SIEMENS 6SL5100-0HE23-6DD0 36kW Line Filter for SINAMICS S220 Smart Power Module C/D-Type

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  • Availability:In Stock
  • Brand:SIEMENS
  • Model:6SL5100-0HE23-6DD0
  • HS: 90328990
Availability:In Stock
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The SIEMENS 6SL5100-0HE23-6DD0 is a high-performance 36kW Line Filter meticulously engineered for SINAMICS S220 Smart Power Modules, specifically designed for C/D-type applications. This filter plays a crucial role in enhancing power quality and protecting sensitive motor control systems from electrical disturbances. Key advantages include significant reduction of mains harmonic distortion, improved electromagnetic compatibility (EMC), and extended equipment lifespan. Its core features encompass robust construction, efficient harmonic suppression, and seamless integration within the SINAMICS S220 ecosystem. Technically, it boasts a rated power of 36kW and is designed for C/D-type power modules, ensuring optimal performance and reliability in demanding industrial environments.


Product Specifications


| Parameter             | Specification                                   |

| :-------------------- | :---------------------------------------------- |

| Product Number        | 6SL5100-0HE23-6DD0                              |

| Rated Power           | 36 kW                                           |

| Type                  | Line Filter                                     |

| System Compatibility  | SINAMICS S220 Smart Power Module                |

| Application Type      | C/D-Type                                        |

| Harmonic Reduction    | Significant reduction of mains harmonic distortion |

| EMC Performance       | Improved Electromagnetic Compatibility          |

| Protection            | Protects against electrical disturbances        |


Core Features & Market Positioning


The SIEMENS 6SL5100-0HE23-6DD0 distinguishes itself in the industrial automation market through its superior harmonic suppression capabilities, directly addressing the growing need for cleaner power grids in modern manufacturing. As a component of the SINAMICS S220 platform, it offers a tightly integrated solution, providing a competitive edge over standalone filters that may require more complex integration. Siemens' reputation for reliability and robust engineering underpins the market positioning of this line filter, making it a preferred choice for applications demanding high uptime and system integrity. Its design prioritizes efficiency and longevity, contributing to a lower total cost of ownership for industrial operations.


Key Application Scenarios


This 36kW line filter is ideally suited for applications where variable speed drives (VSDs) like the SINAMICS S220 are employed, and mains harmonic distortion is a concern. It is particularly valuable in industries such as machine building, where precise motor control is paramount, and in process industries like water treatment or food and beverage, where reliable operation of pumps and conveyors is critical. The C/D-type designation signifies its suitability for specific power quality requirements, often encountered in demanding scenarios requiring enhanced EMC performance and protection against voltage fluctuations. Its integration with the SINAMICS S220 ensures it effectively mitigates harmonics generated by the power module, safeguarding both the drive and the power supply infrastructure.


Practical System Integration Guidance


Integrating the SIEMENS 6SL5100-0HE23-6DD0 line filter into a SINAMICS S220 system is a straightforward process, designed for efficiency on the factory floor. The filter connects directly between the mains supply and the SINAMICS S220 Smart Power Module. Ensure that the mains supply voltage and frequency are within the filter's operating specifications. Proper grounding is essential for effective EMC performance; refer to the SINAMICS S220 system documentation for detailed wiring diagrams and grounding recommendations. The filter is typically mounted in an control cabinet, requiring adequate ventilation to dissipate heat generated during operation.


Operation and Risk Mitigation


The SIEMENS 6SL5100-0HE23-6DD0 line filter operates passively, requiring no specific configuration or programming. Its primary function is to absorb harmonic currents, thereby smoothing the current waveform drawn from the mains supply. This action significantly reduces the total harmonic distortion (THD) at the point of common coupling. To mitigate risks, always ensure the filter is correctly rated for the connected power module and the mains supply. Periodic visual inspections for any signs of damage or overheating are recommended. In the event of a fault, the SINAMICS S220 drive will typically report an error code related to power quality issues, which may indirectly point to a filter malfunction or an upstream power problem.


Scalability & Long-Term Value


The SIEMENS 6SL5100-0HE23-6DD0 line filter is designed as an integral part of the SINAMICS S220 platform, offering inherent scalability through the modular nature of the S220 system itself. When expanding a system or upgrading to higher power requirements, additional SINAMICS S220 Smart Power Modules can be integrated, with appropriate line filters selected for each. Its compatibility with the broader Siemens industrial control ecosystem ensures seamless integration with other Siemens automation components, facilitating the development of sophisticated, IIoT-ready solutions. This foresight in design contributes to the long-term value by future-proofing industrial automation investments against evolving technological demands and increased connectivity requirements.


Frequently Asked Questions


What is the primary function of the SIEMENS 6SL5100-0HE23-6DD0 line filter?

The SIEMENS 6SL5100-0HE23-6DD0 primarily functions to reduce harmonic distortion in the power supply. This protects sensitive equipment from voltage notching and improves overall power quality. It is specifically designed for SINAMICS S220 Smart Power Modules.


This filter actively suppresses high-frequency harmonics generated by the operation of variable speed drives. By mitigating these harmonics, it prevents them from propagating back into the mains supply. This leads to a cleaner electrical environment for all connected equipment.


Ultimately, its purpose is to enhance the reliability and longevity of motor control systems and associated electrical infrastructure. This is achieved by minimizing stress caused by power quality issues.


What are the technical specifications of the SIEMENS 6SL5100-0HE23-6DD0?

This line filter is rated for a power of 36kW, making it suitable for substantial industrial applications. It is designed to interface with SINAMICS S220 Smart Power Modules. The filter is specified for C/D-type applications, indicating its performance characteristics.


It is built to meet stringent electromagnetic compatibility (EMC) standards, ensuring minimal interference with other electronic devices. Its robust construction is typical of Siemens industrial-grade components, designed for demanding environments. The filter's efficiency in harmonic reduction is a key technical advantage.


The filter operates within specified voltage and frequency ranges, which must be matched to the power supply and the connected S220 module. Its impedance characteristics are optimized for harmonic suppression.


How does the SIEMENS 6SL5100-0HE23-6DD0 improve system performance?

By significantly reducing harmonic distortion, the filter ensures a cleaner sinusoidal current is drawn from the mains. This prevents overheating of transformers and conductors, and reduces nuisance tripping of protective devices. It optimizes the performance of the connected SINAMICS S220.


The improved power quality leads to more stable motor operation and increased system efficiency. This means less energy is wasted as heat, and the motor can operate closer to its rated performance levels. It contributes to a more predictable and reliable process.


Furthermore, enhanced EMC performance means the entire system is less susceptible to external electromagnetic interference and generates less interference itself, crucial in complex industrial settings. This leads to fewer unexpected shutdowns and higher overall equipment effectiveness (OEE).

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