• Digital Input (DI): Acquires binary signals (ON/OFF states) from field devices like pushbuttons, limit switches, and simple proximity sensors. The module verifies the presence of voltage against defined thresholds.

• Analog Input (AI): Measures continuous physical quantities (e.g., temperature, pressure, flow) converted into standard electrical signals, typically voltage ($0-10 text{V}$) or current ($4-20 text{mA}$). The module then performs high-resolution Analog-to-Digital (A/D) conversion.

• Galvanic Isolation: Provides electrical separation between the noisy field signals and the sensitive internal control electronics, protecting the CPU.

• Filtering and Conditioning: Includes adjustable filter times for DI to suppress electrical noise, and digital filtering/averaging functions for AI to stabilize continuous readings.

• Diagnostics: Offers advanced internal diagnostics, such as detection of wire breaks, short circuits, and under/over-range conditions on a per-channel basis.

Product Parameters

The technical parameters are essential for correct sensor connection and configuration:

Product Advantages

• Accurate Data Acquisition: Provides high precision, especially in analog modules, ensuring that the control system receives reliable measurement data.

• Enhanced System Reliability: Integrated diagnostics and high noise immunity minimize false readings and quickly pinpoint physical wiring faults, reducing troubleshooting time.

• Flexibility: Modular design allows users to mix and match modules of varying channel counts, voltage types, and signal ranges to perfectly suit the field requirements.

• Standardized Configuration: Input signal characteristics, scaling, and diagnostic settings are easily configured within the central engineering software.

Important Considerations (Notes)

• Sensor Compatibility: For digital inputs, ensure the module’s wiring type (sourcing/sinking or P-type/N-type) matches the output of the connected sensor.

• Signal Range Matching (AI): The module’s input range must be correctly configured to match the output signal range of the connected analog sensor (e.g., a $4-20 text{mA}$ sensor requires a $4-20 text{mA}$ input setting).

• Wiring Practices: Use shielded, twisted-pair cables for analog signals to minimize electromagnetic interference, and ensure proper cable termination.

• Resolution and Speed (AI): Applications requiring high-speed measurement need a module with a fast conversion time, while those needing high accuracy require high bit resolution.

Product Applications

Input Modules are essential across the entire industrial control spectrum:

• Digital Inputs (DI): Used for monitoring machine status, reading safety door contacts, detecting product presence, and processing operator commands from pushbuttons.

• Analog Inputs (AI): Used for continuous process control measurements, such as monitoring temperature in reactors, measuring fluid flow rates, detecting tank pressure, and acquiring signals from load cells or position sensors.

Shipping Port: Xiamen, China

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