3RT2017-1AF01 SIEMENS Input module

Description

3RT2017-1AF01 SIEMENS Input module

Product Dimensions：

Product Description

The Input Module (IM) serves as the interface between the real-world process signals and the internal logic of the control system (PLC/DCS). It typically features input channels that receive electrical signals (e.g., voltage, current, frequency, or simple contact closures). The module performs necessary functions such as isolation, filtering, signal conditioning, and digitization (for analog signals) before transmitting the data back to the Central Control Module for execution of the control program.

Product Parameters

Input Modules are categorized based on the type of signal they handle:

Product Advantages

• High Channel Density: Allows for efficient use of cabinet space by accommodating a large number of inputs on a single module.

• Integrated Diagnostics: Features extensive diagnostic capabilities (e.g., wire break, short circuit, channel fault detection) that enable fast troubleshooting and reduce downtime.

• Standardized System Integration: Designed for seamless integration into the SIEMENS system landscape, ensuring consistent data handling and simplified configuration via the centralized engineering tools.

• Electrical Isolation: Provides necessary electrical separation between the field wiring and the internal control electronics, enhancing system protection and noise immunity.

• Variety and Flexibility: Offers a broad portfolio, including standard, high-speed, and fail-safe (Safety Integrated) variants to meet diverse application requirements.

• Pre-processing/Conditioning: Advanced modules may offer features like integrated scaling or signal averaging, offloading the CPU and simplifying the control program.

Important Notes

• Wiring: Strictly follow the technical specifications for wiring, ensuring correct shielding, grounding, and cable routing to prevent electromagnetic interference (EMI).

• Load Limits: Do not exceed the specified maximum permissible input voltage or current for the module, as this can lead to permanent damage.

• Signal Type Matching: Ensure that the input signal type (e.g., sink/source, voltage/current, AC/DC) matches the specific module terminal assignments and configuration.

• Safety Integrated Modules: If a module is used for safety-related functions, all requirements for functional safety (e.g., proper configuration, use of certified sensors) must be adhered to.

• Diagnostics Configuration: Enable and properly configure the integrated diagnostic functions in the engineering software to maximize the benefits of fault detection.

Product Applications

Input Modules are utilized wherever field data needs to be acquired:

• Machine Control: Reading limit switches, proximity sensors, pushbuttons, and emergency stop signals on production machinery.

• Process Monitoring: Acquiring temperature, pressure, level, and flow values from transmitters in chemical plants, refineries, and power generation facilities.

• Building Management: Monitoring the status of HVAC components, door contacts, fire alarms, and environmental sensors.

• Automated Material Handling: Processing signals from optical sensors, encoders, and other position detection devices on conveyors and robotic systems.

• Safety Systems: Using fail-safe input modules to monitor safety components like light curtains, safety gates, and emergency stops, ensuring machine and personnel protection.

Shipping Port: Xiamen, China

Payment: Bank of Chicago, Bank of Singapore

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