The 3RV2011 1FA10 datasheet provides critical technical specifications and performance characteristics for a specific type of circuit breaker, namely the 3RV2011 1FA10. This comprehensive document is essential for engineers, technicians, and anyone involved in the design, installation, and maintenance of electrical systems that utilize this particular component. Understanding the information contained within the datasheet ensures proper application, optimal performance, and reliable protection against overloads and short circuits.
Decoding the 3RV2011 1FA10 Datasheet Understanding Key Features
The 3RV2011 1FA10 datasheet is more than just a list of numbers; it’s a roadmap to understanding how this circuit breaker operates and how it should be integrated into an electrical system. It details crucial parameters like the rated current, voltage, breaking capacity, and tripping characteristics. These parameters are vital for selecting the right circuit breaker for a specific application, ensuring that it can handle the expected load and effectively interrupt fault currents. Proper selection based on the datasheet is absolutely crucial for preventing equipment damage and ensuring safety.
Understanding the datasheet allows you to choose the right 3RV2011 1FA10 for your needs. A breakdown of essential elements frequently found within such datasheets may include the following:
- Rated Current (In): The maximum current the device can carry continuously without tripping.
- Breaking Capacity (Icu/Ics): The maximum fault current the device can safely interrupt.
- Voltage Rating (Ue): The rated operational voltage.
These elements help determine what applications the 3RV2011 1FA10 is best used in. Moreover, this can be compared across various circuit breakers to find the one that best fits your needs.
Beyond basic specifications, the 3RV2011 1FA10 datasheet often includes detailed information about the device’s construction, dimensions, and terminal arrangements. This information is critical for proper installation and integration into electrical panels and enclosures. Furthermore, datasheets may provide performance curves, which illustrate how the circuit breaker responds to different overload conditions. These curves are invaluable for understanding the device’s tripping characteristics and ensuring that it provides adequate protection for connected equipment. Datasheets also provide safety details, such as certifications the circuit breaker has acquired to guarantee functionality and safety.
To fully leverage the benefits of the 3RV2011 1FA10 circuit breaker, it is highly recommended that you consult the original manufacturer-provided datasheet. It contains the most accurate and detailed information you need for proper selection, installation, and operation. You can find it in the product documentation.