6SL3100-0BE25-5AB0 | Siemens Active Interface Module

Description

Siemens 6SL3100-0BE25-5AB0 sinamics active interface module for 55kw active line module input: 3ac 380-480v, 50/60hz.

Technical Specifications 

Information About 6SL3100-0BE25-5AB0

The 6SL31000BE255AB0 S120 Active Interface Module is a versatile and robust component designed to facilitate seamless communication and power management within complex industrial systems. Developed by Siemens as part of the SINAMICS S120 series, this interface module represents efficient and reliable three-phase AC input connectivity.

Input Configuration and Voltage Range
The module is specifically engineered for three-phase AC inputs, making it suitable for applications that demand a high level of power and precision. It operates within a voltage range of 380 to 480 volts, allowing compatibility with a variety of power supply systems commonly found in industrial environments.

Internal Resistor for Voltage Regulation
The internal design of the 6SL31000BE255AB0 module includes a precision internal resistor with a nominal resistance of 1440 ohms. This resistor serves as an essential component for voltage regulation and stabilization, ensuring the reliability and safety of connected systems. The resistor is constructed to provide resistance within a tolerance range of +10% to -10%, contributing to accurate voltage management.

Active Interface Construction
Designed as a booksize module, the 6SL31000BE255AB0 exemplifies compactness without compromising on performance. The active interface construction signifies its role in actively managing and regulating power flow between input sources and interconnected systems, enabling efficient energy utilization and optimal performance.

Cooling Mechanism and Current Handling
The module features an internal air cooling mechanism, enabling effective heat dissipation within its compact form factor. With a current rating of 88A, the module can handle substantial power loads while maintaining stable operational temperatures.

Switching Current Ratings
The 6SL31000BE255AB0 module is equipped with switching capabilities at different voltage levels. At 250 VDC, it can handle a switching current of up to 1.6A, while at 60 VDC, it can manage a switching current of 0.75A. This versatility in switching performance ensures its adaptability to a wide range of operational scenarios.

Standards and Safety Compliance
Safety and compliance are paramount in industrial applications. The module is certified with cURus, indicating its adherence to rigorous safety standards and regulations. This certification assures users of the module's reliability and adherence to safety guidelines.

Connection and Conductor Details
The module's connection interface is characterized by a screw-type terminal, which facilitates secure and efficient wiring. The protective earth (PE) conductor employs an M6 screw, further enhancing the stability of the electrical connections.

Physical Specifications
The 6SL31000BE255AB0 module's physical attributes are optimized for industrial integration. With a weight of 51.15 pounds, it strikes a balance between ruggedness and manageable installation. The module's compact form measures 14.96 inches in height, 7.87 inches in width, and 10.63 inches in depth. Its IP20 / UL open-type protection rating ensures safeguarding against dust and foreign objects.

In conclusion, the 6SL31000BE255AB0 S120 Active Interface Module by Siemens is a cutting-edge solution for enabling seamless power distribution and communication in complex industrial systems. Its design, voltage regulation capabilities, cooling mechanisms, and safety features collectively contribute to its reliability and versatility in diverse operational environments. As part of the SINAMICS S120 series, this module stands as a testament to Siemens' commitment to providing innovative solutions for modern industrial challenges.

Manufacturer information

Siemens: A renowned global manufacturer, leading in technology, engineering, and innovation across diverse sectors for a sustainable future.