SIEMENS 6SL5130-6UE23-6AC0 36kW SINAMICS S120 Active Line Module 380-480V

The SIEMENS 6SL5130-6UE23-6AC0 36kW SINAMICS S120 Active Line Module is a pivotal component in modern industrial automation, offering robust power conversion and enhanced control for demanding applications. This 380-480V module stands out with its high efficiency, advanced control algorithms, and seamless integration within the SINAMICS S120 drive system. Its active line technology ensures a clean power factor and reduced harmonic distortion, leading to optimized energy consumption and compliance with stringent grid standards. The inherent reliability and precision of this module make it a preferred choice for original equipment manufacturers (OEMs) and system integrators alike, seeking to deploy high-performance motion control solutions across various industries.

Product Specifications

| Parameter                     | Value                               |

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

| Product Number                | 6SL5130-6UE23-6AC0                  |

| Power Rating                  | 36 kW                               |

| Voltage Range                 | 380-480V AC                         |

| Type                          | SINAMICS S120 Active Line Module    |

| Output Current (RMS)          | 70 A                                |

| Input Current (RMS)           | 50 A                                |

| Efficiency                    | Up to 96%                           |

| Power Factor (cos φ)          | ≥ 0.95                              |

| Harmonic Distortion (THDi)    | < 5%                                |

| Cooling                       | Forced air                          |

| Protection Class              | IP20                                |

| Dimensions (H x W x D)        | 445 mm x 360 mm x 232 mm            |

| Weight                        | 24 kg                               |

| Ambient Temperature (Operation) | 0°C to 50°C                         |

| Approvals                     | CE, UL, cUL                         |

Core Features & Market Positioning

The SIEMENS 6SL5130-6UE23-6AC0 distinguishes itself through its active line regeneration capabilities, actively feeding energy back into the grid during deceleration phases, thereby improving overall system energy efficiency and reducing operational costs. This contrasts with passive line filters or traditional infeed systems that dissipate regenerative energy as heat. Its seamless integration with the broader SINAMICS S120 platform allows for modular expansion and a unified control architecture, simplifying complex drive system designs. This positioning makes it ideal for applications requiring precise speed and torque control, robust performance under dynamic loads, and a commitment to sustainable energy practices.

Key Application Scenarios

This active line module is exceptionally well-suited for high-performance machine tools, printing presses, packaging machinery, and material handling systems where precise motion control and energy efficiency are paramount. In the textile industry, its ability to manage rapid acceleration and deceleration cycles with high accuracy ensures consistent product quality. Furthermore, its regenerative capability makes it a prime candidate for applications involving frequent braking, such as elevators and cranes, where recovering energy can significantly reduce the overall power demand. The 36kW rating provides ample power for demanding single or multi-axis applications, supporting a wide range of motor types.

Practical System Integration Guidance

Integrating the SIEMENS 6SL5130-6UE23-6AC0 into a SINAMICS S120 system involves connecting it to the main power supply and then linking it to the drive units via the DC bus. Proper grounding and shielding are crucial for electromagnetic compatibility (EMC) and safe operation. Commissioning typically involves parameterization using Siemens' STARTER or SCOUT software, where motor data, control modes, and safety functions are configured. For systems with multiple modules, ensuring correct DC bus voltage and current distribution is vital. A typical setup might involve the active line module feeding a SINAMICS S120 Booksize or Cabinet Unit, which then controls the motor.

Operation and Risk Mitigation

During operation, the SIEMENS 6SL5130-6UE23-6AC0 requires adequate ventilation to maintain optimal operating temperatures, as indicated by its forced air cooling system. Monitoring internal temperatures and input/output currents via the drive's diagnostic interface is recommended to prevent overheating and potential damage. Common fault codes relate to overcurrent, undervoltage, or overtemperature conditions. For instance, a "F7400" fault typically indicates an overcurrent issue, requiring a check of the connected motor and load. Adhering to the specified voltage and ambient temperature ranges is critical for preventing equipment failure and ensuring personnel safety.

Scalability & Long-Term Value

The SINAMICS S120 platform, powered by modules like the 6SL5130-6UE23-6AC0, offers exceptional scalability. It can be expanded to accommodate more axes or higher power requirements by adding further line modules and drive units. Compatibility with Siemens' Integrated Industry (IIoT) solutions allows for advanced data acquisition, remote diagnostics, and predictive maintenance, enhancing the long-term value and operational efficiency of the machinery it controls. Its robust design and Siemens' commitment to product longevity ensure that systems built around this module can adapt to evolving industry demands and technological advancements.

Frequently Asked Questions

What is the primary function of a SIEMENS 6SL5130-6UE23-6AC0?

This active line module serves as a high-performance power converter within the SINAMICS S120 drive system. It efficiently converts AC line voltage to a DC bus voltage, enabling precise control of motors. It also actively regenerates energy back to the grid during deceleration.

Its key advantage is improved energy efficiency and a high power factor, reducing operational costs. The module ensures a clean power output, minimizing harmonic distortion on the supply line. This contributes to grid stability and compliance with industrial power quality standards.

The 6SL5130-6UE23-6AC0 is engineered for demanding industrial applications requiring dynamic response and reliability. Its robust design supports continuous operation under challenging conditions.

What are the key technical specifications of the 6SL5130-6UE23-6AC0?

This module operates with a 380-480V AC input voltage and delivers a 36kW power rating. It handles a significant output current of 70A RMS. The efficiency is notably high, reaching up to 96%.

It boasts a power factor of 0.95 or higher and limits harmonic distortion to less than 5%. The unit features forced air cooling and has an IP20 protection class. Its dimensions are 445x360x232mm, and it weighs 24kg.

These specifications highlight its capability for high-power, efficient motor control in various industrial settings. The robust construction ensures durability and operational stability.

How does the SIEMENS 6SL5130-6UE23-6AC0 integrate with other SINAMICS S120 components?

The 6SL5130-6UE23-6AC0 connects to the main AC power supply and establishes a common DC bus. This DC bus then feeds the SINAMICS S120 servo drives or vector drives. These drives, in turn, control the connected motors.

System configuration is typically performed using Siemens software like STARTER or SCOUT. This allows for parameterization of motor data, control modes, and safety features for the entire drive system. Proper electrical connections and grounding are essential for optimal performance.

This modular design facilitates the creation of complex multi-axis systems. The active line module ensures a stable and efficient power source for all connected drive units.

What are the main benefits of using an Active Line Module versus a standard infeed?

Active line modules, like the 6SL5130-6UE23-6AC0, offer superior energy efficiency by regenerating power back to the grid. Standard infeed units typically dissipate regenerative energy as heat. This regeneration capability lowers overall energy consumption and operational expenses.

Furthermore, active line modules actively correct the power factor, maintaining it close to unity. This results in reduced harmonic distortion on the power supply line, improving power quality and reducing the need for external filters.

The precise control and active power factor correction provide a more stable and efficient power system. This leads to enhanced machine performance and compliance with stricter environmental regulations.

What types of applications are best suited for the SIEMENS 6SL5130-6UE23-6AC0?

This module is ideal for high-dynamic applications such as machine tools, printing, and packaging machinery. Its precise control capabilities are essential for consistent product quality in these sectors.

Industries involving frequent acceleration and deceleration, like material handling, elevators, and cranes, benefit greatly from its regenerative power capabilities. This feature optimizes energy usage and reduces heat generation.

Its 36kW rating makes it suitable for demanding single or multi-axis systems. The robustness and reliability ensure continuous operation in demanding industrial environments.

How is the SIEMENS 6SL5130-6UE23-6AC0 commissioned and configured?

Commissioning involves connecting the module to the main power supply and the DC bus of the SINAMICS S120 system. Proper wiring, grounding, and shielding are critical for safe and effective operation.

Configuration is primarily done using Siemens' STARTER or SCOUT software. This software allows engineers to set up motor parameters, control algorithms, safety functions, and communication settings for the entire drive system.

Detailed parameterization ensures the drive system operates optimally for the specific application. Consulting the official Siemens documentation is recommended for precise configuration steps.

What are common troubleshooting issues and fault codes for this module?

Common issues often relate to overcurrent (e.g., F7400), undervoltage, or overtemperature conditions. These can stem from motor faults, excessive load, or inadequate cooling.

Troubleshooting involves checking the connected motor and mechanical load for issues. Verifying proper ventilation and ensuring the module operates within its specified ambient temperature range is also crucial.

When a fault occurs, referencing the Siemens SINAMICS S120 fault code list provides detailed explanations and recommended corrective actions for specific error messages.

Can the 6SL5130-6UE23-6AC0 be used in multi-axis applications?

Yes, this module is designed to be a core component of multi-axis SINAMICS S120 drive systems. It provides a common DC bus voltage for multiple drive units controlling individual axes.

By sharing a common DC bus, the active line module efficiently supplies power to all axes. Regenerative energy from one axis can potentially be utilized by another, further increasing efficiency.

This architecture simplifies system design and wiring for complex machinery with several synchronized motion axes. It ensures reliable and coordinated movement.

What is the scalability of the SINAMICS S120 system with this module?

The SINAMICS S120 platform is highly scalable. Additional drive units or further line modules can be integrated to increase the number of controlled axes or the overall system power capacity.

This allows for flexible system expansion as application requirements evolve. The modular design ensures that the system can grow with the business needs.

This inherent scalability makes the SIEMENS 6SL5130-6UE23-6AC0 a future-proof investment, adaptable to a wide range of industrial automation challenges.

How does this module support Industrial Internet of Things (IIoT) integration?

The SINAMICS S120 platform, including this module, is designed for integration with IIoT solutions. It enables advanced data acquisition for monitoring and analysis.

This facilitates features like remote diagnostics, predictive maintenance, and performance optimization. Connectivity options allow seamless integration into plant-wide control and SCADA systems.

By leveraging IIoT capabilities, businesses can enhance operational efficiency, reduce downtime, and gain deeper insights into their manufacturing processes.